GALEN Foundation Courses GALEN Advanced Courses - myESR.org

ESOR 2011 GALEN COURSES 

E U R O P E A N S C H O O L O F R A D I O L O G Y 

ESOR 

European School of Radiology 

GALEN Foundation Courses 

Neuroradiology 

May 12–14, Iasi/Romania 

Oncologic Imaging 

May 26–28, Vilnius/Lithuania 

Paediatric Radiology 

June 16–18, Sofia/Bulgaria 

Chest/Cardiovascular Radiology 

October 20–22, Prague/Czech Republic 

GALEN Advanced Courses 

Cardiac Cross-Sectional Imaging 

April 14–15, Umeå/Sweden 

Urogenital Cross-Sectional Imaging 

April 28–29, Barcelona/Spain 

Abdominal Cross-Sectional Imaging 

October 13–14, Lisbon/Portugal 

Musculoskeletal Cross-Sectional Imaging 

November 17–18, Lille/France 

Breast Imaging 

November 3–5, Budapest/Hungary 

www.myESR.org/esor 

An ESR initiative, in partnership with 

GE Healthcare Medical Diagnostics South Central Europe 

and GE Healthcare. 

1




The European School of Radiology (ESOR) is an established and growing project, fulfilling the mission of the European 

Society of Radiology (ESR) in the field of education.Its main goal is to assist in harmonising radiological education in 

Europe. With its wide range of activities, ESOR additionally aims to raise standards in the field of scientific radiology, 

to extend and coordinate teaching resources worldwide and to help young radiologists to obtain the knowledge and 

skills to fulfil tomorrow’s requirements. 

ESOR stands for education in partnership. 

The GALEN courses are implemented with the support of our valued partners GE Healthcare and GE Healthcare 

Medical Diagnostics South Central Europe. 

Table of contents 

3 Welcome 

3 ESOR Steering Committee 

GALEN Foundation Courses 

6 General Information 

8 Neuroradiology 

12 Oncologic Imaging 

16 Paediatric Radiology 

20 Chest/Cardiovascular Radiology 

24 Breast Imaging 

GALEN Advanced Courses 

30 General Information 

32 Cardiac Cross-Sectional Imaging 

36 Urogenital Cross-Sectional Imaging 

40 Abdominal Cross-Sectional Imaging 

44 Musculoskeletal Cross-Sectional Imaging 

All ESOR activities are exclusively for ESR members. Further 

information about ESR membership is available on the ESR 

website www.myESR.org. 

Date of printing: February 2011 

While the greatest care is taken in compiling this information, the editor does not take responsibility for any printing errors or omissions. 

2 www.myESR.org/esor



Welcome 

ESOR Steering Committee 

Scientific/Educational Director 

N. Gourtsoyiannis 

Heraklion/GR 

Dear Colleagues, 

The European School of Radiology has become an 

integrated and multi-dynamic initiative that aspires 

to extend teaching resources throughout Europe and 

worldwide, to assist in harmonising radiological education 

and to enhance the scientific profile of radiology. 

One of the main ESOR activities is the GALEN project 

in partnership with GE Healthcare, offering foundation 

and advanced courses. 

All courses have been designed to use an established 

course format, combining lectures and interactive 

workshops, offered by internationally renowned 

European experts. The courses have been specifically 

structured with the trainee radiologist in mind and 

deal with subjects of practical importance; they have 

an interactive character, encouraging informal and free 

communication between participants and lecturers. They 

are also supported by an online self-assessment test. 

The GALEN Foundation Courses aimed at residents in 

their 1 st , 2 nd or 3 rd year of training in radiology, are 

primarily assigned to the geographic area of Central 

and South-eastern Europe. 

Five such courses will take place, related to topics 

across the modalities. We are very happy to introduce 

a new course on breast imaging as well as reintroduce 

a course on oncologic imaging for 2011. 

Further topics will include chest/cardiovascular, neuro 

and paediatric radiology. 

The GALEN Advanced Courses are aimed at 4th 

and 5 th year residents and recently board-certified 

radiologists. The four courses taking place are focused 

and structured along the line of recent advances in 

cross-sectional imaging including abdominal, cardiac, 

musculoskeletal and urogenital radiology. 

In this brochure you will find the relevant programmes 

and venues for 2011. 

We would like to emphatically encourage you to 

participate. Since the courses are very popular, you 

should book your place quickly. 

Committee Members 

H. Alkadhi 

Zurich/CH 

M. Maas 

Amsterdam/NL 

M. Thurnher 

Vienna/AT 

Co-opted Members 

L. Donoso 

Barcelona/ES 

B. Marincek 

Zurich/CH 

A. Palkó 

Szeged/HU 

M. Szczerbo-Trojanowska 

Lublin/PL 

Ex-officio Members 

P. Parizel 

Antwerp/BE 

ESNR European Courses of Neuroradiology 

W. Steinbrich 

Basel/CH 

ESMRMB School of MRI 

Professor Nicholas Gourtsoyiannis 

ESOR Scientific/Educational Director 


3



Galen 

Greek: 

Latin: Claudius Galenus of Pergamum 

Arabic: Jalinos 

Galen was an ancient Greek physician 

whose teaching was influential all the 

way up to the Renaissance. His views 

dominated European medicine for over 

a thousand years and Galen’s work can 

be seen as building on the Hippocratic 

theories of the body. 




ESOR 


GALEN 

Foundation 

Courses 


GE Healthcare Medical Diagnostics South Central Europe. 


5

ESOR 2011 GALEN FOUNDATION COURSES 



Foundation 


Aim 

The GALEN Foundation Courses have been designed to familiarise young 

radiologists with the established approaches and most recent achievements 

in diagnostic imaging, related to topics across the modalities. The 

courses are aimed at residents in their 1 st , 2 nd or 3 rd year of training in 

radiology and are primarily assigned to the geographic area of central 

and south-eastern Europe. Each programme is divided into organ-oriented 

lecture series and interactive workshops, offered by internationally 

renowned European faculties. All programmes have been specifically 

structured with the trainee radiologist in mind and are meant to deal 

with subjects of practical importance; they have an interactive character 

to encourage informal and free communication between participants and 

lecturers. 

The GALEN Foundation Courses are implemented with great support and 

partnership of GE Healthcare Medical Diagnostics South Central Europe. 

Course programme 

The course programme consists of twelve lectures and nine workshops. 

The course is accompanied by an online self-assessment test consisting of 

multiple-choice questions. 

ESR/ESOR reserves the right to amend course programmes. 

Course language 

All courses are held in English. 

Eligibility 

All foundation courses are intended for residents in their 1 st , 2 nd or 

3 rd year of training in radiology and participants must be proficient in 

English. Furthermore, ESR membership fees for 2011 must be settled 

in advance. Further information about ESR membership is available at 

www.myESR.org/membership. 




Registration 

Online registration is available at www.myESR.org/esor. 

The registration fee per course is € 95.- It is possible to attend more than 

one course. As the number of participants per course is limited to 60, 

registration will be considered on a first come, first served basis. The 

registration fee includes lecture and workshop attendance, teaching material 

for the course (printed syllabus), coffee breaks and lunch as per 

programme. 

Kindly note that registration is open to radiologists in training only and 

must be accompanied by a confirmation of this status, signed by your 

head of department. When making your travel arrangements, please 

make sure that you will be able to stay for the entire course. 

Terms of cancellation 

Cancellation by the course organiser: 

• In case the minimum number of participants has not been reached four 

weeks prior to the course, the organiser reserves the right to cancel 

the course. Registration fees will be refunded in full. 

Copyright 

All material supplied or used as 

part of an ESOR course is protected 

by copyright and remains 

the intellectual property of the 

speaker. This material is only for 

use by those participants who have 

attended an ESOR course; copying 

or use by others of such material is 

prohibited. 

Videotaping and photography policy 

ESOR does not allow any unauthorized 

videotaping or photography of any 

lectures or workshops. 

For up-to-date information please 

visit www.myESR.org/esor. 

Cancellation by the participant: 

• No refund from ESR/ESOR is possible in the event of cancellation or 

no-show by the participant. We recommend taking out the cancellation 

insurance offered by Europäische Reiseversicherung. 

Hotel accommodation 

Participants are responsible for their travel and hotel arrangements. 

Usually the ESOR Office pre-books a room contingent at the venue or 

nearby. Further information is available online at www.myESR.org/esor 

under the respective course information. Please book early in order to 

ensure availability. 

CME accreditation 

All ESOR courses in Europe are CME accredited by the European Accreditation 

Council for Continuing Medical Education (EACCME). 

The EACCME is an institution of the European Union of Medical Specialists 

(UEMS), www.uems.net. European accreditation is granted by the EAC- 

CME in order to allow participants to validate the credits obtained at this 

activity in their home European country. The maximum number of CME 

credits designated for each event is announced on the ESOR website as 

soon as the application process of the specific event has been finalised. 


7



GALEN FOUNDATION COURSE 


May 12–14, 2011 

Iasi, Romania 

Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 

Course information 

This course has been designed to familiarise young radiologists with 

the established approaches and most recent achievements in diagnostic 

imaging, related to cerebral pathologies. Internationally renowned 

European experts ensure a high quality teaching programme combining 

lectures and interactive case discussions. 

This GALEN course is implemented with great support and partnership 

of GE Healthcare Medical Diagnostics South Central Europe. 

Learning objectives 

• to learn the CT and MRI findings of the most common cerebral pathologies 

• to learn the role of a decision-making approach 

• to select the best and most cost-effective imaging technique 

The learning objectives for each lecture are available on the following 

pages. 

City information 

Being a very important economic centre, Iasi is a city and municipality 

in the Moldavian region, located in north-eastern Romania. Being called 

“The city on seven hills” and “The city of great loves”, Iasi represents 

a symbol of Romanian history with roots to go back longer than 1408 

at which time the city was first mentioned. Located at the banks of 

the small river Bahlui, Iasi is well known for its porcelain manufacture 

but also for its cultural life. As the third-largest city of Romania, it 

is the cultural capital with lots of museums, art galleries, traditional 

architecture and universities. Iasi is also home to the National Theatre 

and the State Philharmonic Orchestra. With its historic monuments, 500 

year-old churches, monasteries as well as contemporary architecture, 

Iasi preserves some beautiful examples of architecture, such as the Trei 

Ierarhi Monastery and the neo-Gothic Palace of Culture. 




Thursday, May 12, 2011 

15:00 – 16:00 Registration 

16:00 – 16:15 Welcome and introduction 

16:15 – 17:00 Brain haemorrhages: CT and MRI 

I. G. Lupescu, Bucharest/RO 

17:00 – 17:45 Cerebral spinal fluid flow disorders 

D. Cuzino, Bucharest/RO 

17:45 – 18:30 Sellar and parasellar masses 

C. Ursulescu, Iasi/RO 

Friday, May 13, 2011 

09:00 – 09:30 CNS injuries 

I. Björkman-Burtscher, Lund/SE 

09:30 – 10:00 CNS infectious diseases 

T. Tali, Ankara/TR 

10:00 – 10:30 CNS malignancies 

S. Karampekios, Heraklion/GR 

10:30 – 10:50 Coffee break 

10:50 – 13:00 Workshops 

I. Björkman-Burtscher, Lund/SE 

T. Tali, Ankara/TR 

S. Karampekios, Heraklion/GR 

13:00 – 14:00 Lunch break 

14:00 – 14:30 Cross-sectional anatomy of the brain revisited 

P. Parizel, Antwerp/BE 

14:30 – 15:00 Epilepsy 

P. Barsi, Budapest/HU 

15:00 – 15:30 Stroke: diagnosis and therapy 

E. Papadaki, Heraklion/GR 


15:50 – 18:00 Workshops 

P. Parizel, Antwerp/BE 

P. Barsi, Budapest/HU 

E. Papadaki, Heraklion/GR 


May 12–14, 2011 

Iasi, Romania 

Venue 

Hotel UNIREA 

Piata Unirii St., No. 5 

700056 Iasi 

Romania 

Local organiser 

D. Negru, Iasi/RO 


Saturday, May 14, 2011 

09:00 – 09:30 White matter diseases 

C.F. Andreula, Bari/IT 

09:30 – 10:00 Vascular diseases of the brain 

L. Pierot, Reims/FR 

10:00 – 10:30 Degenerative diseases of the spine 

M. Leonardi, Bologna/IT 


10:50 – 13:00 Workshops 

C.F. Andreula, Bari/IT 

L. Pierot, Reims/FR 

M. Leonardi, Bologna/IT 

13:00 Certificate of attendance 


9





May 12–14, 2011 

Iasi, Romania 

Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 


Brain haemorrhages: CT and MRI 

• to become familiar with the epidemiologic, etiologic, and clinical 

features of brain hemorrhagic lesions. 

• to describe the current particulars of CT, CT angiography, MRI 

and MR angiography techniques used to evaluate intracranial 

hemorrhagic conditions. 

• to provide a systematic approach to CT and MRI indications in 

acute and chronic brain haemorrhagic lesions. 

• to identify the common and rare CT and MRI findings in various 

types of intracerebral haemorrhage. 

Cerebo-spinal fluid flow disorders 

• to identify cross-sectional anatomy of the ventricular cerebral 

system in the sagittal, coronal and axial planes on CT and MR 

images 

• to recommend an adequate protocol for imaging of the disorders 

related to CSF flow anomalies 

• to understand different forms of hydrocephalus. 

• to describe different types and complications of ventricular 

shunts. 

Sellar and parasellar masses 

• to identify cross-sectional anatomy of the sellar and parasellar 

region on CT and MR images; 

• to refresh basic knowledge of sellar and parasellar pathology; 

• to learn appropriate imaging techniques in evaluation of the 

sellar and para-sellar region 

CNS injuries 

• to identify and discuss imaging characteristics of common 

intracranial pathologies 

• to understand imaging strategies considering cost-effectiveness 

• to reflect on the impact of advanced imaging techniques in 

neuroradiological routine examinations 




CNS infectious diseases 

• to review the classification of brain infections 

• to learn the imaging features of leptomeningitis, 

meningoencephalitis, pachymeningitis and brain abscess 

• to know the typical patterns of herpetic encephalitis 

their differential diagnoses 

• to discuss the imaging classification of granulomatous 

inflammatory CNS diseases and parasitic infections 

• to review the AIDS imaging patterns as modulated by 

current therapy 

Stroke: diagnosis and therapy 

• to understand the pathophysiology of ischaemic stroke 

• to be familiar with early CT signs of acute cerebral 

ischaemia and imaging findings on conventional MR 

sequences 

• to be knowledgeable about the usefulness of CT 

perfusion, CTA, diffusion-weighted MR imaging (DWI) 

and MR perfusion 

• to understand the relationship between the ischemic 

penumbra, stroke therapy and patient outcome 


CNS malignancies 

• to understand the traditional criteria for the detection 

and characterisation of intra-axial brain neoplasms 

• to learn about the application of MR techniques 

including DWI, PWI, MRS for better delineation and 

characterisation of brain tumours 

• to understand the role of neuroimaging for the 

differentiation of brain tumours from other nonneoplastic 

brain lesions 

Cross-sectional anatomy of the brain revisited 

• to present an overview of neuro-anatomic landmarks 

in the brain using different cross-sectional imaging 

modalities (CT, MRI, US) and imaging planes (axial, 

coronal, sagittal, oblique) 

• to understand the anatomy of motor, somatosensory 

and special sensory (visual, auditory) systems on 

cross-sectional imaging methods, and to correlate this 

information with a patient’s neurological symptoms 

• to show how new imaging techniques (MDCT with 

volumetric reformations, DTI with fibre tracking, 

functional MRI) improve and enhance our knowledge of 

neuro-anatomy 

White matter diseases 

• to understand the specificity of white matter 

• to understand the specificity of white matter diseases 

• to identify the different possibilities of CT, MRI and fMRI 

• to learn the algorithm of neuroradiological studies 

Vascular diseases of the brain 

• to learn about the role of imaging techniques in detection 

and characterisation of vascular diseases 

• to learn the indications of neurointerventional procedures 

in the treatment of cerebrovascular diseases 

• to learn about endovascular techniques in the treatment 

of intracranial aneurysms, AVMs and AVFs of the brain 

Degenerative diseases of the spine 

• to learn the usefulness of different imaging modalities in 

evaluation of the spine 

• to provide basic information about the differential 

diagnosis 

• to learn about the algorithm of spinal imaging 

• to introduce the different percutaneous possibilities of 

minimally invasive treatments. 

Epilepsy 

• to be familiar with the most common neoplastic and 

non-neoplastic causes of epilepsy 

• to have knowledge about the appropriate imaging 

techniques in the evaluation of epilepsy 

• to be familiar with different forms of temporal lobe 

epilepsy based on imaging criteria 


11




Oncologic 

Imaging 

May 26–28, 2011 

Vilnius, Lithuania 

Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 




imaging, related to oncology. Internationally renowned European experts 

ensure a high-quality teaching programme combining lectures and interactive 

case discussions. 




• to review the evolving role and diagnostic potential of different imaging 

modalities in the multidisciplinary management of common oncologic 

diseases 

• to explain the clinical significance of early tumour detection and the 

necessity of staging for appropriate therapy planning and correct estimation 

of prognosis 

• to discuss the role of imaging in therapy monitoring, restaging and 

follow-up of selected malignant tumours 

• to promote the widespread use of uniform technical protocols and 

diagnostic algorithms with the highest possible quality standards 


pages. 


Vilnius is not only the capital and largest city of Lithuania but also the 

major economic centre and one of the largest financial centers of the 

entire Baltic States. It is a cosmopolitan city and home to 65 churches 

and many universities. Having its roots in the early 13th century, Vilnius 

is situated in southeastern Lithuania at the confluence of the Vilnia and 

Neris Rivers, an important trading point for centuries. After being under 

Russian, Polish and German occupation, Vilnius has now been rapidly 

transformed and has emerged as a modern European city. Many of its 

older buildings have been refurbished and a business and commercial 

area is being developed in the New City Centre, expected to become 

the main administrative and business district. Vilnius was designated 

European Capital of Culture in 2009. 




Thursday, May 26, 2011 



16:15 – 17:00 Early breast cancer mammography diagnosis 

R. Briediene, Vilnius/LT 

17:00 – 17:45 The role of MRI in cardiac tumours 

N. R. Valeviciene, Vilnius/LT 

17:45 – 18:30 CT of peritoneum tumours 

J. Dementaviciene, Vilnius/LT 

Friday, May 27, 2011 

09:00 – 09:30 Head and neck cancer 

R. Hermans, Leuven/BE 

09:30 – 10:00 Lung cancer 

J. Vilar, Valencia/ES 

10:00 – 10:30 Gastroesophageal cancer 

M. Laniado, Dresden/DE 


10:50 – 13:00 Workshops 

R. Hermans, Leuven/BE 

J. Vilar, Valencia/ES 

M. Laniado, Dresden/DE 

13:00 – 14:00 Lunch break 

14:00 – 14:30 Liver malignancies 

C. Stoupis, Zurich/CH 

14:30 – 15:00 Pancreatic tumours 

C. Triantopoulou, Athens/GR 

15:00 – 15:30 Renal tumours 

A. Palkó, Szeged/HU 


15:50 – 18:00 Workshops 

C. Stoupis, Zurich/CH 


A. Palkó, Szeged/HU 

Oncologic 

Imaging 

May 26–28, 2011 


Venue 

Vilnius University Hospital 

Santariskiu Klinikos 

Santariskiu 2 

Vilnius LT 08661 

Lithuania 


J. Dementaviciene, Vilnius/LT 


Saturday, May 28, 2011 

09:00 – 09:30 Primary small bowel malignancies 

N. Gourtsoyiannis, Heraklion/GR 

09:30 – 10:00 Colorectal cancer 

A. Freeman, Cambridge/UK 

10:00 – 10:30 Imaging of gynaecologic malignancies 

E. Sala, Cambridge/UK 


10:50 – 13:00 Workshops 

N. Gourtsoyiannis, Heraklion/GR 

A. Freeman, Cambridge/UK 

E. Sala, Cambridge/UK 



13




Oncologic 

Imaging 

May 26–28, 2011 


Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 


Early breast cancer mammography diagnosis 

• to get familiar with normal breast mammography 

• to characterise breast findings according BI-RADS (Breast 

Imaging and Reporting Data System) and provide further 

assessment algorithms 

• to learn mammography signs of breast cancer 

• to get familiar with the guidelines of the breast cancer screening 

program 

The role of MRI in cardiac tumours 

• to learn the main radiological signs of the heart tumours 

• to understand the importance of multiplanar imaging the CMR 

in diagnosis, treatment planning and follow-up of rare cardiac 

tumours 

• to discuss shortcomings, pitfalls and technical details of CMR 

CT diagnosis of peritoneum tumours 

• to get familiar with anatomy of peritoneum 

• to provide protocols of examination 

• to learn about CT signs of benign and malignant tumours and 

discuss differential diagnoses 

Head and neck cancer 

• to learn about the risk factors and symptoms in head and neck 

• to learn how to technically optimise CT and MRI studies for 

evaluating head and neck cancer 

• to learn the importance of anatomy in understanding and 

predicting local and regional tumour extent 

• to learn the imaging features of head and neck cancer on CT 

and MRI studies 

Lung cancer 

• to review the importance of imaging in lung cancer 

• to present pitfalls in the diagnosis and staging of lung cancer 

• to learn to properly apply the different imaging modalities in 

lung cancer for diagnosis, including screening, staging and 

follow-up after treatment 




Gastroesophageal cancer 

• to address the epidemiology and clinical presentation of 

gastroesophageal cancer 

• to review the relevant imaging anatomy 

• to discuss the role of different imaging modalities in the 

management of gastroesophageal cancer 

• to provide an outline of imaging findings in 

gastroesophageal cancer 

Liver malignancies 

• to review epidemiology, pathology and clinical 

manifestation of the most common primary and 

secondary malignancies 

• to learn about the role of different imaging modalities 

for detection and characterisation of liver malignancies 

• to learn about the imaging criteria for assessing tumour 

response to treatment 

Pancreatic tumours 

• to illustrate the imaging characteristics of the different 

cystic pancreatic tumours 

• to analyse the contribution of the various imaging 

modalities in differentiating benign from malignant 

pancreatic lesions 

• to explain the necessity of staging for appropriate 

therapy planning and correct estimation of prognosis 

• to indicate the correct management of the different 

cystic lesions 

Primary small bowel malignancies 

• to review epidemiology, clinical presentation and 

pathology of the most common primary malignancies of 

the small bowel 

• to describe the imaging features of each of those 

neoplasms, using all applicable imaging modalities and 

discuss a differential diagnosis 

• to provide a pathology-based understanding of the most 

important findings 

Colorectal cancer 

• to review the pathogenesis, etiological factors and 

epidemiology of colorectal cancer 

• to consider the modes of presentation 

• to discuss the various diagnostic tests including optical 

colonoscopy, CT colonography and barium enema and 

consider their respective roles in the 21st century 

• to briefly consider the implications of national screening 

programmes for the detection of CRC 

Imaging of gynaecological malignancies 

• to discuss the role of different imaging techniques in the 

evaluation of malignant gynaecological conditions 

• to describe the important criteria for imaging diagnosis 

and staging of ovarian, endometrial and cervical cancer 

• to highlight pearls and pitfalls of CT and MR staging of 

ovarian, endometrial and cervical cancer 


Renal tumours 

• to learn about the available imaging modalities 

and techniques preferably used for the detection, 

characterisation, staging and follow-up of renal 

malignancies 

• to understand the radiological-pathological correlation 

of different types of primary and secondary renal 

malignancies 

• to highlight the most typical imaging findings and the 

imaging diagnostic algorithm to be applied for the 

evaluation of malignant neoplasms of the kidneys 


15




Paediatric 

Radiology 

June 16–18, 2011 

Sofia, Bulgaria 

Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 – 13:00 


This course has been designed to familiarise young radiologists with the 

established approaches and most recent achievements in diagnostic imaging, 

related to paediatric radiology. Internationally renowned European 

experts ensure a high-quality teaching programme, combining lectures 

and interactive case discussions. 




• to illustrate day-to-day problem-solving in paediatric radiology 

• to familiarise attendees with the paediatric approach to common and 

less usual clinical problems 

• to provide clear and logical algorithms in various clinical situations 

• to illustrate the importance of the Alara principles 


pages. 


Sofia is the capital and largest city of Bulgaria. It is located in Western 

Bulgaria, at the foot of Mount Vitosha in the Sofia Valley that is 

surrounded by mountains on all sides. Settlement in this area dates back 

at least 5000 years, making Sofia one of the oldest cities of Europe. It 

is the administrative, cultural, economic and educational centre of the 

country. The city is known for its numerous mineral and thermal springs 

and has an extensive nightlife with many night clubs, live venues, pubs, 

mehani (Bulgarian traditional taverns) and restaurants. The capital’s 

main attraction is probably the ample opportunity for Sofianites to make 

use of the city’s sprawling parklands, many of them densely forested. The 

Vitosha Natural Park which includes a big part of the Vitosha mountain 

to the south of Sofia, covers an area of almost 270 km² and is located 

entirely within the city limits. 




Thursday, June 16, 2011 



16:15 – 17:00 US and conventional imaging in paediatric 

gastrointestinal emergenices 

D. Baleva, Varna/BG 

17:00 – 17:45 MR urography in children 

G. Hadjidekov, Sofia/BG 

17:45 – 18:30 Imaging in children with epilepsy: 

what the radiologist in training needs to know 

D. Zlatareva, Sofia/BG 

Friday, June 17, 2011 

09:00 – 09:30 Tips and tricks in head US 

C. Veyrac, Montpellier/FR 

09:30 – 10:00 How to do abdominal US and what to look for 

F. Avni, Brussels/BE 

10:00 – 10:30 US of the hip and soft tissues 

G. Sebag, Paris/FR 


10:50 – 13:00 Workshops 

C. Veyrac, Montpellier/FR 

F. Avni, Brussels/BE 

G. Sebag, Paris/FR 

13:00 – 14:00 Lunch break 

14:00 – 14:30 The role of contrast media in conventional paediatric radiology 

V. Donoghue, Dublin/IE 

14:30 – 15:00 Interpreting chest Xray in children from easy to complicate 

R. Van Rijn, Amsterdam/NL 

15:00 – 15:30 Basics of neuro MRI in children 

A. Rossi, Genoa/IT 


15:50 – 18:00 Workshops 

V. Donoghue, Dublin/IE 

R. Van Rijn, Amsterdam/NL 

A. Rossi, Genoa/IT 

Saturday, June 18, 2011 

09:00 – 09:30 How to read paediatric head CT 

M. Argyropoulou, Ioannina/GR 

09:30 – 10:00 How to do chest CT in children 

C. Owens, London/UK 

10:00 – 10:30 How to do abdominal CT in trauma and acute conditions 

M. Raissaki, Heraklion/GR 


10:50 – 13:00 Workshops 

M. Argyropoulou, Ioannina/GR 

C. Owens, London/UK 

M. Raissaki, Heraklion/GR 


Paediatric 

Radiology 

June 16–18, 2011 


Venue 

University Hospital St. Ekaterina 

52A, Pencho Slaveikov Blvd. 

1431 Sofia 

Bulgaria 


V. Stoinova, Sofia/BG 



17




Paediatric 

Radiology 

June 16–18, 2011 


Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 – 13:00 


US and conventional imaging in urgent paediatric gastrointestinal 

pathologies 

• to learn how to do ultrasound and conventional imaging in 

neonates and children 

• to point out the most common entities of gastrointestinal 

obstruction and other gastrointestinal emergencies 

• to be familiar with typical imaging findings on ultrasound, 

conventional radiograms and GIT-contrast studies in paediatric 

gastrointestinal pathologies 

MR–urography in children 

• to describe the techniques of the static and of the dynamic 

contrast enhanced MR-urography 

• to illustrate the benefit of the method in paediatric patients 

• to present existing postprocessing possibilities for renal 

function evaluation in children 

Imaging in children with epilepsy: what the radiologist in training 

needs to know 

• to describe the standard protocol and variations in examination 

of the patients with drug resistant epilepsy 

• to provide an overview of different pathologies causing epilepsy 

and their imaging features 

• to know the value of different imaging methods 

Tips and tricks in head US 

• to describe techniques of performing head US 

• to recognize landmarks helping to differentiate normal from 

pathology 

• to illustrate major indications 

How to do abdominal US and what to look for 

• to describe the methods to perform abdominal US in children 

• to describe normal anatomy and pitfalls 

• to illustrate major indications 




US of the hip and soft tissues 

• to describe the technique of hip US in infants 

• to define criteria of normality and abnormality 

• to illustrate other indications for soft tissue US in 

children 

The role of contrast media in conventional paediatric 

radiology 

• to discuss the fundamental differences between the 

iodinated contrast agents available and their importance 

in paediatric radiology 

• to discuss the indications for contrast medium (air, 

barium, low and high-osmolar) use in the neonate and 

older child with airway symptoms and conditions of the 

gastrointestinal and genitourinary tracts 

• to discuss the current knowledge regarding contrast 

medium reactions in the paediatric age group 

• to discuss the precautions necessary when the various 

contrast agents are used, their proper use in the 

neonate and older child, the recommended doses and 

dose limits 

Interpreting chest Xray in children from easy to complicate 

• to discuss the particularities of chest Xray in children 

• to illustrate usual and unusual diseases affecting the 

paediatric chest 

How to read paediatric head CT 

• to describe age related imaging patterns of the normal 

paediatric brain 

• to learn about the pathologic conditions detected on 

head CT commonly encountered in the emergency 

department 

• to identify pathologic conditions frequently misinterpreted 

and techniques to avoid such errors 

How to do chest CT in children 

• to discuss the best techniques, including radiation 

protection, for performing chest CT in children 

• to illustrate major indications and findings of chest CT in 

trauma in the acute and delayed phases 

• to illustrate major indications for chest CT in other acute 

conditions, compared to other techniques 

How I do abdominal CT in trauma and acute conditions 

• to discuss the best techniques for performing abdominal 

CT in children 

• to discuss radiation protection implications 

• to demonstrate peculiarities of abdominal trauma in 

children 

• to discuss CT compared to other imaging techniques in 

abdominal paediatric emergencies 


Basics of neuro MRI in children 

• to describe the techniques useful in paediatric neuro MRI 

• to describe the influence of myelinisation on images 

• to illustrate the major indications 


19




Chest/ 

Cardiovascular 

Radiology 

October 20–22, 2011 

Prague, Czech Republic 

Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 




imaging, related to chest and cardiovascular radiology. Internationally 

renowned European experts ensure a high-quality teaching programme, 

combining lectures and interactive case discussions. 




• to identify the radiological signs and symptoms of common chest 

diseases and to discuss the approach to the various diagnoses 

• to understand the radiologic-pathologic correlations 

• to review state-of-the-art imaging techniques in cardiovascular 

diseases 

• to analyse which techniques should be applied for different clinical 

problems 


pages. 


Prague is the capital and largest city of the Czech Republic. Situated on 

the Vltava River in central Bohemia, Prague has been the political, cultural 

and economic centre of the Czech state for more than 1,100 years. For 

many decades during the Gothic and Renaissance periods, Prague was 

the permanent seat of two Holy Roman Emperors and thus it was also 

the capital of the Holy Roman Empire. Since 1992, the extensive historic 

centre of Prague has been included in the UNESCO list of World Heritage 

Sites, making the city one of the most popular tourist destinations in 

Europe, receiving more than 4.1 million international visitors annually. 

The history of Prague spans thousands of years during which time the 

city grew from a castle known as Vyšehrad to the multicultural capital 

of the Czech Republic. Prague suffered considerably less damage during 

World War II than some other major cities in the region, allowing most 

of its historic architecture to stay true to form. It contains one of the 

world’s most pristine and varied collections of architecture, from Art 

Nouveau to Baroque, Renaissance, Cubist, Gothic, Neo-Classical and 

ultra-modern. 




Thursday, October 20, 2011 



16:15 – 17:00 CT in patients suffering from chest pain 

J. Ferda, Plzen/CZ 

17:00 – 17:45 CT of coronary artery disease 

A. Neumann, Brno/CZ 

17:45 – 18:30 Imaging of myocarditis 

S. Bohatá, Brno/CZ 

Friday, October 21, 2011 

09:00 – 09:30 Pulmonary infections 

I. Vlahos, London/UK 

09:30 – 10:00 Interstitial lung diseases 

C. Schaefer-Prokop, Amersfoort/NL 

10:00 – 10:30 Benign and malignant diseases of the pleura and chest wall 

J. Verschakelen, Brussels/BE 


10:50 – 13:00 Workshops 

I. Vlahos, London/UK 

C. Schaefer-Prokop, Amersfoort/NL 

J. Verschakelen, Brussels/BE 

13:00 – 14:00 Lunch break 

14:00 – 14:30 Plain film and CT of the mediastinum and hilum: 

Pitfalls vs disease 

P. Vock, Bern/CH 

14:30 – 15:00 The pulmonary nodule 

T. Franquet, Barcelona/ES 

15:00 – 15:30 Chest imaging of the intensive care patient 

R. Eibel, Schwerin/DE 


15:50 – 18:00 Workshops 

P. Vock, Bern/CH 

T. Franquet, Barcelona/ES 

R. Eibel, Schwerin/DE 

Saturday, October 22, 2011 

09:00 – 09:30 Cardiac and pericardiac disease 

H.-C. Becker, Munich/DE 

09:30 – 10:00 Thoracic aorta: degenerative and traumatic lesions 

M. Szczerbo-Trojanowska, Lublin/PL 

10:00 – 10:30 Aorto-illiac and lower extremity occlusive disease 

G. Carrafiello, Varese/IT 


10:50 – 13:00 Workshops 

H.-C. Becker, Munich/DE 

M. Szczerbo-Trojanowska, Lublin/PL 

G. Carrafiello, Varese/IT 


Chest/ 


Radiology 

October 20–22, 2011 


Venue 

Hotel ILF 

Congress Center 

Budejovická 15/743 

140 00 Prague 4 – Michle 

Czech Republic 


V. Valek, Brno/CZ 



21




Chest/ 


Radiology 

October 20–22, 2011 


Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 


CT imaging of the patient suffering from chest pain 

• to review the most common pathologies in acute chest pain 

• to learn how to perform a triple rule-out scan by MDCT 

• to understand limitations of the method 

CT of the coronary artery disease 

• to learn about current indications for CT coronary angiography 

• to learn protocols of CT coronary angiography and to understand 

limitations of the technique 

• to know the diagnostic value of calcium score 

Imaging of myocarditis 

• to present a comprehensive overview of the basic techniques in 

the detection of myocardial lesions 

• to become familiar with the typical appearance of myocarditis 

and infarction and discuss the differential diagnoses 

• to understand the role of imaging in clinical diagnosis, patient 

management and prognosis 

Pulmonary infections 

• to present the basic pathophysiology reactions of the 

inflammatory process and the radiologic-pathologic correlations 

• to review the epidemiologic approach of pulmonary infections 

in community and hospital infections in the normal and 

immunocompromised subjects 

• to present and classify the spectrum of radiological signs of 

pulmonary infections in normal and diseased lung 

• to analyse pathognomonic radiological signs and discuss 

potential pitfalls in diagnosis 

Intersitial lung diseases 

• to emphasise the role of HRCT in the diagnosis of interstitial 

lung diseases 

• to become familiar with typical patterns of interstitial lung 

diseases 

• to correlate the pathology of interstitial lung diseases with the 

findings of HRCT 

• to discuss the approach to the differential diagnoses 




Benign and malignant diseases of the pleura and chest wall 

• to learn the most common benign and malignant 

diseases of the pleura and chest wall and to learn and 

understand their radiological features 

• to understand the role of the different imaging modalities 

in detection and diagnosis of these pleura and chest wall 

abnormalities 

• to discuss the approach to the differential diagnoses 

Plain film and CT of the mediastinum and hilum: 

pitfalls vs disease 

• to review the anatomy of the mediastinum on conventional 

chest radiographs and CT 

• to describe the signs that allow recognition of mediastinal 

pathology in conventional radiology of the chest 

• to present mediastinal processes identifiable on the 

chest radiograph and signs that permit to narrow the 

differential diagnosis 

• to emphasize the role of CT in the diagnosis of 

mediastinal pathology 

The pulmonary nodule 

• to illustrate the CT characteristics of benign and 

malignant SPNs 

• to review the use of CT for SPN characterization 

• to describe the CT features and patterns associated 

with some particular tumours 

• to describe an evidence-based algorithm for the 

evaluation of a SPN 

Cardiac and pericardiac disease 

• identify clinical indications for cardiac CT 

• to learn about the value of CT for cardiac surgeons 

• to understand pitfalls and limitations of cardiac CT 

Thoracic aorta: degenerative and traumatic lesions 

• to become familiar with epidemiology, clinical significance 

and treatment of thoracic aorta diseases 

• to understand the potential and limitation of imaging 

techniques of thoracic aorta 

• to present the indications for endovascular treatment of 

thoracic aorta diseases 

Aorto-iliac and lower extremity occlusive disease 

• to understand the strengths and weaknesses of the 

various imaging modalities available for imaging aortoiliac 

and lower extremity arteries - DSA, contrast 

enhanced MRA (CE-MRA), MDCTA and US 

• to review the principles and practical performance of 

CE-MRA and MDCTA for non-invasive imaging of aortoiliac 

and lower extremity occlusive disease as compared 

with DSA 

• to recognise common pitfalls and artefacts of CE-MRA 

and MDCTA as applied for lower extremity arterial 

imaging 

• to understand the pros and cons of various imaging 

modalities to allow their appropriate selection in 

different clinical scenarios 


Chest imaging of the intensive care patient 

• to describe the main anatomical landmarks and 

radiologic-pathologic correlations on chest x-ray of the 

ICU patient 

• to review the most common radiographic signs of 

diseases on the chest plain film - a short survival guide 

• to be able to develop reasonable differential diagnostic 

lists when faced with a plain chest radiograph 

• to allude to the role of CT as a useful adjunct in the 

diagnosis of pathologies on the chest x-ray of ICU 

patients 


23




Breast 

Imaging 

November 3–5, 2011 

Budapest, Hungary 

Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 




imaging related to breast diseases. Internationally renowned European 

experts ensure a high quality teaching programme combining lectures 





• to refresh knowledge on the clinical role of mammography, ultrasonography 

and MRI in detection and diagnosis of breast diseases 

• to identify the techniques in mammography, ultrasonography and 

MRI to produce examinations in keeping with recommended quality 

standards 

• to optimize perception skills at detecting breast malignancy in 

mammography, ultrasonography and MRI 

• to apply the BI-RADS ® 

assessment categories to mammography, 

ultrasonography and MRI 

• to use different breast imaging interventional techniques effectively 


pages. 


Budapest is the capital of Hungary. As the largest city of Hungary, 

it serves as the country’s principal political, cultural, commercial, 

industrial and transportation centre. In 2010 Budapest had 1,721,556 

inhabitants. It became a city comprising both banks of the river Danube 

by decree on 17 November 1873, uniting right (west)-bank Buda and 

Óbuda left (east)-bank Pest. 

Cited as one of the most beautiful cities in Europe, its extensive World 

Heritage Site includes the banks of the Danube, the Buda Castle Quarter, 

Andrássy Avenue, Heroes’ Square and the Millennium Underground 

Railway, the second oldest in the world. Other highlights include a total of 

80 geothermal springs, the world’s largest thermal water cave system, 

the second largest synagogue and third largest Parliament building. It 

attracts about 2.3 million tourists a year. 




Thursday, November 3, 2011 



16:15 – 17:00 Everything you need to know about breast cancer pathology: 

how to perform teamwork 

J. Kulka, Budapest/HU 

17:00 – 17:45 Training, education and license – breast radiologists in the EU 

M. Barta, Budapest/HU 

17:45 – 18:30 Breast cancer screening 

E. Azavedo, Stockholm/SE 

Friday, November 4, 2011 

09:00 – 09:30 Mammography: technique, BIRADS and more 

P. Skaane, Oslo/NO 

09:30 – 10:00 Mammography: mass and non-mass lesions 


10:00 – 10:30 Mammography: calcifications 

L.J. Pina Insausti, Barcelona/ES 


10:50 – 13:00 Workshops 

P. Skaane, Oslo/NO 


L.J. Pina Insausti, Barcelona/ES 

13:00 – 14:00 Lunch break 

14:00 – 14:30 Ultrasonography: technique, BIRADS and more 

I. Schreer, Kiel/DE 

14:30 – 15:00 Ultrasonography: solid lesions 

G. Forrai, Budapest/HU 

15:00 - 15:30 MRI: technique, BIRADS and more 

F. Gilbert, Aberdeen/UK 


15:50 – 18:00 Workshops 

I. Schreer, Kiel/DE 


F. Gilbert, Aberdeen/UK 

Saturday, November 5, 2011 

09:00 – 09:30 MRI: mass lesions 

F. Pediconi, Rome/IT 

09:30 – 10:00 MRI: non-mass lesions 

C. Boetes, Maastricht/NL 

10:00 – 10:30 Interventional techniques in breast imaging 

T. Helbich, Vienna/AT 


10:50 – 13:00 Workshops 

F. Pediconi, Rome/IT 

C. Boetes, Maastricht/NL 

T. Helbich, Vienna/AT 


Breast 

Imaging 



Venue 

Hotel Novotel Budapest Danube 

Bem Rakpart 33-34 

1027 Budapest 

Hungary 





25




Breast 

Imaging 



Schedule 

Thursday 16:00 – 18:30 

Friday 09:00 – 18:00 

Saturday 09:00 –13:00 


Everything you need to know about breast cancer pathology - how 

to perform teamwork 

• to correlate radiological features to histopathology and 

diagnosis 

• to know the languages of team members 

• to learn the concept of recent, molecular classification and 

molecular evolution of breast cancer 

Training, education and license – breast radiologists in the EU 

• to familiarize with training schemes and requirements in the 

European countries 

• to look into licensing and revalidation practices for breast 

radiologists 

• to study European legislation in relation to breast radiology 

Breast cancer screening 

• to learn the basic reasons to screen for a disease 

• to learn subtle signs of asymptomatic breast cancers 

• to set up quality assurance routines 

• to know the expected outcomes in screening services 

Mammography: technique, BIRADS and more 

• to understand the importance of technically high quality 

mammograms 

• to learn the systematic analysis of mammograms 

• to become familiar with the BIRADS lexicon 

• to understand the importance of the BIRADS assessment 

categories 

• to learn about false negative and positive mammographic 

diagnoses 




Mammography: mass and non-mass lesions 

• to become familiar with normal variants at mammography 

• to review the sings in depicting mass and non-mass 

lesions 

• to compare value of mammography with other imaging 

modalities 

Mammography: calcifications 

• to describe the different types of breast calcifications 

• to show the classification of calcifications according to 

the BIRADS system 

• to learn the correct management of calcifications in our 

daily work 

Ultrasonography: technique, BIRADS and more 

• to become familiar with US morphology of the normal 

breast and to learn systematic US investigation and 

documentation 

• to learn the BIRADS description and categorization 

• to provide diagnostic skills of lesion interpretation and 

differential diagnosis 

Ultrasonography: solid lesions 

• to demonstrate typical and atypical US appearance of 

the most frequent as well as the rare lesions 

• to learn the actual place of breast US within the 

diagnostic algorithm and screening 

• to understand the indications of US guided interventional 

procedures 

MRI: Mass lesions 

• to differentiate mass from non mass-enhancement 

lesions 

• to describe mass lesions morphology and enhancement 

patterns 

• to predict positive and negative value of mass lesions 

• to learn about the more frequent histological types for 

mass lesions 

• to understand the management of mass lesions, based 

on BIRADS classification 

MRI: Non-mass lesions 

• to recognize non-mass lesions morphology 

• to learn the potential of MRI for evaluating non-mass 

lesions 

• to know how the latest MRI advances have modified 

breast diagnosis 

Interventional techniques in breast imaging 

• to become familiar with the different biopsy techniques 

• to learn how to use the different techniques 

• to learn about the possible drawbacks 

• to get to know how to interpret histopathologic results 


MRI: techniques, BIRADS and more 

• to learn MRI morphology of the normal breast 

• to review the most important pathologic signs 

• to describe BIRADS lexicon and assessment categories 

• to discuss the impact of breast MRI on the treatment 


27



ESOR 



Advanced 



GE Healthcare. 


29

ESOR 2011 GALEN ADVANCED COURSES 



Advanced 


Aim 

The GALEN Advanced Courses are focused on recent advances in 

radiological imaging, related to topics across cross-sectional imaging. 

The courses are aimed at residents in their 4 th and 5 th year of training in 

radiology and recently board-certified radiologists from all over Europe. 

Each programme is divided into lectures and interactive workshops, 

offered by internationally renowned European faculties. The programme 

has been specifically designed with the trainee radiologist in mind and is 

meant to deal with subjects of practical importance; it has an interactive 

character so as to encourage informal and free communication between 

participants and lecturers. 

The GALEN Advanced Courses are implemented with great support and 

partnership of GE Healthcare. 

Course programme 

The programme consists of nine lectures and nine workshops. The 

course is accompanied by an online self-assessment test consisting of 

multiple-choice questions. 

ESR/ESOR reserves the right to amend course programmes. 

Course language 

All courses are held in English. 

Eligibility 

All advanced courses are intended for residents in their 4 th and 5 th year 

of training in radiology and recently board-certified radiologists, who desire 

a comprehensive review of diagnostic radiology. Participants must 

be proficient in English. Furthermore, ESR Membership fees for 2011 

must be settled in advance. Information about ESR membership is available 

at www.myESR.org/membership. 




Registration 

Online registration is available at www.myESR.org/esor. 

The registration fee per course is € 120.- for residents and € 220.- for 

non-residents. It is possible to attend more than one course. As the 

number of participants per course is limited to 60, registrations will 

be considered on a first come, first served basis. The registration fee 

includes lectures and workshops attendance, teaching material for the 

course (printed syllabus), coffee breaks and lunch as per programme. 

Kindly note that the fee for residents applies to radiologists in training 

only. Resident registration must therefore be accompanied by a 

confirmation of this status, signed by the head of the department. 

When making your travel arrangements, please make sure that you will 

be able to stay for the entire course. 

Terms of cancellation 

Cancellation by the course organiser: 

• In case the minimum number of participants has not been reached four 

weeks prior to the course, the organiser reserves the right to cancel 

the course. Registration fees will be refunded in full. 

Copyright 

All material supplied or used as 

part of an ESOR course is protected 

by copyright and remains 

the intellectual property of the 

speaker. This material is only for 

use by those participants who have 

attended an ESOR course; copying 

or use by others of such material is 

prohibited. 

Videotaping and photography policy 

ESOR does not allow any unauthorized 

videotaping or photography of any 

lectures or workshops. 

For up-to-date information please 

visit www.myESR.org/esor. 

Cancellation by the participant: 

• No refund from ESR/ESOR is possible in the event of cancellation 

or no-show by the participant. We recommend taking out the 

cancellation insurance offered by Europäische Reiseversicherung. 

Hotel accommodation 

Participants are responsible for their travel and hotel arrangements. Usually 

the ESOR Office pre-books a room contingent at the venue or nearby. Further 

information is available online at www.myESR.org/esor under the respective 

course information. Please book early in order to ensure availability. 

CME accreditation 

All ESOR courses in Europe are CME accredited by the European Accreditation 

Council for Continuing Medical Education (EACCME). 

The EACCME is an institution of the European Union of Medical Specialists 

(UEMS), www.uems.net. European Accreditation is granted by the EAC- 

CME in order to allow participants to validate the credits obtained at this 

activity in their home European country. The maximum number of CME 

credits designated for each event is announced on the ESOR website as 

soon as the application process of the specific event has been finalised. 


31



GALEN ADVANCED COURSE 

Cardiac 

Cross-Sectional 

Imaging 

April 14–15, 2011 

Umeå, Sweden 

Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


This course is focused and structured along the line of recent advances 

in cardiac cross-sectional imaging. Internationally renowned European 




of GE Healthcare. 


• to refresh knowledge of cross-sectional anatomy of the heart 

• to get familiar with the most up-to-date cardiac imaging techniques 

• to learn more about most important findings and diagnostic algorithm 

in diseases of the coronary arteries, pulmonary arteries, myocardium 

and heart valves. 


pages. 


The first mention (in writing) of Umeå dates back to the 14 th century but 

the northern parts of Sweden were populated before this time. There 

was a big destructive fire in 1888. In the subsequent restoration silver 

birch trees were planted widely to prevent future fires from spreading. 

For this reason Umeå is sometimes known as “Björkarnas Stad”, the 

“City of Birches” or “Little Stockholm”. 

Umeå is the biggest city in Norrland, the capital of Västerbotten County 

and the seat of the Umeå Municipality. Umeå is a Swedish center of 

education,of technical and medical research, with two universities and 

over 30,000 students. Umeå has been expanding for several decades 

and is one of Sweden’s fastest growing cities. Umeå has become a 

capital of culture in northern Sweden. The Opera of northern Sweden, the 

Norrland Opera, is based in the city and the annual Umeå Jazz Festival 

is one of the major Scandinavian festivals for modern jazz. The city was 

selected to become the European Capital of Culture in 2014. 




Thursday, April 14, 2011 



14:00 – 14:30 Congenital heart disease in children and adults 

(MRI, CT) 

N. Kelekis, Athens/GR 

14:30 – 15:00 Valvular heart disease (MRI, CT) 

H. Alkadhi, Zurich/CH 

15:00– 15:30 Myocardium perfusion and viability (MRI) 

L. Natale, Rome/IT 


15:50 – 18:00 Workshops 

N. Kelekis, Athens/GR 

H. Alkadhi, Zurich/CH 

L. Natale, Rome/IT 

Friday, April 15, 2011 

09:00 – 09:30 Perfusion and delayed dual-energy enhancement 

of the myocardium (CT) 

A. Persson, Linkoeping/SE 

09:30 – 10:00 Non ischemic cardiomyopathies with MRI 

A. de Roos, Leiden/NL 

10:00 – 10:30 Coronary artery disease (CT) 

K. Nikolaou, Munich/DE 


10:50 – 13:00 Workshops 

A. Persson, Linköping/SE 

A. de Roos, Leiden/NL 

K. Nikolaou, Munich/DE 

13:00 – 14:00 Lunch break 

14:00 – 14:30 Coronary calcium scoring: imaging considerations 

and clinical implications (CT) 

N. Mollet, Rotterdam/NL 

14:30 – 15:00 Evaluation of coronary stents and bypasses 

with CT angiography 

M. Francone, Rome/IT 

15:00 – 15:30 Diseases of the thoracic aorta (CT, MRI) 

A. Madureira, Porto/PT 


15:50 – 18:00 Workshops 

N. Mollet, Rotterdam/NL 

M. Francone, Rome/IT 

A. Madureira, Porto/PT 


Cardiac 


Imaging 

April 14–15, 2011 

Umeå, Sweden 

Venue 

Norrlands Universitetssjukhus 

Ward: SAL 260 

Building: Norrlands University Hospital 

Building number: 3A 

Stairwell: A, Floor: 2 

907 37 Umeå 

Sweden 


K. Ahlström-Riklund, Umeå/SE 



33




Cardiac 


Imaging 

April 14–15, 2011 

Umeå, Sweden 

Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


Congenital heart disease (CHD) in children and adults (MRI, CT) 

• to decide which modality (MDCT/MRI) is the most appropriate 

for which indication in CHD 

• to learn about the role of cross-sectional imaging in the planning 

of therapy of CHD 

• to be able to perform a morphological and functional assessment 

of the right and left ventricle in CHD 

Valvular heart disease (MRI, CT) 

• to learn basics of pathology and pathophysiology of heart valve 

diseases 

• to be familiar with most common types of valve diseases imaged 

with echocardiography, MRI and MDCT 

• to comprehend the major indications for performing 

echocardiography, cardiac CT and MRI in the work-up of valvular 

heart diseases 

Myocardium perfusion and viability (MRI) 

• to be familiar with MR perfusion techniques, rest and stress 

• to be familiar with MRI evaluation of myocardium 

• to be familiar with MR scan protocols for ischemia detection, 

acute myocardial infarction and chronic myocardial infarction 

assessment 

Perfusion and delayed dual-energy enhancement 

of the myocardium (CT) 

• to learn about scanning principles and scanning modes for 

contrast-enhanced cardiac imaging 

• to become familiar with scanning principles for CT perfusion 

cardiac imaging 

• to understand scanning principles and the technology behind 

dual-energy CT cardiac imaging 

• to learn how to apply current criteria for patient section and 

preparation for CT perfusion and dual-energy cardiac imaging 




Non ischemic cardiomyopathies with MR imaging 

• to differentiate with MR imaging non ischemic 

cardiomyopathies from ischemic cardiomyopathies 

• to know the patterns and prognostic value of MR delayed 

enhancement in non ischemic cardiomyopathies 

• to learn specific MR features of some non ischemic 

cardiomyopathies such as amyloidosis, sarcoidosis, 

sclerodermia, haemochromatosis or right ventricular 

dysplasia 

• to be familiar with the MR findings of myocarditis, 

hypertrophic, restrictive and dilated cardiomyopathies 

Evaluation of coronary stents and 

bypasses with CT angiography 

• to outline the technical and contrast administration 

parameters and post-processing tools for the 

assessment of coronary stents and coronary arteries 

by-pass graft (CABG) 

• to review anatomical configurations and MDCT 

appearance of different types of CABG 

• to discuss current imaging limitations and spectrum 

of artefacts produced by different types of stents and 

strategies to improve visualization of stent lumen 


Coronary artery disease (CT) 

• to review the diagnostic performance of CT for the 

diagnosis of coronary artery disease 

• to summarize current indications and clinical applications 

of CT coronary angiography 

• to understand the strengths and limitations of the noninvasive 

techniques 

Coronary calcium scoring: imaging considerations and 

clinical implications (CT) 

• to learn when and which calcium scoring method should 

I use 

• to find out whether does coronary calcium scoring yields 

independent prognostic value 

• to summarise which patient population does benefit 

from coronary calcium scoring 

Diseases of the thoracic aorta (CT, MRI) 

• to understand the normal embryologic development of 

the aortic arch and its implications in the congenital 

anomalies of the thoracic aorta. 

• to learn the imaging appearance of the most common 

anomalies of the aortic arch. 

• to illustrate the typical imaging features of the most 

common causes of acute aortic pain (aortic dissection, 

intramural hematoma, penetrating atherosclerotic 

ulcer). 

• to understand the strengths and weaknesses of CT and 

MRI in the diagnosis of these conditions. 


35




Urogenital 


Imaging 

April 28–29, 2011 

Barcelona, Spain 

Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


This course is focused and structured along the line of recent advances in 

urogenital cross-selectional imaging. Internationally renowned European 






• to refresh knowledge of cross-sectional anatomy of the urogenital tract 

with different modalities 

• to get familiar with the most up-to-date urological female as male 

pelvic imaging techniques 

• to be updated about the most frequent differential diagnoses of 

urogenital diseases 


pages. 


Barcelona is the capital and the most populous city of the autonomous 

community of Catalonia and the second largest city in Spain. Barcelona is 

recognised as a Global City due to its importance in finance, commerce, 

media, entertainment, arts, international trade, education and tourism. 

Barcelona was the 12 th -most-visited city in the world. Founded as a 

Roman city, Barcelona became the capital of the Counts of Barcelona. 

Besieged several times during its history, Barcelona is today an 

important cultural centre and a major tourist destination and has a 

rich cultural heritage. Particularly renowned are architectural works of 

Antoni Gaudí and Lluís Domènech i Montaner that have been designated 

UNESCO World Heritage Sites. 




Thursday, April 28, 2011 



14:00 – 14:30 US of the kidneys 

L. Derchi, Genoa/IT 

14:30 – 15:00 CT and MR urography 

G. Mostbeck, Vienna/AT 

15:00 – 15:30 Ovarian lesion characterization 

R. Forstner, Salzburg/AT 


15:50 – 18:00 Workshops 

L. Derchi, Genoa/IT 

G. Mostbeck, Vienna/AT 

R. Forstner, Salzburg/AT 

Friday, April 29, 2011 

09:00 – 09:30 Urinary tract: obstruction and infection 

R. Pozzi Mucelli, Verona/IT 

09:30 – 10:00 Renal cancer 

C. Nicolau, Barcelona/ES 

10:00 – 10:30 Differential diagnosis of adrenal masses 

A. Sahdev, London/UK 


10:50 – 13:00 Workshops 

R. Pozzi Mucelli, Verona/IT 

C. Nicolau, Barcelona/ES 

A. Sahdev, London/UK 

13:00 – 14:00 Lunch break 

14:00 – 14:30 MRI of prostate cancer 

H.-P. Schlemmer, Heidelberg/DE 

14:30 – 15:00 Cervical cancer: primary staging and detection of 

recurrence 

B. Hamm, Berlin/DE 

15:00 – 15:30 Contrast media: nephrogenic systemic fibrosis (NSF) 

and contrast medium-induced nephropathy (CIN) 

G. Heinz-Peer, Vienna/AT 


15:50 – 18:00 Workshops 

H.-P. Schlemmer, Heidelberg/DE 

B. Hamm, Berlin/DE 

G. Heinz-Peer, Vienna/AT 


Urogenital 


Imaging 

April 28–29, 2011 


Venue 

Hospital Clínic 

Universitat de Barcelona 

Villaroel 170 

08036 Barcelona 

Spain 


L. Donoso Bach, Barcelona/ES 



37




Urogenital 


Imaging 

April 28–29, 2011 


Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


US of the kidneys 

• to learn how to integrate US imaging and Doppler findings for 

better diagnosis in patients with renal failure 

• to learn the technical aspects of Doppler examination of 

renal arteries and their role in the evaluation of patients with 

hypertension 

• to understand the indications of contrast-enhanced US for the 

study of the kidneys 

CT and MR urography 

• to understand diverse examination techniques for CT urography 

and to appreciate measures for the reduction of radiation 

exposure as well as indications and contraindications. 

• to review currently accepted three-phase, two-phase, and onephase 

protocols for producing an optimal quality CT urogram 

• to understand the examination techniques for MR urography 

and the advantages and disadvantages of these protocols 

• to demonstrate these techniques to evaluate patients with 

various clinical symptoms related to the GU tract (hematuria, 

pain, etc.) 

Ovarian lesion characterization 

• to make familiar with typical histomorphological features of 

adnexal masses 

• to learn the role of MRI and CT in the characterisation of adnexal 

masses 

• to be able to differentiate benign from malignant adnexal lesions 

• to introduce an algorithmic approach how to characterise adnexal 

masses with MRI 




Urinary tract obstruction and infection 

• to understand why CTU and MRU are complementary 

tools to other imaging methods in patients with urinary 

obstruction 

• to learn the technical tips for MRU and CTU in acute or 

chronic obstruction 

• to review the appearances of major diseases that may 

cause urinary obstruction 

• to describe the various radiological appearances of 

upper and lower urinary tract infection. 

Renal cancer 

• to describe the behaviour of the different histologic 

subtypes of renal cancer using imaging modalities. 

• to learn the role of imaging techniques in the diagnosis 

and characterization of renal masses. 

• to describe the usefulness of imaging techniques in the 

staging and post-treatment follow-up of renal cancer. 

MRI of prostate cancer 

• to become familiar with epidemiology, clinical significance 

and treatment of prostate cancer 

• to learn how to perform and interpret multifunctional 

MRI 

• to understand the potential and limitation of prostate 

MRI in the clinical context 

Cervical cancer: primary staging and detection of 

recurrence 

• to become familiar with the normal MR-anatomy of the 

uterus 

• to learn the MR-examination technique and MR-staging 

criteria according to the new FGO staging 

• to be informed about tricks and tips in MR-staging of 

cervical cancer 

• to be informed about the detection of possible tumour 

recurrence 

G A L E N A D VA N C E D C O U R S E 

Differential diagnosis of adrenal masses 

• to appreciate the range of adrenal pathology that can 

present incidentally and what features on CT/MRI may 

point to the true pathology 

• to understand the special techniques that can be used 

on CT and MRI to characterize indeterminate adrenal 

lesions 

• to be familiar with the diagnostic performance of the 

tests on CT and MRI in their ability to characterize 

indeterminate adrenal masses 

• to be aware of tests other than CT and MRI that can be 

used to evaluate incidentally detected adrenal masses 

Contrast media: nephrogenic systemic fibrosis (NSF) 

and contrast medium-induced nephropathy (CIN) 

• to elucidate the pathophysiology, incidence, natural 

history and prevention of CIN 

• to describe the current understanding of, and the 

limitations of knowledge about NSF 

• to discuss on the etiology, risk factors, incidence and 

prevention of NSF 

• to provide practical guidance on how to deal with 

patients at risk for CIN and NSF 


39




Abdominal 


Imaging 

October 13–14, 2011 

Lisbon, Portugal 

Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


This course is focused structured along the line of recent advances in 

abdominal cross-sectional imaging. Internationally renowned European 






• to refresh knowledge of cross-sectional anatomy and diseases of the 

abdominal organs 

• to get familiar with the most up-to-date abdominal imaging techniques, 

including virtual endoscopy 

• to learn more about most important findings and diagnostic algorithms 

in acute abdomen and diseases of the liver, pancreas, bowels and 

abdominal vessels 


pages. 


Lisbon is the capital and largest city of Portugal with a population of 

564,657. Situated on the north banks of the River Tagus, the charm of 

Lisbon consists of its strong links to the past. Lisbon is one of the oldest 

cities in the world. Julius Caesar made it a municipium called Felicitas 

Julia, adding Olissipo to the name. Ruled by a series of Germanic tribes 

in the fifth century, it was captured by the Moors in the eighth century. In 

1147, the Crusaders under Afonso Henriques reconquered the city for 

the Christians and since then it has been the major political, economic, 

and cultural centre of Portugal. Its refurbished palaces, magnificent 

churches and an impressive castle reflect the city’s rich cultural heritage. 

A city set on seven hills, as the legend tells, with its cobble-stoned 

pavements and narrow streets full of Art Nouveau cafés promises a 

lot for the visitors to discover. Most popular spots in Lisbon are: Baixa, 

Alfama, Mouraria and Belém. 




Thursday, October 13, 2011 



14:00 – 14:30 MDCT: technical innovations 

M. Prokop, Nijmegen/NL 

14:30 – 15:00 MRI: technical innovations 

L. Marti-Bonmati, Valencia/ES 

15:00 – 15:30 MDCT of non-traumatic acute abdomen 

in adult patients 

J.-M. Bruel, Montpellier/FR 


15:50 – 18:00 Workshops 

M. Prokop, Nijmegen/NL 

L. Marti-Bonmati, Valencia/ES 

J.-M. Bruel, Montpellier/FR 

Abdominal 


Imaging 

October 13–14, 2011 


Venue 

Hotel Sofitel Lisbon Liberdade 

Avenida da Liberdade, 127 

1269038 Lisbon 

Portugal 


Friday, October 14, 2011 

09:00 – 09:30 The liver: MRI or MDCT 

V. Vilgrain, Clichy/FR 

09:30 – 10:00 The pancreas: MDCT or MRI 


10:00 – 10:30 Vascular diseases of the liver 

F. Caseiro-Alves, Coimbra/PT 


10:50 – 13:00 Workshops 

V. Vilgrain, Clichy/FR 


F. Caseiro-Alves, Coimbra/PT 

13:00 – 14:00 Lunch break 

14:00 – 14:30 Imaging peritoneal carcinomatosis: 

clinical relevance 

P. Prassopoulos, Alexandroupolis/GR 

14:30 – 15:00 Large bowel: virtual endoscopy 

P. Lefere, Roeselare/BE 

15:00 – 15:30 Anorectal diseases: evaluation with MRI 

R. Beets-Tan, Maastricht/NL 


15:50 – 18:00 Workshops 

P. Prassopoulos, Alexandroupolis/GR 

P. Lefere, Roeselare/BE 

R. Beets-Tan, Maastricht/NL 



J. Venancio, Lisbon/PT 


41




Abdominal 


Imaging 

October 13–14, 2011 


Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


MDCT: technical innovations 

• to understand the technical basis of MDCT 

• to be aware of balance between image quality and radiation 

dose 

• to learn about the practical clinical implementation of MDCT 

MRI: technical innovations 

• to learn MRI pulse sequences for body applications; image 

quality challenges and solutions 

• to become familiar with diffusion, perfusion imaging and MRI 

spectroscopy 

• to learn about the role of high field strength (3T and beyond) in 

abdominal imaging 

MDCT of non-traumatic acute abdomen in adult patients 

• to present MDCT diagnostic algorithms and protocols in the 

initial assessment of adult patients with non traumatic acute 

abdominal pain 

• to illustrate the classical MDCT signs and discuss their value 

in the diagnostic work-up of adult patients with non-traumatic 

acute abdomen 

• to address the various MDCT pitfalls in imaging adult patients 

with non-traumatic acute abdomen 

The liver: MRI or MDCT 

• to describe the key findings using CT and MRI of focal hepatic 

lesions using a practical approach, recommending the best 

imaging practices 

• to characterize the major focal hepatic lesions in asymptomatic 

patients without known or suspected cirrhosis 

• to detect focal hepatic lesions in patients with known cirrhosis 

The pancreas: MDCT or MRI 

• to understand the key radiological findings in inflammatory and 

neoplastic disease of the pancreas 

• to understand the advantages and shortcomings of CT and MRI 

in the investigation of pancreatic disease 

• to learn about non-invasive imaging of the pancreatic ductal 

system and the pancreatic vessels 




Vascular diseases of the liver 

• to review the gross vascular anatomy of the liver including main 

variants and its clinical implications 

• to explain the microangioarchitecture of the liver and its 

correlation with imaging findings 

• to illustrate the imaging aspects of main vascular diseases of 

the liver using rad-path correlation principles 

Small bowel: evaluation with MRI 

• to present the technical requirements and examination 

protocols of MR enterography and MR enteroclysis 

• to describe image interpretation of MR enteroclysis features in 

inflammatory bowel disease and small bowel neoplasms 

• to discuss the role of MR enteroclysis in assessing Crohn 

disease activity 

• to elaborate the potential of MR enteroclysis in the management 

of patient with Crohn disease by identifying its clinical subtypes 


Large bowel: virtual endoscopy 

• to learn about the recent technical advances in CT colonography, 

including tagging techniques 

• to learn about developments in image analysis and CAD software 

• to understand clinical indications of CTC, including the possible 

role in colo-rectal cancer screening 

Anorectal diseases: evaluation with MRI 

• to understand the anorectal anatomy at MRI 

• to learn the identification and classification of perianal fistulas 

• to understand the role of MRI in rectal cancer and learn the 

salient imaging findings 


43




Musculoskeletal 


Imaging 

November 17–18, 2011 

Lille, France 

Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


This course is focused and structured along the line of recent advances 

in musculoskeletal cross-sectional imaging. Internationally renowned European 

experts ensure a high-quality teaching programme, combining 

lectures and interactive case discussions. 




• to refresh knowledge of cross-sectional anatomy and diseases of the 

musculoskeletal system 

• to get familiar with the most up-to-date imaging techniques of the 

bones, joints and soft tissues 

• to learn more about most important findings and diagnostic algorithms 

in degenerative, inflammatory and neoplastic diseases of the musculoskeletal 

system 


pages. 


France’s fourth largest metropolitan area, located at international 

crossroads, is a dynamic financial centre, also well known as a patron of 

the arts and a site of historical significance. In 2004 it was designated 

as one of the capitals of European Culture. Since that time Lille has 

turned into an important tourist destination, recognised for its charm in 

hosting visitors, its inviting environment, its well-preserved heritage and 

its active cultural life. 

Lille is situated on the Deûle River, near the French-Belgian border. 

Lille features an array of architectural styles with various examples of 

Flemish influence, including the use of brown and red bricks. In addition, 

many residential neighborhoods, especially in Greater Lille, consist of 

attached 2-3 story houses aligned in a row, with small gardens in the 

back. These architectural attributes, not very common in the rest of 

France, turn to make Lille into a kind of bridgehead connecting France 

with the neighboring countries of Belgium and the Netherlands - even to 

some extent reaching over to England. 




Thursday, November 17, 2011 



14:00 – 14:30 Hip impingement syndromes: normal vs. abnormal 

A. Kassarjian, Madrid/ES 

14:30 – 15:00 Bone marrow MRI 

P. Omoumi, Brussels/BE 

15:00 – 15:30 Musculoskeletal US 

M. Court-Payen, Copenhagen/DK 


15:50 – 18:00 Workshops 

A. Kassarjian, Madrid/ES 

P. Omoumi, Brussels/BE 

M. Court-Payen, Copenhagen/DK 

Friday, November 18, 2011 

09:00 – 09:30 MRI of the wrist 

J. Gielen, Antwerp/BE 

09:30 – 10:00 Role of MRI in diabetic foot 

A. Cotten, Lille/FR 

10:00 – 10:30 Sports injuries 

M. Maas, Amsterdam/NL 


10:50 – 13:00 Workshops 

J. Gielen, Antwerp/BE 


M. Maas, Amsterdam/NL 

13.00 – 14:00 Lunch break 

14:00 – 14:30 MRI of chronic ankle pain 

P. Robinson, Leeds/UK 

14:30 – 15:00 Bone tumours 

I. Noebauer, Vienna/AT 

15:00 – 15:30 Soft tissue tumours 

F. Vanhoenacker, Antwerp/BE 


15:50 – 18:00 Workshops 

P. Robinson, Leeds/UK 

I. Noebauer, Vienna/AT 

F. Vanhoenacker, Antwerp/BE 




Imaging 

November 17–18, 2011 

Lille, France 

Venue 

Pôle Recherche 

Faculté de Médecine Henri Warembourg 

Rue Polovski 

59000 Lille 

France 





45






Imaging 

November 17–18, 2011 

Lille, France 

Schedule 

Thursday 13:45 – 18:00 

Friday 09:00 – 18:00 


Hip impingement syndromes: normal vs. abnormal 

• to discuss hip MR arthrographic imaging technique 

• to learn about normal intra-articular anatomy of the hip 

• to understand internal derangement of the hip including 

femoroacetabular impingement 

Bone marrow MRI 

• to present variations in marrow appearance 

• to become familiar with the MRI appearance of the normal bone 

marrow 

• to discuss techniques that enable differentiation between 

normal and abnormal marrow 

MSK Ultrasound 

• to provide an overview of the applications of musculoskeletal 

ultrasound, including diagnostic and interventional uses 

• to emphasise the role of ultrasound in these applications and 

to correlate ultrasound results with clinical, radiographic and 

MRI findings 

• to describe recent advancements in the ultrasound technology 

that contributed to further delineation of the nature and extent 

of musculoskeletal pathology 

MR imaging of the wrist 

• to become familiar with anatomy and biomechanics of the wrist 

• to define an adequate imaging protocol to study bone and soft 

tissues of the wrist 

• to discuss the most common lesions of the wrist with special 

emphasis on overuse and sport injuries 

Role of MRI in diabetic foot 

• to understand the potential and limitations of MRI in the 

assessment of diabetic foot 

• to differentiate osteomyelitis from neuroarthropathy 

• to know another complication of diabetes: muscular infarction 




Sports injuries 

• to illustrate the role of radiology in assessing common sports 

related overuse injuries 

• to focus on the value of a multimodality approach in radiological 

evaluation of an injured athlete 

• to illustrate the value of understanding biomechanics of various 

sports in order to assess injury patterns 

• to illustrate the clinicians problems in an injured athlete and to 

understand how radiology can help 


MR imaging of chronic ankle pain 

• to learn the MRI indications compared to other imaging 

modalities in patients with chronic ankle pain 

• to learn the MRI strategies and MR sequence protocols in 

patients with chronic ankle pain 

• to show the MRI anatomy and pitfalls of the tendons and 

ligaments of the hind 

• to learn about the differential diagnoses of the “bone marrow 

edema” in the hind foot 

Bone tumours 

• to recognise the potential for MRI in the detection of bone 

tumours 

• to appreciate the strengths and weaknesses of MRI in 

characterising bone tumours 

• to learn the basic principal of staging bone tumours with MRI 

Soft tissue lesions 

• to discuss the indications and merit of each imaging modality 

in the detection, staging and characterisation of soft tissue 

tumours 

• to summarise the imaging strategy and sequence protocols 

• to discuss the differential diagnosis 


47



ESOR 


ESOR OFFICE 

Neutorgasse 9, 1010 Vienna, Austria 

Phone: +43 1 533 40 64, Fax: +43 1 535 70 37 

info@esor.org 


© all rights reserved by the 

EUROPEAN SCHOOL OF RADIOLOGY

GALEN Foundation Courses GALEN Advanced Courses - myESR.org

Transform your PDFs into Flipbooks and boost your revenue!

Delete template?

Save as template ?