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BUDAPEST HUNGARY 28th International Epilepsy Congress

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Final Programme<br />

<strong>BUDAPEST</strong><br />

<strong>HUNGARY</strong><br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

28 th June – 2 nd July 2009<br />

www.epilepsybudapest2009.org


I S L A N D O F R H O D E S - G R E E C E


28 th June – 2 nd July 2009<br />

www.epilepsybudapest2009.org<br />

CONTENTS<br />

. Welcome Message and Committees 2<br />

2. ILAE Centenary 5<br />

3. General <strong>Congress</strong> Information 9<br />

4. <strong>Congress</strong> Centre Floor Plan 5<br />

5. Scientific Programme Information 6<br />

6. Full Week Timetable 20<br />

7. Scientific Programme<br />

Sunday 28 th June 22<br />

Monday 29 th June 26<br />

Tuesday 30 th June 36<br />

Wednesday 1 st July 46<br />

Thursday 2 nd July 54<br />

8. Platform Sessions<br />

Monday 29 th June 60<br />

Tuesday 30 th June 64<br />

Wednesday 1 st July 68<br />

Thursday 2 nd July 72<br />

9. Poster Presentations<br />

Monday 29 th June - Wednesday 1 st July 74<br />

0. Platform Session Abstracts 06<br />

. Speaker List 34<br />

2. List of Exhibitors and Exhibition Plan 50


WELCOME MESSAGES AND COMMITTEES<br />

2<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

A MESSAGE FROM THE CHAIRS OF THE 28 TH INTERNATIONAL<br />

EPILEPSY CONGRESS<br />

Dear Friends and Colleagues,<br />

It is with great pleasure that we welcome the delegates of the 28 th <strong>International</strong><br />

<strong>Epilepsy</strong> <strong>Congress</strong> to the beautiful city of Budapest in the heart of Europe.<br />

We are proud to present an interesting and varied scientific programme for your<br />

benefit with leading epileptologists and opinion leaders from around the world<br />

participating in the congress. Over the course of five days, you will be invited to<br />

experience a comprehensive and substantive programme offering a wide range<br />

of sessions covering the latest topics in epilepsy appealing to physicians and<br />

investigators, without neglecting social issues and the overall global care of people<br />

living with epilepsy.<br />

The centenary of ILAE will also be celebrated at the 28 th <strong>International</strong> <strong>Epilepsy</strong><br />

<strong>Congress</strong>. Many special events have been added to the congress programme which<br />

we hope you will enjoy. A unique exhibition will give you the opportunity to observe<br />

the progress of ILAE in its first 100 years.<br />

Although there are plenty of sessions and activities to keep you occupied during<br />

the congress, we do hope that you find some time to explore the magical city of<br />

Budapest, the Pearl of the Danube. A wander down the river is fascinating as you<br />

take in the splendour of the many fine buildings, statues, parks and spas.You are all<br />

welcome to join us on Wednesday night at the Hungarian National Gallery for an<br />

exclusive gala evening where you will have the opportunity to view the exquisite<br />

collection of the country’s fine arts.<br />

Budapest has a thousand faces and we are confident that during your stay all of you<br />

will discover at least some of them.<br />

With warm regards,<br />

JÓZSEF JANSZKY<br />

Co-chair<br />

<strong>International</strong> Organising Committee<br />

PÉTER HALÁSZ<br />

Co-chair<br />

Scientific Advisory Committee<br />

PETER WOLF<br />

Co-chair<br />

<strong>International</strong> Organising Committee<br />

SUSANNE LUND<br />

Co-chair<br />

Scientific Advisory Committee<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SUSANNE LUND<br />

President<br />

<strong>International</strong> Bureau for <strong>Epilepsy</strong><br />

WELCOME MESSAGES AND COMMITTEES<br />

A MESSAGE FROM THE PRESIDENTS OF IBE AND ILAE<br />

Dear Friends,<br />

On behalf of both the <strong>International</strong> Bureau for <strong>Epilepsy</strong> (IBE) and the <strong>International</strong><br />

League Against <strong>Epilepsy</strong> (ILAE), it gives us pleasure and pride to welcome you all to<br />

the 28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong> in Budapest.<br />

As always, the <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong> brings together people from around<br />

the world to share their experiences of epilepsy as part of the congress programme<br />

as well as networking with colleagues from near and far. In addition, this congress<br />

marks the centenary of ILAE which was founded in Budapest in 1909.Therefore in<br />

order to celebrate this historic milestone for ILAE, there will be various centenary<br />

events to complement the scientific and social arrangements in place for the<br />

congress such as a film festival and competition, an historical exhibit and a special<br />

lecture on literary writers on epilepsy.<br />

Budapest is a fitting backdrop for the congress. Not only is it rich with culture and<br />

history, it is also one of the world’s most beautiful cities and is listed on UNESCO’s<br />

World Heritage sites. Perhaps the most famous symbol of Budapest is the Chain<br />

Bridge which links Buda on one side of the river Danube with Pest on the other and<br />

also joins East with West and traditionalism with modernism.The ILAE and IBE are<br />

both associations full of bridges: between cultures, between traditions and common<br />

principles, between research and care that ultimately strive to work together to link<br />

the chapters and associations around the world.<br />

We look forward to meeting you over the coming days and trust that you will have a<br />

productive and enjoyable experience at the 28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong> and<br />

in this most attractive city of Budapest.<br />

With our very best wishes,<br />

PETER WOLF<br />

President<br />

<strong>International</strong> League Against <strong>Epilepsy</strong><br />

www.epilepsybudapest2009.org 3


WELCOME MESSAGES AND COMMITTEES<br />

INTERNATIONAL ORGANISING COMMITTEE<br />

JÓZSEF JANSZKY<br />

(<strong>HUNGARY</strong>)<br />

Co-chair<br />

4<br />

SHIH HUI LIM<br />

(SINGAPORE()<br />

PETER WOLF<br />

(DENMARK)<br />

Co-chair<br />

SUSANNE LUND<br />

(SWEDEN)<br />

SCIENTIFIC ADVISORY COMMITTEE<br />

PÉTER HALÁSZ<br />

(<strong>HUNGARY</strong>)<br />

Co-chair<br />

EDWARD DUDEK<br />

(USA)<br />

LILIA NÚÑEZ OROZCO<br />

(MEXICO)<br />

SUSANNE LUND<br />

(SWEDEN)<br />

Co-chair<br />

ANDRAS FOGARASI<br />

(<strong>HUNGARY</strong>()<br />

TERENCE O’BRIEN<br />

(AUSTRALIA)<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

ATHANASIOS COVANIS<br />

((GREECE)<br />

SIMON SHORVON<br />

(UK)<br />

SUAD AL YAMANI<br />

(SAUDI ARABIA)<br />

SHICHUO LI<br />

(CHINA)<br />

FRIEDRICH WOERMANN<br />

(GERMANY)<br />

ANDRAS FOGARASI<br />

(<strong>HUNGARY</strong>()<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

Centenary Committee<br />

SIMON SHORVON, UK (Chair)<br />

HOWARD GOODKIN, USA<br />

PÉTER HALÁSZ, <strong>HUNGARY</strong><br />

JUDIT JERNEY, <strong>HUNGARY</strong><br />

GISELLE WEISS, SWITZERLAND<br />

ILAE CENTENARY<br />

Activities<br />

2009 is a very special year for the<br />

<strong>International</strong> League Against <strong>Epilepsy</strong><br />

(ILAE). It is celebrating its first 100<br />

years, having been founded on August<br />

30 th 1909 at a meeting in Budapest,<br />

held during the <strong>International</strong> Medical<br />

<strong>Congress</strong> of that year.To reach this<br />

landmark is a remarkable achievement<br />

for any voluntary organisation, and<br />

in fact the League is the oldest such<br />

international subspecialist organisation<br />

in the field of neurology, and one of<br />

the oldest in medicine.To mark its<br />

centenary, the ILAE has organised a<br />

number of centenary events at the<br />

congress, and we do hope that all<br />

participants will enjoy what is on show.<br />

www.epilepsybudapest2009.org 5


ILAE CENTENARY<br />

ILAE Centenary exhibition and historical<br />

timeline – ILAE and <strong>Epilepsy</strong> 909-2009<br />

The exhibition consists of 65 posters to<br />

celebrate the 100 years of ILAE and the<br />

progress in epilepsy.The posters are<br />

based on the ILAE Centenary History<br />

Book.The exhibition starts in 1909 in<br />

the Hotel Bristol and finishes with an<br />

allegorical arch symbolizing the next<br />

100 years. A historial timeline is also on<br />

show to give context to the audience.<br />

Display of historical books – 909-2009<br />

A display of approximately 30 books of<br />

importance to the cultural history of<br />

epilepsy, and published between 1909-<br />

2009, will be on show at the exhibition,<br />

and linked to the special session<br />

‘<strong>Epilepsy</strong> and literature’.The display<br />

will be of the original editions, in their<br />

original languages, and demonstrates<br />

the importance of epilepsy in the<br />

development of the novel during the<br />

twentieth century.<br />

The Centenary of the ILAE Journal<br />

– Epilepsia<br />

2009 is also the centenary of the journal<br />

Epilepsia.The first edition was published<br />

in March 1909 and Epilepsia was then<br />

formally adopted as ‘the official organ’<br />

of the ILAE in September 1909 and from<br />

henceforward ILAE have owned and<br />

run the journal. Over the years, it has<br />

published many important papers in the<br />

field of epilepsy and the journal<br />

has been a crowning achievement of<br />

the league.<br />

Wiley Blackwell, the current publishers<br />

of Epilepsia, will have a stand at the<br />

congress to which all participants are<br />

invited. Amongst the items on show<br />

at the stand will be the historical<br />

supplement, which was published with<br />

the Epilepsia centenary issue in March<br />

2009.This supplement contains 10<br />

chapters covering aspects of the history<br />

of epilepsy during the 100 years.<br />

On Monday 29 th June (10.30 - 12.30),<br />

there is a special session at the<br />

conference devoted to four landmark<br />

papers in the journal and the impact<br />

these had on the subsequent course<br />

of epilepsy (100 years of Epilepsia -<br />

landmark papers and their influence).<br />

6<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

ILAE Centenary Film Festival<br />

It is fitting that the ILAE should celebrate<br />

their centenary with a film festival.<br />

<strong>Epilepsy</strong> has featured in films for almost<br />

100 years and continues to be a strong<br />

plot device for modern film makers.<br />

Whilst many of these films are not award<br />

winners, they often vividly convey the<br />

social and medical mores of the era in<br />

which they were made. Four films have<br />

been selected for screening as part<br />

of the ILAE centenary celebrations to<br />

showcase the history and development<br />

of the representation of epilepsy on<br />

the silver screen from the 1920’s to the<br />

21 st century.The four films are: To What<br />

Red Hell, Dr. Kildare’s Crisis, A Matter<br />

of Life and Death and Control. The<br />

showing of each film will be preceded<br />

by a brief introduction and followed by<br />

a short debate about the way epilepsy<br />

is depicted.<br />

Against the backdrop of this historical<br />

overview, the ILAE has also held a<br />

Centenary Film Competition, as<br />

part of its centenary celebrations, in<br />

order to encourage fresh perspectives<br />

on epilepsy and seizures in film.The<br />

competition was for the best film, in<br />

the opinion of the judges, made since<br />

January 2000 which was inspired by<br />

or related to epilepsy or seizures.The<br />

competition was not for educational<br />

or clinical films, but rather for creative<br />

or artistic works which used epilepsy<br />

as a theme directly or tangentially.The<br />

judging criterion was creative merit.<br />

The competition attracted entries from<br />

Europe, Asia, North and South America,<br />

Africa and the Middle East, representing<br />

many different film genres.These films<br />

were judged by a distinguished panel<br />

and at the congress, the award will be<br />

presented to the overall winner of this<br />

competition, who is Gus Cummins for<br />

his short film Ictal. The world premier<br />

screening of this short film will be held<br />

during the congress.<br />

There were also winners for the best fulllength<br />

feature film of the competition,<br />

Year of the Wolf, and the best<br />

documentary, Rachel: A Perfect Life.<br />

Both of these films will also be shown<br />

along with some of the runners-up, as<br />

part of the festival.<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

The schedule for the ILAE Centenary Film Festival is as follows:<br />

Sunday 28 th June<br />

ILAE CENTENARY<br />

14:45 – 16:15 Welcome and Introduction to the Festival: Sallie Baxendale<br />

Early Cinematic Representations of <strong>Epilepsy</strong><br />

Screening: To What Red Hell (1929)<br />

16:15 – 16:45 Debate<br />

Monday 29 th June<br />

10:00 – 12:15 ILAE Centenary Award for Film: Shorts Screening<br />

Stigma (2008) – runner up of the ILAE Centenary<br />

Film Competition<br />

A Better Waiting Room (2009) – runner up of the<br />

ILAE Centenary Film Competition<br />

Shaken (2009) – runner up of the ILAE Centenary<br />

Film Competition<br />

14:00 - 14:10 <strong>Epilepsy</strong> under wraps Sallie Baxendale<br />

14:10 - 15:45 Screening: A Matter of Life & Death (1946)<br />

15:45 - 16:15 Debate<br />

www.epilepsybudapest2009.org 7


ILAE CENTENARY<br />

Tuesday 30 th June<br />

10:30 – 12:00 <strong>Epilepsy</strong> and literature<br />

Wolf, P (Denmark) Chair<br />

8<br />

<strong>Epilepsy</strong> reflected in works of writers with epilepsy<br />

Wolf, P (Denmark)<br />

Literary descriptions of seizures<br />

Rajna, P (Hungary)<br />

Margiad Evans, centenary of an artist with epilepsy<br />

Pratt, J (UK)<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

This session ’<strong>Epilepsy</strong> and literature’ connects an art film that was submitted to the<br />

cinema competition with an analysis of epilepsy and seizures in literature as it is<br />

described by writers with and without epilepsy. It specifically highlights the<br />

centenary of a writer and artist who was born in 1909, the foundation year of the ILAE.<br />

14:00 - 14:20 1930’s:The Eugenics Movement Simon Shorvon<br />

14:20 - 15:45 Screening: Dr Kildare’s Crisis (1940)<br />

15:45 – 16:20 Debate<br />

18:00 – 20:00 ILAE Centenary Award for Film<br />

Screening: Ictal (2009) – Overall Winner of<br />

the ILAE Centenary Film Competition<br />

Screening: Year of the Wolf (2007) – Winner of<br />

the best full length film in the ILAE Centenary<br />

Film Competition<br />

Wednesday st July<br />

10:00 – 12:00 ILAE Centenary Award for Film<br />

Screening: Rachel: A Perfect Life (2008)<br />

– Winner of the best documentary film<br />

in the ILAE Centenary Film Competition<br />

14:00 – 14:10 Full Circle: Closing Comments Sallie Baxendale<br />

14:15 – 16:20 Screening: Control (2007)<br />

16:20 – 16:50 Debate<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

Registration<br />

The Registration Area is located in<br />

the Registration Building near Gate 3<br />

of Hungexpo, beside Pavilion F<br />

(Exhibition Area).<br />

<strong>Congress</strong> Bags should be collected onsite<br />

in this area upon exchange of<br />

a voucher.<br />

Please note that name badges must be<br />

worn at all times.<br />

Speakers Room<br />

The Speakers Room is located behind<br />

Hall 1, at the end of Pavilion G .<br />

Please note that all speakers should<br />

submit their finalized PowerPoint<br />

presentations at the main desk in the<br />

Speakers Room no less than 3 hours in<br />

advance of their session. Speakers at<br />

early morning sessions are required to<br />

submit their material no later than<br />

17:00 on the evening before their<br />

session is scheduled.<br />

Posters<br />

Presenters should bring their<br />

acceptance letter and registration<br />

badge in order to gain access to the<br />

Poster Area, which will be located in<br />

Pavilion G.<br />

GENERAL CONGRESS INFORMATION<br />

Timetable:<br />

Mounting Time: Monday 29 th June<br />

from 08:00 to 09:00<br />

Viewing Time: Monday 29 th June to<br />

Wednesday 1 st July<br />

Dismantling Time: Wednesday 1 st July<br />

from 17:00 to 18:00<br />

The Scientific Advisory Committee<br />

would like to give the opportunity<br />

to poster presenters to meet with<br />

delegates who may have questions and<br />

would like to know more about the<br />

work presented. In order to facilitate this<br />

process, you may wish to be present at<br />

your poster during lunch between 12:00<br />

and 13:00.<br />

Exhibition<br />

The Exhibition Area is situated in<br />

Pavilion F, adjacent to the session<br />

rooms and Poster Area. Exhibition<br />

opening times are listed on the Facilities<br />

Timetable Overview. Exhibitor badges<br />

(pre-registered exhibitors only) will be<br />

available for collection at the exhibition<br />

desk situated in the Registration Area.<br />

Lunches and Coffee Breaks<br />

Lunch and coffee breaks will be served<br />

in the Exhibition Area.<br />

www.epilepsybudapest2009.org 9


GENERAL CONGRESS INFORMATION<br />

Facilities Timetable Overview<br />

0<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Sunday Monday Tuesday Wednesday Thursday<br />

Registration 08:00 - 19:00 07:00 - 18:00 07:00 - 18:00 07:00 - 17:30 07:00 - 13:30<br />

Speakers Room 08:00 - 19:00 07:00 - 18:00 07:00 - 18:00 07:00 - 17:30 07:00 - 12:00<br />

Posters - 09:00 - 18:00 09:00 - 18:00 09:00 - 18:00 -<br />

Exhibition - 09:00 - 17:00 09:00 - 17:00 09:00 - 17:00 09:00 - 12:00<br />

Coffee Breaks - 10:00 - 10:30 10:00 - 10:30 10:00 - 10:30 10:00 - 10:30<br />

- 15:30 - 16:00 15:30 - 16:00 15:30 - 16:00 -<br />

Lunch - 12:00 - 13:00 12:00 - 13:00 12:00 - 13.00 -<br />

Language<br />

The official language of the <strong>Congress</strong><br />

is English; please note that translation<br />

facilities will not be provided.<br />

Replacement Badges<br />

Please note that replacement badges<br />

will be charged at a fee of Euro 50.<br />

Delegates should ensure that badges<br />

are kept at all times.<br />

Certificates of Attendance<br />

Certificates of attendance will be<br />

available for all delegates upon request<br />

at the registration desk.<br />

<strong>Congress</strong> Secretariat<br />

Members of the <strong>Congress</strong> Secretariat<br />

may be contacted at anytime at the<br />

Registration Area. For queries arising<br />

after the congress, please contact:<br />

<strong>28th</strong> <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

ILAE / IBE <strong>Congress</strong> Secretariat<br />

7 Priory Hall<br />

Stillorgan<br />

Dublin 18<br />

Ireland<br />

Tel +353 1 2056720<br />

Fax +353 1 2056156<br />

Email info@epilepsycongress.org<br />

<strong>Congress</strong> Centre<br />

HUNGEXPO Budapest Fair Centre,<br />

H-1101 Budapest Albertirsai út 10,<br />

Budapest, Hungary<br />

www.hungexpo.hu<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

Transport Information<br />

Transport to the <strong>Congress</strong> Centre (Hungexpo)<br />

www.epilepsybudapest2009.org<br />

GENERAL CONGRESS INFORMATION<br />

Taxis<br />

Taxis are widely available all over Budapest and will take you anywhere around the<br />

city. It is advisable to set the price prior to the journey.Taxis may be booked at the<br />

Főtaxi desk in the registration area.<br />

Metro and Buses<br />

In order to reach the congress centre (Hungexpo), take the M2 (red) underground line<br />

to Örs vezér tere station which is the last stop.Turn right on leaving the station and<br />

walk approximately 100 metres to the bus stop for bus no. 100; this will take you to<br />

the entrance for the <strong>28th</strong> <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong> (Gate 3 of Hungexpo).<br />

To return to the Örs vezér tere station, take the shuttle bus from Gate 3.<br />

Discounted travel cards can be purchased at any metro station and also the City/Tour<br />

Information desk in the registration area: 3-day (3,500 HUF) or 7-day (4,000 HUF).<br />

Transport maps as well as timetables for the bus number 100 and the metro line M2<br />

are available to pick up at the registration area.<br />

For any further information or assistance during the congress, please ask at the City/<br />

Tour Information desk in the registration area.


GENERAL CONGRESS INFORMATION<br />

On-site Information<br />

Liability and Insurance<br />

The congress organisers will not<br />

accept liability for personal injury or<br />

loss/damage to property/belongings of<br />

participants or accompanying persons,<br />

either before, during or following the<br />

congress, tours or their stay in Budapest.<br />

It is therefore recommended that<br />

participants arrange their own personal<br />

health, accident and travel insurance.<br />

IBE General Assembly<br />

The IBE General Assembly will take place<br />

on Wednesday 1 st July, 13:00 - 17:00,<br />

in Hall 7.<br />

ILAE General Assembly<br />

The ILAE General Assembly will take<br />

place on Wednesday 1 st July,<br />

17:00 - 18:30, in Room 25.<br />

IBE Members Poster Display<br />

Following successful displays in Paris<br />

and Singapore, IBE is organising another<br />

display of posters in Budapest to<br />

highlight the activities and achievement<br />

of its members.This initiative has been<br />

very popular with IBE members and<br />

congress delegates. IBE is expecting<br />

almost 50 members to take part in this<br />

initiative in Budapest.<br />

2<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Smoking Policy Smoking is only permitted outside of the pavillions.<br />

Cloakroom Cloakroom facilities are available near the entrance to pavillions G<br />

(coats & luggage) by Hall 1. It is open daily from the beginning of the first session<br />

until the end of the last session. A small charge is applicable.<br />

Wheelchair Accessibility All parts of Hungexpo are wheelchair accessible.<br />

Message Board The Message Board is situated in the Registration Area.<br />

Delegates are advised to check it regularly.<br />

Speakers Room The Speakers Room is located in Pavilion G, beside Hall 1<br />

Internet Centre The Internet Centre is located in the Exhibition Area.<br />

ATM / Bank A bank and ATM machine are located behind Building 25.<br />

The bank opening hours are 09:00 – 17:00.<br />

The IBE Members Poster Display<br />

promotes the international exchange<br />

of information and ideas about how<br />

IBE members operate, the issues they<br />

address and the services they provide.<br />

This initiative allows the international<br />

epilepsy community to learn from each<br />

other, build their resource capacity and<br />

be more effective.<br />

The IBE Members Poster Display<br />

will be on permanent display during<br />

the congress.<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MAIN SPONSORS<br />

The congress would like to thank the<br />

following companies for their support:<br />

SOCIAL EVENTS<br />

Opening Ceremony and<br />

Welcome Reception<br />

The Opening Ceremony will take place<br />

on Sunday <strong>28th</strong> June at 19:00 in Hall<br />

1 in Hungexpo.The Ceremony will<br />

open with welcome addresses from<br />

representatives of IBE and ILAE as well<br />

as the congress’ committees.This will<br />

be followed by the Awards Ceremony,<br />

which this year will consist of the<br />

Ambassador for <strong>Epilepsy</strong> Award, the<br />

Award for Social Accomplishment, the<br />

Michael Prize, the Morris-Coole Prize<br />

and the Lifetime Achievement Award.<br />

Further details on these awards can<br />

be found on pages 17 -19 and in the<br />

Awards Booklet which will be available<br />

at the Opening Ceremony.<br />

All delegates are welcome to join a<br />

Welcome Reception which will be held<br />

after the Opening Ceremony in the<br />

lobby outside Hall 1.<br />

GENERAL CONGRESS INFORMATION<br />

Gala Dinner<br />

A Gala Dinner will be held in the<br />

Hungarian National Gallery in Buda<br />

Castle overlooking the river Danube<br />

on the evening of Wednesday 1 st July.<br />

Please note that this is a ticketed event<br />

and that advance booking is required.<br />

Entry to the collection of Late Gothic<br />

Winged Altarpieces is included with the<br />

gala dinner. For further details on this<br />

unique event including transportation<br />

details, please go to the Social Events<br />

Desk in the Registration Area.<br />

Tours<br />

Budapest and the beautiful countryside<br />

of Hungary present a wealth of culture<br />

and history that will appeal to all<br />

delegates and accompanying persons<br />

attending the 28 th IEC. A wide range of<br />

full and half-day excursions are available<br />

daily throughout the congress and can<br />

be booked with Asszisztencia at the<br />

Tours Desk in the Registration Area.<br />

www.epilepsybudapest2009.org 3


GENERAL CONGRESS INFORMATION<br />

<strong>BUDAPEST</strong> PRACTICAL<br />

INFORMATION<br />

Business Hours<br />

Generally, shops are open Monday<br />

to Friday from 10:00 to 18:00 and on<br />

Saturdays from 10:00 to 13:00. Some<br />

supermarkets also open on Sunday. In<br />

the city centre there are several 24-hour<br />

shops that sell basic products.<br />

Currency<br />

The unit of currency is Hungarian Forint<br />

(HUF). In Hungary the abbreviation<br />

of Forint is Ft. Coins: 1, 2, 5, 10, 20, 50,<br />

100 HUF. Bank notes: 200, 500, 1,000,<br />

2,000, 5,000, 10,000, 20,000 HUF. As<br />

of May 2009, one Euro was worth 290<br />

Hungarian Forints; one US$ was worth<br />

212 Hungarian Forints. A bank and cash<br />

machine are located onsite at Hungexpo<br />

behind Building 25 (opening hours:<br />

from 09:00 to 17:00).<br />

4<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Credit Cards<br />

All of the most popular credit, debit and<br />

charge cards (AMEX, Diners Club, Cirrus,<br />

EnRoute, Euro/Mastercard, JCB and<br />

VISA) can be used in banks and in ATM’s<br />

to withdraw money, and also in hotels,<br />

restaurants and shops for purchases<br />

(signs are displayed at the entrance<br />

of the shops and restaurants showing<br />

which cards are acceptable).<br />

Electricity<br />

The voltage in Hungary is 230 volts<br />

and plugs are the two-pin continental<br />

European type.<br />

Communications<br />

Reliable internet access is readily<br />

available in hotels and internet centres<br />

located throughout Budapest.<br />

Time Difference<br />

Budapest is in the Central European<br />

Time Zone (Greenwich Mean Time<br />

+ 1 hour / U.S. Eastern Standard Time<br />

+ 6 hours).<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

REGISTRATION AREA<br />

SESSION ROOMS<br />

POSTER AREA<br />

SPEAKERS ROOM<br />

BUSINESS MEETING ROOMS<br />

EXHIBITION AREA<br />

INTERNET CENTRE<br />

LUNCH & COFFEE BREAKS<br />

CAFÉ<br />

<strong>Congress</strong> Entrance<br />

(HUNGEXPO Gate 3)<br />

Bus drop off point<br />

CONGRESS CENTRE FLOOR PLAN<br />

Room 25<br />

Room 107<br />

Room 109<br />

Room 110<br />

Room 113<br />

Room 114<br />

Room 117<br />

Room 119<br />

Press Room<br />

Speakers<br />

Room<br />

HALL<br />

5<br />

HALL<br />

6<br />

HALL<br />

1<br />

PAVILION G<br />

Internet<br />

Centre<br />

HALL<br />

2<br />

POSTER<br />

AREA<br />

PAVILION F<br />

EXHIBITION<br />

AREA<br />

Main<br />

Entrance<br />

Bank<br />

ATM<br />

Building 25<br />

PASSAGE<br />

www.epilepsybudapest2009.org 5<br />

HALL<br />

7<br />

HALL<br />

3<br />

HALL<br />

4<br />

Gallery<br />

Room<br />

REGISTRATION


GENERAL SCIENTIFIC INFORMATION<br />

PRESIDENTIAL SYMPOSIUM<br />

Presidential Symposium<br />

909 - 2009: a century of achievements<br />

Lund, S (Sweden) & Wolf, P (Denmark) Chair<br />

History medical and social<br />

Reynolds, EH (UK)<br />

Stigma: has perception of epilepsy changed at all?<br />

Acevedo, C (Chile)<br />

The role of genetic discoveries<br />

Avanzini, G (Italy)<br />

Paths to seizure freedom: the achievements in<br />

epilepsy treatment<br />

Andermann, F (Canada)<br />

Political influence and impact - has epilepsy legislation<br />

been successful?<br />

Lee, P (UK)<br />

The future hopes and aspirations perspective:<br />

where are we going?<br />

Wolf, P (Denmark)<br />

6<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Many developments and many changes have occurred about epilepsy in the 100<br />

years of the ILAE’s existence, and the League has contributed to many of them.<br />

Numerous examples can be found in the programme of our Centenary <strong>Congress</strong>. In<br />

this symposium we wish to highlight and review some of the developments which<br />

we consider particularly important, both in the medical and the social field. At the<br />

end we will try to make some guesses into where epileptology will move in the<br />

coming years.<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

The Highlights Session<br />

The Highlights Session will be held<br />

on Thursday 2 nd July between<br />

12:00 and 13:30.<br />

Delegates will be offered a unique<br />

opportunity to attend a concluding<br />

session with the participation of all<br />

chairs of the seven main topics<br />

debated during the 28 th <strong>International</strong><br />

<strong>Epilepsy</strong> <strong>Congress</strong>.<br />

Organised by the co-chairs of the<br />

Scientific Advisory Committee,<br />

this special session will include a<br />

commented selection of original data<br />

presented during the <strong>Congress</strong>.<br />

EUREPA / VIREPA Sessions<br />

EUREPA teaching sessions will be held<br />

between 07:30 and 09:00 on Monday,<br />

Tuesday, Wednesday and Thursday.There<br />

will be four sessions entitled ‘Comorbidity<br />

in epilepsy’,‘<strong>Epilepsy</strong> in infants and<br />

children’,‘Differential diagnosis of<br />

epileptic and non-epileptic events’ and<br />

‘Surgical treatment of epilepsy’.These will<br />

be case-oriented learning sessions, free<br />

of charge and available to all registered<br />

congress participants.<br />

GENERAL SCIENTIFIC INFORMATION<br />

In addition, Introductory Sessions to<br />

the VIREPA (Virtual <strong>Epilepsy</strong> Academy)<br />

programme will take place every day<br />

from 07:30 to 09:00. At the end of these<br />

sessions, a short description of the<br />

course format will be given. Further<br />

information on these VIREPA courses<br />

is available at the EUREPA / <strong>Epilepsy</strong><br />

Academy booth in the Exhibition Hall.<br />

Scientific Exhibit<br />

UCB Pharma will hold a Scientific Exhibit<br />

on Tuesday 30 th June from 09:00 to<br />

17:00 in Room 25 in Building 25.<br />

AWARDS<br />

Bursary for Young Investigator Awardees<br />

Bursary for Young Investigator<br />

In order to further encourage Young<br />

Investigators to participate in the<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong>,<br />

a number of Bursaries for Young<br />

Investigators have been awarded to<br />

assist with registration, travel and<br />

accommodation expenses.<br />

First Name Last Name Country<br />

Keryma Acevedo Chile<br />

Satish Bajaj Nepal<br />

Daniela Brazzo UK<br />

Rebecca Bromley UK<br />

Benedetta Frassine Italy<br />

Aslihan Gunel Turkey<br />

Silvia Regina Bica Kohek Brazil<br />

Pushpalatha Sudhakar Lakkunta India<br />

Eliângela Lima Brazil<br />

Tuan Nguyen Anh Vietnam<br />

Litsa Nikitidou Sweden<br />

Natela Okujava Georgia<br />

Fabricio Pereira Brazil<br />

Nehama Prus USA<br />

Ashalatha Radhakrishnan India<br />

Kiarash Riazi Canada<br />

Garima Shukla India<br />

Andreas Toft Sorensen Sweden<br />

Jan Tønnesen Sweden<br />

www.epilepsybudapest2009.org 7


GENERAL SCIENTIFIC INFORMATION<br />

The Michael Prize<br />

Presented bi-annually, this prize was<br />

originally set up to stimulate epilepsy<br />

research among young scientists<br />

in Germany.<br />

It has now developed into an<br />

international award for the best<br />

scientific and clinical research,<br />

promoting further development<br />

in epileptology.<br />

The recipients of the Michael Prize<br />

2009 are:<br />

Hrissanthi Ikonomidou (USA)<br />

Ivan Soltesz (USA)<br />

The presentation of this award will take<br />

place during the Opening Ceremony<br />

on Sunday evening.The winning<br />

researchers will also present their<br />

papers during the Prize Symposium to<br />

be held on Monday 29 th June between<br />

16:00 and 17:30 in Hall 5.<br />

The Morris-Coole Prize<br />

The Morris-Coole prize awarded by<br />

ILAE is the initiative of Mr. and Mrs.<br />

Christopher Morris-Coole, from London,<br />

who have endowed the prize.<br />

The annual prize of €10,000 is awarded<br />

to the first author of the paper<br />

published in Epilepsia during the<br />

preceding year which has, in the judges’<br />

opinion, made the most significant<br />

advance in knowledge in the field<br />

of epilepsy.<br />

The prize has been awarded to<br />

Dr. Julia Jacobs for her abstract entitled:<br />

‘Interictal high-frequency oscillations<br />

(80-500 Hz) are an indicator of seizure<br />

onset areas independent of spikes in the<br />

human epileptic brain.’<br />

(Epilepsia. 2008 49:1893-907).<br />

Her findings will be presented during<br />

the Prize Symposium on Monday 29 th<br />

June from 16:00 - 17:30 in Hall 5.<br />

8<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Lifetime Achievement Award<br />

The Lifetime Achievement Award<br />

in <strong>Epilepsy</strong> is given jointly by the<br />

<strong>International</strong> Bureau for <strong>Epilepsy</strong> (IBE)<br />

and the <strong>International</strong> League against<br />

<strong>Epilepsy</strong> (ILAE).The Award is given to<br />

an individual to recognise and honour<br />

his or her exceptional and outstanding<br />

personal contribution over a long<br />

period of time to activities that advance<br />

the cause of epilepsy.<br />

The Award reflects international<br />

peer recognition. It consists of two<br />

commemorative and inscribed silver<br />

candlesticks, a financial prize of<br />

US$5,000, a scroll and the name of<br />

each recipient is added to the Lifetime<br />

Achievement Award winners’ Hall of<br />

Fame maintained by IBE and ILAE.<br />

This Award is the highest honour of IBE<br />

and ILAE.<br />

The recipients of the Lifetime<br />

Achievement Award are:<br />

Jean Aicardi (France)<br />

Hanneke De Boer (The Netherlands)<br />

Social Accomplishment Award<br />

The Social Accomplishment Award<br />

in <strong>Epilepsy</strong> is given jointly by the<br />

<strong>International</strong> Bureau for <strong>Epilepsy</strong> (IBE)<br />

and the <strong>International</strong> League against<br />

<strong>Epilepsy</strong> (ILAE) every two years. It is<br />

given to an individual to recognise his or<br />

her outstanding personal contribution<br />

to activities that have resulted in a<br />

significant advance in the social wellbeing<br />

and / or quality of life of people<br />

with epilepsy.<br />

The Award reflects international peer<br />

recognition. It consists of an engraved<br />

glass trophy, a financial prize of<br />

US$5,000, a certificate and the name of<br />

each recipient is added to the Award<br />

winners’ Hall of Fame maintained by IBE<br />

and ILAE.<br />

The recipient of the Social<br />

Accomplishment Award is:<br />

Michael Hills (New Zealand)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

Ambassador Awards<br />

The Ambassador for <strong>Epilepsy</strong> Award is<br />

given jointly by the <strong>International</strong> Bureau<br />

for <strong>Epilepsy</strong> (IBE) and the <strong>International</strong><br />

League against <strong>Epilepsy</strong> (ILAE) and not<br />

more than 12 Awards will be given at<br />

any one time.<br />

The Award recognises outstanding<br />

personal contributions to activities<br />

that advance the cause of epilepsy.<br />

The Award reflects international peer<br />

recognition and it is given for the<br />

lifetime of the recipient.<br />

The following recipients will be<br />

presented with an Ambassador’s pin<br />

during the Opening Ceremony of the<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong>.<br />

This brings to 277 the total number of<br />

Ambassadors for <strong>Epilepsy</strong> created since<br />

the award was first introduced at the<br />

suggestion of IBE in 1968.<br />

The recipients for Ambassador for<br />

<strong>Epilepsy</strong> Award are:<br />

Ettore Beghi (Italy)<br />

Anne T. Berg (USA)<br />

Warren Blume (Canada)<br />

Norman Delanty (Ireland)<br />

Jacqueline A. French (USA)<br />

Shung-Lon Lai (Taiwan)<br />

Shichuo Li (China)<br />

Cigdem Ozkara (Turkey)<br />

Lilia Núñez-Orozco (Mexico)<br />

Ernest Somerville (Australia)<br />

Carol D’Souza (India)<br />

William H. Theodore (USA)<br />

Volunteer Award<br />

The <strong>International</strong> Bureau for <strong>Epilepsy</strong><br />

(IBE) is aware of the tremendous efforts<br />

of volunteers working with IBE member<br />

associations at local and national level<br />

to improve conditions for all those<br />

affected by epilepsy.To recognize the<br />

spirit of these steadfast volunteers, the<br />

<strong>International</strong> Executive Committee has<br />

launched the IBE Volunteer Award.<br />

GENERAL SCIENTIFIC INFORMATION<br />

The purpose of the Award is to highlight<br />

the dedication and selflessness of those<br />

who work without financial reward to<br />

improve the quality of life for people<br />

with epilepsy.The award is presented<br />

every two years to an individual who<br />

has carried out outstanding activities,<br />

on a voluntary basis, which have made a<br />

difference at national level.<br />

The Volunteer Award will be presented<br />

during the IBE General Assembly on<br />

Wednesday 1 st July.The name of the<br />

recipient will not be announced until<br />

the event.<br />

CME ACCREDITATION<br />

The 28 th <strong>International</strong> <strong>Epilepsy</strong><br />

<strong>Congress</strong> is accredited by the European<br />

Accreditation Council for Continuing<br />

Medical Education (EACCME) to provide<br />

CME activity for medical specialists.<br />

The EACCME is an institution of the<br />

European Union of Medical Specialists<br />

(UEMS). Please view www.uems.net for<br />

further details.<br />

The 28 th <strong>International</strong> <strong>Epilepsy</strong><br />

<strong>Congress</strong> is designated for a maximum<br />

of 2 hours of European external<br />

CME credits.<br />

Each medical specialist should claim<br />

only those hours of credit that<br />

he/she actually spent in the<br />

educational activity.<br />

EACCME credits are recognized by the<br />

American Medical Association towards<br />

the Physician’s Recognition Award (PRA).<br />

To convert EACCME credit to AMA PRA<br />

category 1 credit, contact the AMA.<br />

Please view http://www.ama-assn.org<br />

for further details.<br />

The statement of accreditation will<br />

be incorporated into the attendance<br />

certificates issued to fully registered<br />

delegates during the congress. Please<br />

contact the <strong>Congress</strong> Secretariat in the<br />

Registration Area if you require further<br />

information on the issuance of<br />

CME Accreditation.<br />

www.epilepsybudapest2009.org 9


07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

18:15 - 18:30<br />

18:30 - 18:45<br />

18:45 - 19:00<br />

19:00 - 19:15<br />

19:15 - 19:30<br />

19:30 - 19:45<br />

19:45 - 20:00<br />

20:00 - 20:15<br />

20:15 - 20:30<br />

20:30 - 20:45<br />

20:45 - 21:00<br />

SCIENTIFIC PROGRAMME<br />

FULL WEEK TIMETABLE<br />

20<br />

Sunday<br />

28 th June<br />

Special Interest Group<br />

10:30 - 12:30<br />

Ring<br />

Chromosome<br />

20 Symposium<br />

14:00 - 16:00<br />

Centenary<br />

Film Festival<br />

14:45 - 16:45<br />

Presidential Symposium<br />

17:00 - 18:30<br />

Opening Ceremony<br />

19:00 - 20:00<br />

Welcome Reception<br />

20:00 - 21:00<br />

Set up<br />

Posters<br />

Monday<br />

29 th June<br />

Morning Seminars<br />

07:30 - 09:00<br />

Autonomic functions and biorythmicity<br />

09:00 – 10:00<br />

Autonomic<br />

functions<br />

10:30 - 12:00<br />

Centenary Film<br />

Festival<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Tuesday<br />

30 th June<br />

Morning Seminars<br />

07:30 - 09:00<br />

Coffee Break Coffee Break<br />

Cof<br />

Parallel<br />

Sessions<br />

10:30 -<br />

12:00<br />

Lunch<br />

- Posters -<br />

Platform<br />

Sessions<br />

10:30 -<br />

12:00<br />

UCB Pharma Satellite Symposium<br />

13:00 - 14:30<br />

Should we treat the family?<br />

14:30 - 15:30<br />

Should we<br />

treat the<br />

family?<br />

16:00 - 17:30<br />

Centenary Film<br />

Festival<br />

Posters<br />

Beyond the<br />

medical<br />

model<br />

10:30 - 12:00<br />

Beyond the medical model<br />

09:00 - 10:00<br />

Parallel<br />

Sessions<br />

10:30 - 12:00<br />

Lunch<br />

- Posters -<br />

Platform<br />

Sessions<br />

10:30 -<br />

12:00<br />

Eisai Europe Ltd. Satellite Symposium<br />

13:00 - 14:30<br />

Brain development, plasticity and<br />

epilepsy<br />

14:30 - 15:30<br />

<strong>Epilepsy</strong> in<br />

Literature<br />

Centenary Film<br />

Festival<br />

www.epilepsybudapest2009.org<br />

Posters<br />

Dismantle<br />

W<br />

Mo<br />

0<br />

The need<br />

The need for<br />

comprehensive<br />

care<br />

10:30 - 12:00<br />

GlaxoSmithKlin<br />

13:<br />

Models to<br />

epile<br />

14:<br />

Coffee Break Coffee Break Cof<br />

Parallel<br />

Sessions<br />

16:00 -<br />

17:30<br />

Platform<br />

Sessions<br />

16:00 -<br />

17:30<br />

Merritt - Putnam Symposium<br />

18:00 - 19:30<br />

Brain<br />

development,<br />

plasticity and<br />

epilepsy<br />

16:00 - 17:30<br />

Session topics<br />

Main Session Post Main Session<br />

Parallel<br />

Sessions<br />

16:00 - 17:30<br />

Platform<br />

Sessions<br />

16:00 - 17:30<br />

Centenary Film<br />

Festival<br />

Identifying and<br />

screening new<br />

AEDs<br />

16:00 - 17:30<br />

G


day<br />

June<br />

Seminars<br />

- 09:00<br />

medical model<br />

0 - 10:00<br />

ee Break<br />

Platform<br />

llel<br />

Sessions<br />

ons<br />

10:30 -<br />

12:00<br />

12:00<br />

unch<br />

osters -<br />

tellite Symposium<br />

14:30<br />

t, plasticity and<br />

sy<br />

15:30<br />

28 th June – 2 nd July 2009<br />

FULL WEEK TIMETABLE<br />

<strong>Epilepsy</strong> in<br />

Literature<br />

Centenary Film<br />

Festival<br />

Posters<br />

Dismantle<br />

Wednesday<br />

1 st July<br />

Morning Seminars<br />

07:30 - 09:00<br />

The need for comprehensive care<br />

09:00 - 10:00<br />

The need for<br />

comprehensive<br />

care<br />

10:30 - 12:00<br />

Coffee Break<br />

Parallel<br />

Sessions<br />

10:30 -<br />

12:00<br />

Lunch<br />

- Posters -<br />

Platform<br />

Sessions<br />

10:30 -<br />

12:00<br />

GlaxoSmithKline Satellite Symposium<br />

13:00 - 14:30<br />

Models to study acquired<br />

epileptogenesis<br />

14:30 - 15:30<br />

reak Coffee Break<br />

llel<br />

ons<br />

17:30<br />

Platform<br />

Sessions<br />

16:00 - 17:30<br />

Centenary Film<br />

Festival<br />

Identifying and<br />

screening new<br />

AEDs<br />

16:00 - 17:30<br />

Parallel<br />

Sessions<br />

16:00 -<br />

17:30<br />

Gala Evening<br />

20:00 - late<br />

Platform<br />

Sessions<br />

16:00 -<br />

17:30<br />

Centenary Film<br />

Festival<br />

Centenary Film Festival<br />

SCIENTIFIC PROGRAMME<br />

Neuroimaging<br />

and nosology<br />

10:30 - 12:00<br />

Thursday<br />

2 nd July<br />

Morning Seminars<br />

07:30 - 09:00<br />

Neuroimaging and nosology<br />

09:00 - 10:00<br />

Coffee Break<br />

Parallel<br />

Sessions<br />

10:30 - 12:00<br />

The Highlights Session<br />

12:00 - 13:30<br />

Platform<br />

Sessions<br />

10:30 -<br />

12:00<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

18:15 - 18:30<br />

18:30 - 18:45<br />

18:45 - 19:00<br />

19:00 - 19:15<br />

19:15 - 19:30<br />

19:30 - 19:45<br />

19:45 - 20:00<br />

20:00 - 20:15<br />

20:15 - 20:30<br />

20:30 - 20:45<br />

20:45 - 21:00<br />

www.epilepsybudapest2009.org 2


SUNDAY 28 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

SUNDAY 28 TH JUNE 2009<br />

22<br />

Hall 1 Hall 6<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

07:30 - 07:45 07:30 - 07:45<br />

07:45 - 08:00 07:45 - 08:00<br />

08:00 - 08:15 08:00 - 08:15<br />

08:15 - 08:30 08:15 - 08:30<br />

08:30 - 08:45 08:30 - 08:45<br />

08:45 - 09:00 08:45 - 09:00<br />

09:00 - 09:15 09:00 - 09:15<br />

09:15 - 09:30 09:15 - 09:30<br />

09:30 - 09:45 09:30 - 09:45<br />

09:45 - 10:00 09:45 - 10:00<br />

10:00 - 10:15 10:00 - 10:15<br />

10:15 - 10:30 10:15 - 10:30<br />

10:30 - 10:45 10:30 - 10:45<br />

10:45 - 11:00 10:45 - 11:00<br />

11:00 - 11:15 11:00 - 11:15<br />

11:15 - 11:30 Special Interest Group: 11:15 - 11:30<br />

11:30 - 11:45 sleep and epilepsy 11:30 - 11:45<br />

11:45 - 12:00 11:45 - 12:00<br />

12:00 - 12:15 12:00 - 12:15<br />

12:15 - 12:30 12:15 - 12:30<br />

12:30 - 12:45 12:30 - 12:45<br />

12:45 - 13:00 12:45 - 13:00<br />

13:00 - 13:15 13:00 - 13:15<br />

13:15 - 13:30 13:15 - 13:30<br />

13:30 - 13:45 13:30 - 13:45<br />

13:45 - 14:00 13:45 - 14:00<br />

14:00 - 14:15 14:00 - 14:15<br />

14:15 - 14:30 14:15 - 14:30<br />

14:30 - 14:45 14:30 - 14:45<br />

14:45 - 15:00 Ring Chromosome 20 14:45 - 15:00<br />

15:00 - 15:15 Symposium 15:00 - 15:15<br />

15:15 - 15:30 15:15 - 15:30<br />

15:30 - 15:45 Centenary Film<br />

15:30 - 15:45<br />

15:45 - 16:00 Festival<br />

15:45 - 16:00<br />

16:00 - 16:15 16:00 - 16:15<br />

16:15 - 16:30 16:15 - 16:30<br />

16:30 - 16:45 16:30 - 16:45<br />

16:45 - 17:00 16:45 - 17:00<br />

17:00 - 17:15 17:00 - 17:15<br />

17:15 - 17:30 17:15 - 17:30<br />

17:30 - 17:45 Presidential<br />

17:30 - 17:45<br />

17:45 - 18:00 Symposium<br />

17:45 - 18:00<br />

18:00 - 18:15 18:00 - 18:15<br />

18:15 - 18:30 18:15 - 18:30<br />

18:30 - 18:45 18:30 - 18:45<br />

18:45 - 19:00 18:45 - 19:00<br />

19:00 - 19:15 19:00 - 19:15<br />

19:15 - 19:30<br />

19:30 - 19:45 Opening Ceremony<br />

19:15 - 19:30<br />

19:30 - 19:45<br />

19:45 - 20:00 19:45 - 20:00<br />

20:00 - 20:15 20:00 - 20:15<br />

20:15 - 20:30<br />

20:30 - 20:45 Welcome Reception<br />

20:15 - 20:30<br />

20:30 - 20:45<br />

20:45 - 21:00 20:45 - 21:00<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SUNDAY 28 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

0:30 - 2:30 Special Interest Group Hall 6<br />

The influence of therapy on the interaction<br />

epilepsy and sleep<br />

Influence of drugs acting on the GABA-A receptor<br />

complex on generalized paroxysmal fast activity:<br />

improvement or worsening?<br />

Kelemen, A (Hungary) & Halasz, P (Hungary)<br />

Circadian rhythms in epilepsy and the influence<br />

of AEDs<br />

Hofstra, W (The Netherlands) & De Weerd, A (The Netherlands)<br />

Case discussions<br />

Van Emde Boas, W (The Netherlands), Nobili, L (Italy),<br />

De Weerd, A (The Netherlands)<br />

4:00 - 6:00 Satellite Symposium Hall 6<br />

The Ring Chromosome 20 Foundation symposium<br />

Berkovic, S (Australia) Chair<br />

Ring Chromosome 20 epilepsy syndrome: is there a<br />

distinct phenotype?<br />

Hosain, SA (USA)<br />

Molecular analysis of Ring Chromosome 20 reveals<br />

two distinct subgroups<br />

Spinner, NB (USA)<br />

Dopamine metabolism in patients with epilepsy<br />

associated with Ring 20 mosaicism: physiological<br />

and possible therapeutic consequences<br />

Biraben, A (France)<br />

www.epilepsybudapest2009.org 23<br />

SUNDAY 28 TH JUNE 2009


SUNDAY 28 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

SUNDAY 28 TH JUNE 2009<br />

24<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

4:45 - 6:45 Film Screening Hall<br />

Welcome and introduction to the festival:<br />

early cinematic representations of epilepsy<br />

Baxendale, S (UK) Chair<br />

Screening: To What Red Hell ( 929)<br />

Debate<br />

7:00 - 8:30 Presidential Symposium Hall<br />

909 - 2009: a century of achievements<br />

Lund, S (Sweden) & Wolf, P (Denmark) Chairs<br />

History medical and social<br />

Reynolds, EH (UK)<br />

Stigma: has perception of epilepsy changed at all?<br />

Acevedo, C (Chile)<br />

The role of genetic discoveries<br />

Avanzini, G (Italy)<br />

Paths to seizure freedom: the achievements in<br />

epilepsy treatment<br />

Andermann, F (Canada)<br />

Political influence and impact: has epilepsy<br />

legislation been successful?<br />

Lee, P (UK)<br />

The future hopes and aspirations perspective:<br />

where are we going?<br />

Wolf, P (Denmark)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

www.epilepsybudapest2009.org 25


MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

MONDAY 29 TH JUNE 2009<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

26<br />

Poster<br />

Area<br />

Posters set<br />

up<br />

Posters<br />

Authors of<br />

Posters present<br />

12:00 - 13:00<br />

Posters<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Hall 1 Hall 2 Hall 3 Hall 4<br />

Autonomic functions<br />

and biorythmicity<br />

Autonomic functions<br />

and biorythmicity<br />

UCB Pharma Satellite<br />

Symposium<br />

Should we treat the<br />

family?<br />

Should we treat the<br />

family?<br />

The variability of<br />

absence seizures and<br />

syndromes across<br />

ages<br />

Coffee Break 10:00 - 10:30<br />

Platform:<br />

Clinical epileptology<br />

Lunch 12:00 - 13:00<br />

Coffee Break 15:30 - 16:00<br />

Platform:<br />

Drug therapy<br />

Catastrophic<br />

epilepsies caused by<br />

cortical dysplasia in<br />

early childhood<br />

100 years of Epilepsia:<br />

landmark papers and<br />

their influence<br />

Imaging depression in<br />

epilepsy<br />

18:15 - 18:30 So<br />

18:30 - 18:45 Merritt-Putnam<br />

Dru<br />

18:45 - 19:00 Symposium<br />

Su<br />

19:00 - 19:15 Dia<br />

19:15 - 19:30 Sp<br />

www.epilepsybudapest2009.org<br />

Mechanism<br />

interictal spike<br />

Brain develo<br />

plasticity and e<br />

in childre<br />

Mechanism<br />

aberrant g<br />

expression re<br />

in epileptoge<br />

Ge


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

all 3 Hall 4 Hall 5 Hall 6<br />

astrophic<br />

es caused by<br />

dysplasia in<br />

childhood<br />

s of Epilepsia:<br />

k papers and<br />

influence<br />

depression in<br />

ilepsy<br />

Mechanisms of<br />

interictal spike genesis<br />

Brain development,<br />

plasticity and epilepsy<br />

in children<br />

Mechanisms of<br />

aberrant gene<br />

expression regulation<br />

in epileptogenesis<br />

Clinical pharmacology<br />

and pharmacotherapy<br />

Coffee Break 10:00 - 10:30<br />

Infections and<br />

inflammation<br />

Lunch 12:00 - 13:00<br />

Coffee Break 15:30 - 16:00<br />

The Prize Symposium<br />

SCIENTIFIC PROGRAMME<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

Session topics<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

Social issues Neuropsychology 18:15 - 18:30<br />

Drug therapy Paediatric epileptology 18:30 - 18:45<br />

Surgery Satellite Symposium 18:45 - 19:00<br />

Diagnostics Neuroimaging 19:00 - 19:15<br />

Special session Clinical epileptology 19:15 - 19:30<br />

Genetics Basic science<br />

Comorbidity in epilepsy<br />

Platform:<br />

Neuroprotection and<br />

therapy<br />

Platform:<br />

Pathophysiology<br />

Hall 7<br />

Centenary Film<br />

Festival<br />

Centenary Film<br />

Festival<br />

www.epilepsybudapest2009.org 27<br />

MONDAY 29 TH JUNE 2009


MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

MONDAY 29 TH JUNE 2009<br />

28<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

07:30 - 09:00 Teaching Session Hall 2<br />

The variability of absence seizures and<br />

syndromes across ages<br />

Covanis, A (Greece) Chair<br />

Absence seizures and syndromes in infancy<br />

and childhood<br />

Covanis, A (Greece)<br />

Absence seizures and syndromes in adolescence<br />

and adulthood<br />

Trinka, E (Austria)<br />

Focal seizures and EEG abnormalities in children<br />

and adults with absence seizures syndromes<br />

Koutroumanidis, M (UK)<br />

07:30 - 09:00 Teaching Session Hall 3<br />

Catastrophic epilepsies caused by cortical<br />

dysplasia in early childhood<br />

Komarek, V (Czech Republic) Chair<br />

Electroclinical syndromes associated with cortical<br />

dysplasia in early childhood<br />

Krsek, P (Czech Republic)<br />

Neuroimaging in early catastrophic epilepsies<br />

Woermann, F (Germany)<br />

Long-term surgical outcome of children operated<br />

on because of cortical dysplasia in early childhood<br />

Cross, H (UK)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

07:30 - 09:00 Workshop Hall 4<br />

Mechanisms of interictal spike genesis<br />

Halász, P (Hungary) Chair<br />

Cellular and circuit mechanisms of interictal spiking<br />

De Curtis, M (Italy)<br />

EEG spikes and fast ripples as indicators of regional<br />

and local pathology<br />

Bragin, A (USA)<br />

Laminar analysis of cortical origin interictal spikes<br />

Ulbert, I (Hungary)<br />

Laminar origin of interictal spike associated high<br />

frequency oscillations in the human hippocampus<br />

Fabo, D (Hungary)<br />

Induction of epileptiform discharges by<br />

electrical stimulation<br />

Valentin, A (UK)<br />

07:30 - 09:00 VIREPA Introduction Session Hall 5<br />

Clinical pharmacology and pharmacotherapy<br />

(co-organised with the ILAE Commission on<br />

Therapeutic Strategies)<br />

The choice of the first AED<br />

French, J (USA)<br />

Therapeutic drug monitoring in the management<br />

of epilepsy<br />

Perucca, E (Italy)<br />

07:30 - 09:00 EUREPA Teaching Session Hall 6<br />

Comorbidity in epilepsy<br />

Guekht, A (Russia) Chair<br />

Psychiatric comorbidity: diagnosis and treatment<br />

Schmitz, B (Germany)<br />

Elderly<br />

Guekht, A (Russia)<br />

Pharmacokinetic problems in somatic comorbidities<br />

Johannessen, S (Norway) &<br />

Johannessen-Landmark, C. (Norway)<br />

www.epilepsybudapest2009.org 29<br />

MONDAY 29 TH JUNE 2009


MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

MONDAY 29 TH JUNE 2009<br />

30<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

09:00 - 0:00 Main Session Hall<br />

Autonomic functions and biorythmicity<br />

Fogarasi, A (Hungary) Chair<br />

Circadian rhythms, seizures and epilepsy<br />

Quigg, M (USA)<br />

Ultradian cyclicity and beyond: NREM sleep<br />

microcycles and epilepsy<br />

Halász, P (Hungary)<br />

0:00 - 2: 5 Film Screening Hall 7<br />

ILAE Centenary Award for Film: Shorts Screening<br />

Stigma (2008)<br />

Runner up of the ILAE Centenary Film Competition<br />

A Better Waiting Room (2009)<br />

Runner up of the ILAE Centenary Film Competition<br />

Shaken (2009)<br />

Runner up of the ILAE Centenary Film Competition<br />

0:30 - 2:00 Post Main Session Hall<br />

Autonomic functions and biorythmicity<br />

Fogarasi, A (Hungary) Chair<br />

Autonomic symptoms in adults with epilepsy<br />

Janszky, J (Hungary)<br />

Autonomic symptoms in childhood epilepsies<br />

Fejerman, N (Argentina)<br />

Interictal and ictal electrocardiographic changes<br />

Baumgartner, C (Austria)<br />

Peri-ictal cardiac and respiratory abnormalities:<br />

do they increase the risk of SUDEP?<br />

Tomson, T (Sweden)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

0:30 - 2:00 Platform Session Hall 2<br />

Clinical epileptology<br />

Ryvlin, P (France) & Juhos, V (Hungary) Chairs<br />

0:30 - 2:00 Parallel Session Hall 3<br />

00 years of Epilepsia: landmark papers and their influence<br />

Shorvon, S (UK) Chair<br />

Neuropsychiatry of epilepsy<br />

Hermann, B (USA)<br />

Epidemiology of epilepsy<br />

Beghi, E (Italy)<br />

Investigation of epilepsy<br />

Sperling, MR (USA)<br />

Treatment of epilepsy<br />

Cook, M (Australia)<br />

0:30 - 2:00 Parallel Session Hall 4<br />

Brain development, plasticity and epilepsy<br />

in children<br />

Mathern, GW (USA) Chair<br />

Abnormal human brain development: molecular<br />

mechanisms and neuroimaging<br />

Guerrini, R (Italy)<br />

Strategies and pre-surgical evaluation of children<br />

with refractory epilepsy<br />

Harvey, S (Australia)<br />

<strong>International</strong> practice of paediatric epilepsy surgery<br />

Mathern, GW (USA)<br />

Developmental plasticity and early surgery:<br />

evidence based data<br />

Cross, H (UK)<br />

www.epilepsybudapest2009.org 3<br />

MONDAY 29 TH JUNE 2009


MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

MONDAY 29 TH JUNE 2009<br />

32<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Parallel Session Hall 5<br />

Infections and inflammation<br />

Al Yamani, S (Saudi Arabia) Chair<br />

Addressing neurocysticercosis in epilepsy<br />

Garcia, HH (Peru)<br />

HIV and epilepsy<br />

Birbeck, G (USA)<br />

Tuberculosis and epilepsy<br />

Singh, G (India)<br />

0:30 - 2:00 Platform Session Hall 6<br />

Neuroprotection and therapy<br />

Pitkanen, A (Finland) & Freund, T (Hungary) Chairs<br />

3:00 - 4:30 Satellite Symposium Hall<br />

Satellite Symposium UCB Pharma: Management<br />

of inadequately controlled epilepsy: evaluating<br />

the evidence<br />

Berkovic, SF (Australia) Chair<br />

Expectations vs reality: pharmacology of<br />

antiepileptic drugs<br />

Patsalos, P (UK)<br />

Inadequately controlled epilepsy: evidence-based<br />

decision-making in clinical practice<br />

Sander, L (UK)<br />

Treatment options for inadequately controlled<br />

epilepsy: what next?<br />

Steinhoff, B (Germany)<br />

4:00 - 6: 5 Film Screening Hall 7<br />

<strong>Epilepsy</strong> under wraps<br />

Baxendale, S (UK) Chair<br />

Screening: A Matter of Life & Dead ( 946)<br />

Debate<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

4:30 - 5:30 Main Session Hall<br />

Should we treat the family?<br />

Núñez Orozco, L (Mexico) Chair<br />

Family and epilepsy: an overview<br />

Núñez Orozco, L (Mexico)<br />

Overprotection vs rejection<br />

Kanner, AM (USA)<br />

Burden of the caregiver<br />

Yacubian, EM (Brazil)<br />

6:00 - 7:30 Post Main Session Hall<br />

Should we treat the family?<br />

Núñez Orozco, L (Mexico) Chair<br />

Founding a new family<br />

Lai, S-L (Taiwan)<br />

Family therapy in epilepsy<br />

Bekes, J (Hungary)<br />

Role of society in supporting people with epilepsy<br />

and their family<br />

Campos, M (Chile)<br />

6:00 - 7:30 Platform Session Hall 2<br />

Drug therapy<br />

Bialer, M (Israel) & Rajna, P (Hungary) Chairs<br />

www.epilepsybudapest2009.org 33<br />

MONDAY 29 TH JUNE 2009


MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

MONDAY 29 TH JUNE 2009<br />

34<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

6:00 - 7:30 Parallel Session Hall 3<br />

Imaging depression in epilepsy<br />

Theodore, W (USA) Chair<br />

Structural and functional imaging of depression<br />

in epilepsy<br />

Gilliam, F (USA)<br />

5HT1A receptor imaging of depression in epilepsy<br />

Ryvlin, P (France)<br />

Serotonin transport in epilepsy: genetics<br />

and depression<br />

Theodore, W (USA)<br />

6:00 - 7:30 Parallel Session Hall 4<br />

Mechanisms of aberrant gene expression<br />

regulation in epileptogenesis<br />

Becker, AJ (Germany) Chair<br />

Genetic and epigenic control of modulators of<br />

cellular excitability<br />

O’Brien, T (Australia)<br />

Altered histone acetylation at glutamate<br />

receptor 2 and brain-derived neurotrophic factor<br />

genes by status epilepticus<br />

Dingledine, R (USA)<br />

Impaired astrocytic gene expression patterns<br />

due to aberrant TGF-beta receptor signaling in<br />

neocortical epileptogenesis<br />

Friedman, A (Israel)<br />

Acquired channelopathy in epileptogenesis<br />

mediated by transcriptional Cav3.2 upregulation<br />

Becker, AJ (Germany)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

6:00 - 7:30 The Prize Symposium Hall 5<br />

Moshé, SL (USA) Chair<br />

The Michael Prize:<br />

Antiepileptic drugs and the developing brain<br />

Ikonomidou, H (USA)<br />

Epileptogenesis in carbon and silicon brain<br />

Soltesz, I (USA)<br />

The Morris-Coole Prize:<br />

Interictal high-frequency oscillations (80-500 Hz)<br />

are an indicator of seizure onset areas independent<br />

of spikes in the human epileptic brain<br />

Jacobs, J (Canada)<br />

6:00 - 7:30 Platform Session Hall 6<br />

Pathophysiology<br />

Ravizza, T (Italy) & Seress, L (Hungary) Chairs<br />

8:00 - 9:30 Satellite Symposium Hall<br />

Merritt-Putnam Symposium:<br />

early status epilepticus: from basic science to<br />

clinical implications<br />

Shorvon, S (UK) Chair<br />

Acute molecular and functional charges in<br />

neurotransmission during early status epilepticus<br />

Kapur, J (USA)<br />

Is the brain damaged by acute seizures or early<br />

status epilepticus?<br />

Sutula, T (USA)<br />

The emergency treatment of acute seizures and<br />

early status epilepticus<br />

Kälviäinen, R (Finland)<br />

www.epilepsybudapest2009.org 35<br />

MONDAY 29 TH JUNE 2009


TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

TUESDAY 30 TH JUNE 2009<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

18:15 - 18:30<br />

18:30 - 18:45<br />

18:45 - 19:00<br />

19:00 - 19:15<br />

36<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

19:15 - 19:30 Socia<br />

19:30 - 19:45 Drug<br />

19:45 - 20:00 Surge<br />

20:00 - 20:15 Diagn<br />

20:15 - 20:30 Speci<br />

20:30 - 20:45 Gene<br />

20:45 - 21:00<br />

Poster<br />

Area<br />

Posters<br />

Authors of<br />

Posters<br />

present<br />

12:00 - 13:00<br />

Posters<br />

Hall 1 Hall 2 Hall 3 Hall 4<br />

Beyond the medical<br />

model<br />

Beyond the medical<br />

model<br />

Eisai Europe Ltd.<br />

Satellite Symposium<br />

Brain development,<br />

plasticity and epilepsy<br />

Brain development,<br />

plasticity and epilepsy<br />

Coffee Break 10:00 - 10:30<br />

Pearls and pitfalls of<br />

seizure assessment:<br />

a video session<br />

Lunch 12:00 - 13:00<br />

Coffee Break 15:30 - 16:00<br />

Novel antiepileptic<br />

drugs: what the<br />

guidelines do not tell<br />

you<br />

<strong>Epilepsy</strong> in infants and<br />

children<br />

Reclassifying the<br />

epilepsies?<br />

Imaging language<br />

systems<br />

www.epilepsybudapest2009.org<br />

Genetics of e<br />

Non - conve<br />

mechanism<br />

epileps<br />

Platform<br />

Candidates fo<br />

therapie


all 3<br />

n infants and<br />

ildren<br />

sifying the<br />

psies?<br />

language<br />

stems<br />

28 th June – 2 nd July 2009<br />

TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

Hall 4 Hall 5 Hall 6 Hall 7<br />

Genetics of epilepsy<br />

Non - conventional<br />

mechanisms in<br />

epilepsy<br />

Platform:<br />

Candidates for future<br />

therapies<br />

Learning disability and<br />

neuropsychiatry<br />

Coffee Break 10:00 - 10:30<br />

Platform<br />

Advances in clinical<br />

neurophysiology<br />

Lunch 12:00 - 13:00<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

2009<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

JUNE<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

30TH 15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

Coffee Break 15:30 - 16:00<br />

15:45 - 16:00<br />

TUESDAY<br />

Platform:<br />

Surgical outcomes<br />

Seizure related<br />

affective symptoms<br />

Platform:<br />

<strong>Epilepsy</strong> outcomes<br />

Empowering youth to<br />

create attitude change<br />

<strong>Epilepsy</strong> in<br />

literature<br />

Symposium<br />

Centenary Film<br />

Festival<br />

Centenary Film<br />

Winner<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

18:15 - 18:30<br />

18:30 - 18:45<br />

18:45 - 19:00<br />

Session topics<br />

19:00 - 19:15<br />

Social issues Neuropsychology 19:15 - 19:30<br />

Drug therapy Paediatric epileptology 19:30 - 19:45<br />

Surgery Satellite Symposium 19:45 - 20:00<br />

Diagnostics Neuroimaging 20:00 - 20:15<br />

Special session Clinical epileptology 20:15 - 20:30<br />

Genetics Basic science 20:30 - 20:45<br />

20:45 - 21:00<br />

www.epilepsybudapest2009.org 37


TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

TUESDAY 30 TH JUNE 2009<br />

38<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

07:30 - 09:00 EUREPA Teaching Session Hall 3<br />

<strong>Epilepsy</strong> in infants and children<br />

Plouin, P (France) Chair<br />

Plouin, P (France)<br />

Cross, H (UK)<br />

Covanis, A (Greece)<br />

07:30 - 09:00 VIREPA Introduction Session Hall 4<br />

Genetics of epilepsy<br />

(co-organised with the ILAE Commission on Genetics)<br />

Basics of molecular and clinical genetics: what can<br />

be wrong with our genes when we develop epilepsy?<br />

Zara, F (Italy)<br />

Mechanisms of mutations leading to epilepsy:<br />

how can a mutation cause epilepsy?<br />

Lerche, H (Germany)<br />

07:30 - 09:00 Teaching Session Hall 5<br />

Learning disability and neuropsychiatry<br />

Kerr, M (UK) & Besag, F (UK) Chairs<br />

The behavioural manifestations of epilepsy in<br />

children and adolescents<br />

Besag, F (UK)<br />

The interface between epilepsy and learning disability<br />

Kerr, M (UK)<br />

07:30 - 09:00 Workshop Hall 6<br />

Seizure related affective symptoms<br />

<strong>Epilepsy</strong> and depression: the nature of the problem<br />

Schmitz, B (Germany)<br />

Peri-ictal mood changes in epilepsy<br />

Mula, M (Italy)<br />

Paraepileptic mechanisms in psychiatric disorders<br />

Tebartz Van Elst, L (Germany)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

09:00 - 0:00 Main Session Hall<br />

Beyond the medical model<br />

Li, S (China) Chair<br />

<strong>Epilepsy</strong> and legislation<br />

De Boer, H (The Netherlands)<br />

Progress with the (WHO) Global Campaign<br />

Against <strong>Epilepsy</strong><br />

Dua, T (Switzerland)<br />

The ‘green book’ for epilepsy control strategies<br />

Li, S (China)<br />

0:30 - 2:00 Post Main Session Hall<br />

Beyond the medical model<br />

Li, S (China) Chair<br />

The experience of the <strong>Epilepsy</strong> Foundation<br />

of America<br />

Hargis, E (USA)<br />

Self-help organisations and activities for people<br />

with epilepsy<br />

Wu, J (China)<br />

Stigma and social issues for people with epilepsy<br />

Aziz, H (Pakistan)<br />

0:30 - 2:00 Parallel Session Hall 2<br />

Pearls and pitfalls of seizure assessment: a video session<br />

Janszky, J (Hungary) Chair<br />

Assessment of lateralizing signs in infants and young children<br />

Fogarasi, A (Hungary)<br />

False-lateralizing or localised seizures<br />

Baumgartner, C (Austria)<br />

Differentiating psychogenic non-epileptic seizures<br />

Halász, P (Hungary)<br />

www.epilepsybudapest2009.org 39<br />

TUESDAY 30 TH JUNE 2009


TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

TUESDAY 30 TH JUNE 2009<br />

40<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Parallel Session Hall 3<br />

Reclassifying the epilepsies?<br />

Berg, A (USA) Chair<br />

New approaches to organising our knowledge<br />

about the traditional syndromes of epilepsy<br />

Berg, A (USA)<br />

Generalized and focal seizures and syndromes:<br />

time for a new paradigm<br />

Berkovic, SF (Australia)<br />

What is a syndrome? Interrogating patient<br />

phenotypes to identify diagnostic entities<br />

Glauser, T (USA)<br />

Paradigms for validating and modifying<br />

phenotypes: the use of genetics and imaging<br />

Scheffer, I (Australia)<br />

0:30 - 2:00 Parallel Session Hall 4<br />

Non-conventional mechanisms in epilepsy<br />

Vezzani, A (Italy) Chair<br />

TGF-beta signaling in epilepsy<br />

Friedman, A (Israel)<br />

Mechanism suppressing glycogen synthesis in neurons<br />

and its demise in progressive myoclonous epilepsy<br />

Guinovart, JJ (Spain)<br />

Growth factors, neuronal excitability and seizures<br />

Scharfman, HE (USA)<br />

Cytokines and glutamate receptors: novel pathophysiological<br />

communication pathways<br />

Ravizza, T (Italy)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

0:30 - 2:00 Platform Session Hall 5<br />

Advances in clinical neurophysiology<br />

Avanzini, G (Italy) & Baulac, M (France) Chairs<br />

0:30 - 2:00 Platform Session Hall 6<br />

<strong>Epilepsy</strong> outcomes<br />

Engel, J (USA) & Rasonyi, G (Hungary) Chairs<br />

0:30 - 2:00 Special Session Hall 7<br />

<strong>Epilepsy</strong> and literature<br />

Wolf, P (Denmark) Chair<br />

<strong>Epilepsy</strong> reflected in works of writers with epilepsy<br />

Wolf, P (Denmark)<br />

Literary descriptions of seizures<br />

Rajna, P (Hungary)<br />

Margiad Evans, centenary of an artist with epilepsy<br />

Pratt, J (Scotland)<br />

3:00 - 4:30 Satellite Symposium Hall<br />

Satellite Symposium Eisai Europe Ltd.:<br />

the times they are a-changing<br />

Arzimanoglou, A (France) Chair<br />

Learning from the past: learning from history<br />

Glauser, T (USA)<br />

The evolution of our understanding<br />

Ben-Menachem, E (Sweden)<br />

Challenging the present to shape the future<br />

Cramer, J (USA)<br />

www.epilepsybudapest2009.org 4<br />

TUESDAY 30 TH JUNE 2009


TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

TUESDAY 30 TH JUNE 2009<br />

42<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

4:00 - 6:20 Film Screening Hall 7<br />

1930’s:The Eugenics Movement<br />

Shorvon, S (UK) Chair<br />

Screening: Dr Kildare’s Crisis ( 940)<br />

Debate<br />

4:30 - 5:30 Main Session Hall<br />

Brain development, plasticity and epilepsy<br />

O’Brien, T (Australia) Chair<br />

How does the brain become epileptic?<br />

Baram, TZ (USA)<br />

What does epilepsy do to the brain?<br />

Pitkanen, A (Finland)<br />

6:00 - 7:30 Post Main Session Hall<br />

Brain development, plasticity and epilepsy<br />

O’Brien, T (Australia) Chair<br />

Clinical genetics: relationship between<br />

developmental age and presentation of different<br />

epilepsy syndromes?<br />

Scheffer, I (Australia)<br />

Inflammation and epileptogenesis in developing<br />

brain: mechanistic insights<br />

Vezzani, A (Italy)<br />

Effects of treatment: can anti-epileptic drugs have<br />

adverse effects on the developing brain?<br />

O’Brien, T (Australia)<br />

Effects of treatment: can epilepsy be prevented?<br />

Blumenfeld, H (USA)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

6:00 - 7:30 Parallel Session Hall 2<br />

Novel antiepileptic drugs: what the guidelines<br />

do not tell you<br />

Cook, M (Australia) Chair<br />

What doses of the novel antiepileptic drugs should<br />

be used in routine practice - and how and why<br />

doses differ from those used in clinical trials?<br />

Tomson, T (Sweden)<br />

Clinical criteria on which to base a choice of novel<br />

antiepileptic drug in antiepileptic drug in patients<br />

with chronic epilepsy<br />

Cook, M (Australia)<br />

What are the chances of the new antiepileptic drugs<br />

controlling seizures in chronic epilepsy?<br />

Shorvon, S (UK)<br />

Novel side-effects of the novel antiepileptic drugs<br />

and their mechanisms<br />

Perucca, E (Italy)<br />

6:00 - 7:30 Parallel Session Hall 3<br />

Imaging language systems<br />

Gaillard, WD (USA) Chair<br />

General introduction<br />

Gaillard, WD (USA)<br />

FMRI of language systems: a critical appraisal<br />

Loring, DW (USA)<br />

MEG of language systems: a critical appraisal<br />

Hirata, M (Japan)<br />

DTI tractography and language dominance<br />

Catani, M (UK)<br />

www.epilepsybudapest2009.org 43<br />

TUESDAY 30 TH JUNE 2009


TUESDAY 30 TH JUNE 2009<br />

SCIENTIFIC PROGRAMME<br />

TUESDAY 30 TH JUNE 2009<br />

44<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

6:00 - 7:30 Platform Session Hall 4<br />

Candidates for future therapies<br />

French, J (USA) & Szente, M (Hungary) Chairs<br />

6:00 - 7:30 Platform Session Hall 5<br />

Surgical outcomes<br />

Wiebe, S (Canada) & Janszky, J (Hungary) Chairs<br />

6:00 - 7:30 Parallel Session Hall 6<br />

Empowering youth to create attitude change<br />

Secco, M (Canada) Chair<br />

<strong>Epilepsy</strong> attitudes and knowledge of youth<br />

Secco, M (Canada) & Martiniuk, A (Australia)<br />

Take charge of the facts: a school based youth<br />

outreach program<br />

Hargis, E (USA) & Carr, D (USA)<br />

Development of a curriculum unit to teach senior<br />

science students about epilepsy<br />

Burneo, J (Canada)<br />

How to increase youth participation in your community<br />

Mia Bohn, N (Norway)<br />

8:00 - 20:00 Film Screening Hall 7<br />

Centenary Award for Film<br />

Screening: Ictal (2009)<br />

Overall Winner of the ILAE Centenary Film Competition<br />

Screening: Year of the Wolf (2007)<br />

Winner of the best full length film in the<br />

ILAE Centenary Film Competition<br />

www.epilepsybudapest2009.org


WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

WEDNESDAY ST JULY 2009<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

46<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

18:15 - 18:30 Soc<br />

18:30 - 18:45 Dru<br />

18:45 - 19:00 Sur<br />

19:00 - 19:15 Dia<br />

19:15 - 19:30 Spe<br />

19:30 - 19:45 Gen<br />

19:45 - 20:00<br />

20:00 - 20:15<br />

20:15 - 20:30<br />

Poster<br />

Area<br />

Posters<br />

Authors of<br />

Posters present<br />

12:00 - 13:00<br />

Posters<br />

Posters<br />

Dismantle<br />

Hall 1 Hall 2 Hall 3 Hall 4<br />

The need for<br />

comprehensive care<br />

around the world<br />

The need for<br />

comprehensive care<br />

around the world<br />

GlaxoSmithKline<br />

Satellite Symposium<br />

Models to study<br />

acquired<br />

epileptogenesis<br />

Identifying and<br />

screening new<br />

antiepileptic drugs:<br />

future strategies<br />

Coffee Break 10:00 - 10:30<br />

Neonatal seizures:<br />

from the clinic to the<br />

bench and back<br />

Lunch 12:00 - 13:00<br />

Coffee Break 15:30 - 16:00<br />

Platform:<br />

Paediatrics: clinical<br />

epileptology<br />

Gala Evening<br />

Epileptic reorganization<br />

of the temporal lobe<br />

Platform:<br />

Neuroimaging<br />

Disparities in epilepsy<br />

care, the role of the<br />

Global Campaign<br />

www.epilepsybudapest2009.org<br />

Neuro-psych<br />

behaviou<br />

syndrom<br />

Platform<br />

Genotype<br />

phenotyp<br />

Genetic test<br />

epilepsie


28 th June – 2 nd July 2009<br />

WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

all 3 Hall 4 Hall 5 Hall 6 Hall 7<br />

eorganization<br />

mporal lobe<br />

tform:<br />

oimaging<br />

s in epilepsy<br />

e role of the<br />

Campaign<br />

Neuro-psycho-biobehavioural<br />

syndromes<br />

Platform:<br />

Genotype and<br />

phenotype<br />

Genetic testing in<br />

epilepsies<br />

Differential diagnosis<br />

of epileptic and<br />

non-epileptic events<br />

Coffee Break 10:00 - 10:30<br />

Variability in epilepsy<br />

outcome measures<br />

Lunch 12:00 - 13:00<br />

Coffee Break 15:30 - 16:00<br />

Platform:<br />

Neuropsychology<br />

Affective disorders in<br />

epilepsy: exploring the<br />

nexus<br />

Centenary Film<br />

Festival<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

14:15 - 14:30<br />

14:30 - 14:45<br />

14:45 - 15:00<br />

15:00 - 15:15<br />

15:15 - 15:30<br />

15:30 - 15:45<br />

15:45 - 16:00<br />

16:00 - 16:15<br />

16:15 - 16:30<br />

16:30 - 16:45<br />

16:45 - 17:00<br />

17:00 - 17:15<br />

17:15 - 17:30<br />

17:30 - 17:45<br />

Session topics<br />

17:45 - 18:00<br />

18:00 - 18:15<br />

Social issues Neuropsychology 18:15 - 18:30<br />

Drug therapy Paediatric epileptology 18:30 - 18:45<br />

Surgery Satellite Symposium 18:45 - 19:00<br />

Diagnostics Neuroimaging 19:00 - 19:15<br />

Special session Clinical epileptology 19:15 - 19:30<br />

Genetics Basic science 19:30 - 19:45<br />

Gala Evening<br />

Neuroimaging<br />

(co-organised with the<br />

ILAE Commission on<br />

Diagnostic Methods)<br />

19:45 - 20:00<br />

20:00 - 20:15<br />

20:15 - 20:30<br />

www.epilepsybudapest2009.org 47<br />

Centenary Film Festival<br />

WEDNESDAY ST JULY 2009


WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

WEDNESDAY ST JULY 2009<br />

48<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

07:30 - 09:00 Parallel Session Hall 3<br />

Epileptic reorganization of the temporal lobe<br />

Heinemann, U (Germany) & Magloczky, Z (Hungary) Chairs<br />

Epileptogenesis as a result of disturbed<br />

homeostatic plasticity<br />

Heinemann, U (Germany)<br />

Morphological and neurochemical reorganization<br />

of the subiculum in the kainic acit model of TLE<br />

Sperk, G (Austria)<br />

Reorganization of GABAergic circuits during<br />

epileptogenesis in animal models<br />

Bernard, C (France)<br />

Reorganization of GABAergic circuit in the human<br />

epileptic hippocampus<br />

Magloczky, Z (Hungary)<br />

07:30 - 09:00 Workshop Hall 4<br />

Neuro-psycho-bio-behavioural syndromes<br />

Tebartz Van Elst, L (Germany) Chair<br />

Imaging at the interface between epilepsy and<br />

behaviour, does structural pathology have specific<br />

neurobehavioural correlates?<br />

Tebartz Van Elst, L (Germany)<br />

Is the psychoses of epilepsy a distinct neurobiological<br />

entity? A critical review of the available evidence<br />

Kanemoto, K (Japan)<br />

The neuro-psycho-bio behavioural syndrome of<br />

mesial temporal lobe epilepsy<br />

Krishnamoorthy, ES (India)<br />

07:30 - 09:00 EUREPA Teaching Session Hall 5<br />

Differential diagnosis of epileptic and<br />

non-epileptic events<br />

Van Emde Boas, W (The Netherlands) Chair<br />

Van Emde Boas, W (The Netherlands)<br />

Ozkara, C (Turkey)<br />

Kelemen, A (Hungary)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

07:30 - 09:00 VIREPA Introduction Session Hall 6<br />

Neuroimaging<br />

(co-organised with the ILAE Commission on<br />

Diagnostic Methods)<br />

Why, when and how to perform SPECT and PET in<br />

a child with focal epilepsy<br />

Chiron, C (France)<br />

Structural and functional MRI in epilepsy<br />

Gaillard, WD (USA)<br />

09:00 - 0:00 Main Session Hall<br />

The need for comprehensive care around the world<br />

Al Yamani, S (Saudi Arabia) Chair<br />

Defining the gold standard of comprehensive care<br />

Gumnit, RJ (USA)<br />

Measures to standardize epilepsy care across the world<br />

Khan, S (Saudi Arabia)<br />

0:00 - 2:00 Film Screening Hall 7<br />

Centenary Award for Film<br />

Screening: Rachel: A Perfect Life (2008)<br />

Winner of the best documentary film in the<br />

ILAE Centenary Film Competition<br />

0:30 - 2:00 Post Main Session Hall<br />

The need for comprehensive care around the world<br />

Al Yamani, S (Saudi Arabia) Chair<br />

The Japanese experience<br />

Inoue, Y (Japan)<br />

The European approach<br />

Pfaefflin, M (Germany)<br />

Comprehensive care in developing countries<br />

Damtie Gablie, Z (Ethiopia)<br />

www.epilepsybudapest2009.org 49<br />

WEDNESDAY ST JULY 2009


WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

WEDNESDAY ST JULY 2009<br />

50<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Parallel Session Hall 2<br />

Neonatal seizures: from the clinic to the bench and back<br />

Baram, TZ (USA) Chair<br />

Neonatal seizures: the EEG as a diagnostic tool<br />

Plouin, P (France)<br />

What does in vitro and in vivo recording from<br />

neonatal human brain teach us?<br />

Khazipov, R (France)<br />

Back to the clinic: translational therapy<br />

Staley, KJ (USA)<br />

0:30 - 2:00 Platform Session Hall 3<br />

Neuroimaging<br />

Cook, M (Australia) & Barsi, P (Hungary) Chairs<br />

0:30 - 2:00 Platform Session Hall 4<br />

Genotype and phenotype<br />

Berkovic, SF (Australia) & Kelemen, A (Hungary) Chairs<br />

0:30 - 2:00 Parallel Session Hall 5<br />

Variability in epilepsy outcome measures<br />

Kasteleijn-Nolst Trenité, D (Italy) Chair<br />

Reproducibility of photoparoxysmal EEG responses<br />

Kasteleijn-Nolst Trenité, D (Italy)<br />

Variation in outcomes from randomised monotherapy<br />

comparisons in newly diagnosed epilepsy<br />

Brodie, MJ (UK)<br />

Subjective versus objective reporting of epileptic seizures<br />

Steinhoff, B (Germany)<br />

Lack of replication in human genetic studies<br />

Greenberg, DA (USA)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

0:30 - 2:00 Parallel Session Hall 6<br />

Affective disorders in epilepsy: exploring the nexus<br />

De Toffol, B (France) & Krishnamoorthy, ES (India) Chairs<br />

Are available screening instruments appropriate to<br />

identify depression in patients with epilepsy?<br />

Krishnamoorthy, ES (India)<br />

Do mood stabilizing AEDs protect patients from<br />

experiencing mood disorders?<br />

Mula, M (Italy)<br />

Can we improve the quality of life of the person<br />

with epilepsy through better interventions for<br />

affective disorder?<br />

Kanner, AM (USA)<br />

3:00 - 4:30 Satellite Symposium Hall<br />

Refractory epilepsy - burden and management<br />

Brodie, MJ (UK) Chair<br />

Refractory epilepsy: burden of management<br />

Gil Nagel, A (Spain)<br />

Mechanistic approaches to the treatment of<br />

refractory epilepsy<br />

Lerche, H (Germany)<br />

Refractory epilepsy and realistic goals: can control<br />

be achieved?<br />

Ryvlin, P (France)<br />

4:00 - 6:50 Film Screening Hall 7<br />

Centenary Award for Film<br />

Full Circle: Closing Comments<br />

Baxendale, S (UK) Chair<br />

Screening: Control (2007) �<br />

Debate<br />

www.epilepsybudapest2009.org 5<br />

WEDNESDAY ST JULY 2009


WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

WEDNESDAY ST JULY 2009<br />

52<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

4:30 - 5:30 Main Session Hall<br />

Models to study acquired epileptogenesis:<br />

prevention, suppression or cure?<br />

Dudek, FE (USA) Chair<br />

Development and analysis of clinically relevant<br />

models to study the chronic nature of epilepsy<br />

Dudek, FE (USA)<br />

How do we use models to study the prevention or<br />

cure of acquired epilepsy?<br />

Holmes, GL (USA)<br />

6:00 - 7:30 Post Main Session Hall<br />

Identifying and screening new antiepileptic drugs:<br />

future strategies<br />

Dudek, FE (USA) Chair<br />

What is wrong with the current process for<br />

AED discovery?<br />

White, HS (USA)<br />

Which animal models of chronic epilepsy are<br />

potentially available, and what are their advantages<br />

and disadvantages?<br />

Nehlig, A (France)<br />

What are the possible experimental designs and<br />

methods of AED administration?<br />

Loescher, W (Germany)<br />

6:00 - 7:30 Platform Session Hall 2<br />

Paediatrics: clinical epileptology<br />

Arzimanoglou, A (France) & Fogarasi, A (Hungary) Chairs<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

WEDNESDAY ST JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

6:00 - 7:30 Parallel Session Hall 3<br />

Disparities in epilepsy care, the role of the<br />

Global Campaign<br />

Avanzini, G (Italy) & Lee, P (UK) Chairs<br />

Magnitude and causes of disparities in<br />

developing countries<br />

Begley, C (USA)<br />

An integrated approach to improve care and<br />

livelihood: the ILAE basic needs partnership<br />

Underhill, C (UK)<br />

Preventable epilepsies: the model of cysticercosis<br />

Tulio Medina, M (Honduras)<br />

Assessment of quality aspects of epilepsy care<br />

Wiebe, S (Canada)<br />

6:00 - 7:30 Teaching Session Hall 4<br />

Genetic testing in epilepsies<br />

Scheffer, I (Australia) Chair<br />

Introduction to genetic testing: types of tests and the<br />

need for guidance<br />

Ottman, R (USA)<br />

How to decide whether to test and how to carry out<br />

a test<br />

Lopes-Cendes, I (Brazil)<br />

Ethical, legal and social issues in different countries<br />

Jain, S (India)<br />

6:00 - 7:30 Platform Session Hall 5<br />

Neuropsychology<br />

Borbély, C (Hungary) Chair<br />

www.epilepsybudapest2009.org 53<br />

WEDNESDAY ST JULY 2009


THURSDAY 2 ND JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

THURSDAY 2 ND JULY 2009<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

54<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

14:15 - 14:30 Socia<br />

14:30 - 14:45 Drug<br />

14:45 - 15:00 Surg<br />

15:00 - 15:15 Diagn<br />

15:15 - 15:30 Spec<br />

15:30 - 15:45 Gene<br />

15:45 - 16:00<br />

19:30 - 20:00<br />

Hall 2 Hall 3 Hall 4 Hall<br />

Neuroimaging and<br />

nosology: generalized<br />

vs.focal epilepsy<br />

Neuroimaging of<br />

malformations of cortical<br />

development<br />

The Highlights Session<br />

Coffee Break 10:00 - 10:30<br />

High frequency<br />

oscillations, what is<br />

normal and what is not<br />

Surgical treatment of<br />

epilepsy<br />

Platform:<br />

Paediatrics: brain<br />

development and<br />

plasticity<br />

www.epilepsybudapest2009.org<br />

New targ<br />

disease mo<br />

and epi<br />

preven<br />

What is m<br />

refractory e


28 th June – 2 nd July 2009<br />

THURSDAY 2 ND JULY 2009<br />

ll 4 Hall 5 Hall 6 Hall 7<br />

eatment of<br />

epsy<br />

form:<br />

cs: brain<br />

ent and<br />

ticity<br />

New targets for<br />

disease modification<br />

and epilepsy<br />

prevention<br />

What is medically<br />

refractory epilepsy?<br />

Neonatal seizures:<br />

WHO/ILAE<br />

guidelines<br />

Coffee Break 10:00 - 10:30<br />

Platform:<br />

Impact of epilepsy<br />

worldwide<br />

SCIENTIFIC PROGRAMME<br />

EEG in the<br />

diagnosis and<br />

treatment of<br />

epilepsy<br />

Transcranial<br />

magnetic brain<br />

stimulation as a<br />

surrogate marker<br />

07:30 - 07:45<br />

07:45 - 08:00<br />

08:00 - 08:15<br />

08:15 - 08:30<br />

08:30 - 08:45<br />

08:45 - 09:00<br />

09:00 - 09:15<br />

09:15 - 09:30<br />

09:30 - 09:45<br />

09:45 - 10:00<br />

10:00 - 10:15<br />

10:15 - 10:30<br />

10:30 - 10:45<br />

10:45 - 11:00<br />

11:00 - 11:15<br />

11:15 - 11:30<br />

11:30 - 11:45<br />

11:45 - 12:00<br />

12:00 - 12:15<br />

12:15 - 12:30<br />

12:30 - 12:45<br />

12:45 - 13:00<br />

13:00 - 13:15<br />

13:15 - 13:30<br />

Session topics<br />

13:30 - 13:45<br />

13:45 - 14:00<br />

14:00 - 14:15<br />

Social issues Neuropsychology 14:15 - 14:30<br />

Drug therapy Paediatric epileptology 14:30 - 14:45<br />

Surgery Satellite Symposium 14:45 - 15:00<br />

Diagnostics Neuroimaging 15:00 - 15:15<br />

Special session Clinical epileptology 15:15 - 15:30<br />

Genetics Basic science 15:30 - 15:45<br />

15:45 - 16:00<br />

19:30 - 20:00<br />

www.epilepsybudapest2009.org 55<br />

THURSDAY 2 ND JULY 2009


THURSDAY 2 ND JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

THURSDAY 2 ND JULY 2009<br />

56<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

07:30 - 09:00 EUREPA Teaching Session Hall 4<br />

Surgical treatment of epilepsy<br />

Ozkara, C (Turkey) Chair<br />

Kahane, P (France)<br />

Najm, I (USA)<br />

Velis, D (The Netherlands)<br />

07:30 - 09:00 Parallel Session Hall 5<br />

New targets for disease modification and<br />

epilepsy prevention<br />

Potschka, H (Germany) Chair<br />

Identification of potential new antiepileptogenic<br />

targets by microarray analysis<br />

Gorter, J (The Netherlands)<br />

Adenosine kinase hypothesis of epileptogenesis<br />

Boison, D (USA)<br />

Targeting neurogenesis as a disease-modifying or<br />

antiepileptic strategy?<br />

Potschka, H (Germany)<br />

Potential of erythropoetin for disease-modification<br />

or antiepileptogenesis<br />

Bezin, L (France)<br />

07:30 - 09:00 Workshop Hall 6<br />

Neonatal seizures: WHO/ILAE guidelines<br />

Mizrahi, EM (USA) & Jovic, N (Serbia)) Chairs<br />

WHO and ILAE methodology and strategies to<br />

establish evidenced based guidelines for global use<br />

Elia, M (Italy)<br />

Application of guidelines in Africa<br />

Kakooza, A (Uganda)<br />

Application of guidelines in India<br />

Vinayan, KP (India)<br />

Application of guidelines in Brazil<br />

Nunes, ML (Brazil)<br />

Application of guidelines in Japan<br />

Yamamoto, H (Japan)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

THURSDAY 2 ND JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

07:30 - 09:00 VIREPA Introduction Session Hall 7<br />

EEG in the diagnosis and treatment of epilepsy<br />

Use and the abuse of the EEG in the diagnosis of epilepsy<br />

Van Emde Boas, W (The Netherlands)<br />

EEG in paediatric epilepsy: special aspects<br />

Plouin, P (France)<br />

09:00 - 0:00 Main Session Hall 2<br />

Neuroimaging and nosology: generalised vs.<br />

focal epilepsy<br />

Woermann, F (Germany) Chair<br />

Is juvenile myoclonic epilepsy a disorder within a<br />

system otherwise subserving attention<br />

Koepp, MJ (UK)<br />

Temporal lobe epilepsy: a system disorder beyond<br />

hippocampal sclerosis?<br />

Kahane, P (France)<br />

0:30 - 2:00 Post Main Session Hall 2<br />

The ‘tip-of-the-iceberg’ controversy: neuroimaging<br />

of malformations of cortical development<br />

Woermann, F (Germany) Chair<br />

Neuroimaging localization of focal epileptogenic<br />

pathology in ‘generalized’ epilepsies<br />

Juhasz, C (USA)<br />

Widespread changes in advanced structural and<br />

functional neuroimaging of circumscript MCD<br />

in adults<br />

Woermann, F (Germany)<br />

Pathologic and physiologic function in malformations<br />

of cortical development<br />

Jackson, G (Australia)<br />

Neuroimaging and genetics in malformations of<br />

cortical development<br />

Bernasconi, A (Canada)<br />

www.epilepsybudapest2009.org 57<br />

THURSDAY 2 ND JULY 2009


THURSDAY 2 ND JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

THURSDAY 2 ND JULY 2009<br />

58<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Parallel Session Hall 3<br />

High frequency oscillations, what is normal and<br />

what is not<br />

Engel, J (USA) Chair<br />

General introduction<br />

Engel, J (USA)<br />

Normal high frequency oscillations<br />

Buzsaki, G (USA)<br />

Pathological high frequency oscillations<br />

Bragin, A (USA)<br />

Basic mechanisms, one view<br />

De La Prida, LM (Spain)<br />

Basic mechanisms, another view<br />

Le Van Quyen, M (France)<br />

0:30 - 2:00 Platform Session Hall 4<br />

Paediatrics: brain development and plasticity<br />

Jerney, J (Hungary) Chair<br />

0:30 - 2:00 Parallel Session Hall 5<br />

What is medically refractory epilepsy?<br />

Brodie, MJ (UK) & Kwan, P (Hong Kong) Chairs<br />

The ILAE consensus definition of medically<br />

refractory epilepsy<br />

Berg, A (USA)<br />

Implications of the consensus definition of refractory<br />

epilepsy for epilepsy surgery and psychosocial measures<br />

Wiebe, S (Canada)<br />

Impact and application of the consensus definition<br />

of refractory epilepsy for drug therapy and drug trials<br />

French, J (USA)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

THURSDAY 2 ND JULY 2009<br />

SCIENTIFIC PROGRAMME<br />

0:30 - 2:00 Platform Session Hall 6<br />

Impact of epilepsy worldwide<br />

Bekes, J (Hungary) Chair<br />

0:30 - 2:00 Parallel Session Hall 7<br />

Transcranial magnetic brain stimulation as a<br />

surrogate marker<br />

Kimiskidis, V (Greece) Chair<br />

Basic principals of TMS and safety issues in patients<br />

with epilepsy<br />

Mills, KR (UK)<br />

Pharmaco - TMS studies: exploring in-vivo the cortical<br />

effects of antiepileptic drugs<br />

Ziemann, U (Germany)<br />

TMS in epilepsy: insight into pathophysiological<br />

mechanisms and emerging clinical applications<br />

Kimiskidis, V (Greece)<br />

2:00 - 3:30 Special Session Hall 2<br />

The Highlights Session<br />

Lund, S (Sweden) & Halász, P (Hungary) Chairs<br />

Al Yamani, S (Saudi Arabia)<br />

Dudek, FE (USA)<br />

Fogarasi, A (Hungary)<br />

Li, S (China)<br />

Núñez Orozco, L (Mexico)<br />

O’Brien, T (Australia)<br />

Woermann, F (Germany)<br />

www.epilepsybudapest2009.org 59<br />

THURSDAY 2 ND JULY 2009


PLATFORM SESSIONS<br />

MONDAY 29 TH JUNE 2009<br />

60<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 – 2:00 Platform Session Hall 2<br />

Refer to Page 06<br />

Clinical epileptology<br />

Chairs: Ryvlin P (France) & Juhos V (Hungary)<br />

00 The serbian version of the quality-of-life in<br />

epilepsy inventory (QUOLIE-3 ): translation and<br />

psychometric evaluation<br />

Milovanovic M, Martinovic Z, Djokic R, Jovanovic M,<br />

Buder N, Simonovic P (Serbia and Montenegro)<br />

002 Patterns of psychiatric illness in juvenile<br />

myoclonic epilepsy<br />

Gaddamanugu P, Jayalakshmi S, Anand B (India)<br />

003 A study on alterations of cognitive function and<br />

relative factors in epilepsy patients<br />

Hong Z, Yu P, Xu Y, Zhao D, Wu X, Zhu G (China)<br />

004 SUDEP recorded by a responsive neurostimulator:<br />

one mechanism for sudden death in intractable<br />

epilepsy clarified<br />

Van Ness P, Whitworth L A (USA)<br />

005 Startle disease V’s propriospinal myoclonia on<br />

idiopathic generalized epilepsy (IGE)<br />

Pepe F, Famà F, Morrone E, Ferrari A, Grancelli T, Morrone C,<br />

Spizzica F, Ferrillo F, Striano P (Italy)<br />

006 Application of brief electrical pulses in the primary<br />

motor and supplementary motor cortex for the<br />

termination of afterdischarges<br />

Jobst B, Darcey T, Bujarski K, Thadani V, Roberts D (USA)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

PLATFORM SESSIONS<br />

0:30 - 2:00 Platform Session 2 Hall 6<br />

Refer to Page 08<br />

Neuroprotection and therapy<br />

Chairs: Pitkanen A (Finland) & Freund T F (Hungary)<br />

007 Melatonin administration after the status<br />

epilepticus induced by pilocarpine experimental<br />

model: could be a possible way to prevent or<br />

attenuate the post lesion epilepsy?<br />

Lima E, Cavalheiro E A, da Graça Naffah-Mazzacoratti M,<br />

Amado D (Brazil)<br />

008 Synaptic integration of grafted neural stem cells for<br />

replacement and ex vivo gene therapy in epilepsy<br />

Sorensen A T, Rogelius N, Lundberg C, Kokaia M (Sweden)<br />

009 Protective effects of environmental enrichment<br />

in Marlau on the development of spontaneous<br />

seizures and cognition in rats subjected to status<br />

epilepticus at weaning<br />

Fares R P, Bonnet C, Sanchez P E , Le Cavorsin M, Belmeguenai A,<br />

Morales A, Bodennec J, Ryvlin P, Bezin L (France)<br />

0 0 Restraint stress accelerates amygdala kindling<br />

epileptogenesis in rats<br />

Salzberg M, Lee H E, Kumar G, Morris M, Rees S, O’Brien T,<br />

Jones N (Australia)<br />

0 Progressive functional and structural brain changes<br />

on serial manganese-enhanced MRI acquisition<br />

following traumatic brain injury in the rat<br />

Bouilleret V, Cardamone L, Liu Y, Koe A, Myers D,<br />

O’Brien T (Australia, France)<br />

0 2 Transvascular delivery of siRNAs into the rat brain in<br />

an animal model of temporal lobe epilepsy<br />

Pascoal V, Marchesini R B, Pereira T C, Gilioli R, Cavalheiro E A,<br />

Lopes-Cendes I (Brazil)<br />

www.epilepsybudapest2009.org 6


PLATFORM SESSIONS<br />

MONDAY 29 TH JUNE 2009<br />

62<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

6:00 - 7:30 Platform Session 3 Hall 2<br />

Refer to Page 0<br />

Drug therapy<br />

Chairs: Bialer M (Israel) & Rajna P (Hungary)<br />

0 3 Improvement in health related quality of life in<br />

epilepsy after withdrawal of carbamazepine in<br />

seizure-free patients<br />

Lossius M I, Hessen E, Gjerstad L (Norway)<br />

0 4 A meta-analytic comparison of topiramate-related<br />

adverse drug reactions in epilepsy and migraine<br />

Carpay J, Luykx J, Mason M, Ferrari M (The Netherlands)<br />

0 5 Protective effects of brivaracetam in phenytoin-resistant<br />

amygdala-kindled mice: a comparison with levetiracetam<br />

Kaminski R, Matagne A, Klitgaard H (Belgium)<br />

0 6 Clinical research in epilepsy is dominated by the<br />

pharmaceutical industry<br />

Morrow J, Bergin P (UK, New Zealand)<br />

0 7 Patterns of drug utilization in patients with<br />

refractory epilepsy at tertiary referral centres in Italy.<br />

The SOPHIE Study<br />

Malerba A, Canevini M P, Ciampa C, Franco V, Frassine B,<br />

Galimberti C A, Gambardella A, La Neve A, Pellacani S,<br />

Rosati E, Tinuper P, Perucca E (Italy)<br />

0 8 Neuroprotective effect of Lamotrigine on<br />

hypoxic-ischemic injury in neonatal rat brain<br />

Eun B L, Shin H K, Eun S, Chung H J (Korea)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

MONDAY 29 TH JUNE 2009<br />

PLATFORM SESSIONS<br />

6:00 - 7:30 Platform Session 4 Hall 6<br />

Refer to Page 2<br />

Pathophysiology<br />

Chairs: Ravizza T (Italy) & Seress, L (Hungary)<br />

0 9 Pyramidal cells and interneurons interactions<br />

in the initiation of ictal discharges in human<br />

epileptic tissue in vitro<br />

Huberfeld G, Menendez de la Prida L, Clemenceau S,<br />

Pallud J, Cohen I, Le Van Quyen M, Baulac M,<br />

Miles R (France, Spain)<br />

020 Differential presence of HHV-6 DNA in<br />

hippocampi of temporal lobe epilepsy patients<br />

with distinct etiology<br />

Niehusmann P, Drexler J F, Bien C G, Grote A, Schoch S,<br />

Becker A J (Germany)<br />

02 Olfactory function in patients after temporal lobe<br />

resection compared to normosmic controls<br />

Hopp P, Henkel S, Gerber J, Reuner U, Hallmeyer-Elgner S,<br />

Lutz M, Mayer T, Schackert G, Hummel T (Germany)<br />

022 The cortical focus theory of absence epilepsy:<br />

the role of the thalamus<br />

Van Luijtelaar G, Sitnikova E, Meeren H (The Netherlands, Russia)<br />

023 Electrically evoked potentials and evoked ripples<br />

in the human hippocampal formation<br />

Fabo D, Zsofia M, Toth E, Eross L, Solyom A, Czirjak S,<br />

Rasonyi G, Halasz P, Freund T, Karmos G, Ulbert I (Hungary)<br />

024 Human KvLQT mutations in mice link the dual<br />

phenotype of cardiac arrhythmias and epilepsy<br />

with sudden unexplained death in epilepsy<br />

Goldman A, Glasscock E, Yoo J, Chen T, Klassen T, Noebels J (USA)<br />

www.epilepsybudapest2009.org 63


PLATFORM SESSIONS<br />

TUESDAY 30 TH JUNE 2009<br />

64<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Platform Session 5 Hall 5<br />

Refer to Page 4<br />

Advances in clinical neurophysiology<br />

Chairs: Avanzini G (Italy) & Baulac M (France)<br />

025 Characterising the role of brainstem physiology<br />

as a cause of asystole in seizures<br />

Pini G, Julu P, Hansen S, Bigoni S, Smeets E,<br />

Witt Engerström I, Russell A, Delamont R,<br />

Apartopoulos F, Curfs L (Italy, UK)<br />

026 Brainstem autonomic influence on cortical<br />

epileptiform activity: evidence of music-induced<br />

vagal suppression of seizure pattern<br />

Witt Engerström I, Julu P, Hansen S, Delamont R,<br />

Bergström-Isacsson M, Smeets E, Apartopoulos F, Pini G,<br />

Bigoni S, Curfs L (Sweden, UK, The Netherlands, Italy)<br />

027 In-phase synchronized gamma oscillations precede<br />

spike-and-wave complexes in human absence seizures<br />

Kohsaka S, Kohsaka M, Shiraishi H, Saitoh S (Japan)<br />

028 Anatomo-functional organization of the insular<br />

cortex in epileptique humans: study by intracerebrale<br />

electrical stimulations<br />

Afif A, Minotti L, Kahane P, Hoffmann D (France)<br />

029 Apneas associated with temporal lobe seizures are<br />

dependent on contralateral spread of the seizure:<br />

results from intracranial EEG recordings<br />

Seyal M, Bateman L (USA)<br />

030 Tonic and absence seizures have different networks<br />

in Lennox-Gastaut syndrome on EEG-fMRI<br />

Pillay N, Flanagan D, Abbott D, Archer J,<br />

Jackson G (Canada, Australia)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

TUESDAY 30 TH JUNE 2009<br />

PLATFORM SESSIONS<br />

0:30 - 2:00 Platform Session 6 Hall 6<br />

Refer to Page 6<br />

<strong>Epilepsy</strong> outcomes<br />

Chairs: Engel J (USA) & Rasonyi G (Hungary)<br />

03 2 -24 year follow-up mortality rates from the<br />

National General Practice Study of <strong>Epilepsy</strong> (NGPSE)<br />

Neligan A, Bell G, Goodridge D M, Shorvon S D,<br />

Sander J W (UK)<br />

032 The incidence rate of epilepsy in a rural district<br />

of Vietnam: a population-based study from the<br />

EPIBAVI project<br />

Nguyen Ahn Tuan T, Le Quang C, Allebeck P,<br />

Nguyen Thi Kim C, Persson H, Tomson T (Vietnam, Sweden)<br />

033 Survival in epilepsy patients: an year follow<br />

up study<br />

Kharazmi E, Fallah M, Peltola J (Finland)<br />

034 Summary of the U.S. National Institute of Neurological<br />

Disorders and Stroke (NINDS) Workshop on SUDEP<br />

So E, Hirsch L, Donner E, Noebels J, Jacobs M, Buchhalter J (USA)<br />

035 <strong>Epilepsy</strong> care and information and communication<br />

technology (ICT) in Irish general practice: results of<br />

a national survey<br />

Varley J, Fitzsimmons M, Delanty N, Collins C, Boland M,<br />

Normand C (Ireland)<br />

036 Interictal electrocardiographic (ECG) abnormalities<br />

and cardiac morbidity in an adult population with<br />

difficult to control epilepsy and learning disabilities<br />

Petkar S, Masih I, Mitchell P, Clifford A, Homa S, Forrester C,<br />

Thomas H, Madden P, Hammonds G, Cooper P, Fitzpatrick A (UK)<br />

www.epilepsybudapest2009.org 65


PLATFORM SESSIONS<br />

TUESDAY 30 TH JUNE 2009<br />

66<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

6:00 - 7:30 Platform Session 7 Hall 4<br />

Refer to Page 8<br />

Candidates for future therapies<br />

Chairs: French J (USA) & Szente M (Hungary)<br />

037 Effects of 532 or 808 nm low-power laser irradiation<br />

on the paroxysmal discharge threshold in the rabbit<br />

hippocampus CA<br />

Kogure S, Saito N, Kozuka K, Tsuchiya K, Kakuno M (Japan)<br />

038 Combination gene therapy for epilepsy: NPY-Y2<br />

receptor transfection strategy in animal models<br />

Kokaia M (Sweden)<br />

039 Suppressed epileptiform activity by optogenetic<br />

cell control in vitro<br />

Tønnesen J, Toft Sørensen A, Deisseroth K, Lundberg C,<br />

Kokaia M (Sweden, USA)<br />

040 Effectiveness and tolerability of rufinamide in<br />

children and adults with refractory epilepsy:<br />

first experience as orphan drug<br />

Kluger G, Kurleman G, Haberlandt E, Ernst J P, Runge U,<br />

Schneider F, Makowski C, Boor R, Bast T (Germany, Austria)<br />

04 Vascular endothelial growth factor suppresses<br />

epileptic activity in mice<br />

Nikitidou L, Kanter-Schlifke I, Kokaia M (Sweden)<br />

042 Short-term and long-term effects of Brivaracetam<br />

in an animal model of status<br />

Wasterlain C G, Suchomelova L, Matagne A, Klitgaard H,<br />

Niquet J, Baldwin R (USA, Belgium)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

TUESDAY 30 TH JUNE 2009<br />

PLATFORM SESSIONS<br />

6:00 - 7:30 Platform Session 8 Hall 5<br />

Refer to Page 20<br />

Surgical outcomes<br />

Chairs: Wiebe S (Canada) & Janszky J (Hungary)<br />

043 Anterior temporal lobe resection without<br />

hippocampectomy due to epileptogenic lesion<br />

in amygdala<br />

Gyimesi C, Pannek H, Woermann F, Schulz R, Hoppe M,<br />

Elsharkawy A, Tomka-Hoffmeister M, Horstmann S,<br />

Aengenendt J, Janszky J, Ebner A (Hungary, Germany)<br />

044 Predicting outcome following epilepsy surgery<br />

Baxendale S, Heaney D, Duncan J, McEvoy A (UK)<br />

045 Complete withdrawal of antiepileptic drug<br />

treatment after paediatric epilepsy surgery<br />

Gröppel G, Dressler A, Freilinger M, Mayer H, Pahs G,<br />

Plattner B, Porsche B, Reiter E, Urak L, Hainfellner J,<br />

Prayer D, Czech T, Feucht M (Austria)<br />

046 High frequency oscillations as markers of<br />

epileptogenicity - correlation with the<br />

postsurgical outcome<br />

Jacobs J, Zijlmans M, Zelmann R, Chatillon C E, Hall J,<br />

Olivier A, Dubeau F, Gotman J (Canada)<br />

047 AED outcomes after resective epilepsy surgery:<br />

a systematic review<br />

Tellez-Zenteno J, Hamiwka L, Jette N (Canada)<br />

048 Seizure outcome after resective epilepsy surgery:<br />

a systematic review<br />

Burneo J, Tellez-Zenteno J, Jette N (Canada)<br />

www.epilepsybudapest2009.org 67


PLATFORM SESSIONS<br />

WEDNESDAY ST JULY 2009<br />

68<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Platform Session 9 Hall 3<br />

Refer to Page 22<br />

Neuroimaging<br />

Chairs: Cook M (Australia) & Barsi P (Hungary)<br />

049 Prediction of postoperative verbal and non-verbal<br />

memory decline using preoperative memory fMRI<br />

Duncan J, Bonelli S, Powell R, Yogarajah M, Samson R,<br />

Focke N, Thompson P, Symms M, Koepp M (UK)<br />

050 EEG-Triggered fMRI and EEG source analyses to<br />

evaluate anatomical and functional networks in<br />

Landau Kleffner Syndrome<br />

Brazzo D, Pisano T, Bill P, Thaj J, Seri S (UK)<br />

05 Functional connectivity changes in frontal-hippocampus<br />

circuity after withdrawal of topiramate in<br />

epilepsy patients<br />

Chen Q, Wu X, Zhou B, Lui S, Tang H H, Gong Q Y, Shang H,<br />

Yan B, Zhou D (China, UK)<br />

052 SPECT perfusion patterns in temporal lobe epilepsy<br />

- correlation with surgical outcome<br />

Lakkunta P, Sita Jayalakshmi S, Panigrahi M,<br />

Prabhakar Rao V V, Sundaram C, Kaul S (India)<br />

053 Presurgical evaluation using combined fMRI/EEG in<br />

temporal lobe epilepsy<br />

Hauf M, Schindler K, Jann K, Koenig T, Wiest R (Switzerland)<br />

054 Abnormal functional hippocampal inter-connectivity<br />

in patients with unilateral mesial TLE is worse in<br />

left-sided hippocampal seizure focus<br />

Pereira F, Alessio A, Rondina J, Pedro T, Sercheli M, Ozelo H,<br />

Bilevicius E, Zibetti M, Castellano G, Covolan R, Damasceno B,<br />

Cendes F (Brazil)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

WEDNESDAY ST JULY 2009<br />

PLATFORM SESSIONS<br />

0:30 - 2:00 Platform Session 0 Hall 4<br />

Refer to Page 24<br />

Genotype and phentotype<br />

Chairs: Berkovic S F (Australia) & Kelemen A (Hungary)<br />

055 Clinical spectrum of Ohtahara syndrome caused<br />

by STXBP mutation<br />

Kato M, Saitsu H, Mizuguchi T, Osaka H, Tohyama J,<br />

Uruno K, Kumada S, Hamada K, Nishimura A, Hirai S,<br />

Kumada T, Fukuda A, Ogata K, Hayasaka K,<br />

Matsumoto N (Japan)<br />

056 A novel three base-pair, in-frame, LGI deletion<br />

leading to loss of function in a family with<br />

autosomal dominant lateral temporal epilepsy<br />

and migraine-like episodes<br />

Lesca G, de Bellescize J, Boutry N, Chabrol E,<br />

André-Obadia N, Arzimanoglou A, Leguern E, Baulac S,<br />

Calender A, Ryvlin P (France)<br />

057 Does a SCN A gene mutation confer earlier age<br />

of onset of febrile seizures in GEFS+?<br />

Sijben A, Sithinamsuwan P, Radhakrishnan A, Badawy R,<br />

Dibbens L, Mazarib A, Lev D, Lerman-Sagie T, Straussberg R,<br />

Berkovic S, Scheffer I (The Netherlands, Australia, Israel)<br />

058 Mesial temporal lobe epilepsy has differential gene<br />

expression pattern in familial and sporadic forms<br />

Maurer-Morelli C, Rocha C, Domingues R, Tedeschi H,<br />

De Oliveira E, Cendes F, Lopes-Cendes I (Brazil)<br />

059 STXBP mutation screening in a cohort of patients<br />

with early onset epileptic encephalopathies<br />

Weckhuysen S, Deprez L, Holmgren P, Verhaert K , An J,<br />

Lagae L, Van Paesschen W, Jordanova A, Ceulemans B,<br />

De Jonghe P (The Netherlands, Belgium)<br />

060 Partial epilepsy with auditory features: clinical<br />

and genetic features of 20 sporadic cases<br />

Bisulli F, Stipa C, Pittau F, Capanelli D, Licchetta L, Naldi I,<br />

Striano P, Striano S, Michelucci R, Nobile C, Tinuper P (Italy)<br />

www.epilepsybudapest2009.org 69


PLATFORM SESSIONS<br />

WEDNESDAY ST JULY 2009<br />

70<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

6:00 - 7:30 Platform Session Hall 2<br />

Refer to Page 26<br />

Paediatrics: clinical epileptology<br />

Chairs: Arzimanoglou A (France) & Fogarasi A (Hungary)<br />

06 Is prognosis of epilepsy predictable in malformations<br />

of cortical development?<br />

Jovic N (Serbia and Montenegro)<br />

062 Prevalence of epilepsy in children with emphasis<br />

on etiology: a population based study in a Brazilian<br />

area of high deprivation<br />

Pereira De Brito Sampaio L, Caboclo L O, Kuramoto K,<br />

Reche A, Yacubian E, Giraldes de Manreza M L (Brazil)<br />

063 MEG identification of epileptic focus in children<br />

with generalized EEG abnormalities but focal<br />

imaging abnormalities<br />

Shukla G, Gupta A, Jin K, Mosher J, Jones S, Burgess R (USA)<br />

064 Risk of subsequent non-febrile seizure in Korean<br />

children who experienced first provoked seizure<br />

with fever over 6 years of age: preliminary report<br />

H Kim S, J Seol I (Korea)<br />

065 Efficacy of a three day treatment protocol with oral<br />

Pyridoxine in children with West syndrome<br />

Haas-Lude K, Kratzer W, Krägeloh-Mann I, Wolff M (Germany)<br />

066 Head or heart: a diagnostic dilemma<br />

Agrawal S, Philip S (UK)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

WEDNESDAY ST JULY 2009<br />

PLATFORM SESSIONS<br />

6:30 - 7:30 Platform Session 2 Hall 5<br />

Refer to Page 28<br />

Neuropsychology<br />

Chair: Borbely C (Hungary)<br />

067 Evidence for idiosyncratic and dose-dependent<br />

effects of Topiramate on verbal fluency<br />

Witt J A, Elger C E, Helmstaedter C (Germany)<br />

068 Neuropsychological outcome in adults with<br />

intractable epilepsy after hemispherectomy<br />

Le N M, Busch R, Jehi L, Alexopoulos A, Kalman C,<br />

Loddenkemper T (USA)<br />

069 Executive functions of patients treated with stable<br />

dose of topiramate measured by Wisconsin Card<br />

Sorting Test<br />

Sokic D, Ristic A, Salak-Djokic B, Milosevic N, Trajkovic G,<br />

Bascarevic V, Vojvodic N, Jankovic S, Zovic L (Serbia)<br />

070 Language and executive functions in medial<br />

temporal lobe epilepsy<br />

Borbély C (Hungary)<br />

07 Autobiographical memory in temporal lob<br />

epilepsy patients: impact of focus lateralization<br />

and localization<br />

Pauli E, Herfurt K, Schwarz M, Stefan H (Germany)<br />

072 Cognitive function of patients with<br />

Unverricht-Lundborg disease (EPM )<br />

Äikiä M, Khyuppenen J, Lehesjoki A E , Kälviäinen R (Finland)<br />

www.epilepsybudapest2009.org 7


PLATFORM SESSIONS<br />

THURSDAY 2 ND JULY 2009<br />

72<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

0:30 - 2:00 Platform Session 3 Hall 4<br />

Refer to Page 30<br />

Paediatrics: brain development and plasticity<br />

Chair: Jerney J (Hungary)<br />

073 How common is ictal hypoxemia in children with<br />

partial complex and generalized convulsive seizures?<br />

Wirrell E, Nickels K (USA)<br />

074 Influence of frequency and duration of neonatal<br />

seizures on neurodevelopmental outcome<br />

Tatishvili N, Kipiani T, Tatishvili S (Georgia)<br />

075 Childhood epilepsy!...And what about the<br />

child’s sleep?<br />

De Weerd A, Geerts Y (The Netherlands)<br />

076 Benign focal epilepsy in childhood: evidence for<br />

interference of interictal spikes with selective<br />

cognitive deficits<br />

Wolff M, Serra E, Pastoors C, Krägeloh-Mann I (Germany)<br />

077 Language lateralization in childhood-onset focal<br />

epilepsy: evidence from fMRI<br />

Pahs G, Rankin P, Cross J, Northam G, Vargha-Khadem F,<br />

Baldeweg T (UK)<br />

078 The consequences of childhood epilepsy in ADHD,<br />

cognitive and academic performance: a different<br />

transcultural view: the Latin American experience<br />

Barragán E, Guerreiro M, Duron R, Espinosa E,<br />

Hernández M (Mexico, Brazil, Colombia)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

THURSDAY 2 ND JULY 2009<br />

PLATFORM SESSIONS<br />

0:30 - 2:00 Platform Session 4 Hall 6<br />

Refer to Page 32<br />

Impact of epilepsy worldwide<br />

Chair: Bekes J (Hungary)<br />

079 Designing research in epilepsy to ensure policy<br />

change: Sydney epilepsy incidence study to<br />

measure illness consequences (SEISMIC)<br />

Martiniuk A, Anderson C, Somervile E, Hackett M,<br />

Glozier N, Bleasel A, Lawson J, Jan S, Mohamed A,<br />

Hassan B (Australia)<br />

080 Cost of hospitalisations of 772 patients with<br />

epilepsy within a one-year (2006) observation.<br />

Preliminary report<br />

Majkowska-Zwoliñska B, Majkowski J (Poland)<br />

08 The experience of epilepsy in Australia<br />

Chapman D, Cole R, Cummins J, Elphinstone K, Pollard R,<br />

Roberts K, Sharp D, Whitehead H (Australia)<br />

082 Psychosocial impact of diagnose and treatment<br />

of epilepsy in young people<br />

Mesa T, Peralta M, Fuentes D , González L (Chile)<br />

083 Are social class and level of education important<br />

factors regarding different formulation of<br />

antiepileptic drugs?<br />

Santos C, Alexandre Jr. V, Martins H, Silva A, Mesquita S,<br />

Castro A, Faveret E, Lin K, Masuko A, Guilhoto L,<br />

Yacubian E (Brazil)<br />

084 Those with epilepsy are vulnerable to homicides,<br />

suicides and motor vehicle accidents<br />

Jette N, Kwon C S, Liu M, Quan H (Canada)<br />

www.epilepsybudapest2009.org 73


POSTER PRESENTATIONS<br />

p085 Adult onset epilepsy: should remember<br />

the coexistence of obstructive sleep apnea<br />

Cinar N, Sahin S, Okluoglu T, Karsidag S (Turkey)<br />

p086 The prevalence and distribution of the<br />

idiopathic generalized epilepsies and their<br />

seizures in Tasmania, Australia<br />

D’Souza W, Roberts H, Stankovich J, O’Brien T,<br />

Cook M, Pearce N (Australia)<br />

p087 Effect of serum homocysteine and folate<br />

on the seizure severity in patients with<br />

idiopathic epilepsy<br />

Kim K, Ha S, Lee J (South Korea)<br />

p088 Memory performance in temporal lobe<br />

epilepsy patients associated with<br />

hippocampal sclerosis and focal<br />

cortical dysplasia<br />

Kuchukhidze G, Bonatti E, Larch J, Bodner T,<br />

Unterberger I, Koppelstaetter F, Delazer M,<br />

Trinka E (Austria)<br />

p089 A glance at our experience in the pre<br />

surgical evaluation of epileptic patients<br />

with invasive EEG recording<br />

Alsemari A, Baz S, Thubaiti I, Al Dossari M,<br />

Al Yamani S, Chedrawi A,<br />

Al Dhalaan H (Saudi Arabia)<br />

p090 Aetiology of dyslexia in children, the<br />

offspring of epileptic mothers -<br />

preliminary study<br />

Wisniewska B, Wendorff J (Poland)<br />

p09 Mortality in children with epilepsy, 996<br />

to 2008<br />

Devilat Barros M, Gomez V, Sepulveda J (Chile)<br />

p092 Expression of nestin, vimentine, and GFAP<br />

in the cortex and the hippocampus<br />

of patients with mesial temporal<br />

love epilepsy<br />

Villeda J, Alonso M, Osorio L, Rocha L,<br />

Orozco S (Mexico)<br />

p093 Malformation risks of antiepileptic drugs<br />

in pregnancy: updated experience from<br />

the UK and Ireland epilepsy and<br />

pregnancy register<br />

Hunt S, Morrow J, Irwin B, Delanty N, Liggan B,<br />

Russell A, Smithson W H, Robertson I, Parsons L,<br />

Waddell R, Morrison P, Craig J (UK)<br />

p094 Hypothalamic hamartoma associated with<br />

left vestibular schwannoma presenting<br />

with epilepsy-psychosis and gelastic<br />

seizures: a case report<br />

Al Hail H, Al Moslamani N, Alalamy O,<br />

Maryisa T Sokrab F, Osman Y, Akhtar N,<br />

Eleger C (Qatar)<br />

p095 The roles and functions of a national<br />

epilepsy association<br />

Hills M (New Zealand)<br />

p096 Types and distribution of epilepsy in<br />

adults with cerebral palsy: Iraqi experience<br />

Mezaal M (UAE)<br />

74<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p097 The relationship of epilepsy and<br />

intellectual disabilities (ID) in autism<br />

spectrum disorders (ASD) and attention<br />

- deficit / hyperactivity disorder (ADHD)<br />

Martsenkovsky I, Bikshaeva I, Martsenkovsky D,<br />

Shvejkina V (Ukraine)<br />

p098 Exploring the health-related quality of<br />

life of those who provide care to persons<br />

with epilepsy in Ireland<br />

Linehan C, Burke T, Noonan Walsh P, Kerr M,<br />

Glynn M, Hall L, Ryan D (Ireland)<br />

p099 Developing epilepsy surgery: middle<br />

income country in South East Asia<br />

Selladurai B, Ong L, Wong S, Tan H,<br />

Ali R (Malaysia)<br />

p 00 Prolonged transient response to<br />

pharmacotherapy is limited to epilepsy<br />

patients with mild cortical dysplasia<br />

Schulze-Bonhage A, Fauser S (Germany)<br />

p 0 Results of surgery for refractory epilepsy:<br />

highlights from a series of 270 patients<br />

submitted to surgery<br />

Cukiert C, Cukiert A, Burattini J, Mariani P,<br />

Agapito D, Forster C, Baise C,<br />

Argentoni-Baldochi M, Mello V (Brazil)<br />

p 02 Sildenafil may inhibit the anticonvulsant<br />

effect of diazepam via nitric oxide/ cyclic<br />

GMP pathway<br />

Rasouli A, Gholipour T, Riazi K, Jabbarzadeh A,<br />

Ghazi Nezami B, Sharifzadeh M,<br />

Dehpour A (Iran)<br />

p 03 Patient beliefs about epilepsy and brain<br />

surgery in a multi-cultural urban<br />

population in the USA<br />

Prus N, Nakhutina L, Grant A (USA)<br />

p 04 Estimation of the global burden of active<br />

epilepsy: a meta-analytic approach<br />

Ngugi A, Sander J, Newton C (Kenya)<br />

p 05 Risk factors for seizure recurrence after<br />

more than -year remission in newly<br />

diagnosed epilepsy<br />

Maryenko L, Maryenko K (Ukraine)<br />

p 06 Occupational medicine and ability to work<br />

in epileptic patients<br />

Gueguen B, Poncet M, De Claviere C,<br />

Pairon J (France)<br />

p 07 The history of the treatment of<br />

status epilepticus<br />

Neligan A, Shorvon S (UK)<br />

p 08 A tool for comprehensive care: a center<br />

for support in social life for people<br />

with epilepsy<br />

Gueguen B, Piel-Desruisseaux B, Odier F,<br />

Lepagnot C, Walz J, Foucat F (France)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p 09 Familial and sporadic patients with<br />

refractory mesial temporal lobe epilepsy<br />

present distinct patterns of pre-operatory<br />

hippocampal volumetry and grey<br />

matter atrophy revealed by voxel<br />

based morphometry<br />

Yasuda C, Morita M, Pereira A, Alessio A,<br />

Costa A, Betting L, Salgado P, Cardoso T, Costa A,<br />

Abraão C, Tedeschi H, Oliveira E, Damasceno B,<br />

Guerreiro C, Guerreiro M, Cendes I,<br />

Cendes F (Brazil)<br />

p 0 Inflammatory process is associated with<br />

temporal lobe epilepsy and mesial<br />

temporal sclerosis (TLE-MTS)<br />

Vasconcellos Varella P, Ferreira Carvalho<br />

Santiago J, Targas Yacubian E, Silva Centeno R,<br />

Carrete Jr. H, Canzian M,<br />

Ferreira de Castro Neto E,<br />

Mieko Suemitsu Higa E, Amado D,<br />

Abrão Cavalheiro E,<br />

Naffah Mazzacoratti M (Brazil)<br />

p Clinical epileptology of juvenile neuronal<br />

ceroid lipofuscinosis<br />

Brodtkorb E, Strandheim J (Norway)<br />

p 2 Tuberous sclerosis and epilepsy<br />

Kruja J, Kapisyzi M, Mijo S, Kerri I,<br />

Daka O (Albania)<br />

p 3 State of consciousness and interictal<br />

epileptiform discharges predict seizure<br />

occurrence during routine EEG<br />

Gandelman-Marton R, Neufeld M (Israel)<br />

p 4 How important is invasive ictal recording<br />

in patients with itractable TLE and<br />

normal MRI?<br />

Chung J, Meador K, Eisenschenk S, Ghacibeh G,<br />

Townsend D, Roper S (USA)<br />

p 5 Cervical spinal MRI in a patient with vagus<br />

nerve stimulator (VNS)<br />

Roebling R, Huch K, Kassubek J, Lerche H,<br />

Weber Y (Germany)<br />

p 6 Unilateral thalamic lesion causes<br />

status epilepticus in two cases of patients<br />

who contracted viral encephalitis<br />

Park H, Jin S, Seo Y (Korea)<br />

p 7 Factors for the seizure relapse after<br />

withdrawal from antiepileptic drug<br />

monotherapy in cryptogenic<br />

partial epilepsy<br />

Hong-Ki S, Hwi-Cheol C, Tae-Cheon K,<br />

Dong-Jin S, Yeung-In K (South Korea)<br />

p 8 Lamotrigine retrial after previous rash<br />

Kim J, Chu M, Ma H (South Korea)<br />

p 9 Prolonged systemic hypotension after<br />

discontinuation of intravenous midazolam<br />

infusion in status epilepticus<br />

Kim O (South Korea)<br />

POSTER PRESENTATIONS<br />

p 20 Use of the internet to facilitate<br />

investigator-driven trials in epilepsy<br />

Bergin P, Ip T, Sheehan R, Frith R, Sadleir L,<br />

McGrath N, Ranta A, Walker E (New Zealand)<br />

p 2 Initial monotherapy with carbamazepine,<br />

valproic acid, and topiramate:<br />

retrospective study<br />

Kim J, Oh G, Lee G, Lee S, Park H, Lee S, Yi S,<br />

Park S (South Korea)<br />

p 22 A comparison of midazolam and<br />

midazolam plus other antiepileptic<br />

drugs in management of refractory<br />

status epilepticus<br />

Oh S E, Jung H, Kim J, Park S, Yi S (South Korea)<br />

p 23 Refractory status epilepticus in<br />

limbic encephalitis<br />

Choi Y J, Lim T, Kim D, Sohn Y S,<br />

Huh K (South Korea)<br />

p 24 Orofacial injuries due to seizures in<br />

persons with epilepsy<br />

Costa A, Yasuda C, Morita M, Cendes F (Brazil)<br />

p 25 Simultaneous EEG and Functional MRI as<br />

compared to MEG localizations<br />

Eliashiv D, Stern J (USA)<br />

p 26 ‘Deja-Vu’: epileptic or not?<br />

Matsuo F (USA)<br />

p 27 Effect of antipsychotics in epilepsy<br />

patients with psychiatric symptoms<br />

Okazaki M, Ito M, Kato M, Adachi N, Tanaka S,<br />

Watanabe M, Watanabe Y, Onuma T (Japan)<br />

p 28 Treatment-seeking behavior of the people<br />

with epilepsy (PWE) in Taiwan: a hospitalbased<br />

study<br />

Yu H, Lai C, Yen D, Yiu C, Kwan S, Lin Y,<br />

Chen C (Taiwan)<br />

p 29 The responsibility to st AED<br />

monotherapy in newly diagnosed<br />

cryptogenic partial epilepsy: a 2 years<br />

observational study<br />

Kim S, Kim S, Tae Gyu H (South Korea)<br />

p 30 Clinical factors relating with responsibility<br />

to anti-epileptics in temporal lobe<br />

epilepsy with hippocampal sclerosis<br />

Kim S, Nho S, Park H (South Korea)<br />

p 3 Decreased presentation of seizures to<br />

ED in a large Australian population<br />

998-2007<br />

Beran R, Taneja S, Thomas P, Cappelen-Smith<br />

C, Griffith N, Hanna I, Hodgkinson S, McDougall<br />

A, Worthington J, Cordato D (Australia)<br />

p 32 Epidemiological profile of seizurepresentations<br />

for an Area Health Service<br />

2003-2007 (inclusive)<br />

Cordato D, Taneja S, Thomas P,<br />

Cappelen-Smith C, Griffith N, Hanna I,<br />

Hodgkinson S, McDougall A, Beran R (Australia)<br />

www.epilepsybudapest2009.org 75


POSTER PRESENTATIONS<br />

p 33 Sexual dysfunction in men with epilepsy<br />

Bozdemir H, Aslan K, Balal M,<br />

Seydaoðlu G (Turkey)<br />

p 34 First stroke and acute symptomatic<br />

seizures: a prospective cohort study.<br />

The epistroke group<br />

Beghi E, D’Alessandro R, Consoli D, Crespi V,<br />

Delaj L, Gandolfo C, Greco G, Manfredi M,<br />

Mattana F, Musolino R, Provinciali L,<br />

Santangelo M, Specchio L (Italy)<br />

p 35 Refractory epilepsy in tuberous sclerosis<br />

complex in adult<br />

Ristic S, Ristic D (Serbia and Montenegro)<br />

p 36 <strong>Epilepsy</strong> in the elderly<br />

Marquez F, Marquez J (Spain)<br />

p 37 Vagus nerve stimulation for drug resistant<br />

epilepsy in adults: a follow up study<br />

Aguilar-Amat M, Abenza M, Iváñez V (Spain)<br />

p 38 Clinical profile of new-onset unprovoked<br />

seizures in the elderly in south India: a<br />

territory hospital-based study<br />

Jagaralapudi M, Deshmukh D, Saxena A,<br />

Tripathi G (India)<br />

p 39 in 8 patients with syncope are<br />

misdiagnosed as epilepsy on long term<br />

cardiac rhythm monitoring by an<br />

implantable ECG loop recorder (ILR)<br />

Hamid T, Rose S, Clifford A, Homa S, Garratt C,<br />

Clarke B, Cooper P, Fitzpatrick A, Petkar S (UK)<br />

p 40 A European registry of anti epileptic<br />

drug use in patients with lennox-gastaut<br />

syndrome<br />

Seeruthun R, Yeates A, Ashworth S (UK)<br />

p 4 Post-operative seizure control and<br />

tolerability of antiepileptic drugs in<br />

glioma-related epilepsy<br />

Pauletto G, Belluzzo M, Budai R, Skrap M, Gigli G,<br />

Bergonzi P (Italy)<br />

p 42 The change of seizure frequency<br />

during pregnancy - retrospective study on<br />

50 pregnancies<br />

Szaba T, Anwar A, Ruzics C, Juhos V (Turkey)<br />

p 43 Adenylate kinase 2 in neuronal<br />

apoptosis process in hippocampus of<br />

human and experimental temporal<br />

lobe epilepsy<br />

Wang L, Wang X (China)<br />

p 44 Generic AEDs Switching - time for a<br />

new approach<br />

Glynn M (Ireland)<br />

p 45 Anti-inflammatory drug cocktail provides<br />

partial hippocampal neuroprotection in<br />

a model of status epilepticus in<br />

immature rats<br />

Sankar R, Kwon Y, Auvin S, Shin D,<br />

Mazarati A (USA)<br />

76<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p 46 The state of free radical oxidation in<br />

epileptic patients with comorbidity<br />

vascular disorder<br />

Dubenko A, Cherevatenko G, Vasilyeva O,<br />

Babkina Y, Bibik O (Ukraine)<br />

p 47 The study of protein level expression of<br />

phosphorylation myosin light chain and<br />

myosin light chain kinase in refractory<br />

temproal epilepsy<br />

Wang X, Li J (China)<br />

p 48 GABRG2 and SCN A analysis within the<br />

genetic basis of familial epilepsy in Wales<br />

Johnston J, Hammond C, Morris H, Smith P,<br />

Rees M (UK)<br />

p 49 A locus for familial cortical myoclonic<br />

tremor with epilepsy maps to<br />

chromosome 7p 5<br />

Xi Z, Wang X (China)<br />

p 50 Altered expression of Dynamin in<br />

temporal lobe tissue of patients with<br />

refractory epilepsy<br />

Xiao Z, Wang X (China)<br />

p 5 <strong>Epilepsy</strong> care in Ireland: an exploration of<br />

patient healthcare journeys and<br />

experiences: what are the implications<br />

for practice?<br />

Fitzsimons M, Delanty N, Varley J,<br />

Normand C (Ireland)<br />

p 52 Netrin-G2 in the brain tissue of patients<br />

with intractable epilepsy and rat models<br />

Pan Y, Wang X (China)<br />

p 53 “Migralepsy” revisited<br />

Pimentel J, Gouveia L, Bentes C (Portugal)<br />

p 54 Apnoea detector to prevent SUDEP<br />

Rodriguez-Villegas E, Aguilar-Pelaez E, Chen G,<br />

Duncan J (UK)<br />

p 55 Does hippocampus play any role in<br />

determining language lateralization?<br />

Rathore C, George A, Sarma P,<br />

Radhakrishnan K (India)<br />

p 56 The most frequent etiology of<br />

symptomatic epileptic attacks at the<br />

urgent neurological service during the<br />

perid of two years (2005, 2006) at the clinic<br />

of neurology of clinical hospital in Osijek<br />

Juric S, Butkovic-Soldo S (Croatia)<br />

p 57 Comparing beliefs about epilepsy and<br />

brain surgery between epilepsy patients<br />

and their relatives in a multi-cultural<br />

urban population<br />

Grant A, Nakhutina L, Prus N (USA)<br />

p 58 <strong>Epilepsy</strong>, anti-epileptic drugs and bone<br />

health: what about the guidelines?<br />

Beerhorst K, de Krom M,<br />

Aldenkamp B (The Netherlands)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p 59 Adherence to treatment in patients with<br />

juvenile myoclonic epilepsy: correlation<br />

with quality of life measurements and<br />

adverse events of medication<br />

Martins H, Barreira Alonso N,<br />

Maria Ferreira F Guilhoto L, Guaranha Bittar M,<br />

Barreto Cabral F, Sales Ferreira Caboclo L,<br />

Targas Yacubian E (Brazil)<br />

p 60 Cardiovascular and metabolic risk factors<br />

for incident unprovoked seizures a casecontrol<br />

study<br />

Adelöw C, Andersson T, Ahlbom A,<br />

Tomson T (Sweden)<br />

p 6 Efficacy and tolerability of rufinamide in<br />

adults with Lennox-Gastaut syndrome or<br />

Lennox-Gastaut like conditions<br />

Lund C, Lossius M (Norway)<br />

p 62 Symptomatic epilepsies in adults - the<br />

most common etiology and response to<br />

antiepileptic drug therapy<br />

Vujisic S, Kolinovic M, Bozic K (Montenegro)<br />

p 63 Personality traits related to juvenile<br />

myoclonic epilepsy: MRI reveals prefrontal<br />

abnormalities through a voxel-based<br />

morphometry study<br />

Araujo Filho G, Jackowski A, Lin K, Guaranha M,<br />

Guilhoto L, Carrete H, Caboclo L, Bressan R,<br />

Yacubian E (Brazil)<br />

p 64 Extratemporal involvement in temporal<br />

lobe epilepsy with mesial temporal<br />

sclerosis – a VBM study<br />

Santana M, Silva H, Guimarães M, Bussoletti R,<br />

Caboclo L, Centeno R, Carrete Junior H,<br />

Jackowski A, Yacubian E (Brazil)<br />

p 65 Lack of electroclinical and metabolic<br />

differences between hippocampal<br />

sclerosis with and without<br />

microdysgenesis in temporal neocortex<br />

Kim J, Lee S, Im K, Kim J, Jung K, Khang S,<br />

Kang J (Korea)<br />

p 66 Surgical treatment for intractable epilepsy<br />

due to focal cortical dysplasia<br />

Zhang G, Yu T, Li Y (China)<br />

p 67 <strong>Epilepsy</strong> and weather: a significant<br />

correlation between the temperature<br />

and patients with epilepsy visit<br />

emergency services<br />

Liou H, Chen L, Chen C, Chen T (Taiwan)<br />

p 68 Network analysis of some<br />

epileptic mechanisms<br />

Ruzics C, Anwar A, Szabó T, Balogh A (Turkey)<br />

p 69 Surgical outcome in patients with<br />

dual pathology<br />

Saygi S, Bekircan C, Tezer F, Dericioglu N,<br />

Karli Oguz K, Akalan N (Turkey)<br />

POSTER PRESENTATIONS<br />

p 70 Incidence of epilepsy and epileptic<br />

syndromes in 0- 5 year-olds<br />

Mª Eugenia Y, Teodoro D, Amalia A,<br />

Silvia S (Spain)<br />

p 7 Seizure freedom with additional<br />

anticonvulsants in patients who<br />

underwent resective epilepsy<br />

surgery and had seizure recurrence<br />

postoperatively<br />

Dericioglu N, Binol E, Tezer I, Ciger A,<br />

Akalan N, Saygi S (Turkey)<br />

p 72 P glycoprotein modulator verapamil<br />

treatment in carbamazepine:<br />

unresponsive patients with<br />

partial epilepsy<br />

Sun M, Chen L, Liu Y, Lin J, Deckers C (China)<br />

p 73 Observational longitudinal study on late<br />

seizures in neurosurgical patients<br />

Bartolini E, Lenzi B, Vannozzi R, Iudice A,<br />

Baldini M, Parenti G, Murri L (Italy)<br />

p 74 Influence of the air pressure and<br />

temperature changes in four seasons<br />

on seizures frequency and brain<br />

bioelectrical activity<br />

Motta E, Kazibutowska Z, Lasek-Bal A, Goba A,<br />

Dêbski M, Strzaa-Orze M (Poland)<br />

p 75 Hypersomnia and epilepsy<br />

Klobuèníková K, Kollár B (Slovak Republic)<br />

p 76 Non ketotic hyperglycemic seizures:<br />

an EEG-FMRI coregistration study<br />

Del Felice A, Zanoni T, Avesani M, Formaggio E,<br />

Storti S, Fiaschi A, Moretto G, Manganotti P (Italy)<br />

p 77 First unprovoked seizure - different risk<br />

of recurrence. Evaluation of the possible<br />

risk factors<br />

Kollár B, Zuzana M, Katarína K, Zoltán G,<br />

Zuzana V (Slovak Republic)<br />

p 78 Neurocardiogenic (vasovagal) syncope<br />

- diagnosis associatd with mistakes<br />

Mike P, Kollár B, Urban U (Slovak Republic)<br />

p 79 Prevalence of active epilepsy and<br />

treatment gap of epilepsy in Tbilisi,<br />

Georgia<br />

Okujava N, Toidze O, Kasradze S, Lomidze G,<br />

Alkhidze M, de Boer H, Dua T, Sander L (Georgia)<br />

p 80 Neuropsychological profile and psychiatric<br />

comorbidity in patients with juvenile<br />

myoclonic epilepsy: a controlled study<br />

Somayajula S, Sattaluri S (India)<br />

p 8 Clinical characteristics of alcohol<br />

related seizures<br />

Lee J, Park K, Lee S, Park J (Korea)<br />

p 82 Levetiracetam (Epixx®) efficacy in<br />

treatment of refractory focal epilepsies<br />

Alkhidze M, Jishkariani T, Khajalia T, Japaridze G,<br />

Kvernadze D, Kasradze S (Georgia)<br />

www.epilepsybudapest2009.org 77


POSTER PRESENTATIONS<br />

p 83 Status psychosus epilepticus: a special<br />

type of non-convulsive status epilepticus<br />

Kitchener N (Egypt)<br />

p 84 Clinical consequences of generic<br />

substitution of topiramate<br />

Paradis P, Dominick L, Patrick L, Marie-Hélène L,<br />

Natalia M, Moore Y, Gaudig M, Duh M (Germany)<br />

p 85 The prevalence of anti-epileptic drug<br />

associated bone disorder in an adult<br />

epilepsy clinic population<br />

Liggan B, Tirupathi S, O’Connell P, Doherty C,<br />

Delanty N (Ireland)<br />

p 86 Impact of gender on outcome of epilepsy<br />

Gopinath M, Sarma S, Thomas S (India)<br />

p 87 Prolonged cortical silent period in patients<br />

with generalized or focal epilepsy<br />

Joo E, Park H, Lee J, Hong S (Korea)<br />

p 88 Brainstem autonomic influence on cortical<br />

epileptiform activity: evidence of a<br />

relationship to oxygenation<br />

Julu P, Hansen S, Smeets E, Witt Engerström I,<br />

Delamont R, Apartopoulos F, Pini G, Bigoni S,<br />

Curfs L (UK)<br />

p 89 Study for relationship between<br />

hyperthyroidism and seizure<br />

Kim S, Kim W (South Korea)<br />

p 90 A long-term follow-up study of 00<br />

patients with Nocturnal Frontal Lobe<br />

<strong>Epilepsy</strong> (NFLE)<br />

Licchetta L, Bisulli F, Di Vito L, Naldi I, Mostacci B,<br />

Pittau F, Provini F, Vignatelli L, Fares J,<br />

Montagna P, Tinuper P (Italy)<br />

p 9 Dopaminergic dysfunction shows a similar<br />

pattern in patients with ring chromosome<br />

20 epilepsy and temporal lobe epilepsy<br />

Chiesa V, Del Sole A, Lucignani G, Giordano I,<br />

La Briola F, Vignoli A, Elisei F, Gilardi L,<br />

Canevini M (Italy)<br />

p 92 The epilepsy genetic association database<br />

(epiGAD): analysis of 39 published<br />

epilepsy genetic association studies,<br />

997-2007<br />

Tan N, Berkovic S (Singapore)<br />

p 93 Orienting clinical features in the<br />

differential diagnosis of nocturnal seizures<br />

Silvestri R, Aricò I, Condurso R (Italy)<br />

p 94 Correlational study of sleep quality,<br />

excessive daytime sleepiness and quality<br />

of life in patients with epilepsy<br />

Tzeng R, Hsu C (Taiwan)<br />

p 95 Reconciling clinical theory and practise<br />

in an epilepsy-specific electronic<br />

patient record<br />

Breen P, McQuaid L, Grimson J, Delanty N,<br />

Dunne M, Dunleavy B, Normand C, Fitzsimons<br />

M (Ireland)<br />

78<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p 96 Latencies to the first typical generalized<br />

spike-wave discharge in idiopathic<br />

generalized epilepsies- an analysis by<br />

video-EEG monitoring<br />

Oehl B, Götz-Trabert K, Brandt A, Lehmann C,<br />

Schulze-Bonhage A (Germany)<br />

p 97 Emotional state predicts seizure<br />

occurrence in an electronic diary study<br />

Haut S, Hall C, Tennen H, Borkowski T,<br />

Lipton R (USA)<br />

p 98 Diagnosis is challenging when complaint<br />

is only vertigo and dizziness<br />

Akdal G, Ozer A, Onur E, Baklan B (Turkey)<br />

p 99 Brivaracetam in patients with unverrichtlundborg<br />

disease: results from two<br />

randomized, lacebo-controlled,<br />

double-blind studies<br />

Kalviaiinen R, Genton P, Andermann E,<br />

Magaudda A, Frucht S, Schlit A, Gerard D, Van<br />

Otterdijk E, von Rosenstiel P (Finland)<br />

p200 Sulcal areas in baboons (papio hamadryas<br />

spp) with generalized interictal epileptic<br />

discharges on scalp EEG<br />

Szabo C, Kochunov P, Knape K, McCoy K,<br />

Leland M, Lancaster J, Fox P, Williams J,<br />

Rogers J (USA)<br />

p20 Seizure control and quality of life in<br />

patients with brain tumour-related<br />

epilepsy treated with levetiracetam<br />

monotherapy<br />

Maschio M, Dinapoli L, Jandolo B, Fabi A, Pace A,<br />

Sperati F (Italy)<br />

p202 Does acute electrocorticography predicts<br />

seizure outcome following anterior<br />

temporal lobectomy?<br />

Rekalakunta C, Rathore C, Nayak D, Abraham M,<br />

Radhakrishnan A, Radhakrishnan K (India)<br />

p203 Idiopathic generalized epilepsy with<br />

generalized tonic clonic seizures: clinical<br />

features and prognosis<br />

Cortés Velarde M, Oliva Nacarino P, Temprano<br />

Fernández T, García Martínez A,<br />

Salas Puig J (Spain)<br />

p204 The forgotten generation<br />

Pierri M, Hamandi K (UK)<br />

p205 <strong>Epilepsy</strong> perception in relatives of<br />

epilepsy patients: a preliminary study<br />

Canbaz Kabay S, Ozisik Karaman H, Yilmaz Z,<br />

Bakar C, Erdinc O (Turkey)<br />

p206 The proposed mechanism of action<br />

of lacosamide, the newly available<br />

antiepileptic drug for partial-onset seizures<br />

Wolff C, Errington A, Stoehr T, Lees G (Germany)<br />

p207 Ictal affective symptoms in temporal<br />

lobe epilepsy<br />

Toth V, Fogarasi A, Karadi K, Schulz R, Ebner A,<br />

Janszky J (Turkey)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p208 Effect of intraoperative thermal<br />

inactivation on outcome of anterior<br />

temporal lobectomy<br />

Tyrlikova I, Novak Z, Brazdil M, Kubikova R,<br />

Kuba R, Chrastina J, Megova S,<br />

Rektor I (Czech Republic)<br />

p209 Fatigue in epileptic patients:<br />

a prospective study<br />

Hamelin S, Kahane P, Vercueil L (France)<br />

p2 0 Tobacco habits in nocturnal frontal lobe<br />

epilepsy (NFLE)<br />

Naldi I, Bisulli F, Luca V, Laura L, Francesca P,<br />

Carlotta S, Barbara M, Federica P, Pasquale M,<br />

Paolo T (Italy)<br />

p2 SISCOM in patients with extratemporal<br />

focal epilepsy and normal MRI: correlation<br />

with intracranial EEG, histology and<br />

seizure outcome<br />

Kudr M, Kraek P, Marusia P, Trnka J, Michalova K,<br />

Åanda J, Kyna M, Zameank J, Jahodova A,<br />

Komarek V (Czech Republic)<br />

p2 2 Inverse relationship between<br />

extrasynaptic NMDAR function and<br />

seizure expression following chronic<br />

treatment with nonsubtype- and<br />

NR2B-selective NMDAR antagonists in<br />

hippocampal slice cultures<br />

Bausch S, He S (USA)<br />

p2 3 Cardiac autonomic modulation in patients<br />

with epilepsy<br />

Tighe M, Hennessy M, Binnie C, Delamont R (UK)<br />

p2 4 Clinical effectiveness of zonisamide in a<br />

sample of adult patients with epilepsy<br />

Murphy C, Blattner R, Cooper P (UK)<br />

p2 5 Effects of smoking on seizure control in<br />

treatment resistant adult epilepsy<br />

patients: a pilot study<br />

Lozsadi D (UK)<br />

p2 6 The Brandenburg Questionnaire for<br />

quality of life in epilepsy patients (BQLE)<br />

C a new, short and valid instrument<br />

Straub H, Hänsch S, Ballaschk K,<br />

Esser G (Germany)<br />

p2 7 Knowledge, attitudes and practices with<br />

respect to epilepsy among student nurses<br />

and laboratory assistants in the<br />

South-West region of Cameroon<br />

Njamnshi A, Tabah E, Yepnjio F, Kollo B,<br />

Angwafor S, Kuate C, Dema F, Fonsah J,<br />

Angwafo III F, Muna W (Cameroon)<br />

p2 8 Knowledge, attitudes and practices<br />

towards epilepsy in Badissa village,<br />

Cameroon<br />

Dema F, Njamnshi A, Angwafo III F, Jallon P,<br />

Muna W (Cameroon)<br />

POSTER PRESENTATIONS<br />

p2 9 HSV infection in 27 patients with mesial<br />

temporal lobe epilepsy and the<br />

association with NF-kB<br />

Li J, Zhou D, Lei D, Peng F, Zeng Y (China)<br />

p220 Dinamic movements on the EEG<br />

frequency spectrum / 0.5- 20 Hz / of<br />

epileptic patients<br />

Balogh A, Szabó G, Pártos I (Turkey)<br />

p22 Lesion, semiology, network<br />

Balogh A, Czirják S, Barsi P (Turkey)<br />

p222 Temporal lobe and sinus node:<br />

a case series provides evidence for<br />

bidirectional effects<br />

O’Dwyer R, Alexopoulos A, Kaw R, Walid S,<br />

Hantus S, Burgess R (USA)<br />

p223 Prevalence, patterns, and risk factors for<br />

headache in Brazilian epileptic patients<br />

Bianchin M, Londero R, Dal-Pizzol A, Bragatti J,<br />

Torres C, Bohn-Assmann J (Brazil)<br />

p224 The dose response relationship of<br />

carisbamate as an adjunctive treatment<br />

for partial onset seizures based on<br />

pharmacokinetic/pharmacodynamic<br />

modeling of 3 randomized,<br />

placebo-controlled trials<br />

Faught E, Sperling M, De Ridder F, Schmitt J,<br />

Kimko H, Novak G (USA)<br />

p225 Carisbamate as adjunctive treatment of<br />

partial onset seizures in adults: results<br />

from an ongoing open-label extension<br />

of a double-blind randomized dose<br />

ranging study<br />

Rosenfeld W, Wiegand F, Schmitt J,<br />

Novak G (USA)<br />

p226 The association between prenatal stress<br />

and infantile spasms: a case control study<br />

Zou L, Shang N (China)<br />

p227 Infantile spasms: can topiramate be on top?<br />

Al-Baradie R (Saudi Arabia)<br />

p228 Seizure relapses after child-bearing<br />

and the seizure outcome; over 5 years<br />

follow up<br />

Hara M, Matsuura M, Watanabe M, Watanabe Y,<br />

Hara K (Japan)<br />

p229 Seizure clustering during VEEG monitoring<br />

in patients with intractable seizures, its<br />

localizing value and predictors<br />

Tripathi M, Singh P, Padma V, Bhatia R, Singh M,<br />

Prasad K (India)<br />

p230 Viability of hippocampal slices does<br />

not depend on the anesthetic used during<br />

the epilepsy surgery<br />

Antonio L, Martins C, Centeno R, Ueda E,<br />

Nascimento A, da Silva A, Yacubian E,<br />

Cavalheiro E (Brazil)<br />

www.epilepsybudapest2009.org 79


POSTER PRESENTATIONS<br />

p23 Comorbidity between sleep paralysis<br />

and epilepsy<br />

Galimberti C, Colnaghi S, Ossola M (Italy)<br />

p232 A patient with unilateral visual<br />

hallucination and headache: migraine<br />

or epilepsy?<br />

Hsiao C, Chen I (Taiwan)<br />

p233 Invasive recordings of patients with<br />

‘burned-out’ hippocampus<br />

Mareckova I, Vojtech Z,<br />

Prochazka T (Czech Republic)<br />

p234 Community control of epilepsy in 79<br />

counties in rural China<br />

Wang W, Wu J, Li S, de Boer H, Sander L (China)<br />

p235 Prediction of seizure control in non-ketotic<br />

hyperglycemic induced seizures<br />

Tiamkao S (Thailand)<br />

p236 Progressive myoclonus epilepsy<br />

and mental decline; A case report of<br />

Lafora’s disease<br />

Moghaddasi M, Mamarabadi M, Ebrahimi A,<br />

Fallah M (Iran)<br />

p237 Generalized convulsive status epilepticus<br />

treatment: agreement of a standard is<br />

not sufficient<br />

Valadas A, Bentes C, Ferro J (Portugal)<br />

p238 <strong>Epilepsy</strong> with nonconvulsive status<br />

epilepticus as predominant seizure type<br />

Ikeda H, Nakamura F, Hiyoshi T, Fujiwara T,<br />

Inoue Y (Japan)<br />

p239 Paroxysmal dystonia during exposure to<br />

topiramate for refractory focal epilepsy:<br />

two cases report<br />

Benna P, Montalenti E, Bert F, Colonna R (Italy)<br />

p240 Cortical-subcortical lesions near the<br />

temporal pole, the medial temporal and<br />

the insular cortex are associated with<br />

epileptic seizures in patients with MS<br />

Rizzi R, Zuccoli G, Motti L, Bondavalli M,<br />

Marcello N (Italy)<br />

p24 The effect of heatstroke treated with<br />

aggressively combined cooling on<br />

seizure activities, neurological<br />

presentations and sequelae<br />

Sithinamsuwan P, Chinvarun Y, Chusri W,<br />

Orrawanhanothai P, Chairangsaris P,<br />

Udommongkol C, Nidhinandana S,<br />

Wongmek W, Suphakasem S,<br />

Suwantamee J (Thailand)<br />

p242 Are there real unprovoked/unprecipitated<br />

seizures?<br />

Rajna P, Sólyom A, Mezõfi L, Vargyai É (Turkey)<br />

p243 Electrophysiological features of stroke’s<br />

patients submitted to autologous bone<br />

marrow stem cells transplant<br />

Alves-Leon S, Batistela V, André C,<br />

Coelho SR Pereira V, Mendez-Otero R (Brazil)<br />

80<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p244 Cysticercus inside of a hippocampus with<br />

Sclerosis Mesial: dual pathology or an<br />

indirect inflammatory response?<br />

Alves-Leon S, D’Andrea Meira I,<br />

Coelho SR Pereira V, Chimelli L, Gaspareto E,<br />

Paes Barreto Marcondes De Souza J (Brazil)<br />

p245 Temporal lobe epilepsy associated to<br />

mesial hippocampus Sclerosis: frequency<br />

of initial precipitant incidents and<br />

clinical outcome<br />

Alves-Leon S, D’Andrea-Meira I,<br />

Coelho SR Pereira V, Bento de Souza Cardoso M,<br />

Reis M, Gaspareto E,<br />

Paes Barreto Marcondes De Souza J (Brazil)<br />

p246 Dysembryoplastic neuroepithelial tumor:<br />

sistematic review of clinical spectrum,<br />

seizure outcome, neuroradiology, and<br />

surgery response<br />

Alves-Leon S, Mussi M, Thuler L (Brazil)<br />

p247 Adult absence epilepsy: an epilepsy<br />

syndrome with special clinical and<br />

EEG features<br />

Huicong K, Suiqiang Z, Qi H, Xiaoyan L,<br />

Feng X (China)<br />

p248 EEG pattern of symptomatic visual<br />

disorder in occipital lesion: visual aura<br />

with migraine headache or visual<br />

epileptic seizure?<br />

Dainese F, Mainardi F, Zanchin G,<br />

Paladin F (Italy)<br />

p249 Relapse rate in idiopathic generalized<br />

epilepsies during adulthood<br />

Kiteva-Trencevska G (Macedonia)<br />

p250 <strong>Epilepsy</strong> perception in epileptic pateints<br />

and their relatives and a control group<br />

Degirmenci Y, Oziþik Karaman H,<br />

Bakar C (Turkey)<br />

p25 Seizure outcome of 75 patients with<br />

Juvenile Myoclonic <strong>Epilepsy</strong> - a long-term<br />

observational study<br />

Larch J, Unterberger I, Dobesberger J,<br />

Embacher N, Walser G, Luef G, Bauer G,<br />

Trinka E (Austria)<br />

p252 Prevalence of etiological and clinical<br />

factors of an ischaemic stroke in the<br />

development of vascular epilepsy<br />

Santamarina E, Toledo M, Sueiras M, Rovira R,<br />

Álvarez-Sabín J, Salas X (Spain)<br />

p253 Teddy bear sign revisited<br />

Procházka T, Vojtech Z, Marecková I,<br />

Kalina M (Czech Republic)<br />

p254 <strong>Epilepsy</strong> management in rural health<br />

centers in Malang, Indonesia: a five<br />

year experience<br />

Agoes A (Indonesia)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p255 Motor manifestatioins that occur during<br />

sleep: nocturnal frontal lobe epilepsy<br />

(NFLE) or parasomnias. Differential<br />

diagnosis with videopolysomnography<br />

Rondon J (Venezuela)<br />

p256 <strong>Epilepsy</strong> in Kazakhstan: population-based<br />

studies of epidemiology<br />

Aldungarova R, Arinova O, Nyamdordgiyn G,<br />

Arinova E (Kazakhstan)<br />

p257 Progressive symptomatic seizures or<br />

epilepsy in brain tumors: a matter of<br />

interictal epileptiform abnormalities<br />

Rosati A, Codella M, Antonini L, De Maria G,<br />

Todeschini A, Padovani A (Italy)<br />

p258 Video-EEG analysis of frequent clinical<br />

features in patients with psychogenic<br />

nonepileptic seizures<br />

Vojvodic N, Ljubica P, Sokic D, Ristic A,<br />

Jankovic S (Serbia)<br />

p259 Reliability of clock drawing test for<br />

lateralization of epileptogenic zone in<br />

temporal lobe epilepsy<br />

Popovic L, Vojvodic N, Sokic D, Ristic A,<br />

Jankovic S (Serbia)<br />

p260 Temporal lobe epilepsy surgery result:<br />

Indonesia experiences<br />

Thohar Arifin M, Muttaqin Z, Andar E, Kurnia H,<br />

Kusnarto G (Indonesia)<br />

p26 Classification of unexplained episodes of<br />

unconsciousness can be improved easily<br />

and cost-effectively by showing a DVD<br />

including different types of epileptic<br />

seizures and non-epileptic seizure-like<br />

episodes to someone who has observed<br />

the event<br />

Kurth C, Steinhoff B (Germany)<br />

p262 Correlation of aetiology and prognosis of<br />

symptomatic epilepsy<br />

Ismajli-Marku M, Cvetkovska E, Taravari A,<br />

Cepreganova-Cangovska T, Kuzmanovski I,<br />

Nikodijevic D, Kuzmanovska G (Macedonia)<br />

p263 Reciprocal interrelationship between<br />

epilepsy and NREM sleep parasomnia:<br />

a report of two cases<br />

Dylgjeri S, Villani F, Freri E, Pincherle A, Didato G,<br />

Mastrangelo M, Nobili L (Italy)<br />

p264 Comorbitity of migraine and epilepsy<br />

Cepreganova Cangovska T, Cvetkovska E,<br />

Ismajli Marku M, Kuzmanovski I, Nikodijevic D,<br />

Arsovska A (Macedonia)<br />

p265 Malformation of cortical development:<br />

often an underdiagnosed and<br />

misdiagnosed entity<br />

Mehndiratta M, Mishra S (India)<br />

p266 Ictal bipedal behavior: clinical<br />

neuroanatomical considerations<br />

Gardella E, Francione S, Tassi L, Rubboli G,<br />

lo Russo G, Tassinari C, Canevini M (Italy)<br />

POSTER PRESENTATIONS<br />

p267 Balance dysfunction in patients with<br />

epilepsy assessed by static posturography<br />

Blatt I, Yahalom G, Dvir Z, Neufeld M,<br />

Gandelman-Marton R (Israel)<br />

p268 Characteristics of patients attending<br />

the neurology emergency room with<br />

fainting spell<br />

Ozturk M, Baybas S, Kutlubay N, Elibirlik S,<br />

Dirican A, Demir N (Turkey)<br />

p269 Characteristics of patients with juvenile<br />

myoclonic epilepsy<br />

Ozturk M, Baybas S, Ataklý D, Dirican A,<br />

Elibirlik S, Arslan E, Sarý H, Arpacý B (Turkey)<br />

p270 Pharmacogenetic study of Topamaxinduced<br />

cognitive dysfunction<br />

Hung C, Liou H (China)<br />

p27 Ictal EEG onset patterns in temporal<br />

lobe epilepsy – correlation with<br />

surgical outcome<br />

Sattaluri S, Chaya S , Sailaja S, Panigrahi M,<br />

Sundaram C (India)<br />

p272 Steroid-responsive encephalopathy<br />

associated with elevated antithyroid<br />

antibodies (Hashimoto`s encephalopathy)<br />

Kraus R, Fischer P, Bayas A,<br />

Naumann M (Germany)<br />

p273 Non-convulsive status epilepticus in<br />

comatose adults: clinical, EEG and<br />

neuroimaging features, treatment and<br />

outcome of 8 consecutive patients.<br />

Fernandez-Torre J, Rebollo M, Gutierrez A,<br />

Lopez-Espadas F (Spain)<br />

p274 Early epileptic seizure detection using the<br />

k-nearest neighbor algorithm for fractal<br />

dimension estimation<br />

Siatouni A, Polychronaki G, Ktonas P, Gatzonis S,<br />

Asvestas P, Tsekou H, Sakas D, Nikita K (Greece)<br />

p275 <strong>Epilepsy</strong> in rett syndrome<br />

Pintaudi M, Vignoli A, Baglietto M, Hayek J,<br />

La Briola F, Parodi E, Aiello F, Giordano L,<br />

Veneselli E, Canevini M (Italy)<br />

p276 Ictal asystole: a Video EEG (VEEG) and<br />

Stereo EEG (SEEG) study<br />

Guellerin J, Hamelin S, Minotto L,<br />

Kahane P (France)<br />

p277 <strong>Epilepsy</strong> and family life in Lithuania<br />

Mameniskiene R, Budrys V, Balcytyte R,<br />

Guk J (Lithuania)<br />

p278 Fertility trends in women with epilepsy:<br />

observations from Kerala registry of<br />

epilepsy and pregnancy<br />

Cheravalloor Sukumaran S, Thomas S (India)<br />

p279 Epidemiological profile of epilepsy in a<br />

university hospital in Bogota, Colombia<br />

Quintero Cusguen P,<br />

Gonzalez Hernandez A (Colombia)<br />

www.epilepsybudapest2009.org 8


POSTER PRESENTATIONS<br />

p280 Do subclinical electrographic seizure<br />

patterns affect autonomic function as<br />

assessed by heart rate variability?<br />

Adjei P, Surges R, Kallis C, Scott C, Walker M,<br />

Shorvon S (UK)<br />

p28 Common mechanisms of auditory<br />

hallucinations – perfusion studies<br />

in epilepsy<br />

Hauf M, Wiest R, Schindler K, Federspiel A,<br />

Hubl D (Switzerland)<br />

p282 <strong>Epilepsy</strong> in the central region of<br />

Cameroon: clinical and<br />

electroencephalographic features<br />

Bonini F, Jinane F, Egeo G, Bruno F, Prischich F,<br />

De Rinaldis M, Di Bonaventura C, Casciato S,<br />

Petrucci S, Lapenta L, Giallonardo A,<br />

D’Erasmo A, Vanacore N (Italy)<br />

p283 Metabolism of eslicarbazepine acetate<br />

in humans<br />

Falcão A, Almeida L, Soares-da-Silva P (Portugal)<br />

p284 Seizures: a symptom of multiple sclerosis?<br />

Nobrega C, Capela C, Pinto Viana J,<br />

Almeida R (Portugal)<br />

p285 Atypical clinical presentations of<br />

pyridoxine dependent epilepsy and a<br />

novel mutation in the ALDH7A gene<br />

Yýlmaz S, Serdaroglu G, Tekgul H, Aykut A,<br />

Ozkýnay F, Gokben S (Turkey)<br />

p286 Time of occurrence of adverse events<br />

in relation to start of treatment<br />

with eslicarbazepine acetate as<br />

add-on treatment in patients with<br />

partial-onset seizures<br />

Gama H, Elger C, Halász P, Ben-Menachem E,<br />

Alain-Gabbai A, Lopes-Lima J, Gil-Nagel A,<br />

Nunes T, Moreira J, Mota F, Maia J, Almeida L,<br />

Soares-da-Silva P (Portugal)<br />

p287 The importance of laboratory examination<br />

in epilepsy outpatient database in<br />

eastern Turkey<br />

Fekete I, Fekete K, Puskas S, Csoto E,<br />

Horvath L (Turkey)<br />

p288 Long-term add-on treatment of partial<br />

epilepsy with eslicarbazepine acetate<br />

Elger C, Halasz P, Moreira J, Maia J, Nunes T,<br />

Almeida L, Soares-da-Silva P (Germany)<br />

p289 The effects of 0.5 Hz repetitive transcranial<br />

magnetic stimulation on EEG power<br />

spectrum in patients with focal epilepsy<br />

García-Gomar M, Santiago-Rodríguez E,<br />

Harmony T, Fernández-Bouzas A (México)<br />

p290 Bilateral thalamic glucose metabolism is<br />

increased in patients with epilepsy<br />

responding to vagal nerve stimulation<br />

Feichtinger M, Ropele S, Zaar K, Eder H,<br />

Urbanic Purkart T, Aigner R, Fazekas F (Austria)<br />

82<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p29 Initial results from population-based<br />

study of sudden unexpected death in<br />

epilepsy in the Republic of Ireland<br />

O’Rourke D, Delanty N, Farrell M,<br />

Hennessy M (Ireland)<br />

p292 Selective amygdalohippocampectomy:<br />

a study of indications and contraindications<br />

Boling W, Palade A, Brick J (USA)<br />

p293 Therapeutic choices in senile myoclonic<br />

epilepsy in Down’s disease<br />

De Simone R, Philippe G, Crespel A, Salas-Puig X,<br />

Genton P (Italy)<br />

p294 Experience with extended-release<br />

valproate combined with valproic acid<br />

therapy in epilepsy in common clinical<br />

practice in Slovakia<br />

Donath V, Lietava J, Fillova J,<br />

Luliak M (Slovak Republic)<br />

p295 MDS indication of epilepsy in elderly<br />

nursing home residents<br />

Eberly L, Birnbaum A, Li S, Leppik I (USA)<br />

p296 Topiramate and teratogenecity<br />

Abdool S, Shawabkeh A (UAE)<br />

p297 Circadian rhythm in patients with juvenile<br />

myoclonic epilepsy and their healthy<br />

unaffected siblings<br />

Wandschneider B, Schmitz B (Germany)<br />

p298 Two year seizure outcome of vagal-nerve<br />

stimulation for epilepsy in Budapest<br />

Muller K, Eross L, Entz L, Halasz P, Rasonyi G,<br />

Fabo D (Turkey)<br />

p299 Efficacy and safety of eslicarbazepine<br />

acetate as add-on treatment to<br />

carbamazepine in patients with<br />

partial-onset seizures<br />

Halasz P, Elger C, Ben-Menachem E,<br />

Alain-Gabbai A, Lopes-Lima J, Gil-Nagel A,<br />

Moreira J, Maia J, Nunes T, Almeida L,<br />

Soares-da-Silva P (Turkey)<br />

p300 Ictal spitting automatism in four epileptic<br />

patients with different etiologies<br />

Seferoglu M, Taskapilioglu O, Hakyemez B,<br />

Bora I (Turkey)<br />

p30 Vagus nerves stimulation in aicardi<br />

syndrome with status epilepticus<br />

Ardesch J, Griens A,<br />

Hageman G (The Netherlands)<br />

p302 Central type sleep apneas: an adverse<br />

effect of vagus nerve stimulation<br />

Ardesch J, van Lambalgen H,<br />

de Weerd A (The Netherlands)<br />

p303 Evaluation of low frequency stimulation in<br />

fully kindled rats<br />

Graciolli Cordeiro J, Kohn Cordeiro K, Aertsen A,<br />

Schulze-Bonhage A (Germany)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p304 Literature and epilepsy<br />

Iniesta I (UK)<br />

p305 Knowledge, perceptions and practice<br />

towards epilepsy among tradiontal<br />

healers in the Batibo health district,<br />

Cameroon<br />

Angwafor S, Njamnshi A, Yepnjio F, Tabah E,<br />

Dema F, Fonsah J, Angwafo III F,<br />

Muna W (Cameroon)<br />

p306 Can we predict who will benefit from the<br />

ketogenic diet?<br />

Beniczky S, Miranda M, Alving J, Povlsen J,<br />

Wolf P (Denmark)<br />

p307 Effect of Ketocal on childhood intractable<br />

epilepsy in China<br />

Liao J, Li Y, Xiao Z (China)<br />

p308 Chemotherapy for refractory epilepsy<br />

Hilkman D, de Krom M,<br />

Twijnstra A (The Netherlands)<br />

p309 Seizure outcome in patients with<br />

radiosurgically treated cerebral<br />

arteriovenous malformations<br />

Yang S (Korea)<br />

p3 0 Therapeutic effect of health food items<br />

(honey, dates, figs, olives) on children<br />

with epilepsy<br />

Chaudhry H, Arshad, N, Shabbir A, Shaheen A,<br />

Mufti K (Pakistan)<br />

p3 Physical exercise in rats submitted to<br />

multiple status epilepticus in the early life<br />

period of life increases hippocampal<br />

parvalbumin expression<br />

Arida R, Gomes da Silva S, Doná F, Fernandes M,<br />

Scorza F, Cavalheiro E (Brazil)<br />

p3 2 Lateralized ictal upper and lower limb<br />

dystonia in patients with temporal<br />

lobe epilepsy<br />

Kuba R, Tyrlíková I, Brázdil M,<br />

Rektor I (Czech Republic)<br />

p3 3 Which pulse width should be used in<br />

patients with vagus nerve stimulation<br />

and epilepsy?<br />

Kostov H, Hellum K, Henning O,<br />

Larsson P (Norway)<br />

p3 4 Peri-ictal water drinking is a good<br />

localizing and lateralizing of non<br />

dominant temporal lobe epilepsy. Two<br />

case reports and review of the literature<br />

Chahidi A, Benkhadra A, Ouazzani R (Morocco)<br />

p3 5 Hyperactivity of hypothalamo-pituitaryadrenocortical<br />

axis in a rat model of<br />

temporal lobe epilepsy: a mechanism<br />

of co-morbidity between epilepsy<br />

and depression<br />

Mazarati A, Shin D, Bragin A, Tio D, Taylor A,<br />

Sankar R (USA)<br />

POSTER PRESENTATIONS<br />

p3 6 Brain-derived neurotrophic factor<br />

expression augmented by betahydroxybutyrate<br />

treatment in<br />

pilocarpine seizure mouse model<br />

Kim D, Yum M, Ko T, Jeong S (Korea)<br />

p3 7 Role of GABAA receptor-modulating<br />

neurosteroids during the epileptogenesis<br />

in the parietal cortex of the epileptic<br />

mutant EL<br />

Murashima Y, Yoshii M (Japan)<br />

p3 8 Maternal behavior and their consequences<br />

on the offspring: a study in genetic<br />

epileptic rats<br />

Dobryakova Y, Dubynin V,<br />

Van Luijtelaar G (Russia)<br />

p3 9 Neuropeptide Y decreases synaptic<br />

transmission onto CCK-positive<br />

basket cells in the dentate gyrus of<br />

the hippocampus<br />

Ledri M, Sørensen A, Erdelyi F, Szabo G,<br />

Kokaia M (Sweden)<br />

p320 Activation of Toll-like/RAGE receptor<br />

signalling during seizures: a novel target<br />

of pharmacological intervention<br />

Maroso M, Balosso S, Ravizza T, Vanzulli I,<br />

Aronica E, Liu J, Bianchi M, Vezzani A (Italy)<br />

p32 Modulation of NR2B-containing N-methyl-<br />

D-aspartate (NMDA) receptors in a rat<br />

model of epilepsy<br />

Frasca A, Ravizza T, Noè F, Colciaghi F, Finardi A,<br />

Battaglia G, Vezzani A (Italy)<br />

p322 The effect of ketogenic diet on the<br />

neuronal damage in pilocarpine-induced<br />

status epilepticus<br />

Lee K, Hwang T, Woo Y (South Korea)<br />

p323 Long-term increasing co-localization of<br />

SCN8A and Ankyrin-G in rats with chronic<br />

epileptic seizures<br />

Chen Z, Chen S, Chen L, Zhou J, Dan Q, Yang L,<br />

Li X, Zhou L (China)<br />

p324 Comparison between single injection<br />

of Pentylentetrasole and separated<br />

injections for induction of epileptiform<br />

convulsions<br />

Moghimi A (Iran)<br />

p325 Experimental model of chronic<br />

epileptogenesis<br />

Vastyanov R, Shandra A (Ukraine)<br />

p326 Lovastatin: a new approach to control<br />

neuroinflammatory response in epilepsy<br />

Furtado Gouveia T, Scorza F, Vieira da Silva M,<br />

de Aquino Bandeira T, Cunha R, Berzaghi<br />

Frangiotti M, Silva Jr J, Abrao Cavalheiro E,<br />

Naffah-Mazzacoratti M (Brazil)<br />

www.epilepsybudapest2009.org 83


POSTER PRESENTATIONS<br />

p327 Effect of neural precursor cells<br />

transplantation on mice models of anxiety<br />

and seizures<br />

Longo B, Ruiz L, Blanco M, dos Santos J,<br />

Valente M, Patti C, Frussa Filho R, Santiago M,<br />

Zipanzic I, Álvarez Dolado M, Mello L,<br />

Calcagnotto M E (Brazil)<br />

p328 Effects of epileptic seizures over the brain<br />

vascularization in chimeric mice<br />

Longo B, Garcia K, Romariz S, Soares M,<br />

Ribeiro dos Santos R, Mello L (Brazil)<br />

p329 Tonic GABAergic transmission is<br />

suppressed in PRIP- KO mice with<br />

epileptic phenotype<br />

Ueno S, Yamada J, Migita K, Yoshida S, Okada M,<br />

Zhu G, Kanematsu T, Hirata M, Kaneko S (Japan)<br />

p330 Electrical stimulation of the focal zone in<br />

absence epilepsy<br />

Zhang S, Luttjohann A, Pijper R,<br />

Luijtelaar G (China)<br />

p33 Pathophysiology of balloon cells in<br />

cortical dysplasia<br />

Kim J, Oh H, Lee M, Kim H (South Korea)<br />

p332 A revised Racine scale for PTZ<br />

induced seizures<br />

Lüttjohann A, Fabene P,<br />

van Luijtelaar G (The Netherlands)<br />

p333 Treatment with the COX-2 inhibitor<br />

parecoxib after status epilepticus: effect<br />

on epileptogenesis, behavioral alterations,<br />

and neuronal damage in rats<br />

Bankstahl M, Polascheck N, Brandt C,<br />

Löscher W (Germany)<br />

p334 Bumetanide, a selective inhibitor of<br />

the Na+-K+-2Cl- cotransporter NKCC ,<br />

does not prevent epileptogenesis in the<br />

pilocarpine model of temporal lobe<br />

epilepsy in rats<br />

Brandt C, Nozadze M, Rattka M, Heuchert N,<br />

Löscher W (Germany)<br />

p335 Effect of (S)-3,4-dicarboxyphenylglycine<br />

on epileptogenesis and cognitive<br />

impairment following seizures induced in<br />

immature rats by homocysteic acid<br />

Folbergrová J, Otáhal J, Druga R, Tsenov G,<br />

Haugvicová R, Kubová H (Czech Republic)<br />

p336 Feasibility of seizure prediction from<br />

intracranial EEG recordings<br />

Henriksen J, Kjaer T, Thomsen C, Madsen R,<br />

Sørensen H (Denmark)<br />

p337 Degenerative neuronal changes revealed<br />

by Fluoro-Jade C staining in the mouse<br />

pilocarpine model<br />

Wang L, Liu Y, Huang Y, Deng Y (China)<br />

84<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p338 Anti-epileptogenic effect of orexin B in the<br />

kindling model of epilepsy in rats<br />

Morales A, Bouvard S, Le Cavorsin M, Bonnet C,<br />

Georges B, Moulin C, Kouchi H, Belmeguenai A,<br />

Ryvlin P, Bezin L (France)<br />

p339 Effects of AMN082 administration<br />

on cortical afterdischarges during rat<br />

brain development<br />

Szczurowska E, Mares P (Czech Republic)<br />

p340 Effects of early postnatal caffeine<br />

exposure on seizure susceptibility of rats<br />

are age-and model-dependent<br />

Tchekalarova J, Kubová H,<br />

Mareš P (Czech Republic)<br />

p34 Hyperthermia-induced seizure enhanced<br />

by the suppression of the adenosine A<br />

receptor as a possible cause of<br />

theophylline-associated seizure<br />

Fukuda M, Suzuki Y, Hino H, Kuzume K,<br />

Morimoto T, Ishii E (Japan)<br />

p342 Evidence of D-serine signaling involving<br />

in pathogenesis of Pilocarpine-induced<br />

epilepsia<br />

Liu Y, Wang L, Zhang Y, Huang Y, Deng Y,<br />

Zhao G (China)<br />

p343 Severe cognitive dysfunctions, but<br />

discrete neuronal lesions, in adult<br />

epileptic rats subjected to status<br />

epilepticus at weaning<br />

Bonnet C, Fares R, Sanchez P, Kouchi H,<br />

Bouvard S, Le Cavorsin M, Belmeguenai A,<br />

Bodennec J, Ry P (France)<br />

p344 Long-term expressional changes of<br />

P-glycoprotein in CA , CA3 and DG<br />

regions of hippocampus following<br />

lithium-pilocarpine induced status<br />

epilepticus (PISE)<br />

Chen S, Zhou L, Chen Z, Zhou J, Li X, Yang L,<br />

Chen L, Qian W (China)<br />

p345 Cortical layer formation of<br />

hemimegalencephaly:<br />

immunohistochemical consideration<br />

Saito T, Hanai S, Arai A, Nakagawa E, Sasaki M,<br />

Otsuki T, Goto Y, Itoh M (Japan)<br />

p346 Effects of topiramate on gene expression<br />

of protein kinase C<br />

Yoshida S, Okada M, Yoshida S,<br />

Kaneko S (Japan)<br />

p347 Fractal properties of epileptic field<br />

potentials recorded from the CA area<br />

of the hippocampus in the mouse model<br />

of temporal lobe epilepsy<br />

Weiss B, Tang Y, Tang F (Turkey)<br />

p348 Seizure prediction based on changes in<br />

vagus nerve activity (VENG)<br />

Harreby K, Sevcencu C, Struijk J (Denmark)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p349 MAM-pilocarpine rat: double-hit animal<br />

model of chronic epilepsy associated<br />

with MCDs<br />

Colciaghi F, Finardi A, Frasca A, Balosso S,<br />

Vezzani A, Battaglia G (Italy)<br />

p350 Increased dopaminergic tone in<br />

genetic absence epilepsy rats from<br />

Strasbourg (GAERS): evidence from<br />

quinpirole-induced yawning and<br />

microdialysis experiments<br />

Deransart C, Bernard H, Bertrand A, Savasta M,<br />

Depaulis A (France)<br />

p35 Mossy cells of the hippocampal dentate<br />

gyrus are not selectively vulnerable in<br />

human temporal lobe epilepsy<br />

Ábrahám H, Seress L, Horváth Z, Dóczi T,<br />

Janszky J, Klemm J, Byrne R, Bakay R (Turkey)<br />

p352 Identification of differentiated Proteins in<br />

GAERS by proteomics approach<br />

Gunel A, Danis O, Demir S, Ogan A, Aker R,<br />

Onat F, Galaebi M (Turkey)<br />

p353 A basic neurophysiological study of<br />

amygdala kindling to developmental<br />

rat SNR<br />

Zhou H (China)<br />

p354 Hippocampal expression of glutamateglutamine<br />

cycle genes during<br />

epileptogenesis in the rat juvenile Li+/<br />

pilocarpine model and in human MTLE<br />

Van Der Hel W, Bos I, Mulder S, Verlinde S,<br />

de Graan P (The Netherlands)<br />

p355 Valproate prevents diabetic<br />

polyneuroapthy by decreasing glucose<br />

level in the OLETF rats<br />

Koh S, Yoo H, Park H, Kim J (Korea)<br />

p356 RNAi inhibits Coriaria lactone-induced<br />

MDR b overexpression in rat brain<br />

microvascular endothelial cells<br />

Tian L, Chen L, Yang T, Zhou D (China)<br />

p357 Longitudinal changes in chemokine<br />

signalling in a juvenile model of temporal<br />

lobe epilepsy<br />

Kan A, van der Hel S, Verlinde S,<br />

van Nieuwenhuizen O,<br />

de Graan P (The Netherlands)<br />

p358 Spermine enhances the GABAA receptor<br />

endogenous phosphorylation and<br />

function: relationship with human epilepsy<br />

Sid Ahmed M, Kurcewicz I, Louvel J, Pumain R,<br />

Laschet J (France)<br />

p359 The neuroprotective effect of the A<br />

receptor agonist R-Pia in the pilocarpine<br />

model is accompanied by metabolic and<br />

circulatory equilibration during seizures<br />

Elisa Rosim F, Ribeiro Silva I, Nehlig A, Vignoli T,<br />

Suzete Persike D, Ferrandon A, Koning E,<br />

Silva Fernandes M (Brazil)<br />

POSTER PRESENTATIONS<br />

p360 Evaluation of dopaminergic<br />

neurotransmission in fully kindled rats<br />

Alcantara-Gonzalez D, Luna-Munguia H,<br />

Rocha L (Mexico)<br />

p36 Kainic acid-induced occipital lobe<br />

epilepsy: impact to understand its<br />

mechanism of seizure propagation<br />

Tanaka T, Saitou M, Satou M, Hodozuka A,<br />

Anei R, Hayashi Y, Hiroshima S, Orimoto R (Japan)<br />

p362 Status epilepticus is associated<br />

with altered synaptic plasticity in<br />

dorsomedial striatum<br />

Kirschstein T, Avshalomov J, Köhling R (Germany)<br />

p363 Purinergic P2 receptors are up-regulated<br />

in the hippocampus of patients with<br />

temporal lobe epilepsy associated with<br />

hippocampal sclerosis<br />

Silva Fernandes M, Souza Speciali D, Blini J,<br />

Canzian M, Abrão Cavalheiro E, Ulrich H,<br />

Carrete Jr. H, Silva Centeno R, Yacubian E (Brazil)<br />

p364 Epileptic behavior with a distinguished<br />

preictal period in a large-scale neural<br />

network model<br />

Pyrzowski J, Signerska J, Pyrzowski M,<br />

Sulkowski B (Poland)<br />

p365 Prenatal acute stress attenuated<br />

epileptiform activities in neonate mice<br />

Saboory E, Heshmatian B, Khademansari M,<br />

Roshan-Milani S (Iran)<br />

p366 Effects on neuronal cell survival of cooling<br />

rat hippocampal slice epileptic model<br />

Han C, Lu X, Ye P, Liao J (China)<br />

p367 The epileptic human hippocampal CA2<br />

region generates spontaneous interictal<br />

like activity in vitro<br />

Wittner L, Huberfeld G, Clémenceau S, Erõss L,<br />

Dezamis E, Entz L, Ulbert I, Baulac M,<br />

Miles R (France)<br />

p368 Influence of L-arginine on seizures in<br />

homocysteine - treated adult rats<br />

Hrncic D, Rasic - Markovic A, Dekanska D,<br />

Radenovic L, Mitrovic D, Susic V, Djuric D,<br />

Stanojlovic O (Serbia)<br />

p369 Isolation of neural stem cells from adult<br />

patients with refractory epilepsy:<br />

goal for a better understanding of<br />

epilepsy mecanism<br />

Alves-Leon S, Azevedo R, Medei E,<br />

Marcondes De Souza J, Mendez-Otero R (Brazil)<br />

p370 Biologically active lignan arctigenin<br />

effectively reduces neuronal excitability<br />

Borbely S, Jocsak G, Sedlak E, Borsodi L,<br />

Boldizsar I, Atlason P, Molnar E, Vilagi I (Turkey)<br />

p37 Plasticity destruction of polar excitations<br />

in frog sciatic nerve using semiconductor<br />

pulse laser irradiation<br />

Hirayama Y, Ishizuka S, Grigorievich Z,<br />

Yamakawa T (Japan)<br />

www.epilepsybudapest2009.org 85


POSTER PRESENTATIONS<br />

p372 Hippocampal high frequency stimulation<br />

modifies amino acid release and seizure<br />

susceptibility in kindled rats<br />

Luna-Munguia H, Neri-Bazan L,<br />

Rocha L (Mexico)<br />

p373 Antiepileptic drugs associated with high<br />

frequency electrical stimulation in the<br />

ventral hippocampus modify pilocarpineinduced<br />

status epilepticus in rats<br />

Cuellar M, Neri-Bazan L, Alcantara-Gonzalez D,<br />

Rocha L (Mexico)<br />

p374 In vivo study of the impact of amygdala<br />

kindling on the firing pattern of thalamic<br />

reticular nucleus neurons in GAERS<br />

Carcak N, Onat F, Pinault D, French C, Gulhan R,<br />

O`Brien T (Turkey)<br />

p375 The Mu and the Third and their relationship<br />

Parvizi J, Stern J (USA)<br />

p376 Cellular, molecular and electrophysiological<br />

mechanisms of enhanced hippocampal<br />

excitability following peripheral<br />

inflammation<br />

Riazi K, Galic M, Kuzmiski J, Sharkey K,<br />

Pittman Q (Canada)<br />

p377 Group psychotherapy<br />

Buljan R, Santic A (Croatia)<br />

p378 Antiangiogenic treatment with sunitinib<br />

ameliorates inflammatory infiltrate and<br />

gliosis in the pilocarpine model of<br />

temporal lobe epilepsy<br />

Li Y, Zhe X, Bai J, Wang M, Wang B, Guo C,<br />

Shi S (China)<br />

p379 Effects of activated astrocyte and<br />

microglia on aberrant neurogenesis in<br />

the hippocampus of adult rats after<br />

status epilepticus<br />

Fang Y, Jing C, Shijun Z, Qingyun Q, Zhirong L,<br />

Yuangui H, Wen J (China)<br />

p380 Kallikrein-kinin system in human temporal<br />

lobe epilepsy: cross-talk between glial and<br />

neural cells<br />

Rodrigues Simões P, Perosa S, Argañaraz G,<br />

Yacubian E, Carrete Jr. H, Centeno R,<br />

Sakamoto A, Varella P, Santiago J, Caboclo L,<br />

Canzian M, Amado D, Mortara R, Silva Jr. J A,<br />

Cavalheiro E, Naffah-Mazzacoratti M (Brazil)<br />

p38 A trafficing defective Kv7.2 mutation<br />

causing neonatal seizures<br />

Maljevic S, Naros G, Yalcin O, Caglayan H,<br />

Steinlein O, Lerche H (Germany)<br />

p382 Prognostic impact of encephalomalacia<br />

in central nervous system infectionrelated<br />

epilepsy<br />

Park S, Sunwoo Y, Kim H, Lee M, Kim Y (Korea)<br />

86<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p383 What is the biological significance of<br />

distinguished CA2 characteristics of<br />

Amazon spiny rat Proechimys? Clues from<br />

resistance to epilepsy<br />

Scorza C, Arida R, Scorza F, Cavalheiro E (Brazil)<br />

p384 Association between anxiety and<br />

susceptibilty to temporal lobe epilepsy<br />

in rats<br />

Kohek S, Blanco M, dos Santos Jr J,<br />

Mello L (Brazil)<br />

p385 Spontaneous ripples in the human<br />

hippocampal formation<br />

Toth E, Fabo D, Magloczky Z, Eross L, Solyom A,<br />

Czirjak S, Rasonyi G, Halasz P, Freund T,<br />

Karmos G, Ulbert I (Turkey)<br />

p386 Antiepileptic therapy modifies antioxidant<br />

enzyme activity and protein oxidative<br />

damage in epileptic patients<br />

Ercegovac M, Jovic N, Simic T,<br />

Beslac-Bumbasirevic L, Jovanovic D,<br />

Ercegovac D, Djukic T, Pljesa-Ercegovac M (Serbia)<br />

p387 Disparities in injury outcomes for people<br />

with epilepsy and seizure disorders<br />

Bowman S, Aitken M (USA)<br />

p388 Effect of antiepileptic drugs on<br />

total antioxidant, total lipid and Lp(a)<br />

concentrations<br />

Khademansari M, Saboory E (Iran)<br />

p389 Effects of eslicarbazepine acetate in<br />

the amygdala kindling model of temporal<br />

lobe epilepsy<br />

Soerensen J, Pekcec A, Soares-da-Silva P,<br />

Potschka H (Germany)<br />

p390 Cortical region and layer specific<br />

activation during epileptiform seizure<br />

Világi I, Borbély S, Körössy C,<br />

Somogyvári Z (Turkey)<br />

p39 Altered glutamate transporer expression<br />

and increased glutamate levels in tumours<br />

are specifically associated with tumour<br />

associated seizures<br />

O’Brien T, Yuen T, Morokoff A, Bjorksten A,<br />

D’Abaco G, Powell K, Reid C, Drummond K,<br />

Rosenthal M, Paradiso L, Kaye A (Australia)<br />

p392 3D movement quantification in epilepsy:<br />

new contribution for quantitative<br />

semiology analysis<br />

Cunha J, Fernandes J, Bento V, Paula L, Oliveira F,<br />

Bilgin C, Noachtar S (Portugal)<br />

p393 Towards a new model of epilepsy: the<br />

hamster GASH:Sal<br />

López D, Carballosa M, Yanowsky K,<br />

Sancho C, Horta-Júnr J, Castellano O,<br />

Muñoz-Pascua L (Spain)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p394 The influence of vagus nerve stimulation<br />

on the interactal EEG<br />

Ardesch J, de Vos C, Van Schoonhoven J,<br />

de Weerd A, Van Lambalgen H,<br />

Van Putten M (The Netherlands)<br />

p395 Motor threshold in mesial temporal lobe<br />

epilepsy: effect of seizures<br />

Wright M, Hara K, Orth M, Smith S,<br />

Richardson M (UK)<br />

p396 Different role of the frontal cortex<br />

in initiation of absences and hypomotor<br />

seizures<br />

Karlov V (Russia)<br />

p397 In- and out-patient therapeutic video EEG<br />

monitoring for difficult to treat epilepsies<br />

Stefan H, Kasper B, Graf W, Rauch C, Kerling F,<br />

Kreiselmeyer G, Hopfengärtner R (Germany)<br />

p398 Quantitative analysis of movement<br />

patterns in mesial temporal lobe epilepsy<br />

Chen L, Yang X, Zeng D, Zhou D (China)<br />

p399 The quantification of random and genuine<br />

correlation patterns in absence EEG<br />

Baier G, Goodfellow M, Müller M, Rummel C (UK)<br />

p400 <strong>Epilepsy</strong> causing pupillary hippus<br />

Farrell F, McCauley L, Smith S, Feldman M,<br />

Centeno M, Harriso N, Sisodiya S (UK)<br />

p40 Complex network analysis of<br />

pharmacologically induced activity<br />

correctly lateralize in temporal<br />

lobe epilepsy patients<br />

Ortega G, Wix R, García de Sola R, Pastor J (Spain)<br />

p402 Educational problems related to<br />

quantitative electroencephalogram<br />

changes in benign childhood epilepsy<br />

with centrotemporal spikes<br />

Tedrus G, Fonseca L, Melo E, Ximenes V (Brazil)<br />

p403 Chronotopographic analysis of the<br />

generalized spike-slow wave EEG<br />

discharges in human epilepsy<br />

Sobieszek A, Swiderski B (Poland)<br />

p404 Predicting success of vagus nerve<br />

stimulation from interictal EEG<br />

Melching L, van Schoonhoven J, de Vos C,<br />

Cloostermans M, de Weerd A, van Lambalgen H,<br />

Ardesch J, van Putten M (The Netherlands)<br />

p405 A seizure detection method for long-term<br />

invasive EEG recordings in adults without<br />

requiring any prior information about the<br />

patient´s seizure pattern<br />

Hopfengärtner R, Kasper B, Rauch C, Kerling F,<br />

Weigel D, Buchfelder M, Stefan H (Germany)<br />

p406 Ictal generalized fast<br />

electroencephalographical activity:<br />

an intermediate pattern in the spectrum<br />

of generalized epilepsies<br />

Guilhoto L, Cabral F, Guaranha M, Uchida C,<br />

Yacubian E (Brazil)<br />

POSTER PRESENTATIONS<br />

p407 Neurolopsychological evaluation in non<br />

lesional frontal epilepty patients<br />

Gudin M, Burriel L, Carrasco S,<br />

Vaamonde J (Spain)<br />

p408 Neuropathology of epilepsy<br />

Tristán-Agundis M, Galván-Contreras R,<br />

Palacios-Escalona S, Manzanarez-Colin M,<br />

Peralta-Rodríguez B, Castañeda-Gonzáles C,<br />

Rembao-Bojórquez D,<br />

Villeda-Hernández J (Cuba)<br />

p409 Long-term effects of temporal lobe<br />

epilepsy on local neural networks:<br />

a graph theoretical analysis of<br />

corticography recordings<br />

van Dellen E, Douw L, Baayen J, Heimans J,<br />

Ponten S, Vandertop W, Velis D, Stam C,<br />

Reijneveld J (The Netherlands)<br />

p4 0 Demyelinating lesions involving the<br />

brainstem may be an important factor<br />

in the development of epilepsy in<br />

multiple sclerosis patients: a large<br />

retrospective study<br />

Papathanasiou E, Papacostas S,<br />

Myrianthopoulou P, Kkolou E,<br />

Pantzaris M (Cyprus)<br />

p4 Monitoring the brain in the adult ICU<br />

Cloostermans M, de Vos C, Melching L,<br />

van Putten M (The Netherlands)<br />

p4 2 Change of EEG pattern caused by<br />

carbamazepine (CBZ)<br />

Khachidze I (Georgia)<br />

p4 3 Brainstem autonomic abnormality causes<br />

attacks that mimic clinical seizures<br />

Hansen S, Julu P, Witt Engerström I,<br />

Apartopoulos F, Delamont R, Smeets E, Curfs L,<br />

Pini G, Bigoni S, Halbach N (UK)<br />

p4 4 Coupling between the basal ganglia<br />

and hippocampal EEG activity during<br />

an epileptic seizure<br />

Rektor I, Kuba R, Brazdil M, Halamek J,<br />

Jurak P (Czech Republic)<br />

p4 5 Multiple band frequency analysis of<br />

ictal high frequency oscillations in<br />

patients with temporal lobe epilepsy<br />

Nakamura F, Terada K, Usui N, Usui K, Baba K,<br />

Tottori T, Matsuda K, Fujitani S, Inoue Y (Japan)<br />

p4 6 Activation clinic: an audit of a new<br />

clinical cervice<br />

Valente I, Amin D, Brunnhuber F (UK)<br />

p4 7 Laughter induced by direct electrical brain<br />

stimulation during SEEG investigation in<br />

epileptic patients<br />

Mahjoub D, Régis J, Chauvel P,<br />

Bartolomei F (France)<br />

www.epilepsybudapest2009.org 87


POSTER PRESENTATIONS<br />

p4 8 Interictal high-frequency oscillations<br />

recorded using standard depth<br />

macroelectrodes in patients with focal<br />

cortical dysplasia<br />

Brazdil M, Halamek J, Jurak P, Daniel P, Kuba R,<br />

Chrastina J, Novak Z, Rektor I (Czech Republic)<br />

p4 9 Arousal in early sleep and its relationship<br />

to interictal epileptiform activity in<br />

patients with partial epilepsy<br />

Delamont R, Richardson N, Evans B, Elwes R (UK)<br />

p420 Ventricular bigeminus rhythm during<br />

hyperventilation: physiological response<br />

or ominous predictor of unrecognized<br />

fatal genetic heart and brain disorder?<br />

Ravnik I, Bricelj V (Slovenia)<br />

p42 Sensitivity to intermittent photic<br />

stimulation in photosensitive patients: is<br />

there a circadian rhythm?<br />

Cantonetti L, Kasteleijn-Nolst Trenité D,<br />

Caporro M, Ferraldeschi M, Campana C, Tisei P,<br />

Reed R, Buttinelli C (Italy)<br />

p422 Early (within 24 hours) EEG and careful<br />

clinical assessment after a first seizure: can<br />

we predict the future?<br />

Maillard L, Boyez R, Vignal J, Maignan M,<br />

Guillemin F, Vespignani H (France)<br />

p423 Usefulness of electromagnetic<br />

tomography methods for epileptogenic<br />

zone localization in pharmacoresistant<br />

focal epilepsy<br />

Morales Chacon L, Trapaga Quincoses O,<br />

Bobes M, Iglesias J, Santos Y, Rodriguez R,<br />

Bender J, Estupiñan B, Garcia I,<br />

Sanchez Coroneaux A,<br />

Zaldivar Bermudes M (Cuba)<br />

p424 Characteristics of focal electrographic<br />

seizures in awake Vs. comatose patients<br />

Siddiqui K, Marasigan M, Alcala W, Bunyan R,<br />

ElMubarak M, Sinha S (Saudi Arabia)<br />

p425 The relationship between depth ictal EEG<br />

patterns and subdural ictal EEG patterns<br />

in mesial temporal lobe epilepsy<br />

Kang J, Kang B, Lee E, Lee S, Hong S, Lee J (Korea)<br />

p426 Clinical role of subclinical seizure patterns<br />

in children with focal epilepsy<br />

Velkey Á, Siegler Z, Fogarasi A (Turkey)<br />

p427 Wavelet-denoising of<br />

electroencephalogram and the absolute<br />

slope method: a tool to improve<br />

electroencephalographic localization and<br />

lateralization<br />

Leung H, Schindler K, Chan A, Lau A, Leung K,<br />

Ng E, Wong K (Hong Kong)<br />

p428 Analysis of risk factors associated with<br />

polycystic ovarian syndrome in women<br />

with epilepsy<br />

Chen L, Zhou L, Zhou J, Chen Z, Chen S, Wang Q,<br />

Yang L, Li X (China)<br />

88<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p429 A study on the correlations between EEG<br />

characteristics and histopathological<br />

changes in epilepsy patients due to focal<br />

cortical dysplasia<br />

Cai L, Piao Y, Liu L, Lu D, Li Y (China)<br />

p430 New cortical stimulator simplifies<br />

functional mapping<br />

Larsson P, Lombardi D, Quinlivan L, Nelson B,<br />

Stabell K, Ramm-Pettersen J (Norway)<br />

p43 Role of circadian chronotypes in<br />

modulating the occurrence of IEA in<br />

adult subjects with idiopathic<br />

generalized epilepsy<br />

Manni R, Zambrelli E, Repetto A, Rustioni V,<br />

Terzaghi M (Italy)<br />

p432 Proprioceptive stimuli-induced reflexseizures<br />

are consistent with exacerbated<br />

long loop reflexes<br />

Szucs A, Solyom A, Hollo A, Janszky J,<br />

Rasonyi G (Turkey)<br />

p433 Ictal phenomenology recorded during<br />

video-electroencephalographic evaluation<br />

in patients with absence seizures<br />

identified from a cohort of patients with<br />

drug-resistant epilepsy<br />

Alves-Leon S, Bento de Souza Cardoso M,<br />

Monteiro M, D’Andrea Meira I (Brazil)<br />

p434 Inter-hemispheric propagation of seizures<br />

in mesial temporal lobe epilepsy (MTLE):<br />

a study with comnined scalp and foramen<br />

ovale electrodes<br />

Erõss L, Entz L, Fabó D, Jakus R, Szûcs A,<br />

Rásonyi G, Kelemen A, Barcs G, Juhos V,<br />

Balogh A, Brasi P, Clemens Z, Halász P (Turkey)<br />

p435 Decrease in propagation of interictal<br />

epileptiform activity after introduction<br />

of levetiracetam visualized with electric<br />

source imaging<br />

Lantz G, Michel C, Seeck M,<br />

Larsson P (Switzerland)<br />

p436 Single pulse cortical electrical stimulation<br />

induced slow oscillation in different<br />

vigilance states in epileptic patients<br />

Entz L, Fabó D, Erõss L, Halász P, Wittner L,<br />

Karmos G, Ulbert I (Turkey)<br />

p437 EEG monitoring of the anaesthetic effect<br />

of Brevital in the presurgical Wada-test<br />

Larsson P, Stabell K, Heminghyts E, Nome T,<br />

Bjørnæs H (Norway)<br />

p438 Autonomic disfunction in idiopathic<br />

generalized epilepsy<br />

Pisano T, Brazzo D, Betteridge H, Pinci M,<br />

Bombardieri R, Cerminara C, Seri S (UK)<br />

p439 The yield of routine EEG in geriatric patients<br />

Nguyen Michel V, Ourabah Z, Boudali Y, Elwan S,<br />

Sebban C (France)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p440 EEG activity associated with symptoms<br />

suspects of epilepsy in patients older than<br />

65 years<br />

Osorio Caicedo P, Mauri Llerda J, Adelantado S,<br />

Gonzalez P, Abad F, Martinez S (Spain)<br />

p44 Juvenile myoclonic epilepsy in<br />

Marrakech region<br />

Adali N, Kissani N (Morocco)<br />

p442 Modifications in local hemodynamic<br />

preceeds epileptic spike: an animal model<br />

combining simultaneous ECoG and near<br />

infrared spectroscopy analysis<br />

Wallois F, Osharina V, Ponchel E, Aarabi A,<br />

Grebe R (France)<br />

p443 Petit-mal Sonata: Predominant EEG<br />

seizure patterns in childhood absence<br />

epilepsy (CAE)<br />

Sogawa Y, Moshé S, Shinnar S, Dlugos D,<br />

Conry J, Cnaan A, Glauser T (USA)<br />

p444 Two years in the treatment of status<br />

epilepticus with intravenous levetiracetam<br />

Eue S, Grumbt M, Müller M, Schulze A (Germany)<br />

p445 The effect of thymoquinone on pediatric<br />

intractable seizures<br />

Akhondian J, Moayyedpour A, Raouf Ziai M,<br />

Khaje Dalui M, Hosseini H (Iran)<br />

p446 Zonisamide and topiramate:<br />

an obsercational comparison of<br />

cognitave functions<br />

Wagner K, Metternich B, Buschmann F, Saar J,<br />

Carius A, Schulze-Bonhage A (Germany)<br />

p447 Single dose bioequivalence between<br />

brivaracetam oral solution formulation<br />

and oral film-coated tablet in<br />

healthy subjects<br />

Otoul C, Watanabe S, Burton I, Guénolé E,<br />

Hulhoven R, McCabe S, Sargentini-Maier M,<br />

Stockis A (Belgium)<br />

p448 Interaction study between brivaracetam<br />

and a combination oral contraceptive<br />

Stockis A, Hulhoven R, Astruc B, Watanabe S,<br />

Boulton M, Daoust A,<br />

Sargentini-Maier M (Belgium)<br />

p449 Bioavailability and safety of intravenous<br />

brivaracetam in healthy subjects<br />

Valgaeren A, Hulhoven R, Scheen A,<br />

Watanabe S, Troenaru M, Otoul C,<br />

Sargentini-Maier M, von Rosenstiel P,<br />

Stockis A (Belgium)<br />

p450 Brivaracetam does not impair cognitive<br />

performance in normal and kindled rats<br />

Detrait E, Leclercq K, Kaminski R, Matagne A,<br />

Lamberty Y (Belgium)<br />

p45 Activation of focal epileptic activity during<br />

MEG recordings by means of etomidate<br />

Heers M, Stefan H, Schmitt H, Rauch C,<br />

Kaltenhäuser M, Rampp S (Germany)<br />

POSTER PRESENTATIONS<br />

p452 The cost-effectiveness of adjunctive<br />

treatment with lacosamide in patients<br />

with uncontrolled partial epilepsy<br />

Berggren F, Bolin K, Germe M,<br />

Forsgren L (Sweden)<br />

p453 Experiences in generic substitution of<br />

antiepileptic drugs in Taiwan<br />

Hsieh L, Tsai J, Yu H, Chi J (Taiwan)<br />

p454 Three-year data on efficacy and<br />

tolerability of Levetiracetam as add-on<br />

therapy in patients with treatmentresistant<br />

epilepsy<br />

Kkolou E, Dietis A, Flourentzou A, Malikkidou A,<br />

Petsa M, Stylianidou G, Papacostas S (Cyprus)<br />

p455 Efficacy and safety of topiramate as<br />

monotherapy and an adjunctive treatment<br />

for epileptic patients of age above<br />

thirteen in five year follow up<br />

Lang S, Li C, Shi X, Wang X (China)<br />

p456 Lamotrigine monotherapy in pregnancy:<br />

outcome of 0 exposed pregnancies<br />

Rysz A (Poland)<br />

p457 An open-label, add-on study of pregabalin<br />

in patients with partial seizures: a<br />

multicenter trial in Greece<br />

Tsounis S, Kimiskidis V, Kazis D, Gkiatas K,<br />

Garganis K, Karageorgiou K, Giannakodimos S,<br />

Papathanasopoulos P, Plaitakis A,<br />

Papadimitriou A, Donevan S, Lyras L (Greece)<br />

p458 Monotherapy versus polytherapy in<br />

refractory epilepsy: a comparative study<br />

of adverse effects<br />

Alexandre V, De Fazio S, Fattore C, Frassine B,<br />

Gatti G, La Briola F, Ladogana M, Licchetta L,<br />

Papantonio A, Pellacani S, Rosati E,<br />

Striano P (Italy)<br />

p459 Weight change associated with<br />

antiepileptic drugs (AED)<br />

Guerreiro C (Brazil)<br />

p460 Antiepileptic drug inhibits hippocampal<br />

neurogenesis in the developing brain<br />

Chen J, Cai F, Cao J (China)<br />

p46 Levetiracetam in children, adolescents and<br />

adults with primary generalized seizures:<br />

open-label, non-comparative, multicenter,<br />

long-term, follow-up study<br />

Delanty N, Jones J, Wash M, Tonner F,<br />

On behalf of the N167 Levetira (Ireland)<br />

p462 Zonisamide as a substitute for topiramate<br />

in patients with refractory epilepsy: a<br />

single centre study<br />

Fallah M, Kharazmi E, Peltola J (Finland)<br />

p463 Evaluation of the new QMS® lamotrigine<br />

immunoassay on the olympus AU 640<br />

Berry D, Clarke L, Khan R (UK)<br />

www.epilepsybudapest2009.org 89


POSTER PRESENTATIONS<br />

p464 Lamotrigine and oxcarbazepine in<br />

bitherapy during pregnancy: therapeutic<br />

drug monitoring in two cases<br />

Wegner I, Edelbroek P,<br />

De Haan G (The Netherlands)<br />

p465 ‘Real Life’ cohort study on levetiracetam<br />

versus carbamazepine monotherapy:<br />

a controlled surveillance study<br />

Helmstaedter C (Germany)<br />

p466 Predictive factors of intractable epilepsy<br />

in malformations of cortical development<br />

Amel M, Hela M, Nadia B, Neila A,<br />

Sarra T (Tunisia)<br />

p467 The early effects of levetiracetam<br />

treatment on serum folic acid, vitamin B 2,<br />

lipid levels and tyroid hormones in<br />

epileptic patients<br />

Canbaz Kabay S, Ozýsýk Karaman H,<br />

Erdýnc O (Turkey)<br />

p468 The differences in efficacy and safety<br />

between brand and generic antiepileptic<br />

drugs in children with partial epilepsy<br />

Hernández M, Barragán E (Mexico)<br />

p469 Efficacy and tolerability of levetiracetam<br />

monotherapy in patients with primary<br />

brain tumors and epilepsy<br />

De Groot M, Toering S, Douw L, Vecht C, Klein M,<br />

Aronica E, Heimans J,<br />

Reijneveld J (The Netherlands)<br />

p470 Adjunctive levetiracetam in children aged<br />

month to


28 th June – 2 nd July 2009<br />

p486 Development and validation of a rapid<br />

and inexpensive pharmacogenetic test of<br />

HLA-B* 502 allele for carbamazepine<br />

prescription<br />

Cheng S, Kwan P, Ng H, Ng M (Hong Kong)<br />

p487 Treatment status of people with epilepsy<br />

in Pakistan<br />

Mogal Z, Aziz H, Ali S (Pakistan)<br />

p488 Efficacy and tolerability of zonisamide in<br />

childhood-onset focal epilepsies<br />

Neuwirth M, Pálmafy B, Siegler Z, Hegyi M,<br />

Paraicz É, Fogarasi A (USA)<br />

p489 Efficacy of pregabalin used adjunctively<br />

with levetiracetam (Keppra) in placebocontrolled<br />

pregabalin epilepsy trials<br />

Uthman B, Emir B, Leon T, Giordano S (Qatar)<br />

p490 Response to drug treatment in newlydiagnosed<br />

epilepsy: a pilot study of H<br />

NMR- and MS-based metabonomic analysis<br />

Sills G, Alzweiri M, Leach J, Brodie M,<br />

Robertson C, Watson D, Parkinson J (UK)<br />

p49 Pregnancy outcomes and mode of delivery<br />

in EURAP<br />

Tomson T,<br />

On behalf of EURAP Study Group (Sweden)<br />

p492 <strong>Epilepsy</strong> and Buccal Midazolam training in<br />

Ireland for health professionals<br />

Farrell A (Ireland)<br />

p493 An open-label extension of two controlled<br />

studies of carisbamate as adjunctive<br />

treatment of partial onset seizures<br />

in adults<br />

Halford J, Kalviainen R, Ben-Menachem E,<br />

Schmitt J, Wiegand F, Novak G (USA)<br />

p494 Current reporting of adverse events in anti<br />

epileptic drug trials: a quantitative and<br />

qualitative analysis<br />

Shukralla A, Marson A (UK)<br />

p495 Correlation between clinical efficacy,<br />

SCN A polymorphism and unbound<br />

fraction of carbamazepine<br />

Sterjev Z, Kiteva G, Mladenovska K, Suturkova L,<br />

Dimovski A (Macedonia)<br />

p496 Lamotrigine-intoxication due to<br />

interaction with codeine: three<br />

case reports<br />

Stepanek P, Krämer G, Dorn T (Switzerland)<br />

p497 Different therapeutic regimens in seizurefree<br />

patients<br />

De Maria G, Valente L, Guarneri B,<br />

Antonini L (Italy)<br />

p498 Gabapentin kinetics during delivery, in the<br />

neonatal period, and during lactation<br />

Öhman I, Tomson T (Sweden)<br />

POSTER PRESENTATIONS<br />

p499 Carbonic anhydrase inhibitor-induced<br />

renal tubular acidosis<br />

Mirza N, Marson A, Pirmohamed M (UK)<br />

p500 Reversible visual hallucinations induced<br />

by topiramate: report of two cases<br />

Park H, Yang K, Jeong D, Oh H, Kim T (Korea)<br />

p50 Levetiracetam: a retrospective study on<br />

the relationship between serum<br />

concentration, dosage and adverse events<br />

in childhood epileptic patients<br />

Rasmini P, Vonella G, Vercellino F, Maurizio C,<br />

Dante B (Italy)<br />

p502 Prospective surveillance of Croatian<br />

pregnant women under lamotrigine<br />

monotherapy: aspects of pre-pregnancy<br />

counseling and drug monitoring<br />

Miskov S, Gjergja Juraski R, Fucic A,<br />

Bosnjak-Pasic M, Ivicevic-Bakulic T,<br />

Cvitanovic-Sojat L, Bosnjak J,<br />

Demarin V (Croatia)<br />

p503 The effect of Carbamazepine therapy on<br />

serum leptin levels<br />

Uludað I, Kulu U, Þener U, Zorlu Y,<br />

Köse Þ (Turkey)<br />

p504 Efficacy of Levetiracetam study at pacients<br />

with epilepsy<br />

Pendefunda L, Cucos L, Despina O (Romania)<br />

p505 Clinical usage of visual-analog version<br />

of adverse events profile questionare in<br />

patients with complex partial epilepsy<br />

Lukic S, Spasic M (Serbia and Montenegro)<br />

p506 Effect of antiepileptic drugs on bone<br />

density in ambulatory patients<br />

Kharbanda P, Duberkar D, Prabhakar S,<br />

Khandelwal N (India)<br />

p507 Prognostic factors for 2-month remission<br />

Bonnett L, Tudur-Smith C, Williamson P,<br />

Marson T (UK)<br />

p508 The safety and tolerability of lacosamide<br />

in randomized, double-blind, placebocontrolled<br />

phase II/III clinical trials<br />

Gil-Nagel A, Biton V, Fountain N, Rosenow F,<br />

Hebert D, Doty P (Spain)<br />

p509 Antiepileptic drug monotherapy in a<br />

veteral population<br />

Nguyen V, Tran H, Makhijani V, Nguyen C,<br />

Shah N, Kaunitz J, Dergalust S (USA)<br />

p5 0 Evaluation of lacosamide efficacy in<br />

subjects with partial-onset seizures<br />

across the dose range used in phase II/III<br />

clinical trials<br />

Ben-Menachem E, Chung S, Rudd D, Hebert D,<br />

Doty P (Sweden)<br />

www.epilepsybudapest2009.org 9


POSTER PRESENTATIONS<br />

p5 Seizure count while switching back<br />

and forth between branded and<br />

generic oxcarbazepine<br />

Hagemann G, Fuchs M, Zinke J,<br />

Witte O (Germany)<br />

p5 2 A multicenter, open-label trial to assess<br />

the safety and tolerability of a single<br />

intravenous loading dose of lacosamide<br />

followed by oral maintenance as<br />

adjunctive therapy in subjects with<br />

partial-onset seizures: an interim report<br />

Fountain N, Krauss G, Isojarvi J, Dilley D,<br />

Doty P (USA)<br />

p5 3 Evaluation of seizure freedom and 75%<br />

responder rates with lacosamide in<br />

subjects with partial-onset seizures in<br />

phase II/III clinical trials<br />

French J, Brodie M, Hebert D, Isojarvi J,<br />

Doty P (USA)<br />

p5 4 Patient - perceived drug related cognitive<br />

impairment of valproate and lamotrigine<br />

duotherapy in patients with complex<br />

partial epilepsy<br />

Spasic M, Lukic S,<br />

Nikolic M (Serbia and Montenegro)<br />

p5 5 Efficacy of lacosamide in partialonset<br />

seizures with and without secondary<br />

generalization: a pooled analysis of three<br />

phase II /III trials<br />

Isojarvi J, Rosenow F, Faught R, Hebert D,<br />

Doty P (USA)<br />

p5 6 Improvement in patient-reported<br />

outcomes seen in patients responding to<br />

lacosamide: Pooled QOLIE-3 , SSS and<br />

PGIC data from 3 Phase II/III clinical trials<br />

De La Loge C, Cramer J, Borghs S, Mueller K,<br />

Eggert A, Doty P (Belgium)<br />

p5 7 Effect of eslicarbazepine acetate<br />

and oxcarbazepine on cognition<br />

and psychomotor function in<br />

healthy volunteers<br />

Almeida L, Milovan D, Nunes T, Romach M,<br />

Rocha J, Sellers E, Sokowloska M,<br />

Soares-da-Silva P (Portugal)<br />

p5 8 Pharmacotherapy for childhood<br />

non-idiopathic partial epilepsies based<br />

on seizure symptoms: retrospective and<br />

prospective studies<br />

Sugai K, Nakagawa E, Komaki H, Sakuma H,<br />

Saito Y, Sasaki M (Japan)<br />

p5 9 Intravenous levetiracetam vs placebo in<br />

canine status epilepticus<br />

Leppik I, Patterson E, Hardy B, Cloyd J (USA)<br />

p520 Case reports of pregnancies in pregabalin<br />

clinical studies<br />

Shah J, Giordano S, Karkanias G, Leon T (USA)<br />

92<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p52 Vulnerability of an epileptic case to<br />

psychosis: sodium valproate with<br />

lamotrigine, forced normalization,<br />

postictal psychosis or all?<br />

Bahar A, Boz M, Taskapilioglu O, Eker S,<br />

Bora I (Turkey)<br />

p522 STEP ONE: Study on the treatment of<br />

elderly patients with older and newer<br />

anti-epileptic drugs. Interim report on<br />

recruitment and drop-out rates<br />

Krämer G, Trinka E, Werhahn K (Switzerland)<br />

p523 Psychopathology, psychosocial<br />

functioning and IQ in children with<br />

drug-resistant epilepsy before and<br />

after epilepsy surgery<br />

Danielsson S, Viggedal G, Steffenburg S,<br />

Rydenhag B, Gillberg C, Olsson I (Sweden)<br />

p524 Surgical outcome of frontal lobe epilepsy:<br />

prognostic factors in a longitudinal analysis<br />

Chung C, Kim C (South Korea)<br />

p525 Outcome after centro-median thalamic<br />

stimulation in patients with generalized<br />

epilepsy previously submitted to<br />

extended callosal section: an insight into<br />

the pathophysiological mechanisms of<br />

generalized epilepsy<br />

Cukiert A, Burattini J, Mariani P, Agapito D,<br />

Cukiert C, Baise C, Forster C, Mello V,<br />

Argentoni-Baldochi M (Brazil)<br />

p526 Outcome after cortico-amygdalohippocampectomy<br />

according to preoperative<br />

magnetic resonance findings<br />

Argentoni-Baldochi M, Cukiert A, Burattini J,<br />

Mariani P, Agapito D, Cukiert C, Baise C,<br />

Forster C, Mello V (Brazil)<br />

p527 Therapeutical strategies in epilepsy<br />

patients with ictal asystoles<br />

Kerling F, Duetsch M, Kasper B,<br />

Stefan H (Germany)<br />

p528 Outcome after cortico-amygdalohippocampectomy<br />

in patients with severe<br />

bilateral mesial temporal sclerosis<br />

submitted to invasive recording<br />

Cukiert A, Burattini J, Mariani P, Agapito D,<br />

Cukiert C, Baise C, Forster C, Mello V,<br />

Argentoni-Baldochi M (Brazil)<br />

p529 Long-term seizure outcome in adult<br />

patients initially non-seizure free after<br />

epilepsy surgery<br />

Elsharkawy A, Alabbasi A, Pannek H, Urak L,<br />

Schulz R, Hoppe M, Oppel F, Ebner A (Germany)<br />

p530 Magnetoencepahlography-directed<br />

epilepsy surgery in children:<br />

can invasive intracranial electrode<br />

monitoring be avoided?<br />

Murakami H, Kameyama S, Masuda H, Saito N,<br />

Akasaka N, Tohyama J, Kakita A,<br />

Takahashi H (Japan)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p53 <strong>Epilepsy</strong> surgery in grey matter<br />

heterotopias: a case series<br />

Gofton T, Steven D, McLachlan R,<br />

Burneo J (Canada)<br />

p532 Initial experience of the temporal lobe<br />

epilepsy surgery<br />

Kostiuk K, Laponogov O, Tsymbaliuk V (Ukraine)<br />

p533 MRI-guided stereotactic radiofrequency<br />

thermocoagulation for epileptogenic<br />

hypothalamic hamartomas<br />

Kameyama S, Murakami H, Masuda H (Japan)<br />

p534 Analysis of ictal high frequency<br />

oscillations using gradient magnetic-field<br />

topography on magnetoencephalography<br />

in patients with intractable epilepsy<br />

Iida K, Kurisu K, Hashizume A, Kagawa K, Kiura Y,<br />

Hanaya R, Arita K, Otsubo H (Japan)<br />

p535 Usefulness and the value of intracranial<br />

EEG monitorings in epilepsy surgery<br />

Lu Y, Xu X, Zhao C, Xu R (China)<br />

p536 Imaging and pathology characteristics of<br />

8 patients with Rasmussen’s encephalitis<br />

Luan G, Guan Y (China)<br />

p537 Hemispherotomy for intractable epilepsy<br />

in infancy and early childhood<br />

Otsuki T, Takahashi A, Kaido T, Kaneko Y, Sugai K,<br />

Nakagawa E, Sasaki M (Japan)<br />

p538 Clinical experience with vagus nerve<br />

stimulation in refractory epilepsy<br />

Rodriguez-Osorio X, Lopez-Gonzalez F,<br />

Pardo J, Prieto A, Peleteiro M, Guijarro M,<br />

Arcos A, Castillo J (Spain)<br />

p539 Age of seizure-onset in pediatric epilepsy<br />

surgery patients<br />

Wilfong A, Malphrus A, Schultz R,<br />

Yoshor D (USA)<br />

p540 Neuropsychological outcomes in adults<br />

with medically intractable epilepsy<br />

treated with responsive cortical<br />

stimulation by the RNS- System<br />

Morrell M, Loring D (USA)<br />

p54 Insular epilepsy surgery under<br />

neuronavigation guidance using<br />

depth electrode<br />

Kim D, Kim H, Lee J (Korea)<br />

p542 A design of low-cost minimally invasive<br />

surgical instruments for epileptogenic<br />

intracranial EEG measurement and<br />

brain stimulation<br />

Yamakawa T, Yamakawa T, Suzuki M,<br />

Fujii M (Japan)<br />

p543 Resective surgery in intractable partial<br />

epilepsy with normal MRI in adults<br />

Lee B, Heo K, Cho Y, Jang S, Chang J, Yi S (Korea)<br />

POSTER PRESENTATIONS<br />

p544 Efficacy of levetiracetam (LEV) in<br />

54 postsurgical patients with<br />

continuing seizures<br />

Carius A, Brandt A, Schulze-Bonhage A (Germany)<br />

p545 A bidirectional relationship between<br />

depressive symptoms and seizure<br />

frequency in epilepsy surgery patients<br />

Metternich B, Wagner K, Buschmann F,<br />

Zentner J, Schulze-Bonhage A (Germany)<br />

p546 An epileptogenic zone and morphological<br />

changes in brain cortex<br />

Stepanenko A, Arkhipova N,<br />

Shishkina L (Moscow)<br />

p547 Successful surgical treatment for<br />

intractable epilepsy caused by<br />

cortical dysplasia<br />

Kishima H, Amami K, Satoru O, Masayuki H,<br />

Koichi H, Tetsu G, Takufumi Y, Okinaga T,<br />

Shimono K, Youichi S, Toshiki Y (Japan)<br />

p548 Application of focal brain cooling to the<br />

treatment of intractable epilepsy;<br />

experimental and clinical studies<br />

Fujii M, Fujioka H, Oku T, Tanaka N, Imoto H,<br />

Nomura S, Suehiro E, Fujisawa H, Kunitsugu I,<br />

Saito T, Grigorievich Z, Yamakawa T,<br />

Suzuki M (Japan)<br />

p549 The long-term outcome after<br />

epilepsy surgery<br />

de Tisi J, Duncan J, McEvoy A, Harkness W (UK)<br />

p550 A micro-cryoprobe for necrotizing the<br />

epileptogenic focus<br />

Yamakawa T, Ishizuka S, Grigorievich Z, Fujii M,<br />

Suzuki M (Japan)<br />

p55 Surgical treatment of patients with drugresistant<br />

hypermotor seizures<br />

Tao Y, Yongjie L (China)<br />

p552 Propagation patterns of ictal discharges in<br />

temporal epilepsy<br />

Guangming Z (China)<br />

p553 Outcome predictors for surgical<br />

treatment of temporal lobe epilepsy with<br />

mesial sclerosis<br />

Teotónio R, Bento C, Sales F (Portugal)<br />

p554 Mortality after epilepsy surgery<br />

McIntosh A, Averill C, Berkovic S (Australia)<br />

p555 Long term follow up of behavioural<br />

and cognitive outcome in<br />

hemispherectomized epilepsy patients<br />

Buddewig S, Gleissner U, Elger C, Schramm J,<br />

Helmstaedter C (Germany)<br />

p556 Seizure outcome of epilepsy surgery in<br />

focal epilepsies assocaited with temporomesial<br />

glioneuronal tumors: lesionectomy<br />

versus tailored resection<br />

Giulioni M, Rubboli G, Marucci G,<br />

Martinoni M, Volpi L, Michelucci R, Marliani A,<br />

Bisulli F, Tinuper P, Castana L, Sartori I,<br />

Calbucci F (Italy)<br />

www.epilepsybudapest2009.org 93


POSTER PRESENTATIONS<br />

p557 Localizing value of pharmacologically<br />

provoked ictal SPET in extratemporal<br />

lobe epilepsies<br />

Barba C, Di Giuda D, Policicchio D, Fuggetta F,<br />

Papacci F, Meglio M, Colicchio G (Italy)<br />

p558 Vagus nerve stimulation in patients with<br />

medically refractory epilepsy: our first<br />

hundred cases<br />

Brust Mascher E, Alonso-Vanegas M, Castillo<br />

Montoya C, Rocha L, Paez M, Pérez S,<br />

Rubio Donnadieu F (Mexico)<br />

p559 Functional restoration after surgical<br />

treatment for intractable epilepsy relating<br />

sensorimotor system studied by synthetic<br />

aperture magnetometry<br />

Kato A, Kishima H, Hirata M, Oshino S,<br />

Nakano N, Lin Y, Ninomiya H, Okinaga T,<br />

Shimono K, Yoshimine T (Japan)<br />

p560 Temporal lobectomy in children:<br />

predictors and outcomes<br />

Desai N, Harrison S, Harkness W, Khadem F,<br />

Cross H (UK)<br />

p56 Lesional intractable frontal lobe epilepsy:<br />

90 cases<br />

Senties-Madrid H, Alonso-Vanegas M,<br />

Brust-Mascher E, Castillo-Montoya C, Rocha L,<br />

Bramasco-Avilez A, Rubio-Donnadieu F (Mexico)<br />

p562 Reactivation of herpes simplex<br />

encephalitis in an adult patient: possible<br />

severe complication of epilepsy surgery<br />

Krysl D, Sramek M, Amlerova J, Krijtova H,<br />

Tomasek M, Mohapl M,<br />

Marusic P (Czech Republic)<br />

p563 Bedside removal of subdural strip<br />

electrodes<br />

Steven D, Burneo J (Canada)<br />

p564 Impact of epilepsy surgery on quality<br />

of life: how one asks, determines what<br />

one finds<br />

Wiebe S, Seiam A, Dhaliwal H (Canada)<br />

p565 Differences between patients with early vs<br />

late onset mesial temporal lobe epilepsy<br />

Arpad Ö, Benbir G, Uzan M, Yeni N, Karaagac N,<br />

Yalçinkaya C, Özyurt E, Ozkara C (Turkey)<br />

p566 Lack of association between ABCB ,<br />

ABCG2, and ABCC2 genetic<br />

polymorphisms and multidrug resistance<br />

in epilepsy<br />

Kim D, Lee S, Chu K (South Korea)<br />

p567 Analysis of MDR and MRP2<br />

polymorphisms in drug-resistant epilepsy<br />

Yoshida S, Shoko T, Norio Y, Naoko O, Shukuko Y,<br />

Kojima T, Masamitu I, Kazuko N, Sunao K (Japan)<br />

p568 Linkage analysis in a familial case of<br />

idiopathic epilepsy in Malta<br />

Mifsud J, Cassar M (Malta)<br />

94<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p569 Mapping of chromosomal breakpoints<br />

associated with mental retardation and<br />

myoclonic-astatic epilepsy: isolation of<br />

candidate disease genes<br />

Klitten L, Tommerup N, Hjalgrim H,<br />

Møller R (Denmark)<br />

p570 Mutations in SCN A promoter and<br />

5’-untranslated regions in patients with<br />

severe myoclonic epilepsy in infancy<br />

Liao W, Long Y, Yu M, Liu X, Lin S (China)<br />

p57 Association of LGI4 gene polymorphisms<br />

with benign familial infantile convulsions<br />

Ishii A, Zhang B, Kaneko S, Hirose S (Japan)<br />

p572 Febrile seizure or Darvet Syndrome:<br />

a clinical and molecular study of SCN Arelated<br />

epilepsy in Iranian families<br />

Ebrahimi A, Zeinali S, Fallah S, Tonekaboni H,<br />

Seied Hassani S, Ataei M, Modaber G,<br />

Houshmand M (Iran)<br />

p573 Clinical and genetic survey of Chinese Han<br />

families with epilepsy<br />

Lu Y, Wang X (China)<br />

p574 Genetic variations of ABCC2 transporters<br />

associated with adverse drug reactions<br />

Kim W, Lee J, Cho Y, Heo K, Lee M, Lee B (Japan)<br />

p575 Molecular genetic study for mental<br />

retardation with epilepsy<br />

Nakagawa E, Inazawa J, Okazawa H, Kato M,<br />

Kubota T, Kurosawa K, Saitoh S, Nanba E,<br />

Matsumoto N, Toda T, Wada T, Goto Y (Japan)<br />

p576 Duplication of CHRNB2 in a patient with<br />

early-onset absence epilepsy<br />

Muhle H, Helbig I, Tönnies H, Steinich I, von<br />

Spiczak S, Franke A, Schreiber S, Siebert R,<br />

Stephani U, Sander T (Germany)<br />

p577 Polymorphisms at ABCB gene and<br />

correlation with drug resistance<br />

in epilepsy<br />

Pelliccia V, Pizzanelli C, Di Paolo A, Jensen S,<br />

Lastella M, Galli R, Danesi R, Iudice A,<br />

Del Tacca M, Murri L (Italy)<br />

p578 Familial SME patients with SCNIA<br />

gene mutations<br />

Chen L, Yu M, Shi Y, Deng W, Liu X, Mai Y, Gao M,<br />

Liao W (China)<br />

p579 <strong>Epilepsy</strong>, mental retardation and<br />

developmental abnormalities: cryptic<br />

genomic imbalances detected by whole<br />

genome array-CGH<br />

Marini C, Novara F, Dalla Bernardina B, Gana S,<br />

Torniero C, Parrini E, Mei D, Ferrari A, Darra F,<br />

Pramparo T, Zuffardi O, Guerrini R (Italy)<br />

p580 Mosaic mutation in family with<br />

epilepsy with febrile sizures caused by<br />

SCN A mutation<br />

Shi Y, Yu M, Deng W, Gao M, Chen L, Long Y,<br />

Liao W (China)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p58 The clinical and genetic spectrum of<br />

familial lateral temporal epilepsies<br />

Michelucci R, Pasini E, Busolin G,<br />

Di Bonaventura C, Mecarelli O, Gambardella A,<br />

Elia M, Bisulli F, Avoni P, Binelli S, Striano P,<br />

Striano S, Coppola G, Tinuper P, Egeo G,<br />

Giallonardo A T, Boniver C, Riguzzi P,<br />

Nobile C (Italy)<br />

p582 Four-generation family with generalized<br />

epilepsy caused by a deletion of the<br />

SCN A gene<br />

Suls A, Velizarova R, Yordanova I, Deprez L,<br />

Van Dyck T, Wauters J, Guergueltcheva V,<br />

Claes L, Jordanova A, De Jonghe P (Belgium)<br />

p583 Phenotypic variability in patients with<br />

Glut mutations<br />

Weber Y, Kamm C, Suls A, Kempfle J,<br />

Wuttke T, Salov-Vargas A, Bellan-Koch A,<br />

Maljevic S, Gasser T, DeJonghe P, Auburger G,<br />

Lerche H (Germany)<br />

p584 Failure to find CHRNB2 mutations in the<br />

southern Chinese ADNFLE population<br />

Chen Z, Zhai Q (China)<br />

p585 Predictive genetic risk factors for<br />

febrile seizures and mesial temporal<br />

lobe epilepsy<br />

Leal B, Chaves J, Carvalho C, Bettencourt A,<br />

Barros M, Pereira C, Costa P, Rocha F, Temudo T,<br />

Monteiro L, Lopes Lima J, Martins Silva A,<br />

Martins Silva B (Portugal)<br />

p586 Suggestion of Linkage to FEB in a<br />

Colombian family with autosomal<br />

dominant epilepsy with<br />

febrile seizures plus<br />

Pineda-Trujillo N, Caro-Gomez M,<br />

Tejada-Moreno J, Cabrera D, Bedoya G,<br />

Ruiz-Linares A, Franco A, Gomez-Castillo C,<br />

Cornejo W, Carrizosa J (Colombia)<br />

p587 A novel CACNA A missense mutation in<br />

absence epilepsy and episodic ataxia<br />

Carmen-Ionela B, Emmanuel R, Gilles H,<br />

Vincent N, Claude A, Michel B, Isabelle G (France)<br />

p588 Bilateral perisylvian polymicrogyria shows<br />

a wide severity spectrum and significant<br />

skewing towards males<br />

Leventer R, Jansen A, Pilz D, Stoodley N, Marini C,<br />

Dubeau F, Malone J, Mitchell A, Mandelstam S,<br />

Scheffer I, Berkovic S, Andermann E,<br />

Andermann F, Guerrini R, Dobyns W (Australia)<br />

p589 Deletions involving both KCNQ2 and<br />

CHRNA4 present with a phenotype of<br />

benign familial neonatal convulsions<br />

Kurahashi H, Wang J, Ishii A, Kaneko S,<br />

Hirose S (Japan)<br />

p590 Can defective retrograde axonal transport<br />

cause seizures?<br />

Pandey J, Mesngon M, Hebbar S, Smith D (USA)<br />

POSTER PRESENTATIONS<br />

p59 Quantification of intracerebral GABA by<br />

H-MRS: how reproducible are results?<br />

Hammen T, Bogner W, Gruber S, Stadlbauer A,<br />

Doelken M, Mennecke A, Doerfler A,<br />

Stefan H (Germany)<br />

p592 T2-relaxometry and apparent diffusion<br />

coefficient mapping of the thalamus in<br />

temporal lobe epilepsy<br />

Ferreira H, Manaças R,<br />

Gonçalves Pereira P (Portugal)<br />

p593 Mesial temporal sclerosis is associated<br />

with febrile seizures in the absence<br />

of epilepsy<br />

Gross D, Gong G, Beaulieu C (Canada)<br />

p594 Video-EEG-fMRI: a proximal in-bore Video-<br />

EEG system within a 3T MRI scanner<br />

Fernandes J, Cunha J, Tafula S, Brandão S,<br />

Bastos Leite A, Ramos I (Portugal)<br />

p595 Language fMRI pre- and post-surgery:<br />

evidence for functional plasticity<br />

Bonelli S, Powell R, Yogarajah M, Focke N,<br />

Stretton J, Thompson P, Symms M, Koepp M,<br />

Duncan J (UK)<br />

p596 EEG-fMRI changes and generalised<br />

epileptic activity. What is the link?<br />

Hamandi K, Murphy K, Evans J, Wise R (UK)<br />

p597 Postsurgically preserved verbal memory<br />

associated with presurgically widespread<br />

temporo-frontal memory-fMRI activation<br />

in left-sided temporal lobe epilepsy<br />

Labudda K, Mertens M, Aengenendt J, Ebner A,<br />

Woermann F (Germany)<br />

p598 Tractography and the distributed network<br />

damage underlying memory impairment<br />

in temporal lobe epilepsy<br />

Yogarajah M, Focke N, Bonelli S, Parker G,<br />

Alexander D, Thompson P, Symms M, Koepp M,<br />

Duncan J (UK)<br />

p599 Voxel-based morphometry of gray matter<br />

abnormalities in MRI-negative temporal<br />

lobe epilepsy<br />

No Y, Kang J (Korea)<br />

p600 The value of FDG-PET for detecting<br />

cortical malformation in West syndrome<br />

Kagitani-Shimono K, Morita Y, Kitai Y,<br />

Araya K, Tominaga K, Okinaga T, Mohri I,<br />

Taniike M, Nagai T, Ozono K (Japan)<br />

p60 The electro-clinical-imagiological<br />

spectrum and outcome of reversible<br />

neuroimaging abnormalities induced by<br />

presenting seizures<br />

Canas N, Soares P, Calado S, Romero C, Vale J,<br />

Jordão C (Portugal)<br />

p602 Single-subject voxel-based T2 relaxometry<br />

in focal epilepsy of uncertain origin<br />

Kosior R, Sharkey R, Frayne R,<br />

Federico P (Canada)<br />

www.epilepsybudapest2009.org 95


POSTER PRESENTATIONS<br />

p603 Cortical reorganization and reduced<br />

efficiency of visual word recognition in<br />

right temporal lobe epilepsy: a functional<br />

MRI study<br />

Jensen E, Pexman P, Goodyear B,<br />

Federico P (Canada)<br />

p604 Preoperative 23I-iomazenil SPECT and<br />

8F-fluorodeoxyglucose PET in temporal<br />

lobe epilepsy<br />

Hosomi K, Kishim H, Saitoh Y, Hirata M,<br />

Oshino S, Goto T, Maruo T, Yanagisawa T, Ali M,<br />

Kato A, Yoshimine T (Japan)<br />

p605 Emotional attack with localized focus near<br />

left amygdala on MEG<br />

Tsuru N (Japan)<br />

p606 Voxel-based morphometry of temporal<br />

lobe epileptic patients<br />

Labate A, Cerasa A, Mumoli L, Aguglia U,<br />

Quattrone A, Gambardella A (Italy)<br />

p607 BOLD correlates of interictal epileptic<br />

activity: additional contributions from<br />

continuous EEG Source Imaging<br />

Vulliemoz S, Rodionov R, Thornton R,<br />

Carmichael D, Guye M, Lhatoo S, Duncan J,<br />

Michel C, Lemieux L (UK)<br />

p608 Epileptic Nystagmus: a case report<br />

Tseng Y (Taiwan)<br />

p609 Simultaneous EEG and functional MRI<br />

study of the ictal and interictal epileptic<br />

activity in patients with absence epilepsy<br />

Li Q, Luo C, Zhou D (China)<br />

p6 0 Alteration of resting-state functional<br />

magnetic resonance imaging in<br />

paroxysmal kinesigenic choreoathetosis<br />

Zhou B, Chen Q, Zhou D, Gong Q (China)<br />

p6 Study of the causes of symptomatic<br />

epilepsies diagnosed in an epilepsy clinic<br />

in Nepal<br />

Bajaj S, Bajaj N (Nepal)<br />

p6 2 Reduced serotonin transport in<br />

epilepsy measured by positron<br />

emission tomography<br />

Theodore W, Fingerish A, Cannon D, Lim Y,<br />

Dustin I, Reeves-Tyer P, Herscovitch P (USA)<br />

p6 3 Comparison of multimodal non-invasive<br />

imaging with intracranial EEG for epileptic<br />

focus localization<br />

Spinelli L, Brodbeck V, Delavelle J, Wissmeyer M,<br />

Michel C, Seeck M (Switzerland)<br />

p6 4 Morphological changes of the cortex in<br />

juvenile mycolonic epilepsy (JME):<br />

an MRI study<br />

Ronan L, Alhusaini S, Scanlon C, Fitzsimons M,<br />

Delanty N (Ireland)<br />

96<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p6 5 Evidence of neuronal dysfunction<br />

measured by proton MR spectroscopy TLE<br />

patients differs in responders and nonresponders<br />

to the first AED monotherapy<br />

Campos B, Yasuda C, Castellano G, Bilevicius E,<br />

Li L, Cendes F (Brazil)<br />

p6 6 Non-invasive dynamic imaging of seizures<br />

in epileptic patients<br />

Tyvaert L, LeVan P, Dubeau F,<br />

Gotman J (Canada)<br />

p6 7 Focal magnetic source imaging<br />

in extensive malformations of cortical<br />

development<br />

Russi A, Santiuste M, Nowak R, Tarancón T,<br />

Oliver B, Ayats E (Spain)<br />

p6 8 A functional magnetic resonance study<br />

of language lateralization in frontal<br />

lobe epilepsy<br />

Bongiovanni L, Zoccatelli G, Cavallin M,<br />

Rizzuto N, Dalla Bernardina B, Beltramello A,<br />

Alessandrini F (Italy)<br />

p6 9 Time-frequency and spatial structure<br />

of typical and atypical discharges in<br />

nonconvulsive epilepsy<br />

Gabova A, Gnezditsky V, Dikanev T,<br />

Kuznetsova G, Obukhov Y (Russia)<br />

p620 Are reductions in D2-receptor availability<br />

reversible one year after epilepsy surgery<br />

for mesial temporal sclerosis?<br />

Werhahn K, Yakushev I, Landvogt C, Buchholz H,<br />

Glaser M, Schreckenberger M (Germany)<br />

p62 Functional brain mapping of seizures<br />

in focal epilepsy using simultaneous<br />

EEG/fMRI recordings<br />

Leal A, Secca M, Jordão C (Portugal)<br />

p622 Post stroke seizures and BBB(blood brain<br />

barrier)-DTPA SPECT studies<br />

Gilad R, Eilam A, Loberboim M, Lampl Y (Israel)<br />

p623 Comparison of the magnetometer and<br />

synthetic planar gradiometer MEG data<br />

in the detection of deep sources:<br />

preliminary report<br />

Nowak R, Buchanan S, Santiuste M,<br />

Graetz G (Spain)<br />

p624 Engagement of the medial temporal lobe<br />

in verbal and non-verbal memory:<br />

assessment with fMRI in normal subjects<br />

Villani F, Rosazza C, Minati L, Ghielmetti F,<br />

Maccagnano E, Erbetta A, Epifani F, Dylgjeri S,<br />

Bruzzone M (Italy)<br />

p625 Brain structure endophenotypes<br />

in mesial temporal lobe epilepsy:<br />

a quantitative MRI study<br />

Scanlon C, Ronan L, Doherty C, Cavalleri G,<br />

Delanty N, Fitzsimons M (Ireland)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p626 PGP action in temporal lobe epilepsy<br />

explored with [ 8F] MPPF: intermediate<br />

results after blockade of PGP with<br />

cyclosporine A<br />

Hammers A, Bouvard S, Costes N,<br />

Perreira de Sousa Neto E, Lothe A,<br />

Keihaninejad S, Le Bars D, Didelot A,<br />

Mauguière F, Koepp M, Hirsch E, Ryvlin P (UK)<br />

p627 Comparison of language fMRI in primary<br />

and secondary language for non English<br />

native speakers<br />

Centeno M, Bonelli S, Rodionov R, Vollman C,<br />

Duncan J (UK)<br />

p628 Idiopathic generalized epilepsy is<br />

associated with atrophy in pulvinar and<br />

somatomotor thalamic nuclei<br />

Bernasconi A, Bernhardt B, Kim H, Natsume J,<br />

Bernasconi N (Canada)<br />

p629 Prospective voxel based morphometry<br />

analysis of benign familial mesial<br />

temproal lobe epilepsy<br />

Morita M, Betting L, Yasuda C, Conz L,<br />

Costa A, Kobayashi E, Lopes-Cendes I,<br />

Guerreiro C, Cendes F (Brazil)<br />

p630 School performance and language<br />

features in children with rolandic epilepsy<br />

Oliveira E, Neri M, Guimarães C, Medeiros L,<br />

Guerreiro M (Brazil)<br />

p63 Working memory in patients with<br />

mesial temporal lobe epilepsy with<br />

unilateral hippocampal sclerosis<br />

Tudesco I, Vaz L, Noffs M, Mantoan M,<br />

Belzunces E, Caboclo L, Yacubian E, Sakamoto A,<br />

Bueno O (Brazil)<br />

p632 Executive dysfunction in patients with<br />

nonlesional, well-controlled epilepsy:<br />

a long-term effect of antiepileptic drugs<br />

Park S, Lee D, Lee J, Suh C (South Korea)<br />

p633 Impact of surgical outcome, side of lesion<br />

and interictal epileptiform discharges<br />

on attention and memory in temporal<br />

lobe epilepsy<br />

Wisniewski I, Wendling A, Steinhoff B (Germany)<br />

p634 Neuropsychological and<br />

neurophysiological achievements from<br />

two cases of epilepsy with occipital<br />

calcifications: how the administration<br />

of a simple cognitive task in a clinical<br />

context highlights selective impairment<br />

of visual cortex<br />

Gubernale M, Negrin S, Durisotti C,<br />

Piacentino M, Garofalo P, Gobbo A, Perin S,<br />

Antoniazzi L, Bonanni P (Italy)<br />

p635 Benign childhood epilepsy with<br />

centro-temporal spikes: word and<br />

pseudoword discrimination<br />

Fonseca L, Tedrus G, Oliveira E,<br />

Ximenes V (Brazil)<br />

POSTER PRESENTATIONS<br />

p636 Quality of life following resective surgery:<br />

initial outcomes<br />

Wan Mohamad W, Socorro Pieter M, Tharakan J,<br />

Sayuthi S, Kanti Pal H, Abdullah J (Malaysia)<br />

p637 Septal glutamatergic system promotes the<br />

development of epileptic focus in the<br />

model of temporal lobe epilepsy<br />

Garaeva E (Russia)<br />

p638 Benefits of a memory training program in<br />

epileptic patients: an exploratory study<br />

Cunha C, Sousa L, Sales F, Santana I (Portugal)<br />

p639 The neuropsychological profile of children<br />

with continuous spikes and waves during<br />

slow sleep<br />

Winczewska-Wiktor A, Zesawska A,<br />

Kaczmarek I, Gurda B, Starczewska M,<br />

Zarowski M, Kupczyk K, Steinborn B (Poland)<br />

p640 Cognitive function and quality of<br />

life effect of valproate, carbamazepine,<br />

and lamotrigine in patients with newly<br />

diagnosed epilepsy after 2-year follow-up<br />

Yu P, Zhu G, Xu Y, Zhao D, Wu X, Hong Z (China)<br />

p64 Postsurgical decline of naming<br />

performance in patients with left-sided<br />

temporal lobe epilepsy<br />

Aengenendt J, Prochnow D, Labudda K,<br />

Schulz R, Hoppe M, Woermann F,<br />

Ebner A (Germany)<br />

p642 Cognitive abilities of children exposed to<br />

Levetiracetam in utero: preliminary findings<br />

Shallcross R, Bromley R, Morrow J, Baker G (UK)<br />

p643 Behavioural abilities of children exposed<br />

to carbamazepine or sodium valproate in<br />

utero: preliminary prospective<br />

evidence from the Liverpool and<br />

Manchester Neurodevelopment Group<br />

Bromley R, Shallcross R, Gummery A, Mawer G,<br />

Clayton-Smith J, Baker G (UK)<br />

p644 Memory in a group of children with<br />

temporal lobe epilepsy<br />

Lopes A, Simões M, Robalo C, Fineza I,<br />

Gonçalves O (Portugal)<br />

p645 Visual and spatial agnosia associated with<br />

multifocal posterior epilepsy<br />

Sauvée M, Schaff J, Rumilly E, Beis J, Maillard L,<br />

Vignal J, Vespignani H (France)<br />

p646 Dysfunction of the social cognition<br />

revealed by Iowa gambling test in patients<br />

with mesial temporal lobe epilepsy<br />

Akamatsu N, Yamano M, Tsuji S, Kobayakawa H,<br />

Kawamura M (Japan)<br />

p647 Cognitive rehabilitation: a (needed) way to<br />

promote focal epilepsy outpatients’<br />

quality of life?<br />

Meneses R, Pais-Ribeiro J, Martins da Silva A,<br />

Giovagnoli A (Portugal)<br />

www.epilepsybudapest2009.org 97


POSTER PRESENTATIONS<br />

p648 The Boston Naming Test as a predictor of<br />

post-surgical naming dysfunctions in<br />

temporal lobe epilepsy<br />

Escorsi-Rosset S, Souza-Oliveira C,<br />

Miotto E, Bianchin M, Wichert-Ana L,<br />

Terra-Bustamante V, Alexandre V, Santos A,<br />

Sakamoto A (Brazil)<br />

p649 An exploration of cognitive function and<br />

cognitive endophenotypes in mesial<br />

temporal lobe epilepsy<br />

Maher H, Burke T, Pender N, Doherty C,<br />

Delanty N (Ireland)<br />

p650 Measuring driving performance during<br />

EEG events: contribution to individualized<br />

counseling on traffic safety in a patient<br />

with ring20 chromosome syndrome<br />

Gosar D, Ravnik I (Slovenia)<br />

p65 Temporal lobe epilepsy and abnormal<br />

forgetting of autobiographical memories:<br />

a diary intervention<br />

Reynders H, Isaac C, Howell S (UK)<br />

p652 Amnesic syndrome and hippocampal<br />

atrophy related to febrile convulsions<br />

Carrasco S, Burriel L, Ibañez R, Gallardo M,<br />

Vaamonde J, Gudin M (Spain)<br />

p653 The role of levetiracetam in the treatment<br />

of limbic seizure status in rats:<br />

electrophysiology and metabolism<br />

Sato M, Saito M, Hodozuka A, Anei R, Hayashi Y,<br />

Hiroshima S, Orimoto R, Tanaka T (Japan)<br />

p654 Automatic abnormal waves detection from<br />

the electroencephalograms of epilepsy<br />

cases to sort out the spikes, the sharps, the<br />

polyphase based on their statistical<br />

zerocrossing and<br />

temporal characteristics<br />

Noertjahjani S (Indonesia)<br />

p655 Neuropsychological assessment protocol<br />

for temporal lobe epilepsy pharmacoresistant<br />

adult patients candidates for<br />

neurosurgery procedure<br />

Alves-Leon S, Leite Monteiro M,<br />

Ottoni Brito G (Brazil)<br />

p656 Diffusion tensor imaging (DTI) aids in the<br />

presurgical ecaluation and surgical<br />

planning in patients with lesional<br />

temporal and extra temporal epilepsy<br />

Radhakrishnan A, Kesavadas C, Bahuleyan B,<br />

Radhakrishnan K (India)<br />

p657 Memory evaluation and antiepileptic<br />

action of intra-hippocampal injection<br />

of adeno-associated viral (AAV) gene<br />

of the neuropeptides Y (NPY) in the<br />

pilocarpine model in marmosets<br />

(CALLITHRIX JACCHUS)<br />

Blanco M, Kohek, S, Albertini L, Cinini S,<br />

Perez Mendes P, Bland R, Fitzsimons H,<br />

During M, Vezzani A, Mello L (Brazil)<br />

98<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p658 Corsi’s Blocks revisited<br />

Alpherts W (The Netherlands)<br />

p659 Voxel based morphometry and<br />

intellectual assessment in patients with<br />

congenital bilateral perisylvian syndrome<br />

(CBPS): correlation with epilepsy and<br />

cognitive performance<br />

Abraão Guimarães C, Guerreiro M, Lin Yasuda, C,<br />

C. Teixeira K, Montenegro M, Cendes F (Brazil)<br />

p660 Psychological effects of the refractar<br />

epilepsy<br />

Alecu T (Romania)<br />

p66 The natural history of cognitive<br />

functioning in patients with newly<br />

diagnosed epilepsy: the longer term<br />

impact of epilepsy and its treatment<br />

Taylor J, Baker G (UK)<br />

p662 Neuropsychological outcomes after<br />

epilepsy surgery: relationship with extents<br />

of hippocampal resections<br />

Cunha C, Pereira S, Santos G, Brito O,<br />

Machado E, Bento C, Sales F, Santana I (Portugal)<br />

p663 Frontal lobe epilepsy in children<br />

Lee H, Chi C (Taiwan)<br />

p664 The factor analytic structure of the WISC-R<br />

and WISC-III in children with epilepsy: a<br />

study across countries and cultures<br />

Van Iterson L, San Miguel L,<br />

Rios Motta M (The Netherlands)<br />

p665 Generalised epilepsy with febirle seizures<br />

plus in two sisters<br />

Gustavo L, Antonio P, Francisco C, Maria A,<br />

Pablo M, Paloma Q (Spain)<br />

p666 Reccurrent para-infectious seizures<br />

apropos of four cases<br />

Lorenzo G, Pedrera A, Corral F, Buenache R,<br />

Sáez J, Paradinas F (Spain)<br />

p667 Long-term outcome of difficult-to-treat<br />

epilepsy in childhood<br />

Beume L, Steinhoff B (Germany)<br />

p668 Lateralising signs in infantile spasms:<br />

differences in video and EEG analysis<br />

Dressler A, Klaus M, Franz B, MIchael F, Marco K,<br />

Gerald P, Edith R, Rainer S, Lydia U,<br />

Martha F (Austria)<br />

p669 Adrenocorticotrop hormone therapy in<br />

acquired childhood epileptic aphasia<br />

Szabó L, Nagy J, Kálmánchey R (Turkey)<br />

p670 <strong>Epilepsy</strong> in children with Angelman<br />

syndrome<br />

Budisteanu M, Arghir A, Chirieac S, Lungeanu A,<br />

Magureanu S (Romania)<br />

p67 Analysis of rolandic discharges in patients<br />

with idiopathic and symptomatic epilepsy<br />

Medeiros L, Yasuda C, Guerreiro M (Brazil)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p672 Age, dose, and environmental temperature<br />

are risk factors for topiramate-related<br />

hyperthermia in children with epilepsy<br />

Chung S (South Korea)<br />

p673 Refractory epilepsy associated with<br />

anti-GAD antibodies in a 6-year old girl<br />

Korff C, Parvex P, Wilhelm-Bals A,<br />

Schwitzgebel V, Lalive P, Seeck M (Switzerland)<br />

p674 Vagus nerve stimulation in pediatric<br />

epileptic syndromes<br />

Ruiz-Falcó M, García-Peñas J, Lara Herguedas J,<br />

Duat-Rodríguez A, López-Marín L,<br />

Cantarín-Extremera V, Gutiérrez N, Gutiérrez-<br />

Solana L, García M, Pérez-Jimenez M,<br />

Villarejo F (Spain)<br />

p675 Electro-clinical clinical picture of<br />

benign epilepsy with centro-temporal<br />

spikes (BECTS)<br />

Tanaka M (Japan)<br />

p676 Autism spectrum disorder and epilepsy: a<br />

retrospective follow-up study<br />

García-Peñas J, Cantarín-Extremera V,<br />

Lara-Herguedas J, Ruiz-Falcó M,<br />

Duat-Rodríguez A, López-Marín L, Rodrigo M,<br />

Gutiérrez N, Gutiérrez-Solana L,<br />

Pérez-Jiménez M (Spain)<br />

p677 Epileptic encephalopathy with negative<br />

myoclonic seizures of musculus mentalis<br />

during non-REM slee<br />

Ogihara M, Miyajima T, Hoshika A, Wang C,<br />

Hirabayashi S (Japan)<br />

p678 Can we predict seizure recurrence after<br />

anti-epileptic medication withdrawal<br />

following seizure freedom in children?<br />

Nickels K, Wirrell E (USA)<br />

p679 Extensive hemispherial polymicrogyria<br />

as the cause of electrical status epilepticus<br />

during slow sleep (ESES) syndrome<br />

Siegler Z, Hegyi M, György I, Barsi P, Fekésházy A,<br />

Szakáll S, Bognár L, Novák L, Fogarasi A (Turkey)<br />

p680 Epileptics manifestations in children with<br />

Down Syndrome<br />

Lara-Herguedas J, García-Peñas J, Ruiz-Falcó M,<br />

Duat-Rodríguez A, López-Marín L,<br />

Cantarín-Extremera V, Rodrigo M,<br />

Gutiérrez-Cruz N, Gutiérrez-Solana L,<br />

Pérez-Jiménez M, García-Pérez J (Spain)<br />

p68 Electro-clinical semiology at onset of the<br />

Lennox-Gastaut syndrome<br />

Nikanorova M, Miranda M (Denmark)<br />

p682 Rufinamide in children with Lennox-<br />

Gastaut syndrome and other related<br />

refractory epileptic encephalopathies:<br />

a prospective, add-on, open-label<br />

treatment study<br />

Cantarín V, García-Peñas J, Ruiz-Falcó M,<br />

Lara-Herguedas J, Duat-Rodríguez A,<br />

López-Marín L, Gutiérrez-Solana L,<br />

Rodrigo M, Gutiérrez N, Pérez-Jiménez M (Spain)<br />

POSTER PRESENTATIONS<br />

p683 Combination of epilepsy with benign<br />

epileptiform pattern of childhood and<br />

structural brain lesion<br />

Perunova N, Tomenko T (Russia)<br />

p684 Phenotypic characterisation of 36<br />

Colombian patients with juvenile<br />

myoclonic epilepsy Universidad De<br />

Antioquia-Hospital Universitario San<br />

Vicente De Paul, Medellin 997-2008<br />

Jaime C, William C, Silvia P, Dagoberto C,<br />

Nicolas P, Christhian G, Laura R (Colombia)<br />

p685 Factors influencing admission to ICU<br />

in children presenting with status<br />

epilepticus (SE)<br />

Tirupathi S, McMenamin J, Webb D (Ireland)<br />

p686 High dose of thiopental therapy for<br />

refractory status epilepticus in children<br />

Kwon Y, Kim D, Cho K (Korea)<br />

p687 Treatment of 2 patients of hypothalamic<br />

hamartoma with gelastic seizure by<br />

various modalities. Operative results and<br />

Neuropathological characteristics<br />

Hori T, Ochiai T, Akagawa H, Kubota Y,<br />

Miyata H (Japan)<br />

p688 Magnetoencephalography for atypical<br />

benign partial epilepsy: localization of<br />

Rolandic-sylvian spike sources<br />

Otsubo H, Chan D, Haginoya K, Nakagawa E,<br />

Shiraishi H (Canada)<br />

p689 Seizure control with dietary therapies:<br />

the ketogenic diet versus the low glycemic<br />

index and modified ketogenic diet<br />

Malphrus A, Schultz R, Rivera A, Riviello J,<br />

Wilfong A (USA)<br />

p690 EEG characteristics of lissencephaly<br />

Kim K, Cho A, Lim B, Hwang H, Chae J,<br />

Hwang Y (South Korea)<br />

p69 Abnormal development of neurons in<br />

focal cortical dysplasia: neuronal<br />

mis-maturation from an<br />

immunohistochemical consideration<br />

Hanai S, Saito T, Nakagawa E, Arai A, Otsuki T,<br />

Sasaki M, Goto Y, Itoh M (Japan)<br />

p692 Clinical effectiveness of antiepileptic<br />

drugs against refractory status epilepticus<br />

and its outcome in children<br />

Kwon S, Seo H, Hwang S (Korea)<br />

p693 Comparison of first attack of febrile<br />

seizure and benign convulsion with<br />

gastroenteritis<br />

You S, Kang H (South Korea)<br />

p694 Incidence and prognosis of frontal lobe<br />

epilepsy in Korean children<br />

Lee C, Rhyu S, Moon K, Baek K,<br />

Geum S (South Korea)<br />

www.epilepsybudapest2009.org 99


POSTER PRESENTATIONS<br />

p695 Mortality following antiepileptic drug use<br />

in children and adolescents<br />

Besag F, Ackers R, Hughes E, Squier W,<br />

Wong I (UK)<br />

p696 Abnormal cytoarchitecture of focal<br />

cortical dysplasia<br />

Arai A, Hanai S, Saito T, Nakagawa E, Ohtsuki T,<br />

Itoh M (Japan)<br />

p697 Prospective, observational, multi-center<br />

study to assess the effect of Topiramate on<br />

quality of life in childhood epilepsy<br />

Jung D (South Korea)<br />

p698 Acute symptomatic seizures and status<br />

epilepticus in children in Cheongju,<br />

South Korea<br />

Kim W, Sim J (South Korea)<br />

p699 Efficacy and safety of levetiracetam<br />

in children younger than 4 years of age<br />

with refractory epilepsy<br />

Sixiu L, Famgcheng C (China)<br />

p700 Corpus callosotomy in intractable epilepsy<br />

with nonlesional MRI<br />

Hur Y, Kim H, Kim D, Lee J (South Korea)<br />

p70 White matter diffusion abnormalities<br />

correlate with grey matter FDG-PET<br />

metabolism in epileptic children<br />

Lippe S, Archambaud F, Poupon C, Cachia A,<br />

Chiron C, Hertz-Pannier L (France)<br />

p702 The continuous spikes and waves<br />

during slow sleep in children. A series of<br />

patients<br />

Winczewska-Wiktor A, Starczewska M, Gurda B, Ź<br />

arowski M, Źesawska A, Kaczmarek I, Kupczyk K,<br />

Steinborn B (Poland)<br />

p703 Epileptic negative myoclonus as<br />

the presenting seizure type in benign<br />

childhood epilepsy with<br />

centro-temporal spikes<br />

Watemberg N, Leitner Y, Fattal-Valevski A,<br />

Kramer U (Israel)<br />

p704 Atkin’s diet in childhood refractory<br />

seizure: an Iranian experience<br />

Tonekaboni H, Mostaghimi P (Iran)<br />

p705 Rufinamide as add-on treatment for<br />

patients with Lennox-Gastaut syndrome<br />

Nakken O, Eriksson A, Lossius M,<br />

Nakken K (Norway)<br />

p706 MEG in pediatric epilepsy: dipole<br />

analysis vs. SAM<br />

Fasano R, Shamim S, Liew C, Wlker J,<br />

Theodore W, Gaillard W, Sato S (USA)<br />

p707 <strong>Epilepsy</strong> in children with schizencephaly<br />

Lee Y, Lee J, Kim S, Lee J, Kim H (South Korea)<br />

00<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p708 Electroencephalographic evolution in<br />

Panayiotopoulos syndrome and benign<br />

occipital epilepsies of childhood<br />

Martinovic Z, Cvorovic Z, Stanisic J,<br />

Milovanovic M (Serbia and Montenegro)<br />

p709 Behavioral abnormalities and psychiatric<br />

disorders in epileptic children<br />

Gniatkowska-Nowakowska A (Poland)<br />

p7 0 General or specific language impairment?<br />

Electrophysiological and<br />

neuropsychological study of Landau-<br />

Kleffner Syndrome<br />

Kálmánchey R, Szabó L, Honbolygó F,<br />

Csépe V (Turkey)<br />

p7 Clinical characteristics in epileptic children<br />

with electrical status epilepticus during<br />

slow sleep (ESES)<br />

Kollár K, Rosdy B, Móser J (Turkey)<br />

p7 2 Does socioeconomic status influence<br />

incidence of epilepsies in childhood?<br />

Zubcevic S, Gavranovic M, Catibusic F,<br />

Uzicanin S (Bosnia and Herzegovnia)<br />

p7 3 Study of non-convulsive status epilepticus<br />

(NCSE) in children and young people with<br />

complex epilepsy and learning disabilities<br />

Das K, Sadek H, Chivers F, Iga P (UK)<br />

p7 4 Bilateral Sturge Weber syndrome:<br />

to operate or not?<br />

Rosdy B, Kollár K, Móser J, Barsi P, Várallyay G,<br />

Bognár L, Siegler Z, Fogarasi A (Turkey)<br />

p7 5 Transient evolution to hypsarrhythmia in<br />

malignant migrating partial seizures in<br />

infancy: a case report<br />

Ong H, Liano A, Lim K, Wong J (Singapore)<br />

p7 6 Clinical and electroencephalographic<br />

findings in channelopathies<br />

Preto P, Guimarães C, Guerreiro M (Brazil)<br />

p7 7 A study of clinical features, EEG,<br />

pathophysiology and prognosis of 8<br />

patients with panayiotopoulos syndrome<br />

Liang J (China)<br />

p7 8 X-linked lissencephaly with abnormal<br />

genitalia caused by mutation of aristalessrelated<br />

homeobox gene exhibits abnormal<br />

distribution of GAB Aergic interneurons<br />

Itoh M, Okazaki S, Kuki I, Kawawaki H, Hai E,<br />

Inoue T, Goto Y, Yamano T, Tomiwa K (Japan)<br />

p7 9 Short-term ketogenic diet in intractable<br />

infantile spasms<br />

Lee Y, Eom S, Lee Y, Kang H, Lee J, Kim H (Korea)<br />

p720 EEG patterns and neurological outcome in<br />

neonates treated with extracorporeal<br />

membrane oxigenation (ECMO)<br />

Acevedo K, Margarit C, Mesa T, Escobar R,<br />

Godoy J, Santin J, Kattan J (Chile)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p72 Study of the electroclinical features of<br />

cases of juvenile myoclonic epilepsy<br />

diagnosed in an epilepsy clinic in Nepal<br />

Bajaj N, Bajaj S (Nepal)<br />

p722 Early-onset benign childhood<br />

occipital epilepsy: epidemiological and<br />

clinical characteristics and outcome<br />

Mª Eugenia Y, Teodoro D, Amalia A,<br />

Souto S (Spain)<br />

p723 Levetiracetam in pediatric patients with<br />

devastating epilepsy syndrome<br />

Ko T, Yum M, Jeong M, Lee E (Korea)<br />

p724 Cortical mechanisms underlying late onset<br />

epileptic spasms associated with temporal<br />

lobe lesions<br />

Milh M, Villeneuve N, Régis J, Scavarda D,<br />

Chabrol B, Chauvel P, Bartolomei F (France)<br />

p725 Long-term outcome of growth in children<br />

treated with ketogenic diet<br />

Song J, Lee Y, Lee E, Lee Y, Kang H, Lee J,<br />

Kim H (South Korea)<br />

p726 Outcome of the management of acute<br />

seizures in children admitted to a district<br />

hospital in sub-Saharan Africa<br />

Ikumi M, Muchohi S, Ohuma E, Kokwaro G,<br />

Newton C (Kenya)<br />

p727 Clinical and electroencephalic effect<br />

of folinic acid treatment in Dutch<br />

rett patients<br />

Hagebeuk E, Koelman H, Duran R, Abeling N,<br />

Poll-The B (The Netherlands)<br />

p728 Pyridoxin dependency (PD)-pyridoxin<br />

withdrawal test is not enough for<br />

the diagnosis<br />

György I (Turkey)<br />

p729 Treatment options and outcome in<br />

childhood absence and myoclonic<br />

epilepsies<br />

Dimova P, Bojinova V (Bulgaria)<br />

p730 Abnormal background EEG activity<br />

and mental retardation are main<br />

predictors of intractable epilepsy in<br />

tuberous sclerosis patients<br />

Jahodova A, Krsek P, Petrak B, Kaluzova M,<br />

Kudr M, Kyncl M, Komarek V (Czech Republic)<br />

p73 Low effectiveness of overnight videoEEG<br />

monitoring in nocturnal enuresis<br />

Sterbová K, Komárek V (Czech Republic)<br />

p732 Vagus nerve stimulation improves<br />

sialorrhea in a patient with Lennox-<br />

Gastaut-Syndrome<br />

Hela M, Parain D, Hattab N, Mrabet A (Tunisia)<br />

p733 <strong>Epilepsy</strong> and neurocutaneous syndromes:<br />

what should we look for<br />

Martins C, Monteiro J, Fonseca M (Portugal)<br />

POSTER PRESENTATIONS<br />

p734 Therapeutical approach and prognosis<br />

in pharmacoresistant idiopathic<br />

generalized epilepsies in childhood<br />

Bojinova V, Dimova P, Pencheva G (Bulgaria)<br />

p735 A retrospective analysis of treatment with<br />

stiripentol in 22 children of the <strong>Epilepsy</strong><br />

Centre Kork<br />

Wiemer-Kruel A, Ernst J (Germany)<br />

p736 Childhood absence seizures and GLUT<br />

deficiency<br />

Webb D, Byrne S, Kearns J,<br />

McMenamin J (Ireland)<br />

p737 <strong>Epilepsy</strong> and Anderson Fabry disease in<br />

6 years old girl<br />

Saftic V, Zakanj Z (Croatia)<br />

p738 Focal polyspikes in adolescents with<br />

idiopathic generalized epilepsy<br />

Ahmed Z, Akhter A, Mobin M, Malik A, Khan F,<br />

Siddiqui K (Pakistan)<br />

p739 Valproate responsive pseudointractable<br />

epilepsy with focal epileptogenesis<br />

in children<br />

Lin K, Wang H (Taiwan)<br />

p740 Study of intellectual prerequisites<br />

dinamics in childres with absence seizures<br />

Zaitsev D, Lyutin D, Eletskova L (Russia)<br />

p74 Clinical outcome in childhood epilepsy<br />

with electrodecremental event: in aspect<br />

of response to treatment<br />

Nam S, Lee Y (Korea)<br />

p742 Standardised hyperventilation during<br />

EEG in children with absence epilepsy and<br />

attack disorders<br />

Coughlan A, Mc Menamin J (Ireland)<br />

p743 Reappraisal of ‘gmyoclonic absence’ h:<br />

symptoms and clinical course<br />

Ikeda H, Imai K, Shigematsu H, Kubota Y,<br />

Kubota H, Ikeda H, Takahashi Y, Fujiwara T,<br />

Inoue Y (Japan)<br />

p744 Childhood frontal lobe epilepsy due<br />

to cingular polymicrogyria: report of<br />

four cases<br />

Hegyi M, Barsi P, Szakáll S, Lengyel Z, Siegler Z,<br />

Bognár L, Neuwirth M, Fogarasi A (Turkey)<br />

p745 Hypohidrosis related symptoms in<br />

pediatric epileptic patients with topiramate<br />

Kim S, Kim S (Korea)<br />

p746 High-dose diazepam treatment in<br />

epileptic encephalopathy associated with<br />

ring chromosome 20<br />

Morse R, Filiano J, Holmes G, Gardner D,<br />

Gaelic S (USA)<br />

www.epilepsybudapest2009.org 0


POSTER PRESENTATIONS<br />

p747 Neuropsychological outcome in children<br />

belonging to the benign childhood<br />

epilepsy with centrotemporal spikes<br />

(BCECTS) Spectrum: a follow up study<br />

Gobbi G, Filippini M, Boni A (Italy)<br />

p748 Effect of UGTIA6 T 9G A54 G A552C<br />

genetic polymorphisms on the<br />

metabolism of Sodium Valproate in Han<br />

Chinese children with epilepsy<br />

Gao L, Wang Y, Hang N (China)<br />

p749 CSWS: 5 cases treated with Levetiracetam<br />

at low-medium dosage<br />

Ravagnan E, Dainese F, Paladin F (Italy)<br />

p750 Seizure characteristics of Dravet Syndrome<br />

Voronkova K, Kholin A, Lemeshko I, Il’ina E,<br />

Petrukhin A (Russia)<br />

p75 Quantitative EEG, MRI analysis and<br />

cognitive outcome in children with<br />

unilateral Sturge Weber Syndrome<br />

Mathieson S, Boyd S, Rankin P, Bradbury D,<br />

Chong K, Aylett S (UK)<br />

p752 Is eyelid myclonia with absences<br />

underdiagnosed in children?<br />

Prasad A, Kumar S, Elia M, Levin S (Canada)<br />

p753 Outcome of antiepileptic drugs withdrawal<br />

Pavlovic M, Jovic N,<br />

Knezevic Pogancev M (Serbia and Montenegro)<br />

p754 Is prediction of vagus nerve stimulation<br />

(VNS) therapy outcome possible?<br />

Orosz I, Hoffmann J, Panzer A, König I,<br />

Sperner J (Germany)<br />

p755 Hippocampal malrotation in children with<br />

febrile seizures<br />

Giraldes De Manreza M, Pereira de Brito<br />

Sampaio L, M Nagae L, S F Caboclo L,<br />

Yacubian E (Brazil)<br />

p756 Syndrome of continuous spike-wave of<br />

slow sleep: different clinical<br />

manifestations in children<br />

Uscategui A, Ortiz S, Granados L (Colombia)<br />

p757 Features of status epilepticus at infancy<br />

and early childhood<br />

Kholin A, Voronkova K, Aivazjan S,<br />

Shevchenko A, Lemeshko I, Il’ina E,<br />

Petrukhin A (Russia)<br />

p758 Angelman syndrome: two atypical cases<br />

Yilmaz S, Serdaroglu G, Cogulu O, Ozkinay F,<br />

Tekgul H, Gokben S (Turkey)<br />

p759 Prevalence and management of children<br />

with drug-resistant focal epilepsies - plus<br />

- benign idiopathic focal epilepsies /<br />

benign focal epileptiform discharges of<br />

childhood in addition<br />

Hans H, Antje B, Celina v, Tom P, Stephanie K,<br />

Hans E, Gerhard K (Germany)<br />

02<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p760 A treatable metabolic encephalopathy:<br />

clinical and neuroimaging findings in<br />

three Turkish patients with pyridoxinedependent<br />

epilepsy and mutations of the<br />

antiquitin (ALDH7A ) gene<br />

Topcu M, Haliloglu G, Salomons G, Oguz K,<br />

Struys E, Coskun T, Jakobs C (Turkey)<br />

p76 The use of Italian blue spectacles<br />

in blocking photosensitivity:<br />

electrophysiological and clinical<br />

implications<br />

Domañska-Pakiea D, Chmielik J, Kmieæ T,<br />

Bachañski M, Olszaniecka M, Krajnik-Gwód A,<br />

Kocoñ-adowska H, Chmielewski D,<br />

Kasprzyk-Obara J, Kaczorowska M (Poland)<br />

p762 Clinical experience with rufinamide<br />

(Inovelon) in therapy of Lennox-Gastaut<br />

syndrome<br />

Ryzí M, Ošlejšková H, Cahová P (Czech Republic)<br />

p763 0 years pediatric epilepsy surgery:<br />

the Vogtareuth experience<br />

Kessler S, Pieper T, Eitel H, Zsoter A,<br />

Zeches-Kansy C, Kudernatsch M,<br />

Kolodziejczyk D, Karlmeier A, Blümcke I,<br />

Holthausen H (Germany)<br />

p764 Epileptic syndromes in infancy<br />

Frassine B, Beccaria F, Cagdas S,<br />

Capovilla G (Italy)<br />

p765 The impact of Lennox-Gastaut Syndome<br />

(LGS) on health related quality of life:<br />

a conceptual model<br />

Wild D, Verdian L, Gallop K, Falconer S (UK)<br />

p766 The electro-clinical seizure pattern of<br />

benign epilepsy with centro-temporal<br />

spikes in 30 patients<br />

Capovilla G, Beccaria F, Bianchi A, Canevini M,<br />

Frassine B, Giordano L, Gobbi G, Mastrangelo M,<br />

Peruzzi C, Pisano T, Striano P, Veggiotti P,<br />

Vignoli A, Pruna D (Italy)<br />

p767 Autoantibodies to glutamate receptors in<br />

children with epilepsy and seizures<br />

Globa O, Sorokina E, Bazarnaya N,<br />

Karkashadze G, Maslova O, Pinelis V,<br />

Kuzenkova L (Russia)<br />

p768 Febrile crises and epilepsy<br />

Pesantez Cuesta G, Rios M,<br />

Dalla Bernardina B (Ecuador)<br />

p769 Idiopathic generalized epilepsy of early<br />

infancy: from GEFS+ to Dravet´s<br />

Syndrome-clinical and genetic<br />

Heterogeneity. Four cases of SCN A<br />

positive and six cases of SCN A<br />

negative children<br />

Holert N, Mayer T (Germany)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p770 Features of conduct and treatment of<br />

resistant epileptic attacks in children of<br />

early age with a tuberous sclerosis<br />

Kyrylova L, Shevchenko A, Tkachuk L,<br />

Vasilenko M, Sylaeva L, Lysytsa V,<br />

Prikhodko V (Ukraine)<br />

p77 Acute seizures and chromic epilepsy:<br />

epileptologic aspects of childhood<br />

encephalitis<br />

Liptai Z, Mihaly I, Barsi P (Turkey)<br />

p772 Comparison of the effects of<br />

phenobarbital versus carbamazepine as<br />

single drug therapy in partial seizure with<br />

secondary generalization in children<br />

Bidabadi E (Iran)<br />

p773 ESES secondary to valproate treatment<br />

Sahin S, Uysal S (Turkey)<br />

p774 SCN A-related epileptic encephalopathies:<br />

long-term evolution according to early<br />

pharmacological treatment<br />

Vrielynck P, Ghariani S,<br />

van Rijckevorsel K (Belgium)<br />

p775 Neurological and psychological outcomes<br />

of children with cryptogenic localization<br />

related epilepsy<br />

Ayadi I, Kamoun F, Ellouze E, Hsairi I, Mzuouo M,<br />

Triki C (Tunisia)<br />

p776 Epileptic seizures in three children with<br />

undetermined leukodystrophies<br />

Ellouze E, Kamoun F, Ayadi I, Hsairi I,<br />

Chaabene A, Triki C (Tunisia)<br />

p777 High Resolution DC EEG and Nera Infrared<br />

Spectroscopy in focal seizure like activity<br />

in neonates: an hemodynamic and<br />

electrical analysis<br />

Wallois F, Patil A, Kongol G, Goujil S,<br />

Grebe R (France)<br />

p778 Focal epilepsy in children. Prognostic<br />

factors of recurrence<br />

Pozo Alonso A, Pozo Lauzán D,<br />

Oliva Pérez M (Cuba)<br />

p779 The incidence of epileptic seizures and<br />

electroencephalogram abnormalities in<br />

children with autism<br />

Diaconu G, Grigore I, Burlea M, Trandafir L,<br />

Moisa S (Romania)<br />

p780 Early clinical features of sulphite oxidase<br />

deficiency can mimic hypoxic ischemic insult<br />

Choong C (Singapore)<br />

p78 Case of GLUT (glucose transporter)<br />

deficiency or De Vivo disease<br />

Jaladyan V, Sukhudyan B (Armenia)<br />

p782 Auditory processing disorder in children<br />

with perisylvian polymicrogyria<br />

Boscariol M, Garcia V, Guimarães C, Hage S,<br />

Cendes F, Guerreiro M (Brazil)<br />

POSTER PRESENTATIONS<br />

p783 <strong>Epilepsy</strong> and anti-epileptic drug use in<br />

an in-patient population with intellectual<br />

disability<br />

Barrett E, Mulryan N, Mc Laughlin M, Lane J,<br />

Barrett C, Kelly F, McCarthy P (Ireland)<br />

p784 Health service use by patients with<br />

dissociative (non-epileptic) seizures or<br />

epilepsy: a pilot study<br />

Goldstein L, Delamont R, Mellers J (UK)<br />

p785 Psychiatric familial history and left<br />

hemisphere epileptiform activity are<br />

independent risk factors for humor<br />

disorders in temporal lobe<br />

epileptic patients<br />

Bragatti J, Assmann J, Fontana V, Rigotti C,<br />

Hidalgo M, Manfro G, Segal S, Jardim L,<br />

Bianchin M (Brazil)<br />

p786 <strong>Epilepsy</strong> in children diagnosed with<br />

attention-deficit/hyperactivity disorder<br />

(ADHD): diagnostic difficulties, seizure risk<br />

and ADHD inattentive subtype<br />

Socanski D, Herigstad A (Norway)<br />

p787 Public attitude toward epilepsy in rural<br />

Mongolian residents<br />

Avirmed T, Guntev T, Bayarmagnai M,<br />

Dash K (Mongolia)<br />

p788 Risk of suicide and quality of life in<br />

patients with epilepsy<br />

Buttinelli C, Ferraldeschi M, Saglimbene A,<br />

Caporro M, Campana C, Tisei P, Pompili M (Italy)<br />

p789 Psychiatric comorbidities in<br />

pharmacological resistant focal epilepsy<br />

according to the epileptogenic zone: a<br />

study of 490 surgical patients<br />

Sakamoto A, Dalmagro C, Velasco T, Bianchin M,<br />

Martins A, Hallak J, Cescato M, Guarnieri R,<br />

Carlotti Jr C, Assirati Jr J (Brazil)<br />

p790 Hippocampal changes and dissociative<br />

seizures<br />

Williams E, Yogarajah M, Burdett J, Duncan J,<br />

Sisodiya S, Koepp M, Fong J (UK)<br />

p79 Experiences of application of mood<br />

stabilizer antiepileptics - for psychiatrists<br />

Rajna P (Turkey)<br />

p792 Psychiatric co-morbidities and risk factors<br />

in patients with psychogenic non-epileptic<br />

seizures<br />

Nezadal T, Hovorka J, Herman E, Stichova E,<br />

Nemcova I, Bajacek M (Czech Republic)<br />

p793 Psychiatric disorders in patients with<br />

epilepsy and psychogenic non-epileptic<br />

seizures<br />

Barbieri V, Turner K, Chiesa V, Tisi G, Piazzini A,<br />

Gardella E, Scarone S, Canger R, Gambini O,<br />

Canevini M (Italy)<br />

www.epilepsybudapest2009.org 03


POSTER PRESENTATIONS<br />

p794 Basal hypercortisolism and trauma<br />

in patients with psychogenic non<br />

epileptic seizures<br />

Bakvis P, Kuyk J, Spinhoven P,<br />

Roelofs K (The Netherlands)<br />

p795 Phenotypic variability of neuropsychiatric<br />

symptoms in EPM -Unverricht-Lundborg<br />

disease (ULD)<br />

Amrom D, Talani M, Andermann F, Lehesjoki A,<br />

Andermann E (Canada)<br />

p796 Lamotrigine dosing, renal failure and<br />

dialysis: case analysis with literature review<br />

Kaufman K, Connolly S, Kim S (USA)<br />

P797 Structural differences between refractory<br />

mesial temporal lobe epilepsy (MTLE) with<br />

and without depression: a voxel based<br />

morphometry (VBM) analysis<br />

Salgado P, Yasuda C, Pereira F, Cendes F (Brazil)<br />

p798 Child rearing practices of women<br />

with epilepsy: effect of structured<br />

instructional module<br />

Padinjarathu Paulose S, Sanjeev Varghese T,<br />

Sankara S (India)<br />

p799 Focus on the family of patients with<br />

epilepsy: a qualitative study of experience<br />

with the loved one’s illness<br />

Mueller M, Jaggi S, Spirig R,<br />

Mahrer-Imhof R (Switzerland)<br />

P800 Medical direct cost of the epilepsy in<br />

a hospitable population of the social<br />

security (EsSALUD) from Lima, Peru<br />

Perez Galdos P (Peru)<br />

p80 The difference in the quality of life<br />

between newly diagnosed and refractory<br />

epilepsy patients<br />

Cho Y, Lee J, Yi S, Lee M, Shin W (South Korea)<br />

p802 Specific predictors of QOLIE-3<br />

individual domains<br />

Braga P (Uruguay)<br />

p803 Quality of life assessment in adult epilepsy<br />

patients from Uruguay: a pilot study<br />

Braga P, Bogacz A, Bonilla C, Camejo C,<br />

Scaramelli A (Uruguay)<br />

p804 Social and biomedical determinents of<br />

stigma among people with epilepsy<br />

in Zambia<br />

Birbeck G, Mbewe E, Atadzhanov M, Chomba E,<br />

Haworth A (USA)<br />

p805 <strong>Epilepsy</strong> in The Gambia<br />

Spensley T (The Gambia)<br />

p806 Demographics and characteristics of<br />

patients with generalized epilptogenic<br />

potentials from a tertiary care setting in<br />

Saudi Arabia<br />

Baz S, Al Semari A, Al Dhalaan H, Al Thubaity I,<br />

Chedrawi A, Al Yamani S (Saudi Arabia)<br />

04<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

p807 Outpatient rehabilitation groups as a<br />

psychosocial support method<br />

Sormunen P, Kälviäinen R, Nylén M, Roivainen R,<br />

Tervonen S (Finland)<br />

p808 Quality of life in adolescents with epilepsy<br />

in Shanghai, China<br />

Ding D, Wu D, Wang Y, Hong Z (China)<br />

p809 What are the concerns of people with<br />

epilepsy? A qualitative survey of patients’<br />

and health caregivers’ view<br />

Heritier Barras A, Seeck M (Switzerland)<br />

p8 0 <strong>Epilepsy</strong> treatment gap in Kilifi, Kenya:<br />

using formative research to develop<br />

interventions to reduce the gap<br />

Kathomi C, Newton C, Carter J (Kenya)<br />

p8 Recurrence and epilepsy after a first<br />

unprovoked seizure in childhood: a<br />

retrospective hospital study<br />

Cvitanovic-Sojat L, Lerotic I, Kukuruzovic M,<br />

Bilonic-Covic I, Malenica M, Gjergja-Juraski R,<br />

Vugrinec M (Croatia)<br />

p8 2 Knowledge, attitudes and perceptions<br />

of epilepsy among secondary<br />

school-teachers in Nigeria: a community<br />

based study<br />

Mustapha A, Odu O, Akande O (Nigeria)<br />

p8 3 Parent’s perception of integration of their<br />

children with epilepsy in the mainstream<br />

school system in Bulgaria<br />

Markova G, Sabeva V (Bulgaria)<br />

p8 4 <strong>Epilepsy</strong>, healthcare cost and loss of<br />

productivity in Sweden: a register-based<br />

approach<br />

Berggren F, Bolin K, Lundgren A,<br />

Källen K (Sweden)<br />

p8 5 Exploring predictors of health-related<br />

quality of life in childhood epilepsy<br />

Ronen G, Lach L, Streiner D, Verhey L, Boyle M,<br />

Cunningham C, Rosenbaum P (Canada)<br />

p8 6 Illustrating the semiology of seizures<br />

in depictions of patron saints of epilepsy<br />

in the Roman Catholic, Russian Orthodox<br />

and Greek Orthodox church over the<br />

course of seven centuries<br />

Kudernatsch V, Pollak D, Kholin A, Muchin K,<br />

Ramantani G, Kluger G (Germany)<br />

p8 7 What can a developing country do in<br />

integral epilepsy care?<br />

Fandiño-Franky J, Diaz S, Olave M (Colombia)<br />

p8 8 Quality of life and sexual function in men<br />

with epilepsy: a survey at the Bethel<br />

<strong>Epilepsy</strong> Centre<br />

May T, Schürmann I, Pfäfflin M,<br />

Pohlmann-Eden B, Brandt C (Germany)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

p8 9 Domains of concern for families whose<br />

child has Lennox Gastaut Syndrome<br />

Cramer J, Gallop K, Wild D, Falconer S,<br />

Verdian l (USA)<br />

p820 Maternal characteristics and neonatal<br />

outcome of women with epilepsy<br />

Prpic I, Radic J, Bilic I, Vukelic P,<br />

Petrovic O (Croatia)<br />

p82 Breastfeeding of women with epilepsy<br />

Radic J, Prpic I, Mahulja-Stamenkovic V, Bilic I,<br />

Milardovic A (Croatia)<br />

p822 An investigation into the experience of<br />

progression and advancement through<br />

the Irish education system of a group of<br />

people with epilepsy<br />

Broderick H (Ireland)<br />

p823 Assessment of health-related behaviors<br />

among epileptic adult patients<br />

Hamdy M, Reizian A, El-Sayed N,<br />

Ahmed D (Egypt)<br />

p824 PWEs self-help organization and activities<br />

in China<br />

Wu J, Li S (China)<br />

p825 The effect of perceived stigma on the<br />

quality of life of adults with epilepsy in an<br />

African population<br />

Fawale M, Ogunniyi S (Nigeria)<br />

p826 Is it helpful to produce epilepsy brochures<br />

in patient speech?<br />

Porschen T (Germany)<br />

p827 Impact of maternal anxiety about epilepsy<br />

and age of child on restrictions in<br />

childhood activities<br />

Schultz R, Chapieksi L, Evankovich K, Wilfong A,<br />

Collins R (USA)<br />

p828 Sexuality in male patients after anterior<br />

temporal lobectomy (ATL) for mesial<br />

temporal lobe epilepsy-hippocampal<br />

sclerosis (MTLE): a case control study<br />

Kallakatta Nekkare R, Ashalatha R,<br />

Padickaparambal S, Sankara P,<br />

Radhakrishnan K (India)<br />

POSTER PRESENTATIONS<br />

p829 What family planning really means for<br />

women with epilepsy<br />

Winterbottom J, Kierans C, Jacoby A,<br />

Baker G (UK)<br />

p830 Comprehensive Rural <strong>Epilepsy</strong> Study<br />

South India (CRESSI): the impact on the<br />

knowledge, attitude, practice of epilepsy,<br />

drug adherence, and treatment gap:<br />

a follow-up study<br />

Seshadri V, Murthy J, Kumar A (India)<br />

p83 What factors determine compliance<br />

amongst epilepsy patients seen at a<br />

tertiary care centre in New Delhi, India?<br />

Singh M, Aggarwal M, Singh V,<br />

Srivastava A (India)<br />

p832 Developmental cognitive plasticity<br />

following hemispherotomy<br />

Bulteau-Peyrie C , Jambaque-Aubourg I,<br />

Dellatolas G, Fohlen M, Dorfmüller G, Oliver M,<br />

Delalande O (France)<br />

p833 Sleep disturbances in patients with<br />

epilepsy and the impact on QoL<br />

Doneva A, Cvetkovska E, Pili-Kuzeva K,<br />

Donev V (Macedonia)<br />

p834 How to improve the management<br />

of epilepsy in cities and rural areas<br />

without neurologists in Morocco?<br />

Kissani N (Morocco)<br />

p835 Symptoms of autistic behaviour<br />

or epilepsy?<br />

Merete Kristin K, Evjen K, Klonteig K, Larsen I,<br />

Schøyen L, Snarset V, Tarjem Turi A (Norway)<br />

p836 The history of foundation of the Russian<br />

League Against <strong>Epilepsy</strong><br />

Neznanov N, Mikhailov V, Akimenko M (Russia)<br />

www.epilepsybudapest2009.org 05


PLATFORM SESSION ABSTRACTS<br />

Monday 29th June 2009<br />

0:30 - 2:00<br />

Hall 2<br />

Platform Session<br />

Clinical epileptology<br />

00<br />

The serbian version of the quality-of-life in<br />

epilepsy inventory (QUOLIE-3 ): translation and<br />

psychometric evaluation<br />

Milovanovic M, Martinovic Z, Djokic R, Jovanovic M, Buder<br />

N, Simonovic P<br />

Institute of Mental Health, Serbia and Montenegro<br />

Purpose: To translate Quality-of-Life in <strong>Epilepsy</strong><br />

Inventory (QUOLIE-31) into Serbian and to assess the<br />

psychometric properties of translation.<br />

Method: We performed the procedure of translation<br />

/ backtranslation and cultural adaptation. The study<br />

population comprised of 202 consecutive outpatients<br />

with epilepsy. Internal validity was tested by factor<br />

analysis and by multitrait/multiitem analysis to<br />

assess item convergent and discriminant validity.<br />

Subgroup of 110 patients without changes in seizure<br />

frequency was retested after 2-3 weeks for assessing<br />

test-retest reliability. Construct validity was assessed<br />

by relationship between scales and external measures<br />

(sociodemographic characteristics, seizure frequency,<br />

Short form 36 health survey, SF-36, and Neurotoxicity<br />

scale-II).<br />

Results:The domains showed high internal consistency<br />

(Cronbach-á 0.94).Test-retest reliability measured with<br />

Pearson’s coefficient was 0.83 for total score (0.61 to<br />

0.80 for subscales), indicating temporal stability. The<br />

discrimiminant validity was best for Seizure worry<br />

and Cognitive subscales. The QUOLIE-31 was highly<br />

correlated with SF-36 (rho=0.898). QUOLIE- 31 Energy/<br />

fatigue subscore was especially related to SF-36<br />

Vitality subdimension (rho=0.55). Employment status<br />

significantly affected: Overall quality of life (F=5.79,<br />

p


28 th June – 2 nd July 2009<br />

antiepileptic drugs, seizure type, age at onset, patients<br />

age and educational level was significantly related to<br />

the change of cognitive function. Control of seizures<br />

plays a definite role in cognitive prognosis.<br />

004<br />

SUDEP recorded by a responsive neurostimulator:<br />

one mechanism for sudden death in intractable<br />

epilepsy clarified<br />

Van Ness P, Whitworth L A<br />

University Of Texas Southwestern Medical Center, USA<br />

Sudden unexplained death in epilepsy (SUDEP) is a<br />

tragic but incompletely understood complication<br />

of intractable epilepsy. A 46 year old woman with<br />

cryptogenic bitemporal independent epilepsy since<br />

age 21 and continuous intracranial EEG monitoring<br />

using bitemporal hippocampal depth electrodes<br />

inserted from a posterior approach as part of a<br />

responsive neurostimulation study (NeuroPace) had<br />

a typical witnessed seizure at home lasting < 3.3<br />

minutes that was recorded by the device. After the<br />

seizure, the patient was pulseless and apneic and did<br />

not respond to appropriate measures to maintain the<br />

airway by caregivers. Despite eventual, but prolonged<br />

resuscitation from pulseless electrical activity as her<br />

cardiac rhythm, the patient died after 12 hours. EEG<br />

remained extremely low voltage after the seizure.After<br />

death, the EEG data saved by the NeuroPace device,<br />

showed a left hippocampal seizure onset and 80<br />

seconds of seizure activity that ended by the next EEG<br />

sample 3.3 minutes later Postmortem findings were<br />

consistent with hypoxic-ischemic brain injury and the<br />

seizure of < 3.3 minutes duration was the cause of death.<br />

Cardiac exam was normal at postmortem. This case<br />

suggests that even brief seizures can result in death,<br />

possibly by inducing a cardiac dysfunction and apnea,<br />

even with witnesses trained in first aid for seizures. In<br />

this case, asphyxiation, trauma, and prolonged seizure<br />

did not appear to be primarily responsible for death.<br />

SUDEP likely has multiple etiologies but in this case,<br />

the explanation was a typical seizure.<br />

005<br />

Startle disease V’s propriospinal myoclonia on<br />

idiopathic generalized epilepsy (IGE)<br />

Pepe F 1, Famà F 1, Morrone E 1, Ferrari A 1, Grancelli T 1,<br />

Morrone C 1, Spizzica F 1, Ferrillo F 1, Striano P 2<br />

1) S.Martino Hospital Genoa, Italy, 2) U.O. Malattie<br />

Muscolari E Neurodegenerative Osp. G. Gaslini Genova,<br />

Italy<br />

Introduction: Massive myoclonic jerks may be the<br />

clinical manifestation of various central nervous<br />

system diseases (such as Startle Disease and<br />

Propriospinal Myoclonia) and may create differential<br />

diagnosis problems.<br />

Method: We report a case of 64 y.o. woman who<br />

reached our hospital due to known Idiopathic<br />

Generalized <strong>Epilepsy</strong> (IGE) treated with valproic<br />

acid. Her pedigree suggests autosomal dominant<br />

hineritance of IGE. Since the age of 16, the patient<br />

presents sporadic tonic-clonic-generalized seizures<br />

and generalized massive jerks of arms and legs, and<br />

important photosensitivity without eyelid myoclonia.<br />

These jerks may be spontaneous in relax, when<br />

she falls asleep or secondary to sudden<br />

PLATFORM SESSION ABSTRACTS<br />

somatosensorial stimuli.<br />

Results: Neurological evaluation shows only massive<br />

hyperekplexia secondary to sudden somatosensorial<br />

stimuli (acustic and visual). Neurophysiologic studies<br />

during sleep shows jerks during relax with great sleep<br />

latency. EEG recordings does not show any correlation<br />

to these involuntary movements and during deep<br />

sleep only shows big amplitude generalized sharpwaves<br />

without clinical manifestations.<br />

Conclusion: By now, we can confirm the diagnosis of<br />

IGE, the presence of hyperekplexia on semeiologic<br />

evaluation of the patient on the oldest sibling of three<br />

and the presence of clinical manifestation typical of<br />

propriospinal myoclonia. These particular movements<br />

disorders in a patient with a diagnosis IGE,<br />

need a deeper electrophysiological study and<br />

genetical investigations.<br />

006<br />

Application of brief electrical pulses in the primary<br />

motor and supplementary motor cortex for the<br />

termination of afterdischarges<br />

Jobst B, Darcey T, Bujarski K, Thadani V, Roberts D<br />

Dartmouth-Hitchcock Medical Center,New Hampshire,<br />

USA<br />

Purpose: In epilepsy surgery functional mapping of<br />

intracranial electrodes using standard 50 Hz 5 second<br />

long pulses is common practice.This frequently causes<br />

afterdischarges. Some investigators suggested that<br />

brief electrical countershocks abort afterdischarges.<br />

Method: We report two patients with intracranial grid<br />

electrodes implanted both over the primary motor<br />

cortex and the supplementary motor area (SMA), who<br />

underwent functional mapping. If afterdischarges<br />

induced by 5sec stimulation occurred, termination<br />

with 200-300 ms long pulses at 50 Hz was attempted.<br />

Results: 20 total episodes of afterdischarges were<br />

recorded (14 in patient 1, 6 in patient 2). In all cases<br />

afterdischarges (mean duration 20.5 sec) terminated<br />

without evolving into clinical seizures.The first stimulus<br />

was delivered on average 2.9 sec after onset. In 7 of<br />

the 20 episodes (35%) termination of afterdischarges<br />

occurred less than one second after the stimulus was<br />

delivered. In the remaining 14 episodes discharges<br />

continued for 27.3 sec (4.7 to 48.8 sec) despite<br />

repeated bursts of stimulation. Four prolonged<br />

electrographic seizures occurred despite delivering<br />

early stimuli (time to stimulus delivery 2.5sec).<br />

Duration of the afterdischarges was independent of<br />

the time of stimulus application (ANOVA p= 0.87), but<br />

dependent on the number of electrodes involved at<br />

the time of the abortive stimulation (ANOVA p


PLATFORM SESSION ABSTRACTS<br />

Monday 29th June 2009<br />

0:30 - 2:00<br />

Hall 6<br />

Platform Session<br />

Neuroprotection and therapy<br />

007<br />

Melatonin administration after the status<br />

epilepticus induced by pilocarpine experimental<br />

model: could be a possible way to prevent or<br />

attenuate the post lesion epilepsy?<br />

Lima E 1, Cavalheiro E A 2,<br />

da Graça Naffah-Mazzacoratti M 2, Amado D 2<br />

1) Universidade De São Paulo - USP, Brazil,<br />

2) Universidade Federal De São Paulo - UNIFESP, Brazil<br />

Purpose: The aim of work was to verify the effects of<br />

treatment with melatonin on the epilepsy model<br />

induced by pilocarpine.<br />

Method: The animals were divided in 4 groups: 1 -<br />

Control animals that received saline (Saline n=13); 2<br />

- Animals that received pilocarpine and presented SE<br />

(SE n=21); 3 - Animals treated with N-acetylserotonin<br />

(9X2,5mg/kg) 30min, 1h, 2h, 4h, 6h, 12h, 24h, 36h and<br />

48h after the SE (SE+NAS n=6); 4 - Animals treated with<br />

melatonin (9X2,5mg/kg) 30min, 1h, 2h, 4h, 6h, 12h, 24h,<br />

36h and 48h after the SE (SE+MEL n=10). The animals<br />

received pilocarpine (350mg/kg) for epilepsy model<br />

induction and three behavioral phases were observed:<br />

SE, silent period and chronic phase. After 48h to SE, the<br />

animals were continuously video-recorded for 60 days<br />

to study behavior parameters. After this period the<br />

animals were killed and the brain sections were Nissl<br />

and neo-Timm stained.<br />

Results: The animals of SE+MEL group presented<br />

a decreased number of spontaneous seizures in<br />

the chronic period (p


28 th June – 2 nd July 2009<br />

beneficial to counteract cognitive deficits in immature<br />

rats subjected to SE.<br />

0 0<br />

Restraint stress accelerates amygdala kindling<br />

epileptogenesis in rats<br />

Salzberg M 1, Lee H E 1, Kumar G 1, Morris M 2,<br />

Rees S 1, O’Brien T 1, Jones N 1<br />

1) University of Melbourne, Australia, 2) University of<br />

New South Wales, Australia<br />

Purpose: We previously demonstrated that<br />

corticosterone supplementation, used as a model of<br />

chronic stress/depression, accelerates epileptogenesis<br />

in the amygdala kindling rat model of temporal lobe<br />

epilepsy (TLE). In this study we tested whether an<br />

actual - as opposed to simulated - stress state also<br />

affect the development of experimental epilepsy in<br />

the rat.<br />

Method:Female Non-Epileptic Control rats 10-13 weeks<br />

of age were implanted with a bipolar electrode into<br />

the left amygdala and, following recovery, randomly<br />

assigned into stressed (n=13) or non-stressed (n=13)<br />

groups. All rats underwent conventional amygdala<br />

kindling (2 electrical stimulations per day) until 5<br />

Class V seizures had been experienced (‘fully kindled’).<br />

Stressed rats were exposed to 30 minutes restraint<br />

immediately prior to each kindling stimulation, and<br />

blood samples taken at appropriate intervals to assess<br />

stress responsivity. Non-stressed rats received control<br />

handling prior to stimulation.<br />

Results: Restraint stress increased circulating<br />

corticosterone levels in stressed rats (pre-stress:<br />

122±17 ng/ml; post-stress: 632±33 ng/ml) with<br />

no habituation to repeated episodes of restraint<br />

was observed over the experiment. Stressed rats<br />

reached the fully kindled state in significantly fewer<br />

stimulations than non-stressed rats (20±1 vs. 30±3<br />

stimulations; p=0.015; ANOVA). Further, the length of<br />

each electrographic seizure was significantly longer<br />

in stressed rats (p=0.001; ANOVA). Conclusion: These<br />

data demonstrate that chronic stress accelerates the<br />

vulnerability to limbic epileptogenesis in the rat, an<br />

effect which may be related to elevated corticosterone<br />

levels. This chronic stress and depression, common<br />

co-morbidities of epilepsy, may act to enhance<br />

vulnerability to initiation and progression of TLE.<br />

0<br />

Progressive functional and structural brain changes<br />

on serial manganese-enhanced MRI acquisition<br />

following traumatic brain injury in the rat<br />

Bouilleret V 1, 2, Cardamone L 1, Liu Y 1, Koe A 1,<br />

Myers D 1, O’Brien T 1<br />

1) University Of Melbourne, Victoria, Australia,<br />

2) CHU Bicetre, Paris, France<br />

Aim:Traumatic brain injury (TBI) has a high incidence of<br />

long-term morbidity, including epilepsy. Manganeseenhanced<br />

MRI (MEMRI) provides high contrast<br />

structural and functional detail of the brain in-vivo.<br />

The study utilized serial MEMRI scanning in the fluid<br />

percussion injury (FPI) rat’s model to assess long term<br />

changes in the brain following TBI.<br />

Method: Rats underwent a left-sided craniotomy and<br />

a 3.5 atmosphere FPI pulse (n=23) or sham (n=22).<br />

MEMRI acquisition was performed at baseline, 1 day,<br />

PLATFORM SESSION ABSTRACTS<br />

1 month and 6 months after FPI/sham injury. Volumes<br />

changes and MnCl enhancement were measured<br />

blindly using region-of-interest analysis and the results<br />

analysed with repeated measures MANOVA.<br />

Results: Compared to the sham, FPI animals showed a<br />

progressive decrease in brain volume from 1 (Right p<br />

=0.02, Left p=0.008) to 6 months (Right p =0.04, Left<br />

p=0.006) with progression over (F=7.16, p =0.00018).<br />

Similar changes were found in the cortex. In the<br />

hippocampus, the injured side was also reduced at 1<br />

(p < 0.01) and 6 months (p < 0.005) with progression<br />

over time (F=6.3, p =0.0005). Conversely, the ventricule<br />

volume was increased in injured animals at 1 (p =<br />

0.02) and 6 months (p = 0.003), with progression over<br />

time (F=7.27, p = 0.0001). There were no differences<br />

in thalamic or amygdale volumes. Differential MnCl<br />

enhancement occurred only in the dentate gyrus at 1<br />

month on the side of trauma (p=0.04).<br />

Conclusion: Progressive functional and structural<br />

changes may play a role in long-term adverse<br />

neurological outcomes of head trauma such<br />

as epilepsy.<br />

0 2<br />

Transvascular delivery of siRNAs into the rat brain<br />

in an animal model of temporal lobe epilepsy<br />

Pascoal V 1, Marchesini R B 1, Pereira T C 1, Gilioli R 2,<br />

Cavalheiro E A 3, Lopes-Cendes I 1<br />

1)UniversityofCampinas;UNICAMP,Campinas,SP,Brazil,<br />

2) Multidisciplinary Center For Biological Investigation<br />

(CEMIB); University of Campinas; UNICAMP, Campinas,<br />

SP, Brazil, 3) Laboratory of Experimental Neurology,<br />

Department of Pathology Anatomy, Federal University<br />

of São Paulo; São Paulo, SP, Brazil<br />

Purpose:We report here for the first time the successful<br />

use of rabies virus glycoprotein (RVG) complex to<br />

deliver small interfering RNA (siRNA) molecules into<br />

the rat brain.We target interleukin-1â (il1-b) gene in an<br />

animal model of temporal lobe epilepsy (TLE) induced<br />

by pilocarpine.The aim of our study was to investigate<br />

the importance of il1-b in the pathophysiology of<br />

epilepsy in the pilocarpine model.<br />

Method: siRNAs against rat interleukin-1â (siil-1â)<br />

were designed using the Strand Analysis program and<br />

after synthesis were complexed with a short peptide<br />

derived from RVG, enabling the transvascular delivery<br />

of siRNAs into the mouse brain (Kumar et al., 2007).The<br />

complexes (at molar ratio of 10:1 peptide to siRNA)<br />

were delivered through intravenous injection in the<br />

caudal vein.<br />

Results: Transvascular injection of siil-1â promoted<br />

gene silencing in the rat brain 48hs post-injection<br />

(p.i.), with higher effects at 72hs p.i. SiRNA injections<br />

provided a dose-response curve, and the successful<br />

gene knockdown was achieved in four out of five<br />

brain regions analyzed. We were able to produce gene<br />

silencing in both conditions, controls and animals<br />

subjected to pilocarpine induced status epilepticus.<br />

Conclusion: We successfully promoted gene silencing<br />

in the rat brain using a non-invasive transient method<br />

with RNA interference. We knocked-down the il1b<br />

gene during the acute phase of the pilocarpine<br />

model. We are currently observing the knocked-down<br />

animals into the silent and chronic phases of the<br />

model in order to evaluate the direct role of il1-b in the<br />

pathophysiology of TLE.<br />

www.epilepsybudapest2009.org 09


PLATFORM SESSION ABSTRACTS<br />

Monday 29th June 2009<br />

6:00 - 7:30<br />

Hall 2<br />

Platform Session<br />

Drug therapy<br />

0 3<br />

Improvement in health related quality of life in<br />

epilepsy after withdrawal of carbamazepine in<br />

seizure-free patients<br />

Lossius M I 1, Hessen E 2, Gjerstad L 3<br />

1) National Centre For <strong>Epilepsy</strong>, Norway, 2) Akershus<br />

University Hospital, Norway, 3) Division For Clinical<br />

Neuroscience, Oslo University Hospital, Norway<br />

Purpose: We have recently reported no significant<br />

overall effect of double blind withdrawal of<br />

antiepileptic drugs (AEDs) on health related quality<br />

of life HRQOL in patients with epilepsy. In this study<br />

we have performed subgroup analyses looking at<br />

possible effects of AED withdrawal on HRQOL in<br />

patients treated with carbamazepine (CBZ).<br />

Method: The study was randomized and double blind.<br />

160 patients who had been seizure free on AEDs for<br />

more than two years were included and randomized<br />

to withdrawal or not and 150 (80 females, 53 %)<br />

patients went through the intervention. 91 patients<br />

on CBZ completed the Quality of life in epilepsy<br />

89 (QOLIE 89) questionnaire (Norwegian version)<br />

pre and post withdrawal. and was included in this<br />

analyses. Student’s t test and chi square test were<br />

used for testing group differences for continuous<br />

and categorical variables, respectively. Independent<br />

t-test was used for comparing mean differences<br />

of changes between the two groups before and<br />

after intervention.<br />

Results: We found in those who withdrew CBZ a<br />

significant mean increase in score on the QOLIE 89<br />

compared to those who continued medication (7 vs.<br />

0,6 p=0.026).We also found significant increase in score<br />

on the health thermometer in the withdrawal group<br />

compared to non-withdrawal (7 vs 0,6, p= 0.025). We<br />

found however no significant increase between the<br />

groups when using T-score.<br />

Conclusion: We found a slight improvement in HRQOL<br />

using raw-scores in the QOLIE 89 after withdrawal of<br />

CBZ. Indicating a possible negative effect of CBZ on<br />

HRQOL in some patients.<br />

0 4<br />

A meta-analytic comparison of topiramate-related<br />

adverse drug reactions in epilepsy and migraine<br />

Carpay J 1, Luykx J 1, 2, Mason M 3, Ferrari M 4<br />

1) Tergooiziekenhuizen, Blaricum, Netherlands,<br />

2) University Medical Center, Utrecht, Netherlands,<br />

3) University of California, Los Angeles (UCLA), CA,<br />

USA, 4) Leiden University Medical Center, Leiden,<br />

Netherlands<br />

To compare topiramate’s adverse drug reactions (ADRs)<br />

in migraine and epilepsy patients, we systematically<br />

reviewed all published RCTs comparing topiramate<br />

monotherapy in epilepsy and migraine. We included<br />

four epilepsy (N = 1,179 patients; versus active<br />

comparators) and six migraine RCTs (N = 1,723 patients;<br />

versus placebo). Behavioral ADRs and headache were<br />

found only for epilepsy; whereas cognitive complaints<br />

0<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

and alteration of taste only for migraine.The risk ratios<br />

for paraesthesia in migraine vs. epilepsy trials were 2.5<br />

(99% CI: 1.66-3.77) for 50 mg, 2.7 (99% CI: 1.80-3.97)<br />

for 100 mg, and 3.0 (99% CI: 1.95- 4.56) for 200 mg. For<br />

ADR-related drop outs, the risk ratio was 2.5 (95% CI:<br />

2.03 - 2.98) for 50 mg, but no different for the other<br />

doses. We conclude that when treated with the same<br />

doses of topiramate, migraineurs show different ADRs<br />

than epilepsy patients, and are more likely to drop-out<br />

due to ADRs.<br />

0 5<br />

Protective effects of brivaracetam in phenytoinresistant<br />

amygdala-kindled mice: a comparison<br />

with levetiracetam<br />

Kaminski R, Matagne A, Klitgaard H<br />

UCB Pharma S.A., Braine-L’Alleud, Belgium<br />

Purpose: Brivaracetam, currently in Phase III<br />

development for epilepsy, is a novel high-affinity<br />

synaptic vesicle protein 2A (SV2A) ligand with<br />

inhibitory activity at neuronal voltage-dependent<br />

sodium channels and displays potent protection<br />

against amygdala-kindled seizures in rats. The present<br />

study compares the protective effects of brivaracetam<br />

to those of levetiracetam (Keppra®) in mouse amygdala<br />

kindling model that is resistant to phenytoin.<br />

Method: Male C57BL/6 mice were implanted with a<br />

bipolar electrode in the amygdala and kindled by once<br />

daily supra-threshold stimulations. Test compounds<br />

were injected i.p. in fully kindled mice: brivaracetam<br />

(6.8-210 mg/kg), levetiracetam (17-540 mg/kg) and<br />

phenytoin (10-70 mg/kg).<br />

Results: Brivaracetam produced dose-dependent<br />

protection against generalized seizures with an ED50<br />

value of 68.3 mg/kg, while levetiracetam produced<br />

only 60% protection at the highest dose tested and<br />

phenytoin was completely ineffective. It is noteworthy<br />

that complete protection against partial seizures<br />

was observed in 70% of the animals treated with<br />

the highest dose of brivaracetam, while none of the<br />

mice was fully protected after pretreatment with<br />

maximal doses of either levetiracetam or phenytoin.<br />

Brivaracetam (134 and 210 mg/kg) significantly<br />

decreased the afterdischarge duration, while the<br />

effects of levetiracetam and phenytoin on this<br />

parameter were less pronounced.<br />

Conclusion: The present results demonstrate that<br />

brivaracetam displays significant protection against<br />

both partial and generalized seizures in amygdalakindled<br />

mice, which were resistant to phenytoin. The<br />

superior activity of brivaracetam compared to both<br />

levetiracetam and phenytoin in this preclinical model<br />

highlights a promising treatment potential in drugresistant<br />

epilepsy.<br />

0 6<br />

Clinical research in epilepsy is dominated by the<br />

pharmaceutical industry<br />

Morrow J 1, Bergin P 2<br />

1) National Hospital For Neurology and Neurosurgery,<br />

Queen Square, London, United Kingdom, 2) Auckland<br />

City Hopsital, Auckland, New Zealand<br />

Purpose: We wanted to determine what<br />

proportion of epilepsy drug trials registered on<br />

the National Institute of Health (NIH)<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

website, (http://www.clinicaltrials.gov) are<br />

investigator-driven, and what proportion are<br />

sponsored by the pharmaceutical industry.<br />

Method: We analysed the epilepsy trials registered<br />

on the NIH website: (http://www.clinicaltrials.gov).<br />

Results: As of 16th December 2008, 375 trials relating<br />

to epilepsy had been registered since the NIH website<br />

was set up in 2000. Pharmaceutical companies have<br />

sponsored 241 of these trials (64%). 282 trials are drug<br />

studies,with 213 assessing efficacy (control of seizures)<br />

as the primary outcome. 126 of these are randomisedcontrolled<br />

trials (96 double blind, 30 open label). 83%<br />

(80 of 96) of these double-blind randomised controlled<br />

trials are sponsored by pharmaceutical companies.<br />

Only 36 of 213 studies (17%) directly compare antiepileptic<br />

drugs, and only one examines a combination<br />

of drugs. Only 42 of 213 studies (20%) have enrolled<br />

patients with specific epilepsy syndromes.<br />

Conclusion: Most clinical research of drug treatment<br />

for epilepsy is driven by the pharmaceutical industry.<br />

Doctors and patients often want different questions<br />

addressed. We propose that the epilepsy community<br />

establish a multi-centre Internet-based research<br />

programme to facilitate investigator-driven trials.<br />

Multiple prospective, pragmatic, randomised research<br />

studies could run in parallel.<br />

Recruitment, randomisation and data collection<br />

would be simple and via the internet. Studies would<br />

focus on patients with specific seizure types, epilepsy<br />

syndromes or aetiologies. Studies could be either<br />

double-blind or open.Any neurologist could propose a<br />

trial, with a steering committee deciding on respective<br />

merits of different possible trials.<br />

0 7<br />

Patterns of drug utilization in patients with<br />

refractory epilepsy at tertiary referral centres in<br />

Italy. The SOPHIE study<br />

Malerba A 1, Canevini M P 2, Ciampa C 3, Franco V 1,<br />

Frassine B 4, Galimberti C A 5, Gambardella A 6,<br />

La Neve A 7, Pellacani S 8, Rosati E 9, Tinuper P 10,<br />

Perucca E 1, 5<br />

1) University of Pavia, Clinical Pharmacology Unit,<br />

Pavia, Italy, 2) <strong>Epilepsy</strong> Center, San Paolo Hospital,<br />

Milan, Italy, 3) <strong>Epilepsy</strong> Center, Federico II University,<br />

Napoli, Italy, 4) <strong>Epilepsy</strong> Center, C. Poma Hospital,<br />

Mantova and Department of Pediatrics, University of<br />

Brescia, Brescia, Italy, 5) Institute of Neurology IRCCS<br />

C. Mondino Foundation, Pavia, Italy, 6) Institute of<br />

Neurology, Magna Graecia University, Catanzaro, Italy,<br />

7) <strong>Epilepsy</strong> Center, University of Bari, Bari, Italy,<br />

8) Children’s Hospital A. Meyer, Florence, Italy,<br />

9) <strong>Epilepsy</strong> Center, Careggi Hospital, Florence, Italy,<br />

10) Institute of Neurology, University of Bologna,<br />

Bologna, Italy<br />

Purpose:To assess the utilization of antiepileptic drugs<br />

(AEDs) in patients with refractory epilepsy.<br />

Method: This work is part of a prospective multicentre<br />

study aimed at assessing seizure control and adverse<br />

effects in patients with refractory epilepsy attending<br />

tertiary referral centres. At enrolment, details about<br />

demographics and drug treatment are obtained for<br />

each patient.<br />

Results: A total of 1,124 patients (933 adults,191<br />

children) aged 1-86 years were enrolled. Most patients<br />

had localization-related epilepsy (83.8% of adults<br />

and 58.1% of children). Polytherapy was used in 741<br />

www.epilepsybudapest2009.org<br />

PLATFORM SESSION ABSTRACTS<br />

(79.4%) adults and 144 (75.4%) children. Among<br />

patients on polytherapy, 46.4% of adults and 54.2% of<br />

children received combinations of three or more AEDs.<br />

New generation AEDs were used in 81.3% of adults<br />

and 54% of children. Levetiracetam, carbamazepine,<br />

and lamotrigine (in decreasing order) were the most<br />

frequently prescribed AEDs in adults. In children, most<br />

common AEDs were valproic acid, benzodiazepines,<br />

carbamazepine and topiramate. Phenobarbital was<br />

prescribed in 17.5% of adults and 20.4% of children,<br />

usually in polytherapy. Non-AED comedications<br />

were taken by 31.9% of adults and 16.8% of children.<br />

Conclusion: Despite the fact that a superiority of<br />

polytherapy over monotherapy in refractory epilepsy<br />

has not been proven, the large majority of patients<br />

at participating centres received combinations<br />

of AEDs. The high prevalence of complex<br />

polytherapies involving three or more AEDs is a source<br />

of particular concern.<br />

*On behalf of the SOPHIE (Study Of Pharmacoresistance<br />

In <strong>Epilepsy</strong>) Study Group. This study was supported by<br />

a grant from the Italian Drug Agency (AIFA).<br />

0 8<br />

Neuroprotective effect of Lamotrigine on hypoxicischemic<br />

injury in neonatal rat brain<br />

Eun B L 1, Shin H K 1, Eun S 1, Chung H J 2<br />

1) Korea University College Of Medicine, Seoul,<br />

Korea, 2) National Health Insurance Corporation, Ilsan<br />

Hospital, Goyang-Si, Kyunggi-Do, Korea<br />

Objective: The antiepileptic drug lamotrigine (LTG)<br />

is a phenyltriazine derivative that acts by stabilizing<br />

voltage-sensitive sodium channels in a usagedependent<br />

manner, preventing glutamate and<br />

aspartate release and reversibly blocking excitatory<br />

neurotransmission. We tested whether treatment of<br />

LTG would be beneficial against hypoxic-ischemic (HI)<br />

brain injury in postnatal day 7 Sprague-Dawley rats.<br />

Method: The right common carotid artery of the rat<br />

was coagulated and the rats were exposed to 8%<br />

oxygen for 2 hrs. Rats in pre-treatment group (25, 50,<br />

100 mg/kg/dose, n=52) were received LTG by gavage<br />

tube immediately before and again after hypoxia, and<br />

then 12 h interval during 5 days, or equivalent volume<br />

of saline solution were received by same schedule<br />

(n=54). Rats in post-treatment group (50, 100 mg/kg/<br />

dose, n=35) were received LTG immediately and again<br />

two hours after hypoxia, and then 12 h interval during<br />

5 days. The severity of injury was assessed 5 days later<br />

by visual inspection and by measurement of bilateral<br />

hemispheric cross sectional areas.<br />

Results: Pretreatment and post-HI rescue treatment<br />

with oral administration of LTG resulted in significant<br />

neuroprotective effect in all doses except 25 mg/kg.<br />

Quantification of hemispheric areas in rats receiving<br />

LTG and control littermates confirmed the results of<br />

initial inspection.<br />

Conclusion: Treatment with LTG decreases the<br />

incidence and severity of brain damage in the animal<br />

model of perinatal cerebral hypoxia-ischemia. These<br />

data indicate that LTG may offer an effective means<br />

to decrease the incidence and severity of perinatal HI<br />

brain injury.


PLATFORM SESSION ABSTRACTS<br />

Monday 29th June 2009<br />

6:00 - 7:30<br />

Hall 6<br />

Platform Session<br />

Pathophysiology<br />

0 9<br />

Pyramidal cells and interneurons interactions in<br />

the initiation of ictal discharges in human epileptic<br />

tissue in vitro<br />

Huberfeld G 1,2,3, Menendez de la Prida L 1,4,<br />

Clemenceau S 1,2, Pallud J 1,5, Cohen I 1,<br />

Le Van Quyen M 6, Baulac M 1,2, Miles R 1<br />

1) INSERM U 739 ‘Cortex & <strong>Epilepsy</strong>’, UPMC, CHU Pitie-<br />

Salpetriere, Paris, France, 2) <strong>Epilepsy</strong> Unit, UPMC, CHU<br />

Pitie-Salpetriere, Paris, France,<br />

3) Neurophysiology Lab, UPMC, CHU Pitie-Salpetriere,<br />

Paris, France, 4) Laboratorio de circuitos neurales,<br />

Instituto Cajal Ð CSIC, Madrid, Spain,<br />

5) Neurosurgery Unit, Hopital Ste Anne, Paris, France,<br />

6) CNRS UPR640 LENA, UPMC, CHU Pitie-Salpetriere,<br />

Paris, France<br />

Compared to tissues from normal rodents,<br />

postoperativehumanepileptictissueprovidesaunique<br />

opportunity to study nervous structures rearranged<br />

by epileptogenesis processes. In vitro, subiculum slices<br />

obtained after surgery on patients with temporal lobe<br />

epilepsies associated with hippocampal sclerosis<br />

retain interictal-like discharges. This activity is<br />

spontaneous, seems to be initiated by interneurons<br />

and is sustained by glutamatergic transmission and<br />

depolarizing actions of GABA. Ictal discharges can be<br />

generated after exposure to convulsants: combination<br />

of an increase in excitability with alkalinization or low<br />

Mg2+ media. The transition from the interictal state<br />

to the first seizure is characterized by the progressive<br />

emergence of population events distinct from interictal<br />

discharges: the pre-ictal discharges. We studied their<br />

network by extracellular and juxtacellular recordings.<br />

Their generation site and spread characteristics differ<br />

and pre-ictal discharges synchronize a larger amount<br />

of pyramidal cells. Their pharmacology is also specific<br />

since GABAA receptors blockade suppresses interictal<br />

but not pre-ictal events. Once established, pre-ictal<br />

discharges recur and complexify before seizure<br />

onset. Such dynamic of the initiation of a seizure has<br />

pharmacological correlates. While pre-ictal discharges<br />

are glutamatergic they trigger seizures only if GABAA<br />

signaling is efficient and intracellular recordings show<br />

a progressive depolarization of GABAergic postsynaptic<br />

potentials. Specific networks are involved<br />

in the generation of interictal, pre-ictal events and<br />

seizure onset. They depend on the differential role<br />

of pyramidal cells and interneurons and on the<br />

basal (epileptogenesis) and dynamic (ictogenesis)<br />

modifications in Cl- homeostasis.<br />

020<br />

Differential presence of HHV-6 DNA in hippocampi<br />

of temporal lobe epilepsy patients with<br />

distinct etiology<br />

Niehusmann P, Drexler J F, Bien C G, Grote A, Schoch S,<br />

Becker A J<br />

University Of Bonn Medical Center, Bonn, Germany<br />

Purpose: Temporal lobe epilepsy (TLE) is the most<br />

common form of focal epilepsy with mesial temporal<br />

2<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

sclerosis (MTS) as major pathological finding. Early age<br />

of initial precipitating injury is an important predictor<br />

of hippocampal pathology. Febrile seizures in children<br />

are frequently associated with human herpesvirus-6<br />

(HHV-6) infections and more than 95% of children<br />

older than two years are HHV-6 seropositive.HHV-6 can<br />

establish lifelong latency in the CNS. A pathogenetic<br />

relationship of persistent HHV-6 infection and TLE<br />

has been suggested. Here, we analyzed viral HHV-6<br />

DNA presence in surgical tissue from well-defined<br />

subgroups of TLE-patients.<br />

Method: The subgroups of pharmacoresistant TLEpatientwereclassifiedbyclinicalandneuropathological<br />

criteria as follows: Complex febrile seizures (n=6),<br />

history of encephalitis (n=10), idiopathic MTS (n=8),<br />

lesion-associated (n=10). Temporal autopsy samples<br />

without a history of neurological disorders served as<br />

controls (n=10). DNA amplification was performed,<br />

using specific nested and real time PCR.<br />

Results: HHV-6 DNA was detected in 50% of specimens<br />

from patients with a history of encephalitis. In<br />

contrast, lesion-associated TLE and autopsy-control<br />

specimens were negative for HHV-6 DNA. Intriguingly,<br />

in non-lesional MTS (with or without history of febrile<br />

seizures) our molecular analysis did not detect HHV-<br />

6 DNA. Conclusion: Our data suggest HHV-6 DNA to<br />

be present in hippocampal tissue of patients with a<br />

history of encephalitis but not other TLE subgroups.<br />

Future efforts will concentrate on the activity level of<br />

the HHV-6 infection in the affected brain tissue.<br />

Acknowledgment: Supported by DFG (SFB-TR3; KForG<br />

‘Innate Immunity’), BMBF (NGFNplus), EU EPICURE<br />

and BONFOR.<br />

02<br />

Olfactory function in patients after temporal lobe<br />

resection compared to normosmic controls<br />

Hopp P 1, Henkel S 2, Gerber J 3, Reuner U 3,<br />

Hallmeyer-Elgner S 3, Lutz M 1, Mayer T 1,<br />

Schackert G 3, Hummel T 2<br />

1) Kleinwachau, Saxonian <strong>Epilepsy</strong> Centre, Radeberg,<br />

Germany, 2) Smell and Taste Clinic, Medical Faculty<br />

“Carl Gustav Carus”, Technical University, Dresden,<br />

Germany, 3) Medical Faculty, ‘Carl Gustav Carus’,<br />

Technical University, Dresden, Germany<br />

Purpose: Temporal lobe epilepsy (TLE) is the most<br />

common focal epilepsy. <strong>Epilepsy</strong> surgery is an effective<br />

treatment option for medically refractory cases<br />

leading to long-term seizure freedom in two thirds of<br />

patients. Anatomical and electrophysiological findings<br />

suggest that temporal lobe structures are involved<br />

in the processing of odour perception. Olfactory<br />

function of postoperative TLE patients was studied<br />

and compared with<br />

age-matched controls. Additionally, we addressed the<br />

influence of laterality of lesions on odour processing.<br />

Method: The study population included 22 surgically<br />

treated TLE patients (12 left and 10 right TLE) and 22<br />

subjective normosmic controls (age range 20 to 59<br />

years). Odour-evoked potentials (OEP) were recorded<br />

in response to lateralised presentation of phenyl<br />

ethyl alcohol and hydrogen sulfide using a computer<br />

controlled olfactometer (OM2s; BURGHART, Wedel,<br />

Germany). Additionally psychophysical olfactory<br />

testing was performed using ‘Sniffin’ Sticks’ including<br />

assessment of odour thresholds, odour identification,<br />

and odour discrimination.<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

Results: In patients psychophysical olfactory tests<br />

demonstrated lateralised dysfunction in accordance<br />

to the side of lesion (F[1,20]=10.0, p=0.005). OEP<br />

peak P2 following stimulation with hydrogen sulfide<br />

were reduced ipsilesionally (F[1,17]=6.73, p=0.019).<br />

Performance in all psychophysical tests was better in<br />

controls (F[1,42]=20.0, p5.0, p


PLATFORM SESSION ABSTRACTS<br />

channelopathy co-expressed in heart and brain. The<br />

expression of KCNQ1 channel protein in brainstem<br />

nuclei of the vagal nerve defines a critical circuit for<br />

cardiac dysrhythmia within the central autonomic<br />

pathways. The other LQT ion channels are also<br />

expressed in brain, suggesting a family of candidate<br />

genes for SUDEP. These data validate a combined<br />

clinical and genetic diagnostic strategy to improve risk<br />

prediction of early mortality in individuals<br />

with epilepsy.<br />

Tuesday 30th June 2009<br />

0:30 - 2:00<br />

Hall 5<br />

Platform Session<br />

Advances in clinical neurophysiology<br />

025<br />

Characterising the role of brainstem physiology as<br />

a cause of asystole in seizures<br />

Pini G 1, Julu P 2, Hansen S 3, Bigoni S 4, Smeets E 5,<br />

Witt Engerström I 6, Russell A 3, Delamont R 7,<br />

Apartopoulos F 3, Curfs L 5<br />

1) Versilia Hospital, Lido Di Camaiore (LU), Italy,<br />

2) Queen Mary’s School of Medicine University of<br />

London, London, UK, 3) South Glasgow University<br />

Hospitals Division,Glasgow,UK,4) Azienda Ospedaliera<br />

Universitaria Di Ferrara, Ferrara, Italy,<br />

5) University Hospital Maastricht, Maastricht, The<br />

Netherlands, 6) Rett Center Östersund Hospital,<br />

Östersund, Sweden, 7) King’s College Hospital NHS<br />

Foundation Trust, London, UK<br />

Purpose:To identify the physiological conditions at the<br />

time of cardiac asystole during seizures.<br />

Method: Cortico-bulbar neurophysiology was used to<br />

monitor physiological dysfunction in patients 1) with<br />

the neuro-developmental disorder, Rett Syndrome<br />

(RTT) or 2) with seizure-like events while undergoing<br />

telemetry studies. The physiological parameters<br />

include EEG, Heart Rate (HR), real-time Cardiac Vagal<br />

tone (CVT) and breathing movements.<br />

Results: We report two different patients with asystole.<br />

One patient with RTT was a Feeble Breather and<br />

had brainstem storm during asphyxia, indicated by<br />

repetitive large fluctuations in CVT. A large increase<br />

in CVT preceded the asystole. The asystole did not<br />

affect breathing rhythm. The patient later recovered<br />

from the asphyxia and blood gases returned to<br />

normal. There were no brainstem storms at normal<br />

blood gas levels. In contrast, a 44 year old man with<br />

a 28 year history of turns treated as seizures had<br />

three episodes of Abnormal Spontaneous Brainstem<br />

Activations (ASBAs), the last one caused a sustained<br />

gamma-rhythm in the CVT leading directly to asystole.<br />

The ASBAs were associated with excessive sweating<br />

and nausea. This reproduced his typical attacks and<br />

there were no epileptiform discharges. Conclusion:<br />

This is the first time that a brainstem storm and ASBAs<br />

have been demonstrated to cause asystole. Detailed<br />

analysis of seizures with assessment of physiological<br />

function is needed to characterise dysfunction of<br />

brainstem control seen during seizures and in neurodevelopmental<br />

disorders and to differentiate between<br />

cardiac and autonomic causes of asystole. These<br />

techniques will contribute to an understanding of<br />

Sudden Unexpected Death in <strong>Epilepsy</strong>.<br />

4<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

026<br />

Brainstem autonomic influence on cortical<br />

epileptiform activity: evidence of music-induced<br />

vagal suppression of seizure pattern<br />

Witt Engerström I 1, Julu P 2, Hansen S 3, Delamont R 4,<br />

Bergström-Isacsson M 1, Smeets E 5, Apartopoulos F 3, Pini<br />

G 6, Bigoni S 7, Curfs L 5<br />

1) Rett Center Östersund Hospital, Östersund, Sweden,<br />

2) Queen Mary’s School of Medicine University of<br />

London, London, UK, 3) South Glasgow University<br />

Hospitals Division, Glasgow, UK, 4) King’s College<br />

Hospital NHS Foundation Trust, London, UK,<br />

5) University Hospital Maastricht, Maastricht, The<br />

Netherlands, 6) Versilia Hospital, Lido Di Camaiore (LU),<br />

Italy, 7) Azienda Ospedaliera Universitaria Di Ferrara,<br />

Ferrara, Italy<br />

Purpose:To investigate whether interictal epileptiform<br />

activities in Rett syndrome were influenced by central<br />

parasympathetic activity.<br />

Method: Cortico-bulbar neurophysiology was used<br />

to monitor both cortical and brainstem activities<br />

continuously and in real-time in a patient with<br />

Rett Syndrome (RTT). Music was used to stimulate<br />

parasympathetic response. The physiological<br />

parameters recorded included EEG, Cardiac Vagal<br />

Tone (CVT), Heart rate (HR), breathing movements,<br />

and Cardiac Sensitivity to Baroreflex (CSB). All<br />

the physiological parameters were recorded<br />

simultaneously and time-locked with EEG and<br />

video images.<br />

Results: We report a 4-year old patient with RTT who<br />

has a Feeble Breather cardiorespiratory phenotype.<br />

She had repeated sub-clinical seizure pattern in the<br />

EEG for >80% of the autonomic monitoring time (1<br />

hour). A favourite Pop music tune identified by the<br />

parents consistently stimulated large parasympathetic<br />

responses indicated by big increases in both CVT<br />

and CSB and decreases in HR. A piece of Horn music<br />

chosen by a music therapist had little effects on<br />

parasympathetic activity. Seizure patterns in the EEG<br />

were consistently suppressed during the Pop music<br />

when CVT levels were high, but resumed immediately<br />

when CVT fell to low levels after the music.The chosen<br />

horn music did not affect either CVT or the seizure<br />

pattern in the EEG. Conclusion: Brainstem autonomic<br />

activity affects cortical discharges in RTT. Large<br />

increases in CVT can suppress persistent sub-clinical<br />

seizure pattern in the EEG. Monitoring physiological<br />

functions regulated by the brainstem during seizures<br />

is essential to fully understand the pathophysiology of<br />

seizure disorders.<br />

027<br />

In-phase synchronized gamma oscillations<br />

precede spike-and-wave complexes in human<br />

absence seizures<br />

Kohsaka S 1, Kohsaka M 2, Shiraishi H 1, Saitoh S 1<br />

1) Hokkaido University School Of Medicine, Sapporo,<br />

Japan, 2) Sapporo Ishikane Hospital, Sapporo,<br />

Hokkaido, Japan<br />

Gamma oscillations (40-100Hz) are considered to play<br />

a role for binding the neuronal activities between<br />

remote cortical areas. 3-Hz spike-and-wave complexes<br />

(SWCs) in childhood absence epilepsy (CAE) are<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

the prototype of synchronized seizure activities<br />

in humans. Here, we investigated the existence of<br />

gamma oscillations before and during 3-Hz SWCs in a<br />

case with CAE.<br />

Method: Five SWCs were recorded, and sampled<br />

(1.25kHz) in a girl with CAE (Fp1-C3, C3-T3, T3-O1,<br />

Fp2-C4, C4-T4, T4-O2, C3-Cz and Cz-C4). The EEG<br />

data were notch-filtered at 50Hz and its harmonic<br />

frequencies.Five segments (2048 points for a segment)<br />

were selected so as the last segment to cover the<br />

first SWCs.<br />

Results: Wavelet analyses at Fp1-C3 and Fp2-C4, and<br />

their grand average showed three gamma oscillations<br />

(around 105Hz, 83Hz and 58Hz) pre- and during the<br />

SWCs. These gamma oscillations were extracted, and<br />

the data were subdivided into 512 points. Hilbert<br />

transform was applied to the extracted gamma<br />

oscillations. The multiplied product of instantaneous<br />

amplitude between Fp1-C3 and Fp2-C4 is a measure<br />

for synchronized oscillations. The data exceeding<br />

a threshold (> 25microV^2) were selected, and its<br />

instantaneous phase difference was calculated.<br />

Synchronized gamma oscillations (around 58Hz)<br />

increased around 3.3 seconds before the onset<br />

of SWCs, and the ratio of in-phase oscillations<br />

also increased.<br />

Discussion: The preceding, in-phase synchronized,<br />

gamma oscillations probably bind the wide-spread<br />

cortical activities before the onset of seizures in<br />

human CAE.<br />

028<br />

Anatomo-functional organization of the<br />

insular cortex in epileptique humans: study by<br />

intracerebrale electrical stimulations<br />

Afif A, Minotti L, Kahane P, Hoffmann D<br />

INSERM U318; Grenoble University Hospital, BP 217,<br />

38043 Grenoble Cedex 9, France<br />

Purpose: Few data exist from human<br />

electophysiological studies performed in vivo by<br />

direct electrical stimulation of the insular cortex. The<br />

determination of clinical signs in the relationship with<br />

the participation of the insula permits to analysis with<br />

more accuracy the electro-clinical data.<br />

Material and Method: We undertook a retrospective<br />

work concerning the anatomo-functional organization<br />

of the insula by the intracerebral electrical stimulations<br />

during explorations Stereo-Electo-Encéphalo-Graphics<br />

using an oblique approach. 25 patients with epilepsy<br />

in whom at least one electrode was used to explore<br />

the insula were selected for this study. Targeting of<br />

the insular cortex was performed using a 3D cerebral<br />

presurgical T1- MRI scan computed with stereotactic<br />

software. a postoperative contrast enhanced 3D CT<br />

scan was fused with the preoperative 3D MRI in the<br />

same stereotactic referenced system. We could then<br />

identify its cortical location and anatomical position in<br />

reference to gyri.<br />

Results: Our results were discussed in terms of their<br />

anatomical and electrical significances. The data<br />

suggest an organization of the insular cortex in<br />

terms of the sulci and gyri much more than a simple<br />

distinction between anterior and posterior insula. We<br />

have been able to identify the areas in which direct<br />

electrical stimulation causes of language disorders,<br />

painful phenomena or sensory-motor responses. For<br />

the latter, a somatotopy has been identified.<br />

PLATFORM SESSION ABSTRACTS<br />

Conclusion: The large sampling authorized by this<br />

exploration using an oblique approach allows us to<br />

develop a first drawing of the anatomo-functional<br />

insular cortex organization in terms of its sulcal and<br />

gyral anatomy.<br />

029<br />

Apneas associated with temporal lobe seizures are<br />

dependent on contralateral spread of the seizure:<br />

results from intracranial EEG recordings<br />

Seyal M, Bateman L<br />

University Of California, Davis, USA<br />

Purpose: We previously showed that ictal hypoxemia<br />

occurs in one-third of partial onset seizures in patients<br />

undergoing video-EEG telemetry (VET) (Brain,<br />

2008,131,3239-3245). Scalp-recorded EEG indicated<br />

that ictal hypoxemia was more likely with temporal lobe<br />

seizures (odds ratio (OR)=5.2; 95%CI=(1.665,16.257)),<br />

contralateral seizure spread (OR=2.591;<br />

95%CI=(1.112,6.039)) and right-sided onset (OR=2<br />

.098;95%CI=(1.078,4.085)). Most ictal hypoxemias<br />

are associated with central apneas. Descending<br />

limbic pathways to brainstem respiratory centers<br />

are ipsilateral. Therefore, central apneas may require<br />

bilateral spread of seizures. To precisely evaluate<br />

respiratory parameter changes relative to seizure<br />

onset and spread, we have now studied patients<br />

undergoing invasive VET.<br />

Method: Nasal airflow and abdominal excursion data<br />

was available for 27 of 37 seizures (11 right temporal,<br />

16 left temporal) lasting 10 seconds or longer in 7<br />

patients with temporal lobe epilepsy undergoing<br />

invasive VET. Intracranial recordings included bilateral<br />

amygdala and hippocampal depth electrodes and/or<br />

bilateral subtemporal subdural electrodes.<br />

Results: In 2 patients, 9 seizures of left temporal onset<br />

remained unilateral without accompanying apneas.<br />

Apneas occurred in the remaining 7 left temporal<br />

and 11 right temporal onset seizures concurrent with<br />

electrographic evidence of contralateral spread. In 4<br />

right-sidedseizures,apneasstartedbeforecontralateral<br />

spread. Mean apnea duration was 41 seconds (S.D. 29).<br />

Oxygen desaturation


PLATFORM SESSION ABSTRACTS<br />

Majority of EEG-fMRI reported studies to date have<br />

been in focal and idiopathic generalized epilepsies,<br />

but not in secondary generalized epilepsy (SGE), the<br />

classic example of which is LGS.<br />

Method: Institutional Ethics Committee approved<br />

the study for written informed consent. Thirteen<br />

subjects had continuous EEG-fMRI in a 3T GE magnet.<br />

Functional images were acquired using multi-slice<br />

gradient-recalled echo-planar imaging sequences.The<br />

hemodynamic response to PFA and SSW was estimated<br />

using SPM2. Results:We recruited 13 subjects with LGS<br />

with EEG documented tonic or atonic and absence<br />

seizures. On EEG-fMRI 7 subjects had PFA and 9 had<br />

GSW. In 7 with PFA cortical BOLD was positive but<br />

with GSW the BOLD signals were biphasic or positive.<br />

Subcortical BOLD responses were present in thalamic<br />

(75%), caudate (75%) and brainstem (67%).<br />

Conclusion: The epileptiform discharges in LGS are<br />

associated with 2 robust,and distinguishable networks.<br />

Tonic seizures associated with paroxysmal fast activity<br />

predominately showed widespread positive cortical<br />

BOLD signals whereas generalized slow spike wave,<br />

associated with ‘atypical absence’, showed widespread<br />

cortical deactivation and activation.<br />

Tuesday 30th June 2009<br />

0:30 - 2:00<br />

Hall 6<br />

Platform Session<br />

<strong>Epilepsy</strong> outcomes<br />

03<br />

2 -24 year follow-up mortality rates from the<br />

National General Practice Study of <strong>Epilepsy</strong><br />

(NGPSE)<br />

Neligan A, Bell G, Goodridge D M, Shorvon S D,<br />

Sander J W<br />

UCL Institute Of Neurology, DCEE, UK<br />

The National General Practice Study of <strong>Epilepsy</strong><br />

(NGPSE) was set up in 1984 and is one of the longest<br />

established epilepsy community-based studies in<br />

existence.The study has followed up 792 patients with<br />

definite or possible epilepsy and 220 patients with<br />

febrile seizures who were enrolled by their General<br />

Practitioners (GPs). Mortality data in the cohort were<br />

presented in 19941 and 2001. At seven years of followup<br />

150 deaths had occurred in those with definite<br />

or possible epilepsy and the Standardised Mortality<br />

Ratio(SMR) was 2.5 (95% CI 2.1 to 2.9). The SMR was<br />

highest in the first year after presentation (SMR 5).At 14<br />

years of follow-up there were 199 deaths in this cohort<br />

and the SMR was 2.1 (95% CI 1.8 to 2.4). Current followup,<br />

after 24 years, shows that 290 people have died;<br />

additionally, two who presented with febrile seizures<br />

have also died. On primary analysis, the most frequent<br />

causes of death included pneumonia, cancer (eg<br />

brain, breast, lung, and bladder), myocardial infarction<br />

and stroke. There were few reported epilepsyrelated<br />

deaths - a further one in addition to the five<br />

already reported. This study continues to confirm the<br />

increased premature mortality in people with epilepsy.<br />

The community basis of the study is important to put<br />

this risk into perspective as this is often exaggerated in<br />

hospital-based studies.<br />

6<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

032<br />

The incidence rate of epilepsy in a rural district<br />

of Vietnam: a population-based study from the<br />

EPIBAVI project<br />

Nguyen Ahn Tuan T 1, Le Quang C 1, Allebeck P 2, Nguyen<br />

Thi Kim C 1, Persson H 2, Tomson T 2<br />

1) Hanoi Medical University, Hanoi, Vietnam,<br />

2) Karolinska Institutet, Stockholm, Sweden<br />

Purpose:As part of a population-based epidemiological<br />

project in Vietnam, EPIBAVI, we prospectively studied<br />

the incidence of epilepsy in people 1 year or older in a<br />

representative rural region of the country.<br />

Method: Two separate field surveys were carried out<br />

utilizing the same methodology three years apart<br />

(January to December 2005, and January to June<br />

2008) in the same population of the BaVi District in<br />

northern Vietnam. On both occasions, members of<br />

approximately 13 000 households were first screened<br />

using a WHO screening questionnaire for seizure<br />

disorders. A clinical examination of all screened<br />

positive was performed by a neurologist to verify the<br />

epilepsy diagnosis, and all epilepsy cases were offered<br />

an EEG.<br />

Results: On the first survey year 2005, out of 47,269<br />

screened, 1338 (2.8%) had a positive response to the<br />

questionnaire. Of these, 20 cases were found to have<br />

seizure onset within 1 year preceding the screening,<br />

yielding an epilepsy incidence rate of 42.3 per 100,000<br />

(95%CI 23.8-60.9). On the second survey in year 2008,<br />

49,780 people aged 1 year and up were screened, 872<br />

(1.8%) had a positive response to the questionnaire.<br />

Of these, 18 cases had seizure onset within 1 year<br />

preceding the screening. The incidence rate of<br />

the second screening was 36.2 per 100,000<br />

(95%CI 19.5-52.4).<br />

Conclusion: The incidence rate of active epilepsy<br />

in rural Vietnam in our study was similar at the two<br />

surveys and comparable to those of recent studies<br />

in China and India, but lower than in other<br />

developing countries.<br />

033<br />

Survival in epilepsy patients: an year follow<br />

up study<br />

Kharazmi E, Fallah M, Peltola J<br />

Tampere University Hospital,Tampere, Finland<br />

Purpose: Despite the fact that mortality in epilepsy<br />

patients is higher than their non-epileptic peers, a<br />

follow-up study to evaluate the survival in epilepsy<br />

patients and its determinants is lacking.<br />

Method: The population-based incident cohort of<br />

epilepsy patients diagnosed in Tampere University<br />

Hospital in 1995-2005 (N=549; age at diagnosis: 9-<br />

87) was used. The follow-up was from diagnosis date<br />

to their death or last visit. Kaplan-Meier and Cox<br />

proportional hazard analyses were performed.<br />

Results: The survival probability in epilepsy patients<br />

was 97% at one year, 91% at three years, 87% at five<br />

years, and 64% at eleven years after diagnosis. One<br />

year seizure free patients had 2.2 times lower mortality<br />

than patients with continuous seizure [hazard ratio<br />

(HR) adjusted for age, sex, age at diagnosis, and current<br />

use of new antiepileptic drugs (AEDs: levetiracetam,<br />

lamotrigine, topiramate, tiagabine, pregabaline, or<br />

gabapentin): 0.46, 95% CI: 0.24-0.89]. Older age at<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

diagnosis was significantly associated with higher<br />

mortality (HR adjusted for seizure status, age, sex, and<br />

use of new AEDs: 1.81, 95% CI: 1.60-2.05). Our data<br />

did not show any significant association between<br />

mortality and sex or using new AEDs. In our 11 year<br />

follow-up study, smoothed hazard estimate curve<br />

showed highest mortality at 8 years after diagnosis<br />

(9 years in seizure free patients and 7 years in others).<br />

Conclusion: Our study shows that about two third<br />

of epilepsy patients survive in eleven years after<br />

diagnosis and emphasizes the significance of seizure<br />

freedom, as a major determinant, on prolonging the<br />

survival of epilepsy patients.<br />

034<br />

Summary of the U.S. National Institute of<br />

Neurological Disorders and Stroke (NINDS)<br />

Workshop on SUDEP<br />

L. So E 1, J. Hirsch L 2, J. Donner E 3, L. Noebels J 4,<br />

P. Jacobs M 5, R. Buchhalter J 6<br />

1) Mayo Clinic, Rochester, MN, USA, 2) Columbia<br />

University, New York, NY, USA, 3) Hospital For Sick<br />

Children, Toronto, OT, Canada, 4) Baylor University,<br />

Houston,TX, USA, 5) NINDS, Washington D.C. USA,<br />

6) Phoenix Children’s Hospital, Phoenix, AZ, USA<br />

Purpose: To develop directions for basic science and<br />

clinical research;identify possible preventive strategies<br />

for SUDEP; investigate when, what, & how to best<br />

discuss SUDEP with patients and caregivers; design<br />

methods by which medical and lay communities<br />

become aware of SUDEP.<br />

Method:Weinvitednationalandinternationalclinicians,<br />

researchers,patient advocates,ethics and legal experts<br />

to participate in the Workshop (November 12 - 14,<br />

Washington D.C.). Many had no prior work in SUDEP,<br />

but their expertise offers potentially novel approaches<br />

to the workshop objectives. Interactive discussions<br />

were emphasized and lectures were minimized. A<br />

Research Session and an Education Session were<br />

concurrently held but subsequently joined to achieve<br />

overall consensus on the issues discussed.<br />

Results: Key Research Session recommendations are:<br />

assess family history for sudden death and conduct EKG<br />

in all epilepsy patients; explore relevance of risk factors<br />

of other types of sudden death, including genetics;<br />

explore respiratory, autonomic and serotonin-related<br />

mechanisms in animal models and high-risk patients;<br />

establish a SUDEP registry and central tissue bank. Key<br />

Education Session recommendations are: determine<br />

the best method to educate patients, families, and<br />

medical professionals; develop instrument to assess<br />

the level of interest of the patient and family to<br />

learn about SUDEP; develop guidelines on when<br />

and how to counsel patients and families; develop<br />

educational materials in different formats for different<br />

patient populations.<br />

Conclusion: This unique Workshop offers directions<br />

for research and education on SUDEP, but much work<br />

remains to be done to provide the framework towards<br />

the goal of eliminating SUDEP.<br />

035<br />

<strong>Epilepsy</strong> care and information and communication<br />

technology (ICT) in Irish general practice: results of<br />

a national survey<br />

Varley J 1, Fitzsimmons M 1, Delanty N 1, Collins C 2,<br />

Boland M 2, Normand C 3<br />

PLATFORM SESSION ABSTRACTS<br />

1) Beaumont Hospital, PO Box 1297, Beaumont<br />

Rd, Dublin 9, Ireland, 2) Irish College of General<br />

Practitioners, 4/5 Lincoln Place, Dublin 2, Ireland,<br />

3) Dept of Health Policy & Management,Trinity College,<br />

Dublin 2, Ireland<br />

<strong>Epilepsy</strong> care should be long term, multidisciplinary<br />

and integrated across organisational boundaries<br />

(Hadjikoutis & Smith, 2005). Such integrated care<br />

frameworks generally encompass a specifically<br />

designed information exchange system (Smith et al,<br />

2008). At Beaumont Hospital, the epilepsy programme<br />

is developing an electronic information exchange<br />

system (www.epilepsyprogramme.ie). This epilepsy<br />

specific Electronic Patient Record (EPR) consolidates<br />

electronically the medical records of people with<br />

epilepsy (PWE). It is currently accessible to authorised<br />

personnel within Beaumont Hospital and will become<br />

available to external users e.g. General Practitioners<br />

(GPs). To evaluate the impact of the EPR we examined<br />

the current use of ICT by Irish GPs and their role in<br />

managing the care of PWE. A total of 247 GPs (35%)<br />

returned completed postal questionnaires from a<br />

random sample (n=700) of Irish GPs. Computerization,<br />

broadband availability and use of GP specific practice<br />

management software was widely reported (90%).<br />

However GP software functionality specific to<br />

chronic disease management appeared underused.<br />

54% currently link electronically to external ICT<br />

systems with 93% supporting the concept of linking<br />

electronically to the epilepsy specific EPR. While<br />

supporting the concept of epilepsy shared care (96%),<br />

Irish GPs were highly dissatisfied with current access to<br />

specialist neurology services. Consequently many GPs<br />

(75%) refer PWE inappropriately to local Emergency<br />

Departments. A deficit in GP knowledge regarding<br />

epilepsy management was acknowledged (39%).<br />

In conclusion, this survey indicates inadequate and<br />

fragmented pathways of epilepsy care in Ireland.There<br />

is an opportunity to exploit ICT to improve continuity<br />

of care across primary, secondary and tertiary services.<br />

036<br />

Interictal electrocardiographic (ECG) abnormalities<br />

and cardiac morbidity in an adult population<br />

with difficult to control epilepsy and learning<br />

disabilities<br />

Petkar S 1, Masih I 2, Mitchell P 2, Clifford A 1, Homa S 1,<br />

Forrester C 2, Thomas H 2, Madden P 2, Hammonds G 2,<br />

Cooper P 2, Fitzpatrick A 1<br />

1) Manchester Heart Centre, Manchester Royal<br />

Infirmary, Manchester, UK, 2) David Lewis Centre For<br />

<strong>Epilepsy</strong>, Mill Lane, Warford, Alderley Edge, Cheshire, UK<br />

Purpose: Cardiac arrhythmias are postulated to be a<br />

mechanism for SUDEP. While studies have analysed<br />

cardiac rhythm during seizures, little is known about<br />

interictal ECG findings and cardiac morbidity in<br />

patients with epilepsy.<br />

Method: Interictal 12 lead ECG’s performed in adult<br />

patients with difficult to control epilepsy and learning<br />

difficulties, resident of an epilepsy centre, between<br />

2005-2007. Automatic machine reports compared<br />

with interpretation by tertiary care cardiologists.<br />

Suitable patients, with abnormal ECG’s, investigated by<br />

echocardiography and external ECG monitoring.<br />

Results: n= 214, 136/214 (63.6%) males. Age: 38.1±17.6<br />

years (median: 33.5, range: 17-83). Duration of epilepsy:<br />

www.epilepsybudapest2009.org 7


PLATFORM SESSION ABSTRACTS<br />

33.5±17.7 years (median 33, range: 2-73). Comorbid<br />

conditions: 3.6±3.7 (median: 3, range: 0-40). Number<br />

of AED’s: 5±2.8 (median: 4, range: 0-15). Satisfactory<br />

ECG’s obtained in majority: 211/214 (98.6%). All in<br />

sinus rhythm. No difference (p=ns) in automatically<br />

vs manually calculated mean heart rate, mean QT/<br />

QTc interval. QTc (450 msecs only in 4/214 (1.9%).<br />

Minority (85/214, 39.7%) ECG’s normal. Most common<br />

abnormalities: incomplete RBB and non progression<br />

of R: 17/214 (7.9%) each, ST-T changes: 15/214 (7.0%),<br />

RVH: 13/214 (6.1%), RBBB and I° heart block: 10/214<br />

(4.7%) each. External ECG monitoring advised: 23/214<br />

(10.8%), possible: 12/23 (52.2%). Echocardiogram<br />

advised: 68/214 (31.8%), possible: 25/68 (36.8%). Echo<br />

findings: normal: 15/25 (60%), old MI: 3/25 (12.0%),<br />

LVH 2/25 (8%), hypertrophic cardiomyopathy, ASD,<br />

mitral regurgitation and constrictive pericarditis: 1/25<br />

(4%) each.<br />

Conclusion: One of the first studies to prospectively<br />

and systematically evaluate epilepsy patients for<br />

cardiac abnormalities.While majority (60.3%) interictal<br />

ECG’s abnormal, only a minority had cardiac morbidity<br />

/ structural heart disease.<br />

Tuesday 30th June 2009<br />

6:00 - 7:30<br />

Hall 4<br />

Platform Session<br />

Candidates for future therapies<br />

037<br />

Effects of 532 or 808 nm low-power laser irradiation<br />

on the paroxysmal discharge threshold in the<br />

rabbit hippocampus CA<br />

Kogure S, Saito N, Kozuka K, Tsuchiya K, Kakuno M<br />

Soka University,Tokyo, Japan<br />

Purpose: In frog sciatic nerves, Ar+ low-power laser<br />

irradiation (LLI) blocked the generation of anode break<br />

excitation, which was consistent with the result when<br />

applying ZD7288 (Y. Matsuda et al. Lasers Surg Med<br />

2006;38:608-614). Based on the similar effect between<br />

an Ih blocker and LLI, we examined the effects of LLI<br />

(532 nm or 808 nm) on the paroxysmal discharge<br />

threshold (PADT) in the rabbit hippocampus CA1.<br />

Method: Sixty-two adult male rabbits were used. A<br />

pair of concentric electrodes was implanted into the<br />

CA1 region: the right anterior electrode was used for<br />

stimulating and LLI. The stimulus train for PAD was 1ms<br />

pulses of 50 Hz for 1 s. The laser was introduced<br />

with an optical fiber (125 microampere). We measured<br />

PADT before and after LLI.<br />

Results: The averaged PADT was 185(}10 microampere<br />

(mean} SE; n=24) before LLI. After 10 min LLI (532 nm)<br />

of 50, 75 and 100 mW, PADT magnitude increased to<br />

111(}14 (n=8), 138(}19 (n=9, p


28 th June – 2 nd July 2009<br />

electrophysiologically by both whole-cell patch-clamp<br />

techniques and field recordings, while the frequency<br />

of STIB was unaltered. Membrane input resistance<br />

and action potential characteristics<br />

of individual NpHR expressing cells remained<br />

unaltered. Reversal potential for IPSCs in the<br />

transfected cells was also similar to that of the control<br />

non-transfected cells.<br />

Discussion: Transgene NpHR light activation<br />

significantly decreases after-discharge duration in<br />

both CA1 and CA3 areas of the hippocampus. These<br />

data suggest that optogenetic cell control has a<br />

potential for suppressing seizure activity in epilepsy.<br />

040<br />

Effectiveness and tolerability of rufinamide in<br />

children and adults with refractory epilepsy: first<br />

experience as orphan drug<br />

Kluger G 1, Kurleman G 2, Haberlandt E 3, Ernst J P 4,<br />

Runge U 5, Schneider F 5, Makowski C 6, Boor R 7, Bast T 8<br />

1) BHZ Vogtareuth, Vogtareuth, Germany, 2) UKM,<br />

Munster, Germany, 3) Medical University Innsbruck,<br />

Innsbruck, Austria, 4) <strong>Epilepsy</strong> Centre Kork, Kehl-Kork,<br />

Germany, 5) Ernst-Moritz-Arndt-University, Greifswald,<br />

Germany, 6) Ev. Krankenhaus Ko Nigin Elisabeth<br />

Herzberge, Berlin, Germany, 7) North German <strong>Epilepsy</strong><br />

Centre Raisdorf/Kiel, Schwentinental, Germany,<br />

8) University Hospital, Heidelberg, Germany<br />

Purpose: To assess the effectiveness and tolerability<br />

of rufinamide in a heterogeneous group of patients<br />

with refractory epilepsies, after rufinamide achieved<br />

orphan drug status for the adjunctive treatment of<br />

Lennox-Gastaut syndrome (LGS).<br />

Method: An open-label, retrospective, noninterventional,<br />

multicentre study performed in<br />

Germany and Austria. The clinical course of patients<br />

treated with rufinamide was documented over an<br />

observation period of =16 weeks. Effectiveness was<br />

evaluated by comparing seizure frequency at baseline<br />

with the last 4-week period of observation.<br />

Results: The study included 45 children and 15 adults<br />

(mean age 14.5 ±11.6 years, range 1-50 years) with<br />

severe, inadequately controlled epilepsy syndromes:<br />

LGS (n=31), idiopathic generalised epilepsy syndromes<br />

(n=5), cryptogenic unclassified generalised epilepsy<br />

(n=7) and partial epilepsy (n=17).Preliminary data after<br />

16 weeks’ observation showed that 46.7% patients<br />

(28/60) experienced =50% reduction in seizure<br />

frequency. Overall, 25.0% patients (15/60) experienced<br />

=75% reduction; of these, 5 patients (4 with LGS)<br />

became seizure-free. 21.7% patients (13/60) had a<br />

seizure reduction of 50-75%.The highest response rate<br />

was observed in patients with LGS (17/31; 54.8%), the<br />

lowest in patients with partial epilepsy (4/17, 23.5%).<br />

Response rate in patients with unclassified generalised<br />

epilepsy was 42.9% (3/7). In total, 67 adverse events<br />

(AEs) were reported in 58.3% patients (35/60). The<br />

most frequently occurring AEs were fatigue (18.3%),<br />

vomiting (13.3%) and loss of appetite (10.0%). No<br />

serious AEs were observed.<br />

Conclusion: Rufinamide may be effective and well<br />

tolerated in the treatment of children and adults with<br />

various refractory epilepsy syndromes.<br />

PLATFORM SESSION ABSTRACTS<br />

04<br />

Vascular endothelial growth factor suppresses<br />

epileptic activity in mice<br />

Nikitidou L, Kanter-Schlifke I, Kokaia M<br />

Experimental<strong>Epilepsy</strong>Group,WallenbergNeuroscience<br />

Center, BMC A-11, Lund University Hospital, Sweden<br />

Purpose: Vascular endothelial growth factor (VEGF)<br />

is expressed in the brain by neurons and glia and<br />

it’s proven to have neuroprotective effects in the<br />

central nervous system. The expression of VEGF is<br />

increased after seizures to protect cell degeneration.<br />

This mechanism is thought to be mediated by VEGF<br />

receptor 2. In this study, we evaluated the effect of the<br />

overexpression of VEGFR-2 on epileptogenesis and<br />

seizures.<br />

Method: Mice with overexpression of VEGFR-2 (n=5)<br />

and wild-type controls (wt,n=12),were used.Electrodes<br />

were implanted in the ventral hippocampus, and<br />

animals were stimulated using a conventional kindling<br />

protocol. First, we evaluated the threshold at which the<br />

animals exhibited an EEG afterdischarge with at least<br />

five seconds duration. Then, the mice were stimulated<br />

once a day at their threshold until three stage five<br />

seizures were observed.<br />

Results: Our results show that animals with<br />

overexpression of VEGFR-2 had a significantly higher<br />

initial threshold for seizure induction than the wt<br />

group (VEGFR-2 60±7.1 µA, wt 30±3.5 µA; p


PLATFORM SESSION ABSTRACTS<br />

of SSSE from a dose of 10 mg/kg, with a reduction<br />

from 998 min in vehicle-treated controls to 50 min<br />

with BRV 100 mg/kg. When combined with sub-active<br />

dose of diazepam (1 mg/kg), as little as 0.3 mg/kg<br />

BRV significantly reduced duration of SSSE. Six weeks<br />

after SSSE, the number of SRS was dose-dependently<br />

reduced by BRV and by the BRV-diazepam combination<br />

(1 mg/kg diazepam, 10 mg/kg BRV). After one year,<br />

survivors treated with BRV-diazepam combination<br />

showed >90% reduction of SRS compared to vehicletreated<br />

controls.<br />

Conclusion: These data suggest that BRV has<br />

anticonvulsant and disease-modifying effects<br />

against refractory SSSE in rats, and that BRV is<br />

effective at lower doses when combined with<br />

low-dose diazepam.<br />

Tuesday 30th June 2009<br />

6:00 - 7:30<br />

Hall 5<br />

Platform Session<br />

Surgical outcomes<br />

043<br />

Anterior temporal lobe resection without<br />

hippocampectomy due to epileptogenic lesion<br />

in amygdala<br />

Gyimesi C 1, Pannek H 2, Woermann F 2, Schulz R 2,<br />

Hoppe M 2, Elsharkawy A 2, Tomka-Hoffmeister M 2,<br />

Horstmann S 2, Aengenendt J 2, Janszky J 1, Ebner A 2<br />

1) University of Pécs, Pécs, Hungary, 2) Bethel <strong>Epilepsy</strong><br />

Center, Mara GGmbH, Bielefeld, Germany<br />

Purpose:To evaluate the clinical data and the results of<br />

epilepsy surgery in patients who underwent anterior<br />

temporal lobe resection without hippocampectomy<br />

due to epileptogenic lesions in amygdala not affecting<br />

the hippocampus.<br />

Method: Anterior temporal lobe resection without<br />

hippocampectomywasperformedinforty-fivepatients<br />

(mean age at surgery: 30.9±11.6) with epileptogenic<br />

lesion in amygdala. Presurgical evaluation including<br />

video-EEG monitoring and high-resolution brain MRI<br />

was carried out in all patients.<br />

Results: The 6-month seizure outcome was assessed<br />

in all patients. All patients had an improvement<br />

postoperatively: 91.1% of them became seizure-free<br />

(Engel 1), 6.7% of them became almost seizure-free<br />

(Engel 2) and 2.2% were non-seizure free but had<br />

significantly improved seizure outcome (Engel 3). The<br />

2-year seizure outcome was assessed in 34 patients.<br />

70.6% of them became seizure-free (Engel 1), 11.8%<br />

of them became almost seizure-free (Engel 2) and<br />

14.7% were non-seizure free but had significantly<br />

improved seizure outcome (Engel 3). Altogether 97.1%<br />

of all patients had improvement postoperatively.<br />

Histopathology showed tumors in 19 cases,<br />

malformations of cortical development in 10 cases and<br />

cavernomas in 4 cases.<br />

Conclusion: More than 70% of patients became<br />

seizure-free postoperatively, which is comparable<br />

to standard surgical procedures in temporal lobe<br />

epilepsy. Anterior temporal lobe resection without<br />

hippocampectomy is an effective surgical therapy in<br />

patients with epileptogenic lesions in amygdala not<br />

affecting the hippocampus.<br />

20<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

044<br />

Predicting outcome following epilepsy surgery<br />

Baxendale S, Heaney D, Duncan J, McEvoy A<br />

National Society For <strong>Epilepsy</strong>, Buckinghamshire, UK<br />

Background: Since epilepsy surgery is an elective<br />

procedure, patients need to weigh the risks of the<br />

procedure against the likely outcome if they are to<br />

make an informed decision to proceed.The aim of this<br />

study was to compare the accuracy of multidisciplinary<br />

team expert review and a logistic regression model, in<br />

the prediction of postoperative outcome in epilepsy<br />

surgery candidates.<br />

Method: An experienced multidisciplinary team<br />

provided preoperative predictions of postoperative<br />

outcome in 100 epilepsy patients who subsequently<br />

proceeded to surgery and were followed up one year<br />

later. Logistic regression was also used to examine the<br />

predictive value of demographic and clinical variables<br />

in predicting postoperative seizure control.<br />

Results: Team predictions of postoperative outcome<br />

were accurate for patients judged to have a 30%, 40%<br />

50% or 60% chance of becoming seizure free. Team<br />

estimates of odds tended to regress towards the<br />

mean and were less accurate for patients judged to<br />

have a very good (>70%) or very poor chance (80%)<br />

or very poor (


28 th June – 2 nd July 2009<br />

Results: 52 patients were seizure-free or without<br />

medication two years after surgery. In 36 patients<br />

the medication was discontinued. 27 patients were<br />

seizure-free for these years (outcome 1a). Nine<br />

patients had seizures one year after surgery (6 patients<br />

were seizure-free after 2 years, 3 patients still have<br />

seizures). 10 patients stopped AEDs without medical<br />

advice. 6 patients stopped AEDs within the first<br />

year and had outcome 1a (follow up 5 to 11 years).<br />

26 patients being seizure-free 2 years after surgery<br />

refused to discontinue AEDs. Seizure recurrence<br />

was unaffected by the duration of postoperative<br />

AED treatment, the date of discontinuation and the<br />

pre/postoperative data.<br />

Conclusion: Discontinuation of AEDs after surgery for<br />

epilepsy seems to be save. These results are useful<br />

in counselling patients about discontinuing AED<br />

treatment after epilepsy surgery.<br />

046<br />

High frequency oscillations as markers<br />

of epileptogenicity - correlation with the<br />

postsurgical outcome<br />

Jacobs J, Zijlmans M, Zelmann R, Chatillon C E,<br />

Hall J, Olivier A, Dubeau F, Gotman J<br />

Montreal Neurological Institute, Canada<br />

Purpose: High Frequency Oscillations (HFOs),<br />

particularly fast ripples (FR,250-500Hz),but also ripples<br />

(80-250Hz), have been linked to the seizure onset zone<br />

and are believed to be markers of epileptogenicity.<br />

We investigated whether HFOs can delineate<br />

epileptogenic areas even outside the seizure onset<br />

zone by correlating the resection of HFO-generating<br />

areas with postsurgical outcome.<br />

Method: Twenty patients were studied with<br />

intracerebral EEG (500Hz filter and 2000Hz sampling<br />

rate),had at least 12-month postsurgical follow-up and<br />

postsurgical MRI. HFOs were identified visually during<br />

10 min of slow wave sleep, using high-pass filters at<br />

80Hz for ripples and 250Hz for FRs. Rates of HFOs in<br />

resected vs. non-resected areas were compared<br />

with postsurgical outcome (Engel classification).<br />

Results: Seven patients had good (Engel 1+2) and 13<br />

bad (Engel 3+4) outcomes. Mean duration of followup<br />

was 19 months. Patients with good outcome all<br />

showed removal of areas with the highest rates of<br />

FR. In two patients some areas with ripples remained,<br />

but more than 50% were removed. In the majority<br />

of patients with bad outcome, large areas with HFO<br />

remained. In four patients the channels with the<br />

highest rates were removed, but in all bad-outcome<br />

patients channels with HFOs remained.<br />

Conclusion: This study suggests that the removal of<br />

areas with HFOs is correlated with good postsurgical<br />

outcome. The predictive value of HFOs cannot be<br />

estimated by this retrospective study and especially<br />

for ripples further investigations are needed.<br />

Nevertheless, HFOs may be an important measure<br />

of epileptogenicity and allow a better prediction of<br />

surgical outcome.<br />

047<br />

AED outcomes after resective epilepsy surgery: a<br />

systematic review<br />

Tellez-Zenteno J 1, Hamiwka L 2, Jette N 2<br />

PLATFORM SESSION ABSTRACTS<br />

1) University Of Saskatchewan, Canada, 2) University of<br />

Calgary, Canada<br />

Purpose: To perform a systematic review on postsurgery<br />

AED outcomes in those with temporal and<br />

extra-temporal epilepsy<br />

Method: Inclusion criteria: 20 patients undergoing<br />

resective epilepsy surgery; quantitative AED outcomes<br />

reported after surgery; surgery type and number of<br />

patients per intervention reported. Exclusion criteria:<br />

duplicate publications, case reports, papers on nonresective<br />

surgery. Two reviewers independently<br />

abstracted all data, resolving disagreements<br />

through discussion.<br />

Results: Of the 45 articles (including 11 review<br />

articles) discussing AED outcomes in the original<br />

RAND literature search, 26 met the final inclusion/<br />

exclusion criteria.These 26 articles were fully reviewed<br />

and included both adults and pediatric subjects.<br />

After temporal resection, 42% of patients were on<br />

monotherapy (n=1016), 32% were on polytherapy<br />

(n=916) while 27% were both seizure and AED free<br />

(n=2352). In patients after temporal or extratemporal<br />

epilepsy surgery, the weighted average of patients on<br />

monotherapy was 36% (n=1080) and on polytherapy<br />

was 40% (n=1225) at last follow-up. Twenty-seven<br />

percent of patients were seizure free and completely<br />

off AEDs (n=3202) at last follow-up. The majority of<br />

the studies did not outline criteria for weaning or<br />

discontinuing AEDs.<br />

Conclusion: Criteria for and methods of weaning or<br />

discontinuing AEDs are not specified or clearly defined<br />

in the majority of articles. Overall, 27% of patients are<br />

AED and seizure free after temporal +/- extratemporal<br />

surgery. However, similar to what is demonstrated<br />

in surgical outcomes after epilepsy surgery, early<br />

AED and seizure free outcome rates tend to decline<br />

over time.<br />

048<br />

Seizure outcome after resective epilepsy surgery:<br />

a systematic review<br />

Burneo J 1, Tellez-Zenteno J 2, Jette N 3<br />

1) <strong>Epilepsy</strong> Programme, University Of Western Ontario,<br />

Canada, 2) Royal University Hospital, Canada,<br />

3) University of Calgary, Canada<br />

Purpose: To perform a systematic review on outcome<br />

following resective epilepsy surgery.<br />

Method: Inclusion criteria: 20 patients undergoing<br />

resective epilepsy surgery; quantitative seizure<br />

outcome reported after surgery; surgery type and<br />

number of patients per intervention. Exclusion<br />

criteria: duplicate publications, case reports, papers<br />

on non-resective surgical procedures. Two reviewers<br />

independently abstracted all data, resolving<br />

disagreements through discussion.<br />

Results: Three meta-analyses were identified: Engel et<br />

al: 65% of patients were seizure-free after anteromesial<br />

temporal resections, with similar seizure freedom<br />

(63%, 95% CI=60%¨C66%) after 2-5 years of follow-up<br />

(f/u). McIntosh et al. found variable seizure-free rates<br />

(33%¨C93%) after TLE resection. Tellez-Zenteno et al.<br />

found better long term ((5 years) seizure outcome in<br />

patients operated after 1980 and young patients. We<br />

identified 76 additional articles (2004-2008) published<br />

after the latest meta-analysis (n=7784 patients). 18<br />

focused on TLE surgery (n=1577, f/u 0.5-29.9 years).<br />

www.epilepsybudapest2009.org 2


PLATFORM SESSION ABSTRACTS<br />

Seizure freedom rates: 69-95.5% at last f/u. One study<br />

focused on long term f/u (29.9 +/- 4.9 years) with 50%<br />

of patients seizure free. 22 studies focused on mesial<br />

TLE surgery (n= 2351 patients, f/u 12-103 months).<br />

Seizure freedom rate: 41.2-89.6%. Nine studies focused<br />

on extra-TLE surgery (n=569, f/u=2-16.3 years). Seizure<br />

freedom rate: 40.7-76%. 27 studies combined TLE and<br />

extra-TLE surgery (n=3387, f/u 1-10 years). Seizure-free<br />

rates: 35-83.3%.<br />

Conclusion: Short term studies report that 60-65%<br />

of patients are seizure free after temporal resections,<br />

compared to only 40% after extra-TLE surgery. Longterm<br />

surgical results were consistently similar to those<br />

of short-term studies, supporting durability of surgical<br />

benefits for epilepsy.<br />

Wednesday st July 2009<br />

0:30 - 2:00<br />

Hall 3<br />

Platform Session<br />

Neuroimaging<br />

049<br />

Prediction of postoperative verbal and non-verbal<br />

memory decline using preoperative memory fMRI<br />

Duncan J, Bonelli S, Powell R, Yogarajah M, Samson R,<br />

Focke N, Thompson P, Symms M, Koepp M<br />

UCL Institute Of Neurology, London, UK<br />

Purpose: Anterior temporal lobe resections (ATLR)<br />

for intractable temporal lobe epilepsy (TLE) may be<br />

complicated by material specific memory impairment,<br />

typically of verbal memory following left ATLR and<br />

non-verbal memory following right ATLR. The aim of<br />

this study was to investigate whether preoperative<br />

functional MRI (fMRI) may predict memory changes<br />

following ATLR.<br />

Method:We scanned 38 patients with unilateral mesial<br />

TLE (22 left) on a 3T GE-MRI scanner, before ATLR.<br />

All subjects performed an fMRI memory encoding<br />

paradigm for words, pictures and faces, testing verbal<br />

and non-verbal memory in a single scanning session.<br />

Results: Event-related analysis revealed that in left<br />

TLE patients, greater left anterior hippocampal<br />

fMRI activation for encoding words correlated with<br />

greater postoperative verbal memory decline. In<br />

right TLE patients, greater right anterior hippocampal<br />

fMRI activation for encoding faces was predictive<br />

for greater non-verbal memory decline after ATLR.<br />

Relatively greater ipsilateral than contralateral<br />

posterior hippocampal activation predicted better<br />

verbal memory outcome in left TLE and better nonverbal<br />

memory outcome in right TLE, following ATLR.<br />

Conclusion: Preoperative memory fMRI may be a<br />

useful non-invasive predictor of postoperative verbal<br />

and non-verbal memory outcome following ATLR.<br />

Our findings provide evidence for reorganisation<br />

of hippocampal function within the ipsilateral<br />

temporal lobe, suggesting that it is the capacity of<br />

the damaged, ipsilateral hippocampus rather than the<br />

functional reserve of the contralateral hippocampus<br />

that determines whether and to which extent a<br />

decline in verbal or non-verbal memory function will<br />

be observed.<br />

22<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

050<br />

EEG-Triggered fMRI and EEG source analyses to<br />

evaluate anatomical and functional networks in<br />

Landau Kleffner Syndrome<br />

Brazzo D 1,2, Pisano T 1, Bill P 3, Thaj J 1, Seri S 1,3<br />

1) Aston University, Birmingham, UK, 2) IRCCS ‘C.<br />

Mondino- Pavia, Italy, 3) The Birmingham Children’s<br />

Hospital NHS Trust, Birmingham, UK<br />

Purpose: Aim of this study was to determine the brain<br />

regions showing BOLD signal changes associated with<br />

inter-ictal EEG epileptic spikes and the relationship<br />

with the 3D source distribution of the focal EEG<br />

discharges in three patients with Landau Kleffner<br />

Syndrome (LKS).<br />

Method:Three patients with LKS aged 8, 9 and 15 years<br />

were studied using simultaneous EEG-fMRI acquisition<br />

at rest and during the presentation of an auditory<br />

paradigm consisting of a tonal stimulus modulated in<br />

amplitude and frequency. EEG source analysis on the<br />

interictal EEG transients recorded from the 21 scalp<br />

locations of the international 10-20 system during the<br />

EEG-fMRI session was performed using the distributed<br />

linear local autoregressive average (LAURA) solution.<br />

Functional MRI data was analysed using SPM5.<br />

Results: In the three cases there was a good<br />

correspondence between hemodynamic changes<br />

and source localization. We have found a primary<br />

involvement of the superior temporal gyrus (STG)<br />

corresponding to primary auditory cortex. An increase<br />

in BOLD signal during interictal spikes was also<br />

seen in the lateral frontal cortex and the<br />

parieto-temporal junction.<br />

Conclusion: Our findings suggest the anatomical and<br />

functional background of this epileptic syndrome<br />

could be related to a more widespread dysfunction<br />

than that previously hypothesized by MEG and EEG<br />

studies, involving more complex cortical networks<br />

and cortical areas. Source analyses from data acquired<br />

during the simultaneous EEG-fMRI seems to be<br />

applicable in spite of the limited spatial sample and<br />

could contribute to the comprehension of the complex<br />

relationships between bioelectric and hemodynamic<br />

changes related to interictal spikes.<br />

05<br />

Functional connectivity changes in frontalhippocampus<br />

circuity after withdrawal of<br />

topiramate in epilepsy patients<br />

Chen Q 1, Wu X 1, Zhou B 1, Lui S 2, Tang H H 2,<br />

Gong Q Y 2,3, Shang H 1, Yan B 1, Zhou D 1<br />

1) West China Hospital Of Sichuan University, China,<br />

2) Huaxi MR Research Center (HMRRC), Department of<br />

Radiology, West China Hospital of Sichuan University,<br />

China, 3) University of Liverpool, UK<br />

Purpose: Topiramate (TPM) associated language<br />

dysfunction was reported in about 7.2% patients with<br />

epilepsy and can be reversible with the dose reduction<br />

and discontinuation. However, the underlying<br />

mechanism remains unclear. Our aim was to<br />

investigate the alteration of brain function in patients<br />

with epilepsy during a TPM withdrawal procedure by<br />

using functional MRI (fMRI).<br />

Method: Six epilepsy patients, who were using TPM as<br />

add-on treatment and complained about language<br />

dysfunction, were recruited and placed on a TPM<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

withdrawal therapy. A brief neurophsychological<br />

test battery and functional MRI (a standard verb<br />

generation task and resting state) on a 3.0T MR scanner<br />

were assessed before and after TPM withdrawal. Data<br />

analysis was performed on Matlab 7.0 and SPM2.<br />

Results: Repeated fMRI with verb generation task<br />

demonstrated a significant reduced activation in<br />

the left hippocampus after TPM withdrawal, while<br />

the scores of verb fluency and digital span were<br />

significantly improved. The reduced activation in<br />

left hippocampus was positively correlated with<br />

the improvement of verb fluency and digital span.<br />

Functional connectivity involving the left inferior<br />

frontal gyrus, and left superior temporal gyrus and<br />

hippocapus networks was attenuated after TPM<br />

withdrawal therapy.<br />

Conclusion: Our study firstly provides neuroimaging<br />

evidence that the alteration of frontal-hippocampus<br />

circuity was associated with the reversible TPMassociated<br />

language dysfunction in patients with<br />

epilepsy. Functional MRI could be a sensitive method<br />

in monitoring the clinical outcome of anti-epileptic<br />

drug therapy and can help further investigation of the<br />

underlying mechanism.<br />

052<br />

SPECT perfusion patterns in temporal lobe epilepsy<br />

- correlation with surgical outcome<br />

Lakkunta P, Sita Jayalakshmi S, Panigrahi M,<br />

Prabhakar Rao VV S, Sundaram C, Kaul S<br />

Nizam’s Instittue Of Medical Sciences, Hyderabad,<br />

India<br />

Purpose: To identify ictal and interictal SPECT<br />

perfusion patterns in patients with refractory mesial<br />

temporal lobe epilepsy (MTLE) and to correlate with<br />

surgical outcome.<br />

Method: A retrospective analysis of ictal and interictal<br />

SPECT, ictal EEG, MRI and surgical outcome was<br />

performed in 80 cases of MTLE. The mean tracer<br />

injection time was 20 seconds.Perfusion patterns were<br />

classified as typical (anteromedial, anterolateral and<br />

inferior) and atypical (extended and extra temporal)<br />

patterns. Surgical outcome was assessed according to<br />

Engel’s classification.<br />

Results: Ictal and interictal SPECT was done in 59,<br />

interictal alone in 21. Pathology revealed hippocampal<br />

sclerosis in 68, mild neuronal loss in 3, dual pathology<br />

in 6 and Gliosis in 3 patients.The sensitivity of Ictal and<br />

interictal SPECT was 92% and 75% respectively. The<br />

commonest Ictal hyperperfusion pattern was of typical<br />

(78.75%) with predominant anteromedial and lateral<br />

hyperperfusion. Interictal SPECT showed predominant<br />

anteromedial and inferior hypoperfusion. Ictal SPECT<br />

was diagnostic in 88% with normal MRI. Engel’s class<br />

1 outcome was noted in 59 (73.75%).Typical perfusion<br />

pattern was seen in 88% of patients with Engel’s<br />

class 1 outcome compared to 47% with Engel’s class<br />

2 and 3 outcome, the difference between the groups<br />

being significant (Odds ratio 9.717, (CI 2.919 – 32.342),<br />

p =0.002).<br />

Conclusion: Ictal SPECT is an important diagnostic tool<br />

in the presurgical evaluation of medically refractory<br />

TLE with a sensitivity of 92%.Typical perfusion pattern<br />

was commonest correlating well with good surgical<br />

outcome. Ictal SPECT has high sensitivity in TLE<br />

patients with normal MRI.<br />

PLATFORM SESSION ABSTRACTS<br />

053<br />

Presurgical evaluation using combined fMRI/EEG<br />

in temporal lobe epilepsy<br />

Hauf M, Schindler K, Jann K, Koenig T, Wiest R<br />

University of Bern, Switzerland<br />

Purpose: We have applied the Independent<br />

Component Analysis (ICA)-based EEG/fMRI approach<br />

to identify regions with altered hemodynamics<br />

related to interictal epileptic discharges (IEDs) and<br />

tested the localizing value of ICA based EEG /fMRI in<br />

the presurgical workup of refractory temporal lobe<br />

epilepsy (TLE). Method: Eight patients with refractory<br />

TLE, seven with unilateral mesial temporal sclerosis<br />

(MTS) and one with focal cortical dysplasia (FCD) were<br />

examined with EEG/fMRI @ 3 T MR. ICA-based factors<br />

coding for epileptic activity were convolved with a<br />

HRF to predict the BOLD signal. The ICA-derived BOLD<br />

correlates were spatially compared with the seizure<br />

onset zone as defined by video-EEG, semiinvasive EEG,<br />

structural MR and FDG-PET.<br />

Results: In 6 patients BOLD correlates of the EEG/fMRI<br />

matched the seizure onset zone. One patient without<br />

structural lesion on MRI,localisation of BOLD correlates<br />

guided the implantation of depth electrodes.<br />

Histological workup disclosed a FCD in the area of the<br />

identified seizure onset zone. In two patients no IED’s<br />

were present at the recordings thus no further analysis<br />

was feasible.<br />

Conclusion: ICA-based EEG/fMRI recordings are a<br />

non-invasive tool to localize the irritative zone in<br />

TLE patients. In our current series a concordance of<br />

the BOLD correlates with the seizure onset zone was<br />

observed in 75%. The unambiguous localisations are<br />

promising, especially in regard to non-lesional TLE.<br />

054<br />

Abnormal functional hippocampal interconnectivity<br />

in patients with unilateral mesial TLE<br />

is worse in left-sided hippocampal seizure focus<br />

Pereira F 1, Alessio A 1,2, Rondina J 1,2, Pedro T 1,<br />

Sercheli M 2, Ozelo H 2, Bilevicius E 1, Zibetti M 3,<br />

Castellano G 2, Covolan R 2, Damasceno B 1, Cendes F 1<br />

1) University of Campinas - UNICAMP, Cidade<br />

Universitária, Campinas, SP, Brazil, 2) Neurophysics<br />

Group, Gleb Wataghin Institute of Physics, University of<br />

Campinas - UNICAMP, Campinas, SP, Brazil,<br />

3) Institute of Mathematics, Statistics and Scientific<br />

Computation, University of Campinas, Cidade<br />

Universitária, Campinas, SP, Brazil<br />

Purpose: We investigated functional connectivity<br />

(fcMRI) of left and right hippocampi in patients with<br />

unilateral medial temporal lobe epilepsy (MTLE).<br />

Method: Resting state fMRI-EPI scans were obtained<br />

in 27 subjects: controls (n=9), patients with right<br />

MTLE (n=9) and left MTLE (n=9), all with unilateral<br />

hippocampal atrophy ipsilateral to EEG. All were<br />

right-handed. Data were reconstructed using Matlab<br />

routines, SPM5 and temporal bandpass filtered (0.01 <<br />

f < 0.08 Hz) in AFNI. Hippocampi were masked by AAL<br />

atlas in order to make left and right seeds for correlation<br />

across whole-brain time-series. Pearson scores were<br />

converted to z-values and used for one-sample t-tests.<br />

Functional maps were used to determine differences<br />

across groups using two-sample t-tests. Contrasts<br />

were thresholded at p


PLATFORM SESSION ABSTRACTS<br />

Results: Intra-group comparison demonstrated:<br />

(a) strong connectivity between hippocampi of<br />

controls but not in patients groups; (b) stronger<br />

connectivity within hippocampus ipsilateral to the<br />

seed, being smaller on right hemisphere of controls<br />

and ipsilateral to EEG focus for patients groups. Intergroup<br />

comparisons presented two main differences.<br />

(a) controls had stronger connectivity than patients<br />

groups for seeds on both hippocampi; (b) patients<br />

with right MTLE presented stronger connectivity than<br />

patients with left MTLE for seeds in both hippocampi.<br />

Conclusion: These findings indicate a disruption<br />

of functional connectivity between left and right<br />

hippocampus in patients with MTLE which is<br />

more affected in patients left MTLE. The abnormal<br />

epileptogenic plasticity in MTLE appears to differ<br />

according to hemisphere dominance for language<br />

and may be related to different cognitive outcomes in<br />

patients with MTLE.<br />

Wednesday st July 2009<br />

0:30 - 2:00<br />

Hall 4<br />

Platform Session<br />

Genotype and phenotype<br />

055<br />

Clinical spectrum of Ohtahara syndrome caused by<br />

STXBP mutation<br />

Kato M 1, Saitsu H 2, Mizuguchi T 2, Osaka H 3, Tohyama J<br />

4, Uruno K 5, Kumada S 6, Hamada K 7, Nishimura A 2,<br />

Hirai S 8, Kumada T 9, Fukuda A 9, Ogata K 7,<br />

Hayasaka K 1, Matsumoto N 2<br />

1) Yamagata University School Of Medicine, Japan,<br />

2) Graduate School of Medicine, Yokohama City<br />

University, Japan, 3) Clinical Research Institute,<br />

Kanagawa Children’s Medical Center, Japan, 4) <strong>Epilepsy</strong><br />

Center, Nishi-Niigata Chuo National Hospital, Japan,<br />

5) <strong>Epilepsy</strong> Center,Yamagata National Hospital, Japan,<br />

6) Tokyo Metropolitan Neurological Hospital, Japan,<br />

7) Yokohama City University, Japan, 8) Yokohama City<br />

University, Japan, 9) Hamamatsu University School of<br />

Medicine, Japan<br />

Ohtahara syndrome (OS) is one of the most severe<br />

and earliest forms of epileptic encephalopathy with<br />

a characteristic suppression-burst pattern on EEG.<br />

OS has been believed to be associated with brain<br />

malformations, while ARX has been found as the first<br />

responsible gene for OS. STXBP1 (syntaxin-binding<br />

protein 1), which functions in synaptic vesicle fusion<br />

and neurotransmitter release,is the second responsible<br />

gene for OS.We found a microdeletion and 4 missense<br />

mutations of the STXBP1 gene in 5 patients with OS<br />

but no brain malformation. All patients with STXBP1<br />

mutation showed tonic spasms with suppressionburst<br />

pattern on EEG. No patients had myoclonic<br />

seizures. The onset of their initial symptoms was from<br />

4 days to 2 months. Three patients showed subtle<br />

symptoms like blinking or oral automatism before<br />

tonic spasms. Suppression-burst on EEG was noted<br />

from 1 to 3 months. Transition to West syndrome<br />

started from 3 to 9 months in four patients and TRH<br />

injection was temporarily effective in 2 patients. Brain<br />

MRI demonstrated normal in 1, delayed myelination<br />

in 3, and mild cortical atrophy in 4 patients. All<br />

patients had profound mental retardation and motor<br />

disturbance except for 1 patient who could walk by<br />

24<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

himself. One patient had choreo-ballistic movement.<br />

Patients had variable symptoms, and there were no<br />

specific findings for OS with STXBP1 mutation. The<br />

frequency of STXBP1 mutation is high in patients with<br />

OS, and synaptic dysfunction would constitute the<br />

pathological mechanism of OS.<br />

056<br />

A novel three base-pair, in-frame, LGI deletion<br />

leading to loss of function in a family with<br />

autosomal dominant lateral temporal epilepsy and<br />

migraine-like episodes<br />

Lesca G 1, de Bellescize J 2, Boutry N 1, Chabrol E 3,<br />

André-Obadia N 4, Arzimanoglou A 2, Leguern E 3,<br />

Baulac S 3, Calender A 1, Ryvlin P 2<br />

1) Service De Génétique Moléculaire Et Clinique,<br />

Hôpital Edouard Herriot Et CTRS-IDEE, Lyon, France, 2)<br />

Service Epilepsie,Sommeil,Explorations Fonctionnelles<br />

Neurolopédiatriques Et CTRS-IDEE, Hôpital Femme-<br />

Mère-Enfant, Hospices Civils De Lyon, Lyon, France, 3)<br />

Inserm UMR 679, Groupe Hospitalier Pitié-Salpétrière,<br />

Paris, France, 4) Service D’Explorations Fonctionnelles<br />

Neurologiques, Centre Hospitalier Lyon Sud, Lyon,<br />

France<br />

Several mutations in the leucine-rich, gliomainactivated<br />

1 (LGI1) gene that encodes epitempin,have<br />

been reported in families with autosomal dominant<br />

lateral temporal epilepsy (ADLTE). In this study, we<br />

report on a family of five individuals with simple<br />

partial seizures with auditory and/or visual symptoms.<br />

Three of the patients also experienced migraine-like<br />

episodes that occurred upon awakening, long after<br />

the nocturnal generalized seizures. LGI1 mutation<br />

screening revealed a novel three base-pair in-frame<br />

deletion in exon 4, c.377_379delACA. This mutation<br />

was not found in 192 control chromosomes and results<br />

in the deletion of an asparagine residue (p.Asn126del)<br />

in the second leucine-rich repeat. Functional studies<br />

showed that the mutated protein was not secreted<br />

when transfected in COS cells, consistent with a<br />

causative role in the disease.<br />

057<br />

Does a SCN A gene mutation confer earlier age<br />

of onset of febrile seizures in GEFS+?<br />

Sijben A 1, 2, Sithinamsuwan P 1, Radhakrishnan A 1,<br />

Badawy R 1, Dibbens L 3, Mazarib A 4, Lev D 5,<br />

Lerman-Sagie T 5, Straussberg R 6, Berkovic S 1,<br />

Scheffer I 1, 7<br />

1) <strong>Epilepsy</strong> Research Centre, The University of<br />

Melbourne, Austin Health, Australia, 2) Medisch<br />

Spectrum Twente, Enschede,The Netherlands,<br />

3) Women’s and Children’s Hospital, North Adelaide,<br />

South Australia, Australia, 4) Tel Aviv Sourasky Medical<br />

Centre,Tel Aviv,Israel,5) Metabolic Neurogenetic Clinic,<br />

Wolfson Medical Center, Holon, Israel; Department of<br />

Child Neurology, Israel,<br />

6) Schneider Children’s Medical Centre of Israel, Petach<br />

Tikvah, Israel, 7) The University of Melbourne, Royal<br />

Children’s Hospital, Melbourne, Australia<br />

Purpose: SCN1A is the most clinically relevant epilepsy<br />

gene and is associated with GEFS+ and Dravet<br />

syndrome. We postulated that earlier onset of febrile<br />

seizures in the Febrile Seizure and Febrile Seizures Plus<br />

phenotypes may occur in the presence of a SCN1A<br />

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28 th June – 2 nd July 2009<br />

mutation. This was because of the age-related onset<br />

of Dravet syndrome which typically begins in the first<br />

year of life.<br />

Method: Patients with a pure phenotype of FS or FS+<br />

and a known mutation of major effect who presented<br />

initially with a febrile seizure were included from both<br />

our families and literature review. We searched for the<br />

median age of onset of each mutation and compared<br />

with the population median.<br />

Results: A total of 92 patients were identified with<br />

SCN1A, SCN1B or GABRG2 mutations (62 and 30<br />

affected individuals from our series and literature<br />

review respectively). We found that patients with FS<br />

and FS+ with SCN1A mutations had earlier median<br />

onset of febrile seizures compared to the population<br />

median. Patients with GABRG2 mutations had a<br />

similar early onset in contrast to patients with SCN1B<br />

mutations where onset was later.<br />

Conclusion:This study is the first to demonstrate that a<br />

specific genetic abnormality directly influences the FS<br />

and FS+ phenotype in terms of age of onset.<br />

058<br />

Mesial temporal lobe epilepsy has differential<br />

gene expression pattern in familial and<br />

sporadic forms<br />

Maurer-Morelli C, Rocha C, Domingues R, Tedeschi H,<br />

De Oliveira E, Cendes F, Lopes-Cendes I<br />

Faculty of Medical Sciences, University of Campinas,<br />

Campinas, SP, Brazil<br />

Purpose: The aim of this study was to investigate gene<br />

expression profile in hippocampal tissue from patients<br />

with pharmacoresistant mesial temporal lobe epilepsy<br />

(MTLE) in familial and sporadic forms.<br />

Method: Eight surgical specimens were obtained<br />

from patients with MTLE (n=4 familial MTLE and<br />

n=4 sporadic MTLE), as well as control tissue (n=3)<br />

from autopsy. This study was performed using the<br />

Human Genome U133 Plus 2.0 array (Affymetrix).<br />

We used 5 µg of total RNA in the One-Cycle Target<br />

Labeling protocol (Affymetrix). Data was acquired by<br />

GeneChip Scanner 3000 (Affymetrix) and analyzed<br />

using DNA-Chip Analyzer (dChip). Statistical analysis<br />

was performed by t-test with p(0.01 for a significant<br />

difference between groups.<br />

Results: We found 101 genes which were differentially<br />

expressed (up and down regulated) in samples from<br />

all patients with MTLE (familial+sporadic forms) as<br />

compared to controls; 35 genes were differentially<br />

expressed when we compared controls and patients<br />

with familial MTLE and 64 genes were different<br />

between controls and patients with sporadic MTLE. In<br />

addition, we identified a significant difference in gene<br />

expression profile (191 genes up and down regulated)<br />

in samples from patients with familial and sporadic<br />

MTLE such as GRINA, NKTR, SCN2B, RIMS3, GABRB3<br />

and KCTD16.<br />

Conclusion: This is the first study using microarray<br />

in MTLE with HS to explore the differential gene<br />

expression between familial and sporadic forms of<br />

MTLE. Our results clearly show that, although similar<br />

in the clinical, imaging and neuropathologic features,<br />

familial and sporadic forms of MTLE have distinct<br />

molecular signatures.<br />

Supported by FAPESP and CNPq<br />

PLATFORM SESSION ABSTRACTS<br />

059<br />

STXBP mutation screening in a cohort of patients<br />

with early onset epileptic encephalopathies<br />

Weckhuysen S 1, 2, 3, 4, Deprez L 2, 3, 4, Holmgren P 2, 3, 4,<br />

Verhaert K 6, 8, An J 5, Lagae L 7, 8, Van Paesschen W 7,<br />

Jordanova A 2, 3, 4, Ceulemans B 6, 8, De Jonghe P 2, 3, 4, 6<br />

1) <strong>Epilepsy</strong> Centre Kempenhaeghe, Oosterhout, The<br />

Netherlands, 2) Department of Molecular Genetics, VIB,<br />

Antwerpen,Belgium,3) University of Antwerp,Antwerpen,<br />

Belgium, 4) Institute Born-Bunge, Antwerpen, Belgium,<br />

5) University Hospital of Brussels, Brussel, Belgium, 6)<br />

University Hospital of Antwerp, Antwerpen, Belgium, 7)<br />

University Hospital Gasthuisberg, Katholieke Universiteit<br />

Leuven, Leuven, Belgium, 8) Revalidatiecentrum<br />

Pulderbos, Pulderbos, Belgium<br />

Purpose: Recently STXBP1 mutations have been<br />

identified in Ohtahara-syndrome. This devastating<br />

disease is characterized by neonatal onset, intractable<br />

seizures and a burst-suppression pattern on EEG.<br />

We aimed to delineate the spectrum of clinical<br />

syndromes associated with STXBP1 mutations by<br />

analyzing a cohort of patients with early-onset<br />

epileptic encephalopathies.<br />

Method: Twelve patients with Ohtahara syndrome,<br />

18 with West syndrome, 27 with Lennox Gastaut<br />

syndrome, 1 with Early Myoclonic Encephalopathy,<br />

and 18 with an undefined neonatal epileptic<br />

encephalopathy were screened for mutations by<br />

performing sequence analysis of exons and intronexon<br />

boundaries in STXBP1.<br />

Results: Three novel mutations were found: the<br />

frameshift mutation c.893-894delAG, the nonsense<br />

mutation c.1434G>A, and the splice site mutation<br />

c.1029+1G>T. The c.1434G>A and c.1029+1G>T<br />

mutations are proven de novo mutations. No parental<br />

DNA was available for the frameshift mutation. All<br />

three mutations were predicted to cause loss of<br />

function. The three patients had seizure onset in<br />

the first weeks of life. Two patients presented with<br />

myoclonic seizures, one with spasms. None of them<br />

had a burst-suppression pattern on EEG. In one patient<br />

myoclonic seizures were easily controlled with antiepileptic<br />

drugs. At last follow-up he is seizure-free but<br />

mentally retarded and ataxic. The two other patients<br />

evolved into West syndrome. At last follow-up both are<br />

mentally retarded and wheelchair bound. One of them<br />

has daily intractable seizures, the other is seizure free.<br />

Conclusion:In this study we demonstrated that STXBP1<br />

mutations are not only found in Ohtahara syndrome<br />

but are present in a broad spectrum of early-onset<br />

epileptic encephalopathies.<br />

060<br />

Partial epilepsy with auditory features: clinical and<br />

genetic features of 20 sporadic cases<br />

Bisulli F 1, Stipa C 1, Pittau F 1, Capanelli D 1,<br />

Licchetta L 1, Naldi I 1, Striano P 2, Striano S 2,<br />

Michelucci R 3, Nobile C 4, Tinuper P 1<br />

1) University of Bologna, Bologna, Italy, 2) University<br />

Federico II, Naples, Italy, 3) Bellaria Hospital, Bologna,<br />

Italy, 4) University of Padua, Italy<br />

Purpose: In 2004 we described 53 cases of partial<br />

epilepsy with auditory features (PEAF) and a good<br />

clinical outcome.The syndrome was named Idiopathic<br />

Partial <strong>Epilepsy</strong> with Auditory Features (IPEAF). Since<br />

www.epilepsybudapest2009.org 25


PLATFORM SESSION ABSTRACTS<br />

2004 we have observed 67 additional cases and the<br />

present study summarizes the clinical features of this<br />

group of 120 patients (60 females and 60 males).<br />

Method: Patients were selected according to the<br />

following criteria: partial epilepsy with auditory<br />

symptoms, negative family history for epilepsy and<br />

absence of cerebral lesions. All patients underwent a<br />

full clinical, neuroradiological and neurophysiological<br />

examination. Forty-three patients were screened<br />

for LGI1 mutations observed in more than half of<br />

the familial cases with autosomal dominant partial<br />

epilepsy with auditory features (ADPEAF).<br />

Results: Age at onset ranged from 3 to 57 years (mean<br />

20.5 years). Secondarily generalized seizures were<br />

the most common type of seizures at onset (70%).<br />

Auditory auras occurred either in isolation (34%) or<br />

associated with visual, psychic or aphasic symptoms<br />

(66%). Low seizure frequency at onset and good drug<br />

response were common, with 47% of patients seizurefree.<br />

Seizures tended to recur after drug withdrawal.<br />

We observed a de novo mutation in LGI1 gene in only<br />

one patient of the 43 tested.<br />

Conclusion: Our data confirm the existence of a<br />

peculiar form of non-lesional temporal lobe epilepsy,<br />

closely related to ADPEAF, in which auditory aura<br />

could represent a clinical marker of benign outcome<br />

in the majority of patients. Although LGI1 mutations<br />

have been found in only 2.3%, another gene could<br />

be involved.<br />

Wednesday st July 2009<br />

6:00 - 7:30<br />

Hall 2<br />

Platform Session<br />

Paediatrics: clinical epileptology<br />

06<br />

Isprognosisofepilepsypredictableinmalformations<br />

of cortical development?<br />

Jovic N<br />

Clinic for neurology and psychiatry for children and<br />

youth, Serbia and Montenegro<br />

Malformations of cortical development (MCD) are<br />

often recognized as underlying etiology for intractable<br />

seizures in children. Early prediction of unfavorable<br />

clinical course are challenge in their management.<br />

A Group of 244 children and adolescents aged 0.5<br />

to 17 years with MCD was prospectively studied<br />

(3.5-10 years) for clinical course, prognosis and<br />

seizure control. Various MCD were disclosed by MRI<br />

techniques and classified (Barkovich, Brain Dev<br />

2002;24:2-12; Palmini et al. Neurology 2004;62:S2-8).<br />

Seizures occurred in 182(74.6%) MCD patients with<br />

mean seizure onset of 4.1 years. Mental retardation<br />

was found in 62.3% of children. Generalized epileptic<br />

syndromes were diagnosed in 69, partial epilepsies<br />

in 113 patients. Epileptic status occurred in 18.4%<br />

epileptics. Pharmacoresistent seizures occurred in<br />

44.5% patients (Group A). Complete long-term seizure<br />

control was achieved in 17.6%, till >50% seizure<br />

reduction was noted in 37.5% (Group B). MCD with<br />

multilobar/diffuse involvement, were more often<br />

associated with intractable epilepsy in comparison<br />

with unilobar affection. Seizure onset was significantly<br />

earlier in Group A (mean 2.1 yrs) when compared with<br />

Group B (6.9 yrs). Infantile spasms occurred in 13.7%<br />

of children with later pharmacorestance vs. 4.4% of<br />

26<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

children from Group B. Favourable initial therapeutic<br />

response was significantly higher in a Group B (61/101)<br />

vs. Group A (23/81). Pharmacoresistant seizures were<br />

often associated with mental retardation, sensory<br />

impairment and multifocal/bilateral EEG abnormalities<br />

camparing with well-controlled patients. Early seizures<br />

onset, history of infantile spasms, poor response<br />

to initial treatment, multilobar/bilateral MCD and<br />

early development of severe clinical condition were<br />

identified as main predictors of seizure intractability.<br />

062<br />

Prevalence of epilepsy in children with emphasis<br />

on etiology: a population based study in a Brazilian<br />

area of high deprivation<br />

Pereira De Brito Sampaio L 1, Caboclo L O 1,<br />

Kuramoto K 1, Reche A 1, Yacubian E 2,<br />

Giraldes de Manreza M L 3<br />

1) Hospital Israelita Albert Einstein, Sao Paulo, Brazil, 2)<br />

UNIFESP, Sao Paulo, Brazil, 3) Hospital Das Clinicas Da<br />

FMUSP, Sao Paulo, Brazil<br />

Purpose: The aim of this study was to assess the<br />

prevalence rate of epilepsy and its causes in children<br />

and adolescents under the age of 16 years in a area<br />

of high deprivation in São Paulo city, São Paulo state,<br />

Southeast of Brazil.<br />

Method: Between July 2005 and June 2006, 4947<br />

families from a total population of 22013 inhabitants,<br />

of which 10405 were children and adolescents<br />

between the ages of 0 and 16 years living in<br />

Paraisópolis Community were interviewed. In the first<br />

phase a validated questionnaire was applied in order<br />

to identify the occurrence of seizures in children.<br />

In the second phase, clinical history, neurological<br />

examination, electroencephalogram and structural<br />

neuroimaging were performed for confirmation of<br />

epilepsy. The diagnosis of epilepsy, including etiology,<br />

seizure and epileptic syndrome classification was<br />

established according to criteria proposed by the<br />

<strong>International</strong> League Against <strong>Epilepsy</strong> (ILAE)(1993,<br />

1981, 1989).<br />

Results: The screening phase identified 353<br />

presumptive cases. In the second phase, 101 (33.8%)<br />

subjects received the diagnosis of epilepsy (51.5%<br />

female). Crude prevalence of epilepsy was 9.7/1000<br />

and prevalence of active epilepsy was 8.7/1000. Partial<br />

seizures were the most frequent seizure type (61.4%).<br />

Conclusion: Symptomatic focal epilepsy was the most<br />

common form, and hypoxic-ischemic encephalopathy<br />

the most common etiology, reflecting the socioeconomic<br />

conditions of this specific population.<br />

This result indicates that adequate public policies<br />

regarding perinatal assistance could help reducing the<br />

prevalence rate of epilepsy.<br />

063<br />

MEG identification of epileptic focus in children<br />

with generalized EEG abnormalities but focal<br />

imaging abnormalities<br />

Shukla G, Gupta A, Jin K, Mosher J, Jones S, Burgess R<br />

Cleveland Clinic, Cleveland, Ohio, USA<br />

Purpose: Children with generalized seizures are<br />

generally not good surgical candidates. This<br />

prospective study was conducted to a) refine the<br />

location of the ‘irritative zone’ using MEG in children<br />

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28 th June – 2 nd July 2009<br />

with single lesions on MRI but with generalized<br />

ictal EEG findings, b) assess MEG’s convenience in<br />

young children.<br />

Method: Patients admitted with refractory epilepsy,<br />

imaging studies showing focal or hemispheric<br />

abnormalities, and EEG showing generalized or multiregional<br />

abnormalities were included. Patients were<br />

encouraged into natural sleep and simultaneous<br />

whole-head MEG/EEG was recorded. Sourcelocalization<br />

of epileptic spikes on MEG was carried out<br />

while blinded to other results.Acceptable dipoles were<br />

classified into focal, hemispheric clusters, single focal<br />

cluster with additional widespread dipoles.<br />

Results: Seven patients (3 female, 4 males; ages<br />

10 months to15 years) were included. Two had<br />

focal features on clinical semiology, while all had<br />

generalized or multi-regional interictal and ictal EEG.<br />

Etiologies included TS (2), post-encephalitic sequelae<br />

(1), FCD (1), unknown (2). Five patients had clear focal<br />

lesions on brain MRI while the other 2 had focal PET<br />

abnormalities. An average of 38 spikes were accepted<br />

(avg gof = 85.3%). A single tight cluster of dipoles<br />

was identified in 5 patients, one had dipoles with<br />

propagation from left occipital to right temporal. One<br />

patient had 2 distinct dipole clusters.<br />

Conclusion: This study demonstrates the convenience<br />

of MEG recording in pediatric patients without<br />

sedation. It also suggests that neurophysiologic<br />

evidence of focal abnormalities in patients with focal<br />

brain lesions and generalized EEG findings can be<br />

strengthened using MEG.<br />

064<br />

Risk of subsequent non-febrile seizure in Korean<br />

children who experienced first provoked seizure<br />

with fever over 6 years of age: preliminary report<br />

H Kim S 1, J Seol I 2<br />

Ajou University Medical Center, Korea, 2) Hanyang<br />

University Medical Center, Korea<br />

Purpose: To evaluate the risk of subsequent nonfebrile<br />

seizure (SNFS) and risk factors in children who<br />

experienced a first provoked seizure with fever over 6<br />

years of age.<br />

Method: From January 2002, 31 children who<br />

experienced seizure with fever over 6 years of age<br />

were enrolled, and followed prospectively to October<br />

2008. Children who had a first seizure with fever due<br />

to clinical evidence of CNS infection were excluded<br />

from this study. According to the presence of personal<br />

history (PHx) of febrile seizure (FS), study population<br />

was classified into two group (Group I: patients with<br />

a first provoked seizure with fever and without PHx<br />

of FS, n=15, Group II: patients with provoked seizure<br />

with fever and with PHx of FS, n=16). Risk of SNFS<br />

was analyzed by Kaplan-Meier analysis and potential<br />

risk factors were analyzed by Cox proportional<br />

hazard model.<br />

Results: 7 (22.6%) children experience SNFS within<br />

mean period, 13 months after their first provoked<br />

seizure. The cumulative probability of SNFS was 6.5%,<br />

12.9%,16.1%, 19.4%, and 22.6% at 6, 12, 18, 24, and 36<br />

months, respectively.There is no statistically significant<br />

difference of the risk of SNFS between group I and<br />

group II (Odd Ratio:2.955, 95% CI:0.476~18.342,<br />

p=0.629). There is no other statistically significant risk<br />

factors to predict SNFS.<br />

Conclusion: Risk of SNFS in children who had a first<br />

PLATFORM SESSION ABSTRACTS<br />

provoked seizure with fever over 6 years of age and<br />

without a personal history of FS is not different from<br />

those who had a personal history of FS.<br />

065<br />

Efficacy of a three day treatment protocol with oral<br />

Pyridoxine in children with West syndrome<br />

Haas-Lude K 1, Kratzer W 2, Krägeloh-Mann I 1,<br />

Wolff M 1<br />

1) University Children’s Hospital D-72076 Tübingen,<br />

Germany, 2) Hospital Konstanz, Germany<br />

Purpose: Pyridoxine-HCL (vitamin B6) has been<br />

proposed as an alternative treatment option in<br />

children with West syndrome (WS). In several studies<br />

using different treatment protocols, response rates<br />

between 0 and 30% were reported. Because of these<br />

inconsistent results, current guidelines actually do not<br />

recommend this treatment option. During the last<br />

years, we identified 2 children with West syndrome<br />

who showed a partial response to a single dose B6<br />

iv. Pyridoxine dependent seizures could be excluded.<br />

Both children get seizure free when B6 doses were<br />

increased. Therefore, we established a standardized<br />

treatment protocol using B6 in children with WS.<br />

Method: 25 children of our department diagnosed<br />

with WS were treated with 3 x 300mg/day pyridoxine-<br />

HCl (vitamin B6) for at least three days. If at least a<br />

partial response occurred, treatment was prolonged.<br />

Results: In five children with WS (symptomatic origin<br />

N=2, cryptogenic N=3) seizures improved markedly<br />

within three days and disappeared some days later<br />

as well as Hypsarrhythmia in the EEG. No serious side<br />

effects were noted. Pyridoxine dependent seizures<br />

were excluded in all cases.<br />

Conclusion:B6 was effective in 20% of the children with<br />

WS.Considering the short time lag to response and the<br />

excellent tolerability this treatment protocol can be<br />

recommended as first line therapy.The application of a<br />

single dose B6 iv is not useful,<br />

since neither Pyridoxine dependent seizures nor a<br />

possible pharmacological effect can be excluded by<br />

this procedure.<br />

066<br />

Head or heart: a diagnostic dilemma<br />

Agrawal S, Philip S<br />

Birmingham Children’s Hospital, UK<br />

Purpose: We report an unusual case of recurrent<br />

cardiac asystole secondary to a complete heart block<br />

manifesting with a semiology akin to epileptic seizures<br />

and an abnormal electroencephalogram (EEG), who<br />

after failing several antiepileptic drugs responded<br />

to a cardiac pacemaker when the diagnosis was<br />

established.<br />

Method: Case note and literature review.<br />

Description: A previously healthy girl presented at the<br />

age of three years with a history of frequent unusual<br />

episodes. During the attacks she would stare for 15-<br />

20 seconds and be unresponsive to vocal or tactile<br />

stimuli though partially conscious. She also had<br />

episodes where she would scream, head would lean<br />

leftwards with chewing movements accompanied<br />

by stiffening of arms and legs resulting in a fall to the<br />

ground. The neurological examination was normal.<br />

Sleep EEG revealed a single burst of sharp activity<br />

www.epilepsybudapest2009.org 27


PLATFORM SESSION ABSTRACTS<br />

over the right temporal region followed by slowing.<br />

Subsequent ambulatory EEG revealed several clinical<br />

episodes accompanied by EEG changes as above with<br />

generalised slowing. She was tried on carbamazepine,<br />

lamotrigine, valproic acid and clobazam with no effect.<br />

Repeat ambulatory EEG revealed similar picture as<br />

above but all the attacks were noted to have associated<br />

bradycardia. A prolonged EEG with electrocardiogram<br />

(ECG) and video monitoring revealed several episodes<br />

of cardiac asystole associated with the events. An<br />

urgent trans-venous pacemaker completely abolished<br />

the attacks. A literature review and the video will<br />

be presented.<br />

Conclusion: This case reiterates the importance of<br />

diagnosis of epilepsy before treatment. A correct<br />

diagnosis in the beginning would avoid unnecessary<br />

treatment and consequent adverse effects.<br />

Wednesday st July 2009<br />

6:00 - 7:30<br />

Hall 5<br />

Platform Session<br />

Neuropsychology<br />

067<br />

Evidence for idiosyncratic and dose-dependent<br />

effects of Topiramate on verbal fluency<br />

Witt J A, Elger C E, Helmstaedter C<br />

University Hospital Of Bonn, Germany<br />

Purpose: To evaluate the impact of dosage and drug<br />

load of topiramate (TPM) mono- and polytherapy on<br />

verbal fluency.<br />

Method: This retrospective study assessed phonemic<br />

word fluency in TPM-treated patients as being<br />

representative for executive functions. To disentangle<br />

TPM-induced effects from impacts of epilepsy and<br />

overall drug load, written verbal fluency under TPM<br />

(N=422) was compared to the performance of random<br />

sample of patients with other antiepileptic drugs<br />

(AED) (N=501),untreated patients (N=108),and normal<br />

controls (N=389).<br />

Results: Impaired performance (1.5 standard<br />

deviations below the average performance of the<br />

healthy controls) was indicated in 86% of the patients<br />

taking TPM versus 58% of the patients with another<br />

antiepileptic medication than TPM, or 29% of the<br />

untreated patients. Correlations between daily dosage<br />

of TPM and verbal fluency performance were obtained<br />

with an intake of TPM as monotherapy (r=-0.51) or<br />

when combined with one additional AED (r=-0.32), but<br />

not in polytherapies comprising more than two AED.<br />

Conclusions: The data of the evaluated cohorts<br />

indicate a negative effect of the epilepsy and of the<br />

anticonvulsive treatment on verbal fluency. TPM<br />

significantly adds to this when given in monotherapy<br />

and further impairment becomes evident with<br />

each additional anticonvulsive agent within the<br />

AED regimen. Compared to other AED the relative<br />

risk of an impaired verbal fluency performance under<br />

TPM was 1.5 (odds ratio: 4.3). The results thus indicate<br />

idiosyncratic and dose dependent effects of the<br />

treatment with TPM on executive functions which may<br />

demand strict monitoring in the individual patient.<br />

28<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

068<br />

Neuropsychological outcome in adults with<br />

intractable epilepsy after hemispherectomy<br />

Le N M 1, Busch R 1, Jehi L 1, Alexopoulos A 1,<br />

Kalman C 1, Loddenkemper T 2<br />

1) Cleveland Clinic, USA, 2) Children’s Hospital Boston,<br />

USA<br />

Intro: Hemispherectomy is rarely performed in adult<br />

patients with intractable epilepsy. Its cognitive<br />

outcomes remain unexamined.<br />

Method: We retrospectively reviewed adult patients<br />

who underwent hemispherectomy at Cleveland<br />

Clinic from 1995-2007. Variables included pre<br />

and postoperative clinical data and select<br />

neuropsychological test scores. Reliable change<br />

indices and standardized regression based norms (90%<br />

confidence interval) were used to define meaningful<br />

changes in intelligence and memory indices<br />

following surgery.<br />

Results: Of 810 adults undergoing epilepsy surgery,<br />

five patients underwent functional hemispherectomy<br />

and had complete pre and postoperative<br />

neuropsychological data. All were seizure-free at last<br />

follow-up (mean 28.6 months). Average postoperative<br />

testing time was 9.8 months (range 6-18 months).<br />

Consistent with left-sided resection, one patient<br />

declined on measures of verbal comprehension,<br />

auditory immediate memory, and naming, but also<br />

on measures of visual memory. Another patient (right)<br />

had expected declines on measures of perceptual<br />

organization and visual memory and posted<br />

improvements in naming.Two other patients (one left,<br />

one right) did not demonstrate significant changes on<br />

the cognitive measures examined, and the remaining<br />

patient (right) improved on measures of verbal<br />

comprehension and verbal immediate memory. The<br />

two patients with score declines had intact (average or<br />

better) cognitive functioning at baseline. Patients did<br />

not differ on demographic or seizure variables.<br />

Conclusion: Despite small numbers due to infrequency<br />

of hemispherectomies performed (0.6% of adult<br />

epilepsy surgeries), this is the first study describing<br />

neuropsychological outcome on adults undergoing<br />

hemispherectomy. Results are mixed, but suggest<br />

that patients with intact cognitive functioning are at<br />

greatest risk for decline following hemispherectomy.<br />

069<br />

Executive functions of patients treated with stable<br />

dose of topiramate measured by Wisconsin Card<br />

Sorting Test<br />

Sokic D 1, Ristic A 1, Salak-Djokic B 1, Milosevic N 2,<br />

Trajkovic G 3, Bascarevic V 4, Vojvodic N 1,<br />

Jankovic S 1, Zovic L 1<br />

1) Institute Of Neurology CCS, Belgrade, Serbia,<br />

2) Medical School In Kosovska Mitrovica, Serbia,<br />

3) Institute of Statistics and Informatics, Medical<br />

School, Belgrade, Serbia, 4) Institute of Neurosurgery<br />

CCS, Belgrade, Serbia<br />

Objective: To investigate cognitive side effects<br />

(CSE) of topiramate (TPM) treatment with<br />

emphasize on executive functions measured by<br />

Wisconsin Card Sorting Test (WCST) in patients with<br />

pharmacoresistant epilepsy.<br />

Method: In 46 prospectively recruited, TPM naive<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

patients with cryptogenic or symptomatic focal<br />

epilepsy, neuropsychological investigation included<br />

memory, attention, concentration, executive functions,<br />

visuo-constructional abilities, and language were<br />

performed. After 6 months of therapy (77% in<br />

polytherapy) with 200 mg of TPM all applied tests were<br />

repeated except brain MRI.<br />

Results: In 40 patients (female 24; mean age 41±14.1)<br />

available on retest significant worsening of scores on<br />

WCST (perseverative responses) (p=0.009), as well as<br />

tests for fluency,attention,concentration,memory,and<br />

visio-constructional abilities were registered. Lesional<br />

brain MRI (47%) did not change scores for executive<br />

functions on retests.<br />

Conclusion: Our findings recommend screening of<br />

the executive functions by WCST with emphasis on<br />

perseverative answers, attention and working memory<br />

in order to detect even subtle but clinically significant<br />

CSE of TPM.<br />

070<br />

Language and executive functions in medial<br />

temporal lobe epilepsy<br />

Borbély C<br />

National Institute Of Neurosurgery, Budapest, Hungary<br />

Purpose: The current study aimed to clarify the role of<br />

medial temporal lobe (MTL) pathology in language<br />

and executive functions, and to examine the impact<br />

of lesion side and seizure characteristics (age at onset<br />

and duration) on these functions.<br />

Method: We studied 59, right handed patients with<br />

unilateral MTLE (38 left, 21 right) with no significant<br />

differences in demographics between the left<br />

and right groups. Neuropsychological evaluation<br />

included: Boston Naming Test (BNT), Controlled Oral<br />

Word Association Test (COWAT), Verbal Fluency Test,<br />

category: animals (VFT), Stroop CWTest (SCWT), Corsi<br />

Blocks Test, Visual Pattern Test and Digit Span.<br />

Results: Multivariate analysis of variance and multiple<br />

regression analyses were performed to model the<br />

relationshipbetweenthescoresonneuropsychological<br />

tests and the following predictors:duration of temporal<br />

lobe epilepsy seizures, age of onset education, and<br />

diagnostic group. There were significant main effects<br />

for age at onset and duration on Digit backward and<br />

Stroop Color-word task performances and for group on<br />

Semantic word fluency. Significant group differences<br />

we obtained in BNT (F=6,26, p


PLATFORM SESSION ABSTRACTS<br />

myoclonus severity scores.Cognitive performance was<br />

significantly worse across measures of intelligence and<br />

visuomotor speed in patients with severe disability<br />

compared to patients with mild or moderate disability.<br />

On the other hand, in the delayed verbal memory<br />

measures the groups did not differ.<br />

Conclusion: Impaired intellectual performance<br />

correlates with the extent of general disability in<br />

EPM1. Visuomotor performance is most often affected<br />

but verbal memory performance is usually preserved.<br />

Acknowledgements:The study has been funded by the<br />

Academy of Finland, the NEURO Research Programme<br />

and UCB Pharma.<br />

Thursday 2nd July 2009<br />

0:30 - 2:00<br />

Hall 4<br />

Platform Session<br />

Paediatrics: brain development and plasticity<br />

073<br />

How common is ictal hypoxemia in children with<br />

partial complex and generalized convulsive seizures?<br />

Wirrell E, Nickels K<br />

Mayo Clinic, Rochester, USA<br />

Objective: (1) To determine the prevalence and risk<br />

factors for ictal hypoxemia (defined as a measured<br />

oxygen saturation of


28 th June – 2 nd July 2009<br />

figures were 32-21% and 38-18%, respectively. There<br />

were no differences for the respiratory parameters.The<br />

total score on the Bruni list was abnormal in 35% of<br />

the patients and in 17% of controls with similar data<br />

for the MOS.<br />

Conclusion: In children with epilepsy about twice as<br />

much sleep disturbances were encountered when<br />

compared to controls, in particular regarding initiating<br />

and maintaining sleep, parasomnia and sleepiness<br />

during the day.<br />

076<br />

Benign focal epilepsy in childhood: evidence for<br />

interference of interictal spikes with selective<br />

cognitive deficits<br />

Wolff M, Serra E, Pastoors C, Krägeloh-Mann I<br />

University Childrens Hospital, Germany<br />

Purpose: Children with Benign Focal <strong>Epilepsy</strong> (BFE)<br />

often exhibit neuropsychological deficits. Recently,<br />

by using MEG, we showed a correlation between<br />

left perisylvian and occipital location of spikes and<br />

deficits in sequential and simultaneous information<br />

processing tasks, respectively, in a cohort of children<br />

with BFE (Epilepsia, 2005). However, it remains unclear<br />

whether there is a predisposition for both focal spikes<br />

and selective cognitive deficits in these children or<br />

whether the spikes interfere directly with cognitive<br />

functions. Therefore, we performed a longitudinal<br />

study in order to evaluate the effect of focal EEG<br />

improvement on selective cognitive deficits in children<br />

with BFE.<br />

Method: Twenty-nine children diagnosed with BFE<br />

were enrolled in the study. All were examined by<br />

repeated EEG and neuropsychological assessment<br />

(Kaufman - ABC battery) over a period of one to three<br />

years. EEG improvement was defined as a > 25%<br />

reduction of spikes. All children with spike location<br />

in the left perisylvian or in the occipital regions and a<br />

stable location of the spike focus over the time were<br />

included in the correlation analysis (N=16).<br />

Results: Focal spikes were located in the perisylvian<br />

region in eight and in the occipital region in eight<br />

children. EEG improved in 7/8 children with left<br />

perisylvian spikes and in none with occipital spikes<br />

(p=0.01).EEG improvement was significantly correlated<br />

with an improvement of sequential information tasks<br />

(p=0.001). Simultaneous information processing tasks<br />

remained stable.<br />

Conclusion: Our results indicate a direct interference<br />

of left perisylvian spikes with complex cognitive<br />

functions. Therapeutic consequences must<br />

be considered.<br />

077<br />

Language lateralization in childhood-onset focal<br />

epilepsy: evidence from fMRI<br />

Pahs G 1, 2, Rankin P 1, Cross J 2, Northam G 1,<br />

Vargha-Khadem F 1, Baldeweg T 1<br />

1) Developmental Cognitive Neurosciene Unit, UCL<br />

Institute of Child Health, UK, 2) Neurosciences Unit,<br />

UCL Institute of Child Health, UK<br />

Purpose: We investigated language lateralization<br />

using functional MRI (fMRI) in children suffering from<br />

left-sided, medically refractory, childhood-onset focal<br />

epilepsy and determined factors associated with<br />

PLATFORM SESSION ABSTRACTS<br />

atypical lateralization.<br />

Method: Twenty-four children suffering from drugresistant,<br />

left-sided, early-onset epilepsy underwent<br />

fMRI-scanning using a covert verb-generation task.<br />

Twenty-nine healthy volunteers, matched for age and<br />

gender,served as controls.Images were analyzed using<br />

SPM5 and lateralization indices (LI) were calculated<br />

within regions of interest (Broca’s area, temporal<br />

lobe, cerebellum) using the LI-toolbox (Wilke et al., J<br />

Neurosci Methods, 2007;163:128-36). Typical language<br />

lateralization (left-sided) was defined as LI>0.2 and<br />

atypical language (right-sided or bilateral) as LI ¡Ü 0.2.<br />

Factors contributing to atypical language distribution<br />

were investigated including: age at seizure-onset,<br />

seizure frequency, handedness, lesion location, lesion<br />

size, size and asymmetry of the planum temporale.<br />

Results: There was no statistically significant<br />

correlation between age at seizure-onset, seizure<br />

frequency, handedness, lesion location or lesion size<br />

and atypical language lateralization (p>0.05).However,<br />

the correlation between PT-asymmetry and the fMRI<br />

language lateralization index was highly significant<br />

(r=0.823,p


PLATFORM SESSION ABSTRACTS<br />

epilepsies in Latinamerican not only depend on the<br />

type of epilepsy or the pharmacological treatment,<br />

but its very important social-cultural influence for the<br />

different treatment recommendations.<br />

Thursday 2nd July 2009<br />

0:30 - 2:00<br />

Hall 6<br />

Platform Session<br />

Impact of epilepsy worldwide<br />

079<br />

Designing research in epilepsy to ensure policy<br />

change: Sydney epilepsy incidence study to<br />

measure illness consequences (SEISMIC)<br />

Martiniuk A 1, Anderson C 1, Somervile E 2, Hackett M 1,<br />

Glozier N 3, Bleasel A 4, Lawson J 5, Jan S 1,<br />

Mohamed A 6, Hassan B 1<br />

1) The George Institute For <strong>International</strong> Health,<br />

Sydney,Australia,2) Prince of Wales Hospital,Randwick,<br />

Australia, 3) University of Sydney, Sydney, Australia,<br />

4) Westmead Hospital, Westmead, Australia, 5) Sydney<br />

Children’s Hospital, Randwick, Australia, 6) Royal Prince<br />

Alfred Hospital, Camperdown, Australia<br />

Background: Little is known about the process of care,<br />

psychosocial and household economic impact of<br />

epilepsy; and certainly less known from population<br />

based data.This reflects logistical barriers encountered<br />

in engaging with service providers and policy makers.<br />

Purpose: To document the process of designing a<br />

collaborative,policy-focused research study in epilepsy<br />

that involves government, the local health service, civil<br />

society organisations and academia.<br />

Such a study aims to inform changes in health<br />

systems to improve efficiency and quality of care,<br />

underpin development of clinical guidelines,<br />

community-based support programs, education and<br />

workplace legislation.<br />

Method: A case study in how a research organization<br />

can work with key policy players in designing a<br />

rigorous 4-year, population-based, prospective cohort<br />

of all people newly diagnosed with epilepsy.<br />

Results: To date a research protocol and pilot study<br />

have been completed. Buy-in is secured from relevant<br />

hospitals, private practitioners and GPs within the<br />

defined study region; funding has been secured from<br />

project partners with a grant proposal submitted for<br />

matching funding from conventional peer review<br />

agencies; and screening and patient recruitment<br />

has commenced. This study was designed to directly<br />

influence epilepsy policy and thus required the active<br />

participation of partners <strong>Epilepsy</strong> Society of Australia,<br />

<strong>Epilepsy</strong> Action Australia and the State Department<br />

of Health.<br />

Conclusion: Designing the study through an iterative<br />

process of consultation with government, epilepsy<br />

professional and community organisations has<br />

established a research study with a high degree of<br />

policy relevance and feasibility which may potentially<br />

serve as a template for future studies.<br />

080<br />

Cost of hospitalisations of 772 patients with<br />

epilepsy within a one-year (2006) observation.<br />

Preliminary report<br />

Majkowska-Zwoliñska B, Majkowski J<br />

32<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Foundation Of Epileptology, Poland<br />

Objective: To determine the frequency, duration and<br />

costs of, and causes for, hospitalisation of patients<br />

with epilepsy.<br />

Method: A prospective questionnaire survey was<br />

conducted in 18 antiepileptic/neurological centres<br />

in Poland, including 969 consecutive patients with<br />

epilepsy (mean age -27,8 yrs.). Ultimately, 772 patients<br />

underwent 12-month observation (5 questionnaires).<br />

Frequency and duration of hospitalisation in each of<br />

the four seasons were analysed. Cost of hospitalization<br />

were estimated taking the Polish National Health<br />

Service perspective. The generalised Poisson<br />

regression model was used to analyse hospitalisation<br />

IR. Relations between IR and season were expressed in<br />

IR ratios (IRR) with a 95% CI.<br />

Results: 150 (19.4%) patients were hospitalised; 56% of<br />

the admissions were epilepsy-related (ER) and 44 not<br />

ER. Among ER admissions 19% were directly related<br />

to acute seizures and 81% other epilepsy problems.<br />

Average duration of hospitalisation was 11 days. Total<br />

hospitalization cost in one year was 136118( and on<br />

average 907( per person. Cost of hospital admissions<br />

due to seizures and other ER problems constituted<br />

64% of all costs and due to not ER problems -36%.<br />

The number of hospitalisations was largest in autumn:<br />

7.82% (95%C.I.[5.85; 9.79%] and smallest in spring:<br />

5.77% (95%C.I)[4.08%; 7.1%]; in autumn the number<br />

was double as in spring and summer: IRR=1.43;<br />

p=0.026. Conclusion: Nearly 2/3 of all hospitalization<br />

costs were epilepsy-related and 1/3 constituted other<br />

medical problems. Season of the year has a significant<br />

effect on the number of hospitalisation and therefore<br />

on costs.<br />

08<br />

The experience of epilepsy in Australia<br />

Chapman D, Cole R, Cummins J, Elphinstone K,<br />

Pollard R, Roberts K, Sharp D, Whitehead H<br />

Joint <strong>Epilepsy</strong> Council Of Australia, Australia<br />

Aim: To understand experience of having epilepsy in<br />

Australia, particularly in relationship to work, transport,<br />

discrimination, and mental health.<br />

Method: In 2006, 467 individuals with epilepsy<br />

and 495 carers completed either a paper-based<br />

or online survey. They were recruited through the<br />

state based community epilepsy organizations. This<br />

recruitment method is likely to have biased the sample<br />

towards people whose epilepsy is not currently<br />

well-managed by medication (52% had a seizure in the<br />

previous month).<br />

Results: Only 12% of respondents with epilepsy work<br />

in full time employment, with many in part-time or<br />

full-time education. The average household income<br />

for respondents with epilepsy was $40,889 (well<br />

below the national average of $58,656) and 12% lived<br />

alone. 43% of respondents with epilepsy owned their<br />

own car and of these 53% had their driver’s licence<br />

suspended at some time. Respondents with epilepsy<br />

had family and friends who drove them (44%),<br />

used public transport (39%) and taxis (18%). 52%<br />

have experienced discrimination, and 51% of these<br />

experienced discrimination in the last 12 months,<br />

most commonly in work or education contexts. Twothirds<br />

were uncomfortable telling new friends and<br />

around half were uncomfortable telling employers or<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

colleagues. Emotional problems were very common:<br />

anxiety (49%), depression (36%), behavioural disorders<br />

(35%) and mood disorders (34%).<br />

Conclusion: The survey showed that the experience of<br />

epilepsy has a profoundly negative effect on the lives<br />

of those with epilepsy, particularly in relationship to<br />

work, transport, discrimination,and mental health.<br />

082<br />

Psychosocial impact of diagnosis and treatment of<br />

epilepsy in young people<br />

Mesa T 1, 2, Peralta M 1, Fuentes D 1, González L 1<br />

1) Liga Chilena Contra La Epilepsia, Santiago, Chile,<br />

2) Pontificia Universidad Católica De Chile, Santiago,<br />

Chile<br />

Purpose: <strong>Epilepsy</strong> influences the quality of life,<br />

especially in psychological and social areas of people<br />

with this syndrome who also become stigmatized.The<br />

aim of this work is to measure the psychosocial impact<br />

on two groups of young people with epilepsy and<br />

compare it on year 2004 and 2008.<br />

Method:Young people whose epilepsy is controlled by<br />

LICHE and who are studying in High Education were<br />

evaluated by the <strong>Epilepsy</strong> Psycho-Social Effects Scale<br />

(EPSES). 42 parameters were considered, 14 of which<br />

evaluates psychosocial areas. One group was polled<br />

in 2004 and another one in 2008. The results were<br />

analyzed and cross-matched.<br />

Results: Group 2004: 52 patients; average age: 23 years;<br />

52% women and 73% on monotherapy; average of the<br />

crisis beginning: 19 years old and 21% on comorbidity<br />

treatment. Group 2008: 45 patients; average age:<br />

24 years; 38% women and 67% on monotherapy;<br />

average of the crisis beginning: 14 years old, and 8.8%<br />

on comorbidity treatment. The crisis control and the<br />

responce to the treatment were good: 69% on year<br />

2004 and 84.4% on year 2008.The impact is significant<br />

for both groups, highlighting the fear of having a crisis<br />

in public and of suffering labor discrimination.<br />

Conclusion: On both groups the epilepsy has a<br />

significant impact in the psychosocial aspects and<br />

especially in social and labor areas. Those who<br />

are more psychosocial affected have one or more<br />

characteristics: politherapy, lower crisis control, a<br />

recent diagnosis or comorbidity.The group of 2008 has<br />

less fear of suffering labor discrimination.<br />

083<br />

Are social class and level of education important<br />

factors regarding different formulation of<br />

antiepileptic drugs?<br />

Santos C, Alexandre Jr. V, Martins H, Silva A,<br />

Mesquita S, Castro A, Faveret E, Lin K, Masuko A,<br />

Guilhoto L, Yacubian E<br />

Brazilian Association of <strong>Epilepsy</strong>, Brazil<br />

Purpose: Controversy persists whether generic<br />

AEDs are interchangeable with brand name/similar<br />

drugs regarding efficacy and adverse events. This is<br />

important in underdeveloped countries with limited<br />

health expenditures.<br />

Method: After Ethical Committee approval ABE<br />

applied questionnaire for people with epilepsy (PWE)<br />

with multiple-choice questions: sociodemography<br />

(4) and formulations knowledge (reference/generic/<br />

similar drugs) and clinical change evidence during<br />

PLATFORM SESSION ABSTRACTS<br />

formulation switch (14)(Fisher test, level 5%).<br />

Results: 605 PWE from 6 Public System hospitals<br />

participated being 89% from middle/low income<br />

classes, 27% functionally illiterate, 27% completed<br />

elementary school, 37% high school, 8% university;<br />

63% received more than one AED (28% CBZ, 14% VPA);<br />

70% obtained AEDs from public resources and 20%<br />

only in private pharmacies; 64% did not know different<br />

formulations (more educated PWE,high income classes<br />

responded more correctly, p


SPEAKER LIST<br />

34<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Abbott D (Australia) Platform Session 5 Tues 30 10:30 Hall 5 030<br />

Acevedo C (Chile) Special Session Sun 28 17:00 Hall 1<br />

Aengenendt J (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Afif A (France) Platform Session 5 Tues 30 10:30 Hall 5 028<br />

Agrawal S (UK) Platform Session 11 Wed 01 16:00 Hall 2 066<br />

Äikiä M (Finland) Platform Session 12 Wed 01 16:00 Hall 5 072<br />

Al Yamani S (Saudi Arabia) Parallel Session Mon 29 10:30 Hall 5<br />

Al Yamani S (Saudi Arabia) Main Session Wed 01 9:00 Hall 1<br />

Al Yamani S (Saudi Arabia) Post Main Session Wed 01 10:30 Hall 1<br />

Al Yamani S (Saudi Arabia) Special Session Thurs 02 12:00 Hall 2<br />

Alessio A (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Alexandre Jr.V (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Alexopoulos A (USA) Platform Session 12 Wed 01 16:00 Hall 5 068<br />

Allebeck P (Sweden) Platform Session 6 Tues 30 10:30 Hall 6 032<br />

Amado D (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 007<br />

An J (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Anand B ( India) Platform Session 1 Mon 29 10:30 Hall 2 002<br />

Andermann F (Canada) Special Session Sun 28 17:00 Hall 1<br />

Anderson C (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

André-Obadia N (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Apartopoulos F (UK) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Apartopoulos F (UK) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Archer J (Australia) Platform Session 5 Tues 30 10:30 Hall 5 030<br />

Arzimanoglou A (France) Satellite Symposium Tues 30 13:00 Hall 1<br />

Arzimanoglou A (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Arzimanoglou A (France) Platform Chair Wed 01 16:00 Hall 2<br />

Avanzini G (Italy) Special Session Sun 28 17:00 Hall 1<br />

Avanzini G (Italy) Platform Chair Tues 30 10:30 Hall 5<br />

Avanzini G (Italy) Parallel Session Wed 01 16:00 Hall 4<br />

Aziz H (Pakistan) Post Main Session Tues 30 10:30 Hall 1<br />

Badawy R (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Baldeweg T (UK) Platform Session 13 Thurs 02 10:30 Hall 4 077<br />

Baldwin R (USA) Platform Session 7 Tues 30 16:00 Hall 4 042<br />

Baram T Z (USA) Main Session Tues 30 14:30 Hall 1<br />

Baram T Z (USA) Parallel Session Wed 01 10:30 Hall 2<br />

Barragán E (Mexico) Platform Session 13 Thurs 02 10:30 Hall 4 078<br />

Barsi P (Hungary) Platform Chair Wed 01 10:30 Hall 3<br />

Bascarevic V (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Bast T (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Bateman L (USA) Platform Session 5 Tues 30 10:30 Hall 5 029<br />

Baulac M (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Baulac M (France) Platform Chair Tues 30 10:30 Hall 5<br />

Baulac S (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Baumgartner C (Austria) Post Main Session Mon 29 10:30 Hall 1<br />

Baumgartner C (Austria) Parallel Session Tues 30 10:30 Hall 2<br />

Baxendale S (UK) Platform Session 8 Tues 30 16:00 Hall 5 044<br />

Becker A J (Germany) Platform Session 4 Mon 29 16:00 Hall 6 020<br />

Becker A J (Germany) Parallel Session Mon 29 16:00 Hall 4<br />

Beghi E (Italy) Parallel Session Mon 29 10:30 Hall 3<br />

Begley C (USA) Parallel Session Wed 01 16:00 Hall 4<br />

Bekes J (Hungary) Post Main Session Mon 29 16:00 Hall 1<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

Bekes J (Hungary) Platform Chair Thurs 02 10:30 Hall 6<br />

Bell G (UK) Platform Session 6 Tues 30 10:30 Hall 6 031<br />

Belmeguenai A (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Ben-Menachem E (Sweden) Satellite Symposium Tues 30 13:00 Hall 1<br />

Berg A (USA) Parallel Session Thurs 02 10:30 Hall 5<br />

Berg A (USA) Parallel Session Tues 30 10:30 Hall 3<br />

Bergin P (New Zealand) Platform Session 3 Mon 29 16:00 Hall 2 016<br />

Bergström-Isacsson M (Sweden) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Berkovic S F (Australia) Satellite Symposium Mon 29 13:00 Hall 1<br />

Berkovic S F (Australia) Parallel Session Tues 30 10:30 Hall 3<br />

Berkovic S F (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Berkovic S F (Australia) Platform Chair Wed 01 10:30 Hall 4<br />

Bernard C (France) Parallel Session Wed 01 7:30 Hall 3<br />

Bernasconi A (Canada) Post Main Session Thurs 02 10:30 Hall 2<br />

Besag F (UK) Teaching Session Tues 30 7:30 Hall 5<br />

Bezin L (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Bezin L (France) Parallel Session Thurs 02 7:30 Hall 5<br />

Bialer M (Israel) Platform Chair Mon 29 16:00 Hall 2<br />

Bien C G (Germany) Platform Session 4 Mon 29 16:00 Hall 6 020<br />

Bigoni S (Italy) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Bigoni S (Italy) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Bilevicius E (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Bill P (UK) Platform Session 9 Wed 01 10:30 Hall 3 050<br />

Birbeck G (USA) Parallel Session Mon 29 10:30 Hall 5<br />

Bisulli F (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Bleasel A (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Blumenfeld H (USA) Post Main Session Tues 30 16:00 Hall 1<br />

Bodennec J (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Boison D (USA) Parallel Session Thurs 02 7:30 Hall 5<br />

Boland M (Ireland) Platform Session 6 Tues 30 10:30 Hall 6 035<br />

Bonelli S (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Bonnet C (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Boor R (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Borbély C (Hungary) Platform Session 12 Wed 01 16:00 Hall 5 070<br />

Borbély C (Hungary) Platform Chair Wed 01 16:00 Hall 5<br />

Bouilleret V (Australia) Platform Session 2 Mon 29 10:30 Hall 6 011<br />

Boutry N (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Bragin A (USA) Workshop Mon 29 7:30 Hall 4<br />

Bragin A (USA) Parallel Session Thurs 02 10:30 Hall 3<br />

Brazzo D (UK) Platform Session 9 Wed 01 10:30 Hall 3 050<br />

Brodie M J (UK) Parallel Session Wed 01 10:30 Hall 5<br />

Brodie M J (UK) Satellite Symposium Wed 01 13:00 Hall 1<br />

Brodie M J (UK) Parallel Session Thurs 02 10:30 Hall 5<br />

Buchhalter J (USA) Platform Session 6 Tues 30 10:30 Hall 6 034<br />

Buder N (Serbia and Montenegro) Platform Session 1 Mon 29 10:30 Hall 2 001<br />

Bujarski K (USA) Platform Session 1 Mon 29 10:30 Hall 2 006<br />

Burgess R (USA) Platform Session 11 Wed 01 16:00 Hall 2 063<br />

Burneo J (Canada) Platform Session 9 Tues 30 16:00 Hall 5 048<br />

Burneo J (Canada) Parallel Session Tues 30 16:00 Hall 6<br />

Busch R (USA) Platform Session 12 Wed 01 16:00 Hall 5 068<br />

Buzsaki G (USA) Parallel Session Thurs 02 10:30 Hall 3<br />

www.epilepsybudapest2009.org 35


SPEAKER LIST<br />

36<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Caboclo L O (Brazil) Platform Session 11 Wed 01 16:00 Hall 2 062<br />

Calender A (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Campos M (Chile) Post Main Session Mon 29 16:00 Hall 1<br />

Canevini M P (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Capanelli D (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Cardamone L (Australia) Platform Session 2 Mon 29 10:30 Hall 6 011<br />

Carpay J (The Netherlands) Platform Session 3 Mon 29 16:00 Hall 2 014<br />

Carr D (USA) Parallel Session Tues 30 16:00 Hall 6<br />

Castellano G (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Castro A (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Catani M (UK) Parallel Session Tues 30 16:00 Hall 3<br />

Cavalheiro E A (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 007<br />

Cavalheiro E A (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 012<br />

Cendes F (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Cendes F (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

Ceulemans B (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Chabrol E (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Chapman D (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Chatillon C E (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Chen Q (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Chen T (USA) Platform Session 4 Mon 29 16:00 Hall 6 024<br />

Chiron C (France) EUREPA Teaching Session Wed 01 7:30 Hall 6<br />

Chung H J (Korea) Platform Session 3 Mon 29 16:00 Hall 2 018<br />

Ciampa C (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Clemenceau S (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Clifford A (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Cohen I (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Cole R (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Collins C (Ireland) Platform Session 6 Tues 30 10:30 Hall 6 035<br />

Cook M (Australia) Parallel Session Mon 29 10:30 Hall 3<br />

Cook M (Australia) Parallel Session Tues 30 16:00 Hall 2<br />

Cook M (Australia) Platform Chair Wed 01 10:30 Hall 3<br />

Cooper P (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Covanis T (Greece) Teaching Session Mon 29 7:30 Hall 2<br />

Covanis T (Greece) EUREPA Teaching Session Tues 30 7:30 Hall 3<br />

Covolan R (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Cross H (UK) Teaching Session Mon 29 7:30 Hall 3<br />

Cross H (UK) Parallel Session Mon 29 10:30 Hall 4<br />

Cross H (UK) EUREPA Teaching Session Tues 30 7:30 Hall 3<br />

Cross J (UK) Platform Session 13 Thurs 02 10:30 Hall 4 077<br />

Cummins J (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Curfs L (The Netherlands) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Curfs L (The Netherlands) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Czech T (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Czirjak S (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

da Graça Naffah-Mazzacoratti M (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 007<br />

Damasceno B (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Damtie Z G (Ethiopia) Post Main Session Wed 01 10:30 Hall 1<br />

Darcey T (USA) Platform Session 1 Mon 29 10:30 Hall 2 006<br />

de Bellescize J (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

De Boer H (The Netherlands) Main Session Tues 30 9:00 Hall 1<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

De Curtis M (Italy) Workshop Mon 29 7:30 Hall 4<br />

De Jonghe P (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

De La Prida L M (Spain) Parallel Session Thurs 02 10:30 Hall 3<br />

De Oliveira E (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

De Toffol B (France) Parallel Session Wed 01 10:30 Hall 6<br />

De Weerd A (The Netherlands) Platform Session 13 Thurs 02 10:30 Hall 4 075<br />

Deisseroth K (USA) Platform Session 7 Tues 30 16:00 Hall 4 039<br />

Delamont R (UK) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Delamont R (UK) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Delanty N (Ireland) Platform Session 6 Tues 30 10:30 Hall 6 035<br />

Deprez L (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Dibbens L (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Dingledine R (USA) Parallel Session Mon 29 16:00 Hall 4<br />

Djokic R (Serbia and Montenegro) Platform Session 1 Mon 29 10:30 Hall 2 001<br />

Domingues R (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

Donner E (Canada) Platform Session 6 Tues 30 10:30 Hall 6 034<br />

Dressler A (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Drexler J F (Germany) Platform Session 4 Mon 29 16:00 Hall 6 020<br />

Dua T (Switzerland) Main Session Tues 30 9:00 Hall 1<br />

Dubeau F (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Dudek F E (USA) Main Session Wed 01 14:30 Hall 1<br />

Dudek F E (USA) Post Main Session Wed 01 16:00 Hall 1<br />

Dudek F E (USA) Special Session Thurs 02 12:00 Hall 2<br />

Duncan J (UK) Platform Session 8 Tues 30 16:00 Hall 5 044<br />

Duncan J (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Duron R (Honduras) Platform Session 13 Thurs 02 10:30 Hall 4 078<br />

Ebner A (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Elger C E (Germany) Platform Session 12 Wed 01 16:00 Hall 5 067<br />

Elia M (Italy) Workshop Thurs 02 7:30 Hall 6<br />

Elphinstone K (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Elsharkawy A (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Engel J (USA) Platform Chair Tues 30 10:30 Hall 6<br />

Engel J (USA) Parallel Session Thurs 02 10:30 Hall 3<br />

Ernst J P (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Eross L (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Espinosa E (Colombia) Platform Session 13 Thurs 02 10:30 Hall 4 078<br />

Eun B L (Korea) Platform Session 3 Mon 29 16:00 Hall 2 018<br />

Eun S (Korea) Platform Session 3 Mon 29 16:00 Hall 2 018<br />

Fabo D (Hungary) Workshop Mon 29 7:30 Hall 4<br />

Fabo D (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Fallah M (Finland) Platform Session 6 Tues 30 10:30 Hall 6 033<br />

Famà F (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Fares R P (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Faveret E (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Fejerman N (Argentina) Post Main Session Mon 29 10:30 Hall 1<br />

Ferrari A (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Ferrari M (The Netherlands) Platform Session 3 Mon 29 16:00 Hall 2 014<br />

Ferrillo F (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Feucht M (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Fitzpatrick A (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Fitzsimons M (Ireland) Platform Session 6 Tues 30 10:30 Hall 6 035<br />

www.epilepsybudapest2009.org 37


SPEAKER LIST<br />

38<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Flanagan D (Australia) Platform Session 5 Tues 30 10:30 Hall 5 030<br />

Focke N (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Fogarasi A (Hungary) Main Session Mon 29 9:00 Hall 1<br />

Fogarasi A (Hungary) Post Main Session Mon 29 10:30 Hall 1<br />

Fogarasi A (Hungary) Parallel Session Tues 30 10:30 Hall 2<br />

Fogarasi A (Hungary) Platform Chair Wed 01 16:00 Hall 2<br />

Fogarasi A (Hungary) Special Session Thurs 02 12:00 Hall 2<br />

Forrester C (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Franco V (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Frassine B (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Freilinger M (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

French J (USA) EUREPA Teaching Session Mon 29 7:30 Hall 5<br />

French J (USA) Platform Chair Tues 30 16:00 Hall 4<br />

French J (USA) Parallel Session Thurs 02 10:30 Hall 5<br />

Freund T F (Hungary) Platform Chair Mon 29 10:30 Hall 6<br />

Freund T F (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Friedman A (Israel) Parallel Session Mon 29 16:00 Hall 4<br />

Friedman A (Israel) Parallel Session Tues 30 10:30 Hall 4<br />

Fuentes D (Chile) Platform Session 14 Thurs 02 10:30 Hall 6 082<br />

Fukuda A (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Gaddamanugu P ( India) Platform Session 1 Mon 29 10:30 Hall 2 002<br />

Gaillard W (USA) Parallel Session Tues 30 16:00 Hall 3<br />

Gaillard W (USA) EUREPA Teaching Session Wed 01 7:30 Hall 6<br />

Galimberti C A (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Gambardella A (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Garcia H H (Peru) Parallel Session Mon 29 10:30 Hall 5<br />

Geerts Y (The Netherlands) Platform Session 13 Thurs 02 10:30 Hall 4 075<br />

Gerber J (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Gil Nagel A (Spain) Satellite Symposium Wed 01 13:00 Hall 1<br />

Gilioli R (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 012<br />

Gilliam F (USA) Parallel Session Mon 29 16:00 Hall 3<br />

Giraldes de Manreza M L (Brazil) Platform Session 11 Wed 01 16:00 Hall 2 062<br />

Gjerstad L (Norway) Platform Session 3 Mon 29 16:00 Hall 2 013<br />

Glasscock E (USA) Platform Session 4 Mon 29 16:00 Hall 6 024<br />

Glauser T (USA) Parallel Session Tues 30 10:30 Hall 3<br />

Glauser T (USA) Satellite Symposium Tues 30 13:00 Hall 1<br />

Glozier N (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Goldman A (USA) Platform Session 4 Mon 29 16:00 Hall 6 024<br />

Gong Q Y (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

González L (Chile) Platform Session 14 Thurs 02 10:30 Hall 6 082<br />

Goodridge D M (UK) Platform Session 6 Tues 30 10:30 Hall 6 031<br />

Gorter J (The Netherlands) Parallel Session Thurs 02 7:30 Hall 5<br />

Gotman J (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Grancelli T (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Greenberg D A (USA) Parallel Session Wed 01 10:30 Hall 5<br />

Gröppel G (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Grote A (Germany) Platform Session 4 Mon 29 16:00 Hall 6 020<br />

Guekht A (Russia) EUREPA Teaching Session Mon 29 7:30 Hall 6<br />

Guerreiro M (Brazil) Platform Session 13 Thurs 02 10:30 Hall 4 078<br />

Guerrini R (Italy) Parallel Session Mon 29 10:30 Hall 4<br />

Guilhoto L (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

Guinovart J J (Spain) Parallel Session Tues 30 10:30 Hall 4<br />

Gumnit R J (USA) Main Session Wed 01 9:00 Hall 1<br />

Gupta A (USA) Platform Session 11 Wed 01 16:00 Hall 2 063<br />

Gyimesi C (Hungary) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Haas-Lude K (Germany) Platform Session 11 Wed 01 16:00 Hall 2 065<br />

Haberlandt E (Austria) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Hackett M (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Hainfellner J (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Halasz P (Hungary) Workshop Mon 29 7:30 Hall 4<br />

Halasz P (Hungary) Main Session Mon 29 9:00 Hall 1<br />

Halasz P (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Halasz P (Hungary) Parallel Session Tues 30 10:30 Hall 2<br />

Halasz P (Hungary) Special Session Thurs 02 12:00 Hall 2<br />

Hall J (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Hallmeyer-Elgner S (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Hamada K (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Hamiwka L (Canada) Platform Session 9 Tues 30 16:00 Hall 5 047<br />

Hammonds G (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Hansen S (UK) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Hansen S (UK) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Hargis E (USA) Post Main Session Tues 30 10:30 Hall 1<br />

Hargis E (USA) Parallel Session Tues 30 16:00 Hall 6<br />

Harvey S (Australia) Parallel Session Mon 29 10:30 Hall 4<br />

Hassan B (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Hauf M (Switzerland) Platform Session 9 Wed 01 10:30 Hall 3 053<br />

Hayasaka K (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Heaney D (UK) Platform Session 8 Tues 30 16:00 Hall 5 044<br />

Heinemann U (Germany) Parallel Session Wed 01 7:30 Hall 3<br />

Helmstaedter C (Germany) Platform Session 12 Wed 01 16:00 Hall 5 067<br />

Henkel S (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Herfurt K (Germany) Platform Session 12 Wed 01 16:00 Hall 5 071<br />

Hermann B (USA) Parallel Session Mon 29 10:30 Hall 3<br />

Hernández M (Mexico) Platform Session 13 Thurs 02 10:30 Hall 4 078<br />

Hessen E (Norway) Platform Session 3 Mon 29 16:00 Hall 2 013<br />

Hirai S (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Hirata M (Japan) Parallel Session Tues 30 16:00 Hall 3<br />

Hirsch L (USA) Platform Session 6 Tues 30 10:30 Hall 6 034<br />

Hoffmann D (France) Platform Session 5 Tues 30 10:30 Hall 5 028<br />

Holmes G L (USA) Main Session Wed 01 14:30 Hall 1<br />

Holmgren P (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Homa S (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Hong Z (China) Platform Session 1 Mon 29 10:30 Hall 2 003<br />

Hopp P (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Hoppe M (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Horstmann S (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Huberfeld G (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Hummel T (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Ikonomidou, H (USA) Special Session Mon 29 16:00 Hall 5<br />

Inoue Y (Japan) Post Main Session Wed 01 10:30 Hall 1<br />

Jackson G (Australia) Platform Session 5 Tues 30 10:30 Hall 5 030<br />

Jackson G (Australia) Post Main Session Thurs 02 10:30 Hall 2<br />

www.epilepsybudapest2009.org 39


SPEAKER LIST<br />

40<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Jacobs J (Canada) Special Session Mon 29 16:00 Hall 5<br />

Jacobs J (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Jacobs M (USA) Platform Session 6 Tues 30 10:30 Hall 6 034<br />

Jain S (India) Teaching Session Wed 01 16:00 Hall 5<br />

Jan S (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Jankovic S (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Jann K (Switzerland) Platform Session 9 Wed 01 10:30 Hall 3 053<br />

Janszky J (Hungary) Post Main Session Mon 29 10:30 Hall 1<br />

Janszky J (Hungary) Parallel Session Tues 30 10:30 Hall 2<br />

Janszky J (Hungary) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Janszky J (Hungary) Platform Chair Tues 30 16:00 Hall 5<br />

Jayalakshmi S ( India) Platform Session 1 Mon 29 10:30 Hall 2 002<br />

Jehi L (USA) Platform Session 12 Wed 01 16:00 Hall 5 068<br />

Jerney J (Hungary) Platform Chair Thurs 02 10:30 Hall 4<br />

Jette N (Canada) Platform Session 9 Tues 30 16:00 Hall 5 047<br />

Jette N (Canada) Platform Session 9 Tues 30 16:00 Hall 5 048<br />

Jette N (Canada) Platform Session 14 Thurs 02 10:30 Hall 6 084<br />

Jin K (USA) Platform Session 11 Wed 01 16:00 Hall 2 063<br />

Jobst B (USA) Platform Session 1 Mon 29 10:30 Hall 2 006<br />

Johannessen-Landmark C (Norway) EUREPA Teaching Session Mon 29 7:30 Hall 6<br />

Johannessen S I (Norway) EUREPA Teaching Session Mon 29 7:30 Hall 6<br />

Jones N (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

Jones S (USA) Platform Session 11 Wed 01 16:00 Hall 2 063<br />

Jordanova A (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Jovanovic M (Serbia and Montenegro) Platform Session 1 Mon 29 10:30 Hall 2 001<br />

Jovic N (Serbia) Platform Session 11 Wed 01 16:00 Hall 2 061<br />

Jovic N (Serbia) Workshop Thurs 02 7:30 Hall 6<br />

Juhasz C (USA) Post Main Session Thurs 02 10:30 Hall 2<br />

Juhos V (Hungary) Platform Chair Mon 29 10:30 Hall 2<br />

Julu P (UK) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Julu P (UK) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Kahane P (France) Platform Session 5 Tues 30 10:30 Hall 5 028<br />

Kahane P (France) EUREPA Teaching Session Thurs 02 7:30 Hall 4<br />

Kahane P (France) Main Session Thurs 02 9:00 Hall 2<br />

Kakooza A (Uganda) Workshop Thurs 02 7:30 Hall 6<br />

Kakuno M (Japan) Platform Session 7 Tues 30 16:00 Hall 4 037<br />

Kalman C (USA) Platform Session 12 Wed 01 16:00 Hall 5 068<br />

Kälviäinen R (Finland) Satellite Symposium Mon 29 18:00 Hall 1<br />

Kälviäinen R (Finland) Platform Session 12 Wed 01 16:00 Hall 5 072<br />

Kaminski R (Belgium) Platform Session 3 Mon 29 16:00 Hall 2 015<br />

Kanemoto K (Japan) Workshop Wed 01 7:30 Hall 4<br />

Kanner A M (USA) Main Session Mon 29 14:30 Hall 1<br />

Kanner A M (USA) Parallel Session Wed 01 10:30 Hall 6<br />

Kanter-Schlifke I (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 041<br />

Kapur J (USA) Satellite Symposium Mon 29 18:00 Hall 1<br />

Karmos G (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Kasteleijn-Nolst Trenité D (The Netherlands) Parallel Session Wed 01 10:30 Hall 5<br />

Kato M (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Kaul S (India) Platform Session 9 Wed 01 10:30 Hall 3 052<br />

Kelemen A (Hungary) EUREPA Teaching Session Wed 01 7:30 Hall 5<br />

Kelemen A (Hungary) Platform Chair Wed 01 10:30 Hall 4<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

Kerr M (UK) Teaching Session Tues 30 7:30 Hall 5<br />

Khan S (Saudi Arabia) Main Session Wed 01 9:00 Hall 1<br />

Kharazmi E (Finland) Platform Session 6 Tues 30 10:30 Hall 6 033<br />

Khazipov R (France) Parallel Session Wed 01 10:30 Hall 2<br />

Khyuppenen J (Finland) Platform Session 12 Wed 01 16:00 Hall 5 072<br />

Kim H S (Korea) Platform Session 11 Wed 01 16:00 Hall 2 064<br />

Kimiskidis V (Greece) Parallel Session Thurs 02 10:30 Hall 7<br />

Kipiani T (Georgia) Platform Session 13 Thurs 02 10:30 Hall 4 074<br />

Klassen T (USA) Platform Session 4 Mon 29 16:00 Hall 6 024<br />

Klitgaard H (Belgium) Platform Session 3 Mon 29 16:00 Hall 2 015<br />

Klitgaard H (Belgium) Platform Session 7 Tues 30 16:00 Hall 4 042<br />

Kluger G (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Koe A (Australia) Platform Session 2 Mon 29 10:30 Hall 6 011<br />

Koenig T (Switzerland) Platform Session 9 Wed 01 10:30 Hall 3 053<br />

Koepp M J (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Koepp M J (UK) Main Session Thurs 02 9:00 Hall 2<br />

Kogure S (Japan) Platform Session 7 Tues 30 16:00 Hall 4 037<br />

Kohsaka M (Japan) Platform Session 5 Tues 30 10:30 Hall 5 027<br />

Kohsaka S (Japan) Platform Session 5 Tues 30 10:30 Hall 5 027<br />

Kokaia M (Sweden) Platform Session 2 Mon 29 10:30 Hall 6 008<br />

Kokaia M (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 038<br />

Kokaia M (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 039<br />

Kokaia M (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 041<br />

Komarek V (Czech Republic) Teaching Session Mon 29 7:30 Hall 3<br />

Koutroumanidis M (UK) Teaching Session Mon 29 7:30 Hall 2<br />

Kozuka K (Japan) Platform Session 7 Tues 30 16:00 Hall 4 037<br />

Krägeloh-Mann I (Germany) Platform Session 11 Wed 01 16:00 Hall 2 065<br />

Krägeloh-Mann I (Germany) Platform Session 13 Thurs 02 10:30 Hall 4 076<br />

Kratzer W (Germany) Platform Session 11 Wed 01 16:00 Hall 2 065<br />

Krishnamoorthy E S (India) Workshop Wed 01 7:30 Hall 4<br />

Krishnamoorthy E S (India) Parallel Session Wed 01 10:30 Hall 6<br />

Krsek P (Czech Republic) Teaching Session Mon 29 7:30 Hall 3<br />

Kumada S (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Kumada T (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Kumar G (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

Kuramoto K (Brazil) Platform Session 11 Wed 01 16:00 Hall 2 062<br />

Kurleman G (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Kwan P (Hong Kong) Parallel Session Thurs 02 10:30 Hall 5<br />

Kwon C S (Canada) Platform Session 14 Thurs 02 10:30 Hall 6 084<br />

Noebels J (USA) Platform Session 6 Tues 30 10:30 Hall 6 034<br />

La Neve A (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Lagae L (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Lai S L (Taiwan) Post Main Session Mon 29 16:00 Hall 1<br />

Lakkunta P (India) Platform Session 9 Wed 01 10:30 Hall 3 052<br />

Lawson J (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Le Cavorsin M (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Le N M (USA) Platform Session 12 Wed 01 16:00 Hall 5 068<br />

Le Quang C (Vietnam) Platform Session 6 Tues 30 10:30 Hall 6 032<br />

Le Van Quyen M (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Le Van Quyen M (France) Parallel Session Thurs 02 10:30 Hall 3<br />

Lee H E (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

www.epilepsybudapest2009.org 4


SPEAKER LIST<br />

42<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Lee P (UK) Special Session Sun 28 17:00 Hall 1<br />

Lee P (UK) Parallel Session Wed 01 16:00 Hall 4<br />

Leguern E (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Lehesjoki A E (Finland) Platform Session 12 Wed 01 16:00 Hall 5 072<br />

Lerche H (Germany) EUREPA Teaching Session Tues 30 7:30 Hall 4<br />

Lerche H (Germany) Satellite Symposium Wed 01 13:00 Hall 1<br />

Lerman-Sagie T (Israel) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Lesca G (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Lev D (Israel) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Li S (China) Main Session Tues 30 9:00 Hall 1<br />

Li S (China) Post Main Session Tues 30 10:30 Hall 1<br />

Li S (China) Special Session Thurs 02 12:00 Hall 2<br />

Licchetta L (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Lima E (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 007<br />

Lin K (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Liu M (Canada) Platform Session 14 Thurs 02 10:30 Hall 6 084<br />

Liu Y (Australia) Platform Session 2 Mon 29 10:30 Hall 6 011<br />

Loddenkemper T (USA) Platform Session 12 Wed 01 16:00 Hall 5 068<br />

Loescher W (Germany) Post Main Session Wed 01 16:00 Hall 1<br />

Lopes-Cendes I (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 012<br />

Lopes-Cendes I (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

Lopes-Cendes I (Brazil) Teaching Session Wed 01 16:00 Hall 5<br />

Loring D W (USA) Parallel Session Tues 30 16:00 Hall 3<br />

Lossius M I (Norway) Platform Session 3 Mon 29 16:00 Hall 2 013<br />

Lui S (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Lund S (Sweden) Special Session Sun 28 17:00 Hall 1<br />

Lund S (Sweden) Special Session Thurs 02 12:00 Hall 2<br />

Lundberg C (Sweden) Platform Session 2 Mon 29 10:30 Hall 6 008<br />

Lundberg C (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 039<br />

Lutz M (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Luykx J (The Netherlands) Platform Session 3 Mon 29 16:00 Hall 2 014<br />

Madden P (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Magloczky Z (Hungary) Parallel Session Wed 01 7:30 Hall 3<br />

Majkowska-Zwoliñska B (Poland) Platform Session 14 Thurs 02 10:30 Hall 6 080<br />

Majkowski J (Poland) Platform Session 14 Thurs 02 10:30 Hall 6 080<br />

Makowski C (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Malerba A (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Marchesini R B (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 012<br />

Martiniuk A (Australia) Parallel Session Tues 30 16:00 Hall 6<br />

Martiniuk A (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Martinovic Z (Serbia and Montenegro) Platform Session 1 Mon 29 10:30 Hall 2 001<br />

Martins H (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Masih I (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Mason M (USA) Platform Session 3 Mon 29 16:00 Hall 2 014<br />

Masuko A (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Matagne A (Belgium) Platform Session 3 Mon 29 16:00 Hall 2 015<br />

Matagne A (Belgium) Platform Session 7 Tues 30 16:00 Hall 4 042<br />

Mathern G W (USA) Parallel Session Mon 29 10:30 Hall 4<br />

Matsumoto N (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Maurer-Morelli C (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

Mayer H (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

Mayer T (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Mazarib A (Israel) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

McEvoy A (UK) Platform Session 8 Tues 30 16:00 Hall 5 044<br />

Medina M T (Honduras) Parallel Session Wed 01 16:00 Hall 4<br />

Meeren H (The Netherlands) Platform Session 4 Mon 29 16:00 Hall 6 022<br />

Menendez de la Prida L (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Mesa T (Chile) Platform Session 14 Thurs 02 10:30 Hall 6 082<br />

Mesquita S (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Mia Bohn N (Norway) Parallel Session Tues 30 16:00 Hall 6<br />

Michelucci R (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Miles R (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Mills K R (UK) Parallel Session Thurs 02 10:30 Hall 7<br />

Milosevic N (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Milovanovic M (Serbia and Montenegro) Platform Session 1 Mon 29 10:30 Hall 2 001<br />

Minotti L (France) Platform Session 5 Tues 30 10:30 Hall 5 028<br />

Mitchell P (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Mizrahi E M (USA) Workshop Thurs 02 7:30 Hall 6<br />

Mizuguchi T (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Mohamed A (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Morales A (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Morris M (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

Morrone C (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Morrone E (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Morrow J (UK) Platform Session 3 Mon 29 16:00 Hall 2 016<br />

Moshe S L (USA) Special Session Mon 29 16:00 Hall 5<br />

Mosher J (USA) Platform Session 11 Wed 01 16:00 Hall 2 063<br />

Mula M (Italy) Workshop Tues 30 7:30 Hall 6<br />

Mula M (Italy) Parallel Session Wed 01 10:30 Hall 6<br />

Myers D (Australia) Platform Session 2 Mon 29 10:30 Hall 6 011<br />

Naldi I (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Najm I (USA) EUREPA Teaching Session Thurs 02 7:30 Hall 4<br />

Nehlig A (France) Post Main Session Wed 01 16:00 Hall 1<br />

Neligan A (UK) Platform Session 6 Tues 30 10:30 Hall 6 031<br />

Nguyen Ahn Tuan T (Vietnam) Platform Session 6 Tues 30 10:30 Hall 6 032<br />

Nguyen Thi Kim C (Vietnam) Platform Session 6 Tues 30 10:30 Hall 6 032<br />

Nickels K (USA) Platform Session 13 Thurs 02 10:30 Hall 4 073<br />

Niehusmann P (Germany) Platform Session 4 Mon 29 16:00 Hall 6 020<br />

Nikitidou L (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 041<br />

Niquet J (USA) Platform Session 7 Tues 30 16:00 Hall 4 042<br />

Nishimura A (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Nobile C (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Noebels J (USA) Platform Session 4 Mon 29 16:00 Hall 6 024<br />

Normand C (Ireland) Platform Session 6 Tues 30 10:30 Hall 6 035<br />

Northam G (UK) Platform Session 13 Thurs 02 10:30 Hall 4 077<br />

Nunes M L (Brazil) Workshop Thurs 02 7:30 Hall 6<br />

Nunez Orosco L (Mexico) Main Session Mon 29 14:30 Hall 1<br />

Nunez Orosco L (Mexico) Post Main Session Mon 29 16:00 Hall 1<br />

Nunez Orosco L (Mexico) Special Session Thurs 02 12:00 Hall 2<br />

O’Brien T (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

O’Brien T (Australia) Platform Session 2 Mon 29 10:30 Hall 6 011<br />

O’Brien T (Australia) Parallel Session Mon 29 16:00 Hall 4<br />

www.epilepsybudapest2009.org 43


SPEAKER LIST<br />

44<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

O’Brien T (Australia) Main Session Tues 30 14:30 Hall 1<br />

O’Brien T (Australia) Post Main Session Tues 30 16:00 Hall 1<br />

O’Brien T (Australia) Special Session Thurs 02 12:00 Hall 2<br />

Ogata K (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Olivier A (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Osaka H (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Ottman R (USA) Teaching Session Wed 01 16:00 Hall 5<br />

Ozelo H (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Ozkara C (Turkey) EUREPA Teaching Session Wed 01 7:30 Hall 5<br />

Ozkara C (Turkey) EUREPA Teaching Session Thurs 02 7:30 Hall 4<br />

Pahs G (UK) Platform Session 13 Thurs 02 10:30 Hall 4 077<br />

Pahs G (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Pallud J (France) Platform Session 4 Mon 29 16:00 Hall 6 019<br />

Panigrahi M (India) Platform Session 9 Wed 01 10:30 Hall 3 052<br />

Pannek H (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Pascoal V (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 012<br />

Pastoors C (Germany) Platform Session 13 Thurs 02 10:30 Hall 4 076<br />

Patsalos P (UK) Satellite Symposium Mon 29 13:00 Hall 1<br />

Pauli E (Germany) Platform Session 12 Wed 01 16:00 Hall 5 071<br />

Pedro T (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Pellacani S (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Peltola J (Finland) Platform Session 6 Tues 30 10:30 Hall 6 033<br />

Pepe F (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Peralta M (Chile) Platform Session 14 Thurs 02 10:30 Hall 6 082<br />

Pereira De Brito Sampaio L (Brazil) Platform Session 11 Wed 01 16:00 Hall 2 062<br />

Pereira F (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Pereira T C (Brazil) Platform Session 2 Mon 29 10:30 Hall 6 012<br />

Persson H (Sweden) Platform Session 6 Tues 30 10:30 Hall 6 032<br />

Perucca E (Italy) EUREPA Teaching Session Mon 29 7:30 Hall 5<br />

Perucca E (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Perucca E (Italy) Parallel Session Tues 30 16:00 Hall 2<br />

Petkar S (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Pfaefflin M (Germany) Post Main Session Wed 01 10:30 Hall 1<br />

Philip S (UK) Platform Session 11 Wed 01 16:00 Hall 2 066<br />

Pillay N (Canada) Platform Session 5 Tues 30 10:30 Hall 5 030<br />

Pini G (Italy) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Pini G (Italy) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Pisano T (UK) Platform Session 9 Wed 01 10:30 Hall 3 050<br />

Pitkanen A (Finland) Platform Chair Mon 29 10:30 Hall 6<br />

Pitkanen A (Finland) Main Session Tues 30 14:30 Hall 1<br />

Pittau F (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Plattner B (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Plouin P (France) EUREPA Teaching Session Tues 30 7:30 Hall 3<br />

Plouin P (France) Parallel Session Wed 01 10:30 Hall 2<br />

Plouin P (France) EUREPA Teaching Session Thurs 02 7:30 Hall 7<br />

Pollard R (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Porsche B (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Potschka H (Germany) Parallel Session Thurs 02 7:30 Hall 5<br />

Powell R (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Prabhakar Rao V V S (India) Platform Session 9 Wed 01 10:30 Hall 3 052<br />

Pratt J (Scotland) Special Session Tues 30 10:30 Hall 7<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

Prayer D (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Quan H (Canada) Platform Session 14 Thurs 02 10:30 Hall 6 084<br />

Quigg M (USA) Main Session Mon 29 9:00 Hall 1<br />

Radhakrishnan A (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Rajna P (Hungary) Platform Chair Mon 29 16:00 Hall 2<br />

Rajna P (Hungary) Special Session Tues 30 10:30 Hall 7<br />

Rankin P (UK) Platform Session 13 Thurs 02 10:30 Hall 4 077<br />

Rasonyi G (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Rasonyi G (Hungary) Platform Chair Tues 30 10:30 Hall 6<br />

Ravizza T (Italy) Platform Chair Mon 29 16:00 Hall 6<br />

Ravizza T (Italy) Parallel Session Tues 30 10:30 Hall 4<br />

Reche A (Brazil) Platform Session 11 Wed 01 16:00 Hall 2 062<br />

Rees S (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

Reiter E (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Reuner U (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Reynolds EH (UK) Special Session Sun 28 17:00 Hall 1<br />

Ristic A (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Roberts D (USA) Platform Session 1 Mon 29 10:30 Hall 2 006<br />

Roberts K (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Rocha C (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

Rogelius N (Sweden) Platform Session 2 Mon 29 10:30 Hall 6 008<br />

Rondina J (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Rosati E (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Runge U (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Russell A (UK) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Ryvlin P (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Ryvlin P (France) Platform Chair Mon 29 10:30 Hall 2<br />

Ryvlin P (France) Parallel Session Mon 29 16:00 Hall 3<br />

Ryvlin P (France) Platform Session 10 Wed 01 10:30 Hall 4 056<br />

Ryvlin P (France) Satellite Symposium Wed 01 13:00 Hall 1<br />

Saito N (Japan) Platform Session 7 Tues 30 16:00 Hall 4 037<br />

Saitoh S (Japan) Platform Session 5 Tues 30 10:30 Hall 5 027<br />

Saitsu H (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Salak-Djokic B (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Salzberg M (Australia) Platform Session 2 Mon 29 10:30 Hall 6 010<br />

Samson R (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Sanchez P E (France) Platform Session 2 Mon 29 10:30 Hall 6 009<br />

Sander J W (UK) Platform Session 6 Tues 30 10:30 Hall 6 031<br />

Sander L (UK) Satellite Symposium Mon 29 13:00 Hall 1<br />

Santos C (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Schackert G (Germany) Platform Session 4 Mon 29 16:00 Hall 6 021<br />

Scharfman H E (USA) Parallel Session Tues 30 10:30 Hall 4<br />

Scheffer I (Australia) Parallel Session Tues 30 10:30 Hall 3<br />

Scheffer I (Australia) Post Main Session Tues 30 16:00 Hall 1<br />

Scheffer I (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Scheffer I (Australia) Teaching Session Wed 01 16:00 Hall 5<br />

Schindler K (Switzerland) Platform Session 9 Wed 01 10:30 Hall 3 053<br />

Schmitz B (Germany) EUREPA Teaching Session Mon 29 7:30 Hall 6<br />

Schmitz B (Germany) Workshop Tues 30 7:30 Hall 6<br />

Schneider F (Germany) Platform Session 7 Tues 30 16:00 Hall 4 040<br />

Schoch S (Germany) Platform Session 4 Mon 29 16:00 Hall 6 020<br />

www.epilepsybudapest2009.org 45


SPEAKER LIST<br />

46<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Schulz R (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Schwarz M (Germany) Platform Session 12 Wed 01 16:00 Hall 5 071<br />

Secco M (Canada) Parallel Session Tues 30 16:00 Hall 6<br />

Seol I (Korea) Platform Session 11 Wed 01 16:00 Hall 2 064<br />

Sercheli M (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Seress L (Hungary) Platform Chair Mon 29 16:00 Hall 6<br />

Seri S (UK) Platform Session 9 Wed 01 10:30 Hall 3 050<br />

Serra E (Germany) Platform Session 13 Thurs 02 10:30 Hall 4 076<br />

Seyal M (USA) Platform Session 5 Tues 30 10:30 Hall 5 029<br />

Shang H (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Sharp D (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Shin H K (Korea) Platform Session 3 Mon 29 16:00 Hall 2 018<br />

Shiraishi H (Japan) Platform Session 5 Tues 30 10:30 Hall 5 027<br />

Shorvon S (UK) Parallel Session Mon 29 10:30 Hall 3<br />

Shorvon S (UK) Satellite Symposium Mon 29 18:00 Hall 1<br />

Shorvon S (UK) Parallel Session Tues 30 16:00 Hall 2<br />

Shorvon S (UK) Platform Session 6 Tues 30 10:30 Hall 6 031<br />

Shukla G (USA) Platform Session 11 Wed 01 16:00 Hall 2 063<br />

Sijben A (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Silva A (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Simonovic P (Serbia and Montenegro) Platform Session 1 Mon 29 10:30 Hall 2 001<br />

Singh G (India) Parallel Session Mon 29 10:30 Hall 5<br />

Sita Jayalakshmi S (India) Platform Session 9 Wed 01 10:30 Hall 3 052<br />

Sithinamsuwan P (Australia) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Sitnikova E (Russia) Platform Session 4 Mon 29 16:00 Hall 6 022<br />

Smeets E (The Netherlands) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Smeets E (The Netherlands) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

So E (USA) Platform Session 6 Tues 30 10:30 Hall 6 034<br />

Sokic D (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Soltesz I (USA) Special Session Mon 29 16:00 Hall 5<br />

Solyom A (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Somervile E (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 079<br />

Sorensen A T (Sweden) Platform Session 2 Mon 29 10:30 Hall 6 008<br />

Sperk G (Austria) Parallel Session Wed 01 7:30 Hall 3<br />

Sperling M R (USA) Parallel Session Mon 29 10:30 Hall 3<br />

Spizzica F (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Staley K J (USA) Parallel Session Wed 01 10:30 Hall 2<br />

Stefan H (Germany) Platform Session 12 Wed 01 16:00 Hall 5 071<br />

Steinhoff B (Germany) Satellite Symposium Mon 29 13:00 Hall 1<br />

Steinhoff B (Germany) Parallel Session Wed 01 10:30 Hall 5<br />

Stipa C (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Straussberg R (Israel) Platform Session 10 Wed 01 10:30 Hall 4 057<br />

Striano P (Italy) Platform Session 1 Mon 29 10:30 Hall 2 005<br />

Striano S (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Suchomelova L (USA) Platform Session 7 Tues 30 16:00 Hall 4 042<br />

Sundaram C (India) Platform Session 9 Wed 01 10:30 Hall 3 052<br />

Sutula T (USA) Satellite Symposium Mon 29 18:00 Hall 1<br />

Symms M (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Szente M (Hungary) Platform Chair Tues 30 16:00 Hall 4<br />

Tang H H (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Tatishvili N (Georgia) Platform Session 13 Thurs 02 10:30 Hall 4 074<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

SPEAKER LIST<br />

Name Session Date Time Room Abs #<br />

Tatishvili S (Georgia) Platform Session 13 Thurs 02 10:30 Hall 4 074<br />

Tebartz Van Elst L (Germany) Workshop Tues 30 7:30 Hall 6<br />

Tebartz Van Elst L (Germany) Workshop Wed 01 7:30 Hall 4<br />

Tedeschi H (Brazil) Platform Session 10 Wed 01 10:30 Hall 4 058<br />

Tellez-Zenteno J (Canada) Platform Session 9 Tues 30 16:00 Hall 5 047<br />

Tellez-Zenteno J (Canada) Platform Session 9 Tues 30 16:00 Hall 5 048<br />

Thadani V (USA) Platform Session 1 Mon 29 10:30 Hall 2 006<br />

Thaj J (UK) Platform Session 9 Wed 01 10:30 Hall 3 050<br />

Theodore W (USA) Parallel Session Mon 29 16:00 Hall 3<br />

Thomas H (UK) Platform Session 6 Tues 30 10:30 Hall 6 036<br />

Thompson P (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Tinuper P (Italy) Platform Session 3 Mon 29 16:00 Hall 2 017<br />

Tinuper P (Italy) Platform Session 10 Wed 01 10:30 Hall 4 060<br />

Toft Sørensen A (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 039<br />

Tohyama J (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Tomka-Hoffmeister M (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Tomson T (Sweden) Post Main Session Mon 29 10:30 Hall 1<br />

Tomson T (Sweden) Platform Session 6 Tues 30 10:30 Hall 6 032<br />

Tomson T (Sweden) Parallel Session Tues 30 16:00 Hall 2<br />

Tønnesen J (Sweden) Platform Session 7 Tues 30 16:00 Hall 4 039<br />

Toth E (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Trajkovic G (Serbia ) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Trinka E (Austria) Teaching Session Mon 29 7:30 Hall 2<br />

Tsuchiya K (Japan) Platform Session 7 Tues 30 16:00 Hall 4 037<br />

Ulbert I (Hungary) Workshop Mon 29 7:30 Hall 4<br />

Ulbert I (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

Underhill C (UK) Parallel Session Wed 01 16:00 Hall 4<br />

Urak L (Austria) Platform Session 8 Tues 30 16:00 Hall 5 045<br />

Uruno K (Japan) Platform Session 10 Wed 01 10:30 Hall 4 055<br />

Valentin A (UK) Workshop Mon 29 7:30 Hall 4<br />

Van Emde Boas W (The Netherlands) EUREPA Teaching Session Wed 01 7:30 Hall 5<br />

Van Emde Boas W (The Netherlands) EUREPA Teaching Session Thurs 02 7:30 Hall 7<br />

Van Luijtelaar G (The Netherlands) Platform Session 4 Mon 29 16:00 Hall 6 022<br />

Van Ness P (USA) Platform Session 1 Mon 29 10:30 Hall 2 004<br />

Van Paesschen W (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Vargha-Khadem F (UK) Platform Session 13 Thurs 02 10:30 Hall 4 077<br />

Varley J (Ireland) Platform Session 6 Tues 30 10:30 Hall 6 035<br />

Velis D (The Netherlands) EUREPA Teaching Session Thurs 02 7:30 Hall 4<br />

Verhaert K (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

Vezzani A (Italy) Parallel Session Tues 30 10:30 Hall 4<br />

Vezzani A (Italy) Post Main Session Tues 30 16:00 Hall 1<br />

Vinayan K P (India) Workshop Thurs 02 7:30 Hall 6<br />

Vojvodic N (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Wasterlain C G (USA) Platform Session 7 Tues 30 16:00 Hall 4 042<br />

Weckhuysen S (Belgium) Platform Session 10 Wed 01 10:30 Hall 4 059<br />

White H S (USA) Post Main Session Wed 01 16:00 Hall 1<br />

Whitehead H (Australia) Platform Session 14 Thurs 02 10:30 Hall 6 081<br />

Whitworth L A (USA) Platform Session 1 Mon 29 10:30 Hall 2 004<br />

Wiebe S (Canada) Platform Chair Tues 30 16:00 Hall 5<br />

Wiebe S (Canada) Parallel Session Wed 01 16:00 Hall 4<br />

Wiebe S (Canada) Parallel Session Thurs 02 10:30 Hall 5<br />

www.epilepsybudapest2009.org 47


SPEAKER LIST<br />

48<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Name Session Date Time Room Abs #<br />

Wiest R (Switzerland) Platform Session 9 Wed 01 10:30 Hall 3 053<br />

Wirrell E (USA) Platform Session 13 Thurs 02 10:30 Hall 4 073<br />

Witt Engerström I (Sweden) Platform Session 5 Tues 30 10:30 Hall 5 025<br />

Witt Engerström I (Sweden) Platform Session 5 Tues 30 10:30 Hall 5 026<br />

Witt J A (Germany) Platform Session 12 Wed 01 16:00 Hall 5 067<br />

Woermann F (Germany) Teaching Session Mon 29 7:30 Hall 3<br />

Woermann F (Germany) Platform Session 8 Tues 30 16:00 Hall 5 043<br />

Woermann F (Germany) Main Session Thurs 02 9:00 Hall 2<br />

Woermann F (Germany) Post Main Session Thurs 02 10:30 Hall 2<br />

Woermann F (Germany) Special Session Thurs 02 12:00 Hall 2<br />

Wolf P (Denmark) Special Session Sun 28 17:00 Hall 1<br />

Wolf P (Denmark) Special Session Tues 30 10:30 Hall 7<br />

Wolff M (Germany) Platform Session 11 Wed 01 16:00 Hall 2 065<br />

Wolff M (Germany) Platform Session 13 Thurs 02 10:30 Hall 4 076<br />

Wu J (China) Post Main Session Tues 30 10:30 Hall 1<br />

Wu X (China) Platform Session 1 Mon 29 10:30 Hall 2 003<br />

Wu X (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Xu Y (China) Platform Session 1 Mon 29 10:30 Hall 2 003<br />

Yacubian E M T (Brazil) Platform Session 11 Wed 01 16:00 Hall 2 062<br />

Yacubian E M T (Brazil) Main Session Mon 29 14:30 Hall 1<br />

Yamamoto H (Japan) Workshop Thurs 02 7:30 Hall 6<br />

Yan B (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Ycubian E (Brazil) Platform Session 14 Thurs 02 10:30 Hall 6 083<br />

Yogarajah M (UK) Platform Session 9 Wed 01 10:30 Hall 3 049<br />

Yoo J (USA) Platform Session 4 Mon 29 16:00 Hall 6 024<br />

Yu P (China) Platform Session 1 Mon 29 10:30 Hall 2 003<br />

Zara F (Italy) EUREPA Teaching Session Tues 30 7:30 Hall 4<br />

Zelmann R (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Zhao D (China) Platform Session 1 Mon 29 10:30 Hall 2 003<br />

Zhou B (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Zhou D (China) Platform Session 9 Wed 01 10:30 Hall 3 051<br />

Zhu G (China) Platform Session 1 Mon 29 10:30 Hall 2 003<br />

Zibetti M (Brazil) Platform Session 9 Wed 01 10:30 Hall 3 054<br />

Ziemann U (Germany) Parallel Session Thurs 02 10:30 Hall 7<br />

Zijlmans M (Canada) Platform Session 9 Tues 30 16:00 Hall 5 046<br />

Zovic L (Serbia) Platform Session 12 Wed 01 16:00 Hall 5 069<br />

Zsofia M (Hungary) Platform Session 4 Mon 29 16:00 Hall 6 023<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

www.epilepsybudapest2009.org 49


LIST OF EXHIBITORS AND EXHIBITION PLAN<br />

EXHIBITION OPENING HOURS<br />

50<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

Monday 29 th June 2009 09:00 - 17:00<br />

Tuesday 30 th June 2009 09:00 - 17:00<br />

Wednesday 1 st July 2009 09:00 - 17:00<br />

Thursday 2 nd July 2009 09:00 - 12:00<br />

Exhibitor Stand no.<br />

Ad-Tech Medical 204/D<br />

Cyberonics 103/A<br />

EB Neuro SpA 203/B<br />

Eisai Europe Ltd. 203/A<br />

Electrical Geodesics, Inc. 106/A<br />

Elekta Neuromag 101/B&C&D<br />

EUCARE 103/B<br />

EURAP 206/D<br />

EUREPA / <strong>Epilepsy</strong> Academy 106/B<br />

EFNS 206/C<br />

Global Campaign 103/D<br />

ILAE Centenary Exhibition 205/A<br />

<strong>International</strong> Bureau for <strong>Epilepsy</strong> 103/C<br />

<strong>International</strong> League Against <strong>Epilepsy</strong> 105<br />

Janssen-Cilag 104<br />

John Libbey Eurotext 205/D<br />

Lifelines Ltd. 206/A<br />

Micromed 204/B<br />

The National Centre for Young People with <strong>Epilepsy</strong><br />

Neurosoft Ltd. 202/C<br />

NeuroTech <strong>International</strong> 205/B&C<br />

Nihon Kohden 203/D<br />

Pinnacle Technology Inc. 202/B<br />

PMT Corporation 206/F<br />

Sanofi Aventis 104/A<br />

Special Products Ltd. 203/C<br />

Stellate Systems 202/E<br />

The Anita Kaufmann Foundation<br />

The Ring Chromosome 20 Foundation 204/C<br />

UCB Pharma 102<br />

Wiley-Blackwell 202/D<br />

Wisepress Online Bookshop 205/E<br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

LIST OF EXHIBITORS AND EXHIBITION PLAN<br />

www.epilepsybudapest2009.org 5


NOTES<br />

52<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

NOTES<br />

www.epilepsybudapest2009.org 53


NOTES<br />

54<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

www.epilepsybudapest2009.org


28 th June – 2 nd July 2009<br />

NOTES<br />

www.epilepsybudapest2009.org 55


Name of the medicinal product: VIMPAT® (lacosamide). Pharmaceutical form: Filmcoated<br />

tablets containing 50mg, 100mg, 150 mg, or 200mg lacosamide, syrup containing 15<br />

mg/ml lacosamide, and solution for infusion containing 10 mg/ml lacosamide. Therapeutic<br />

indications: VIMPAT® is indicated as adjunctive therapy in the treatment of partial-onset<br />

seizures with or without secondary generalisation in patients with epilepsy aged 16 years and<br />

older. VIMPAT® solution for infusion is an alternative for patients when oral administration is<br />

temporarily not feasible. Posology and method of administration: VIMPAT® must be taken<br />

twice a day. The recommended starting dose is 50 mg twice a day which should be increased<br />

to an initial therapeutic dose of 100 mg twice a day after one week. Depending on response<br />

and tolerability, the maintenance dose can be further increased by 50 mg twice a day every<br />

week, to a maximum recommended daily dose of 400 mg (200 mg twice a day). VIMPAT®<br />

may be taken with or without food. A maximum dose of 250 mg/day is recommended for<br />

patients with severe renal impairment and in patients with endstage renal disease. For patients<br />

requiring haemodialysis a supplement of up to 50% of the divided daily dose directly after<br />

the end of haemodialysis is recommended. Contraindications: Hypersensitivity to the active<br />

substance or any of the excipients; known second- or third-degree atrioventricular (AV) block;<br />

VIMPAT® film-coated tablets only: Hypersensitivity to peanuts or soya. Special warnings<br />

and precautions for use: Treatment with VIMPAT® has been associated with dizziness<br />

which could increase the occurrence of accidental injury or falls. Therefore, patients should<br />

be advised to exercise caution until they are familiar with the potential effects of the medicine.<br />

VIMPAT® may have minor to moderate influence on the ability to drive and use machines.<br />

VIMPAT® treatment has been associated with dizziness or blurred vision. Accordingly,<br />

patients should be advised not to drive a car or to operate other potentially hazardous<br />

machinery until they are familiar with the effects of VIMPAT® on their ability to perform<br />

such activities. Prolongations in PR interval with VIMPAT® have been observed in clinical<br />

studies. VIMPAT® should be used with caution in patients with known conduction problems<br />

or severe cardiac disease such as a history of myocardial infarction or heart failure. Caution<br />

should especially be exerted when treating elderly patients as they may be at an increased<br />

risk of cardiac disorders or when VIMPAT® is used in combination with products known to<br />

be associated with PR prolongation. Suicidal ideation and behaviour have been reported in<br />

patients treated with anti-epileptic agents in several indications. A meta-analysis of randomised<br />

placebo controlled trials of anti-epileptic drugs has also shown a small increased risk of suicidal<br />

ideation and behaviour. The mechanism of this risk is not known and the available data do<br />

not exclude the possibility of an increased risk for VIMPAT®. Therefore patients should be<br />

monitored for signs of suicidal ideation and behaviours and appropriate treatment should be<br />

considered. Patients (and caregivers of patients) should be advised to seek medical advice<br />

should signs of suicidal ideation or behaviour emerge. VIMPAT® syrup contains sodium<br />

propylhydroxybenzoate (E217) and sodium methylhydroxybenzoate (E219), which may<br />

cause allergic reactions (possibly delayed). Patients with rare hereditary problems of fructose<br />

intolerance should not take this medicine. The syrup contains aspartame (E951), a source of<br />

phenylalanine, which may be harmful for people with phenylketonuria. VIMPAT® syrup and<br />

solution for infusion contain sodium. To be taken into consideration for patients on a controlled<br />

sodium diet. Interaction with other medicinal products and other forms of interaction:<br />

VIMPAT® should be used with caution in patients treated with medicinal products known<br />

to be associated with PR prolongation (e.g. carbamazepine, lamotrigine, pregabalin) and in<br />

patients treated with class I antiarrhythmic drugs. However, subgroup analysis did not identify<br />

an increased magnitude of PR prolongation in patients with concomitant administration of<br />

carbamazepine or lamotrigine in clinical trials. The use of VIMPAT® is associated with doserelated<br />

increase in the PR interval. Adverse reactions associated with PR interval prolongation<br />

(e.g. atrioventricular block, syncope, bradycardia) may occur. Strong enzyme inducers such<br />

as rifampicin or St John´s wort (Hypericum perforatum) may moderately reduce the systemic<br />

exposure of VIMPAT®. Therefore, starting or ending treatment with these enzyme inducers<br />

should be done with caution. Pregnancy: There are no adequate data from the use of VIMPAT®<br />

in pregnant women. The potential risk for humans is unknown. VIMPAT® should not be used<br />

during pregnancy unless clearly necessary (if the benefit to the mother clearly outweighs the<br />

potential risk to the foetus). If women decide to become pregnant, the use of this product<br />

should be carefully re-evaluated. Lactation: It is unknown whether VIMPAT® is excreted in<br />

human breast milk. For precautionary measures, breast-feeding should be discontinued during<br />

treatment with VIMPAT®. Undesirable effects: The most common adverse reactions (>10%)<br />

are dizziness, headache, diplopia, and nausea. Other common adverse reactions (1-10%) are<br />

depression, balance disorder, coordination abnormal, memory impairment, cognitive disorder,<br />

somnolence, tremor, nystagmus, vision blurred, vertigo, vomiting, constipation, flatulence,<br />

pruritus, gait disturbance, asthenia, fatigue, fall, and skin laceration. Refer to the Summary of<br />

Product Characteristics for other adverse reactions. Date of revision: February 2009. Refer to<br />

the full prescribing information in your country before prescribing. Marketing authorisation<br />

holder: UCB Pharma, S.A. Allée de la Recherche 60 B-1070 Bruxelles Belgium. Marketing<br />

authorisation number(s): EU/1/08/470/001-016. Date of first authorisation: 29 August<br />

2008.GPSRC CNS 027 S 0309 LCM.


See you<br />

in Rome<br />

for the<br />

29 th <strong>International</strong> <strong>Epilepsy</strong> <strong>Congress</strong><br />

in 20 1 1<br />

Fototeca ENIT as the source of the photos.<br />

BUDAPE<br />

HUNG<br />

28 th <strong>International</strong> <strong>Epilepsy</strong> Co<br />

28 th June – 2 nd<br />

www.epilepsybudap

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