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PROM Score Predicts Long- Term Survival - Thoracic Surgery News

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Dr. Rochus K. Voeller presented the J. Maxwell Chamberlain<br />

Memorial Paper for Congenital Heart <strong>Surgery</strong> at the STS meeting.<br />

Changing Indications<br />

In Pediatric Transplants<br />

BY MARK S. LESNEY<br />

Elsevier Global Medical <strong>News</strong><br />

SAN DIEGO – Over the past<br />

24 years, the prevalence of indications<br />

for pediatric heart<br />

transplantation resulting from<br />

congenital heart disease has<br />

changed. Transplantation for<br />

failed SV palliation, including<br />

failed Fontan procedure, has<br />

now become the predominant<br />

indication, according to the observations<br />

of a single-center experience<br />

reported in the J.<br />

Maxwell Chamberlain Memorial<br />

Paper for Congenital Heart<br />

<strong>Surgery</strong> at the annual meeting<br />

of the Society of <strong>Thoracic</strong> Surgeons.<br />

Heart transplantation is the<br />

only viable treatment for children<br />

with end-stage heart failure<br />

resulting from either<br />

congenital heart disease (CHD)<br />

or cardiomyopathy. The purpose<br />

of this study by Dr.<br />

Rochus K. Voeller and his colleagues<br />

at Washington University<br />

in St. Louis was to review<br />

the trends in the indications for<br />

transplant and survival following<br />

transplant, using a retro-<br />

Presorted Standard<br />

U.S. Postage<br />

PAID<br />

Permit No. 384<br />

Lebanon Jct. KY<br />

spective review of all 307 orthotopic<br />

heart transplants performed<br />

at St. Louis Children’s<br />

Hospital from January 1986 to<br />

December 2009. Combined<br />

heart-lung transplants were excluded<br />

from the study.<br />

The indications for transplantation<br />

in 1986-2009 were 39%<br />

cardiomyopathy, 57% CHD, and<br />

4% retransplant. Of the 174 patients<br />

with CHD, 80% had single-ventricle<br />

anomalies (SV). In<br />

the CHD group, transplantation<br />

for failed SV palliation, including<br />

the failed Fontan<br />

procedure, became the predominant<br />

indication in the latest<br />

8-year interval of their program<br />

(increasing from 11% in the<br />

1984-1993 period to 60% in the<br />

2002-2009 period). The rate of<br />

retransplantation remained low<br />

and unchanged across the various<br />

time periods, according to<br />

Dr. Voeller.<br />

The mean recipient age was<br />

6.1 years, with 41% of the recipients<br />

aged younger than 1<br />

year at the time of transplantation.<br />

Nearly one-third of all pa-<br />

See Indications • page 9<br />

THORACIC SURGERY NEWS CHANGE SERVICE REQUESTED<br />

60 Columbia Rd.,<br />

Bldg. B, 2nd flr.<br />

Morristown, NJ 07960<br />

©MARTIN ALLRED<br />

<strong>PROM</strong> <strong>Score</strong><br />

<strong>Predicts</strong> <strong>Long</strong>-<br />

<strong>Term</strong> <strong>Survival</strong><br />

<strong>Predicts</strong> up to 12 yrs after cardiac surgery<br />

BY MARK S. LESNEY<br />

Elsevier Global Medical <strong>News</strong><br />

SAN DIEGO – The Society<br />

of <strong>Thoracic</strong> Surgeons Predicted<br />

Risk of Mortality score is a<br />

well-validated predictor of<br />

mortality during the first 30<br />

days after cardiac surgery. The<br />

<strong>PROM</strong> score’s role in predicting<br />

longer-term survival, however,<br />

has not been investigated,<br />

according to Dr. John D.<br />

Puskas at the annual meeting<br />

of the Society of <strong>Thoracic</strong> Surgeons.<br />

To fill this void, Dr. Puskas<br />

and his colleagues from<br />

Emory University, Atlanta, undertook<br />

a study to statistically<br />

validate <strong>PROM</strong> at 1, 3, 5, and<br />

10 years after cardiac surgery.<br />

He presented the study’s results<br />

at the meeting.<br />

The investigators found that<br />

the STS <strong>PROM</strong> algorithm accurately<br />

predicted mortality<br />

both at 30 days and during 12<br />

BY NASEEM S. MILLER<br />

Elsevier Global Medical <strong>News</strong><br />

It’s a simple idea, but it could<br />

help save millions of lives: a<br />

Web site helping hospitals and<br />

surgeons worldwide improve<br />

surgical outcomes by making a<br />

commitment to implement<br />

proven protocols in their operating<br />

rooms, to share ideas, and<br />

to receive feedback on what<br />

works best.<br />

Called ORReady, the grass<br />

roots project is the brainchild<br />

years of follow-up with almost<br />

equally strong discriminatory<br />

power. “This may have profound<br />

implications for informed<br />

consent as well as for<br />

longitudinal comparative effectiveness<br />

studies,” Dr.<br />

Puskas said in an interview.<br />

“The STS Predicted Risk of<br />

Mortality models are probably<br />

underutilized and underappreciated<br />

in their power to predict<br />

short and long-term<br />

outcomes for our patients.<br />

The STS provides this service<br />

free of charge, and it is available<br />

online 24/7. I am hopeful<br />

that this newfound ability to<br />

predict longer-term survival<br />

after cardiac surgery will find<br />

utility in comparative effectiveness<br />

research and ultimately<br />

in shaping health<br />

policy,” he added.<br />

Dr. Puskas and his colleagues<br />

evaluated the survival<br />

See <strong>Long</strong>-<strong>Term</strong> • page 5<br />

of Dr. Paul Alan Wetter,<br />

founder and chairman of the<br />

Society of Laparoendoscopic<br />

Surgeons. Inspired by the humble<br />

beginnings of Facebook,<br />

and the power of collaboration<br />

in the Human Genome<br />

Project, Dr. Wetter decided<br />

that his idea – a global effort to<br />

improve surgical outcomes –<br />

would be just as feasible because<br />

“smart doctors around<br />

the world can get together and<br />

do it.” No bureaucracy. No big<br />

dollar budget.<br />

VOL. 7 • NO. 3 • MARCH 2011<br />

I N S I D E<br />

Adult Cardiac<br />

Educating RITA?<br />

Surgeons do not use RITA<br />

often enough in CABG. • 4<br />

General <strong>Thoracic</strong><br />

Desirable Debris?<br />

Tissue on staplers may be a<br />

useful cytological tool for<br />

identifying surgical margins<br />

in NSCLC. • 6<br />

Dangerous<br />

Invasions<br />

Microvascular invasion<br />

indicates poor prognosis in<br />

NSCLC • 8<br />

Congenital Heart<br />

Of CABGs<br />

and CHD<br />

Late outcomes are good with<br />

CABG plus CHD repair. • 9<br />

Web Site Seeks to Improve OR Safety<br />

Launched in early 2010, the<br />

project is still in its infancy, and<br />

the Web site (www.orready.com)<br />

is still maturing. But the power<br />

of it all, he said in an interview,<br />

lies in the number of people<br />

who know about it and use it.<br />

“There are many examples<br />

of people who have really improved<br />

outcomes in surgery<br />

with increased use of safety<br />

measures,” said Dr. Wetter,<br />

who is an ob.gyn. in South Mi-<br />

See Web Site • page 2<br />

THORACIC SURGERY<br />

NEWS ONLINE!<br />

Visit our new interactive<br />

editions at www.aats.org/TSN.


2 NEWS MARCH 2011 • THORACIC SURGERY NEWS<br />

Online to OR Safety<br />

Web Site • from page 1<br />

ami, Fla., and an internationally recognized<br />

leader in the field of minimally invasive<br />

surgery.<br />

He hopes that by sharing OR safety<br />

information, there will be at least a 2%-<br />

3% improvement in outcomes. That’s<br />

six million lives saved worldwide each<br />

year. He hopes that hospitals, medical<br />

societies, and surgical centers worldwide<br />

sign onto this effort within the<br />

coming years.<br />

He admits that it’s a lofty goal. But he<br />

also believes that the increasing emphasis<br />

on improving patient safety will<br />

[Hopefully] there<br />

will be at least a<br />

2%-3% improvement<br />

in outcomes.<br />

That’s six million<br />

lives saved worldwide<br />

each year.<br />

DR. WETTER<br />

help the initiative take off. Add to that<br />

the power of technology and collaboration:<br />

“[The] world is becoming a small<br />

place and information is disseminated<br />

quickly,” said Dr. Wetter, who is also<br />

clinical professor emeritus at the University<br />

of Miami.<br />

ORReady is a nonprofit project run<br />

by members and institutions that have<br />

volunteered their time and resources.<br />

The Web site follows the Creative Commons<br />

guidelines. “We encourage you to<br />

copy and use any materials that will<br />

help improve surgical outcome and create<br />

Centers of Merit in <strong>Surgery</strong> and MIS<br />

[minimally invasive surgery].” It encourages<br />

hospitals and departments to<br />

download and sign an “Outcome Commitment<br />

Letter”; to choose from a set<br />

of protocols on the Web site that suit<br />

their operating rooms; and register as<br />

an ORReady Center of Merit.<br />

The guidelines suggest three main<br />

steps for surgeons and their teams:<br />

AMERICAN ASSOCIATION FOR THORACIC SURGERY<br />

Editor Yolonda L. Colson, M.D., Ph.D.<br />

Associate Editor, General <strong>Thoracic</strong><br />

Michael J. Liptay, M.D.<br />

Associate Editor, Adult Cardiac John G. Byrne, M.D.<br />

Associate Editor, Cardiopulmonary Transplant<br />

Richard N. (Robin) Pierson III, M.D.<br />

Associate Editor, Congenital Heart William G. Williams, M.D.<br />

Executive Director Elizabeth Dooley Crane, CAE, CMP<br />

Associate Executive Director Cindy VerColen<br />

Editorial Associate Lisl K. Jones<br />

Resident Editor Stephanie Mick, M.D.<br />

Resident Editor Christian Peyre, M.D.<br />

THORACIC SURGERY NEWS is the official newspaper of the American Association<br />

for <strong>Thoracic</strong> <strong>Surgery</strong> and provides the thoracic surgeon with timely and<br />

relevant news and commentary about clinical developments and about<br />

the impact of health care policy on the profession and on surgical practice<br />

today. Content for THORACIC SURGERY NEWS is provided by International<br />

Medical <strong>News</strong> Group and Elsevier Global Medical <strong>News</strong>. Content for the<br />

<strong>News</strong> From the Association is provided by the American Association for<br />

<strong>Thoracic</strong> <strong>Surgery</strong>.<br />

The ideas and opinions expressed in THORACIC SURGERY NEWS do not<br />

necessarily reflect those of the Association or the Publisher. The<br />

American Association for <strong>Thoracic</strong> <strong>Surgery</strong> and Elsevier Inc., will not<br />

assume responsibility for damages, loss, or claims of any kind arising<br />

from or related to the information contained in this publication,<br />

including any claims related to the products, drugs, or services<br />

mentioned herein.<br />

“Slow Down for Warm Up and Check<br />

Lists; Stop for Time Out before you<br />

Go.” A stoplight on the site sums up the<br />

message.<br />

Soon, participants can register with<br />

an open-access database that can be<br />

used for research to improve outcomes<br />

and to provide feedback. The school of<br />

biological and health systems engineering<br />

at Arizona State University,<br />

Tempe, has offered to help create the<br />

database. Dr. Wetter said that with<br />

the rapidly changing technology and<br />

arrival of new procedures, ORReady<br />

can be the tool through which surgeons<br />

and institutions can quickly<br />

share their data and receive feedback<br />

on what works best.<br />

Dr. Wetter said that so far he has approached<br />

a handful of institutions in the<br />

United States and abroad and has received<br />

a unanimously positive response.<br />

The project also recently won its first<br />

award. The Society of Laparoendoscopic<br />

Surgeons won the 2011 Alliance<br />

for Continuing Medical Education<br />

Great Idea Award in the Medical Specialty<br />

Societies Member section for introducing<br />

ORReady as a way to<br />

encourage surgical facilities to improve<br />

CME for improved surgical outcomes.<br />

“We’re looking for things that are<br />

best practices, are innovative, and that<br />

other people may want to replicate,<br />

adapt, [and] consider using,” Jann<br />

Balmer, Ph.D., president of the Alliance,<br />

said in an interview.<br />

“It’s very exciting to do this and see<br />

this great enthusiasm,” said Dr. Wetter.<br />

“For almost any doctor, the main concern<br />

is the safety of their patients.”<br />

Dr. Wetter is now focusing on spreading<br />

the word and making more surgeons<br />

and hospitals aware of and<br />

involved in ORReady. “The more people<br />

that know about this, the more successful<br />

it’s going to be.”<br />

He hopes to see his project make an<br />

impact within the next few years. ■<br />

THORACIC SURGERY NEWS<br />

POSTMASTER: Send changes of address (with old mailing label) to<br />

Circulation, THORACIC SURGERY NEWS, 60 B Columbia Rd., 2 nd flr.,<br />

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The American Association for <strong>Thoracic</strong> <strong>Surgery</strong> headquarters is<br />

located at 900 Cummings Center, Suite 221-U, Beverly, MA<br />

01915.<br />

THORACIC SURGERY NEWS (ISSN 1558-0156) is published bimonthly for<br />

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Advertising Offices 60 B Columbia Rd., 2 nd flr., Morristown, NJ<br />

07960, 973-290-8200, fax 973-290-8250<br />

Simple Protocol Improved<br />

Handwashing in the ICU<br />

BY DOUG BRUNK<br />

Elsevier Global Medical <strong>News</strong><br />

SAN DIEGO – Adding a simple question<br />

to the daily ICU checklist about<br />

handwashing before touching patients<br />

significantly improved handwashing<br />

compliance and was associated with a<br />

decreased rate of central line–associated<br />

bloodstream infections in a surgical<br />

intensive care unit over the course of 6<br />

months, according to a presentation at<br />

the annual congress of the Society of<br />

Critical Care Medicine.<br />

“If you look at how people address<br />

hand hygiene compliance overall, most<br />

of the time it’s with fairly elaborate and<br />

expensive educational and marketing<br />

campaigns,” Dr. Jeremy Pamplin said in<br />

an interview after the study was presented<br />

during a poster session at the<br />

congress. “Inevitably, you improve<br />

hand hygiene compliance for a while.<br />

Then the campaign goes away and you<br />

start to have fading of the compliance.”<br />

As part of a process improvement<br />

project, Dr. Pamplin, medical codirector<br />

of the 20-bed surgical/trauma ICU at<br />

Brooke Army Medical Center, Fort Sam<br />

Houston, Tex., and his associates added<br />

the following question to their daily ICU<br />

checklist: “Has anyone seen anyone else<br />

touch the patient without washing their<br />

hands in the past 24 hours?” The question<br />

was asked during multidisciplinary ICU<br />

rounds for every patient, and only “yes”<br />

or “no” answers were allowed.<br />

If respondents answered “yes,” they<br />

were asked to provide the name of the<br />

offender, which was recorded. Compliance<br />

was measured by a third-party observer<br />

and was defined as washing<br />

hands or using hand sanitizer prior to<br />

touching a patient or the patient’s immediate<br />

surroundings.<br />

Dr. Pamplin and his associates collected<br />

data for 3 months before and 3<br />

ELSEVIER SOCIETY NEWS GROUP, A DIVISION OF<br />

INTERNATIONAL MEDICAL NEWS GROUP<br />

President, IMNG Alan J. Imhoff<br />

Director, ESNG Mark Branca<br />

Editor in Chief Mary Jo M. Dales<br />

Executive Editors Denise Fulton, Kathy Scarbeck<br />

Managing Editor Mark S. Lesney<br />

Circulation Analyst Barbara Cavallaro, 973-290-8253,<br />

b.cavallaro@elsevier.com<br />

Executive Director, Operations Jim Chicca<br />

Director, Production and Manufacturing Yvonne Evans Struss<br />

Production Manager Judi Sheffer<br />

Creative Director Louise A. Koenig<br />

months after this question was added to<br />

the ICU checklist. Over that period, the<br />

rate of handwashing compliance significantly<br />

increased from 69% to 89%,<br />

while the rate of central line–associated<br />

bloodstream infections decreased from<br />

13.7/1,000 central line days to 2.7/1,000<br />

central line days, an improvement that<br />

did not reach statistical significance.<br />

“Before we introduced this question to<br />

our checklist, it was very rare for a<br />

provider to tell another provider, ‘Hey, I<br />

didn’t see you wash your hands,’ ” Dr.<br />

Pamplin said. “After we introduced this<br />

question, people started doing it because<br />

we gave leadership and emphasis to it.”<br />

With the new<br />

protocol, handwashingcompliance<br />

in the<br />

ICU significantly<br />

increased from<br />

69% to 89%.<br />

DR. PAMPLIN<br />

This resulted in a change of culture,<br />

he continued, “so if nurses, residents,<br />

or technicians saw someone walk into<br />

the room without washing their hands,<br />

they would stop them and say, ‘Hang<br />

on a second; you didn’t wash your<br />

hands.’ Everyone knows that hand hygiene<br />

is an important part of infection<br />

control. The hard part is remembering<br />

to do it. It’s a rare circumstance that<br />

someone gets upset by another health<br />

care provider who says, ‘Hey, you forgot<br />

to wash your hands.’ Because we<br />

have talked about hand hygiene compliance<br />

on rounds as a team, it has elevated<br />

that component of infection<br />

control so that everyone recognizes it<br />

as being important.”<br />

Dr. Pamplin said that he had no relevant<br />

financial disclosures to make. ■<br />

EDITORIAL OFFICES 5635 Fishers Lane, Suite 6000, Rockville, MD 20852,<br />

240-221-4500, fax 240-221-2541. Letters to the Editor:<br />

aats@prri.com<br />

©Copyright 2011, by the American Association for <strong>Thoracic</strong> <strong>Surgery</strong>


MARCH 2011 • THORACIC SURGERY NEWS RESIDENTS’ CORNER 3<br />

Perspectives From Cross-Trained Cardiac Surgeons<br />

I n<br />

Part II gives the views of ‘early adopters’ on<br />

the risks and benefits of cross-training.<br />

BY STEPHANIE MICK, M.D.<br />

Resident Associate Medical Editor<br />

the second part of a discussion of<br />

the potential integration of Cardiac<br />

<strong>Surgery</strong> and Interventional Cardiology,<br />

two “early adopters” – Mathew<br />

Williams at New York Presbyterian<br />

Hospital–Columbia and Michael Davidson<br />

at the Brigham and Women’s Hospital<br />

– continue their personal<br />

perspective on potential problems and<br />

training challenges such integration<br />

might entail.<br />

Dr. Davidson notes there are some<br />

downsides to this new type of practice.<br />

“The issues that all of us face that do this<br />

… the ‘ugly underbelly,’ if you will … revolve<br />

around competition and turf. It<br />

plays out differently in every institution<br />

due to differences in reimbursement at<br />

each institution, etc.<br />

“But even if reimbursement is not the<br />

issue, there are also issues of identity.<br />

There is a little element of being in “no<br />

man’s land” … you are set aside from<br />

your cardiac surgery colleagues because<br />

you do things that they don’t. And on the<br />

flipside you have the cardiologists, who<br />

are largely supportive, but there is always<br />

a little worry about encroachment on<br />

turf that you have to be very careful<br />

about. I don’t think anyone has the ideal<br />

solution to this.”<br />

Looking to the future and the idea of<br />

the integration of cardiac surgery and interventional<br />

cardiology, both focused on<br />

potential changes in training programs.<br />

As a first point, they both noted that a<br />

significant amount time is required to<br />

master catheter-based skills. “We need to<br />

accept that it takes more than three<br />

months to learn,” Dr. Williams said.<br />

Dr. Davidson echoed and expanded on<br />

this point: “One of the dangers cardiac<br />

surgeons face is that because they have<br />

such a high degree of technical skills,<br />

they tend to not have enough appreciation<br />

for the degree of technical skill that<br />

is involved in being a good, competent<br />

interventional cardiologists. Sometimes,<br />

cardiac surgeons assume that because<br />

The STS meeting in January led to<br />

many discussions within the TSRA<br />

including both future and current<br />

events. Future events included the results<br />

of the recent resident survey, upcoming<br />

thoracic surgery review book,<br />

new opportunities in using social media<br />

and further improvement of the<br />

“boot camp” weekend for new residents.<br />

More immediate conversation<br />

included continued adjustments in<br />

work hour restrictions, job hunting<br />

strategies and a discussion on the<br />

steps of completing the board exam.<br />

they have good surgical skills, they can<br />

waltz into a cardiac catheterization lab<br />

and ‘figure it out’ in a short period of<br />

time and this is simply not true. One actually<br />

needs to put in a fair amount of<br />

time and do a few hundred cases to gain<br />

advanced catheter skills. One can get<br />

lulled into a sense of ease by doing a couple<br />

of easy procedures (e.g. a straightforward<br />

aortic stent graft) and then<br />

getting a sense that endovascular work is<br />

very easy. But in fact when one does<br />

‘Going forward,<br />

what I imagine is<br />

... slow evolution<br />

– that is not my<br />

dream, I would<br />

hope for merged<br />

departments.’<br />

DR. WILLIAMS<br />

more advanced procedures, one sees that<br />

it actually does take a lot of technical<br />

skill. For a cardiac surgeon to do this<br />

right, they have to understand the idea<br />

that you can’t do a weekend or monthlong<br />

course and expect to have real endovascular<br />

competency.<br />

“There’s a bit of a paradox in that<br />

many feel it would be good to have more<br />

of a cardiac surgical presence in the cath<br />

lab; at the same time you risk having cardiac<br />

surgeons who are inadequately<br />

trained and may get into trouble assuming<br />

their surgical skills translate into endovascular<br />

skills.”<br />

Both went on to comment on the<br />

changes in training that would be necessary<br />

if interventional cardiology and cardiac<br />

surgery were to merge in the future.<br />

“There’s a lot of divergence of opinion<br />

here. I am in the camp that believes that<br />

the separation of interventional cardiology<br />

and cardiac surgery is artificial and<br />

based on historical models that may not<br />

apply anymore. I think we should go<br />

more towards disease based treatment<br />

but in doing this, there would be a blurring<br />

of the lines as to be who should be<br />

doing what. One way to avoid the ‘turf<br />

A Message from Dr. William A.<br />

Baumgartner on Behalf of the<br />

ABTS to the TSRA at the STS<br />

Annual Meeting<br />

Passing a board exam necessitates<br />

proving to the examiners you have an<br />

accurate plan on where to go with a<br />

patient. Applying for the board exam<br />

on the other hand necessitates an accurate<br />

map of where you have been<br />

as a training physician. Documentation<br />

of cases performed by a trainee<br />

serves as this “map” of past accomplishments.<br />

A case journal is not only<br />

used as a requirement for board ex-<br />

battles’ and to achieve better integration<br />

would be to have the training integrated<br />

from the beginning,” said Dr. Davidson.<br />

“One of the problems that has been<br />

brought up is in this country is that often<br />

the treatment a patient gets is determined<br />

by who they happen to go see –<br />

one treatment if they go to a surgeon and<br />

one treatment if they go to a cardiologist<br />

… for the same disease.<br />

“Ideally, if you train people from the<br />

ground up to be disease managers and<br />

then further differentiate from that point<br />

… say ‘outpatient clinicians’ versus ‘imaging<br />

clinicians’ versus those that do ‘big procedures’<br />

or endovascular procedures but<br />

united by their core training, it may reduce<br />

the ‘turf battles’ that are actually not very<br />

good for patients. The core should be patient<br />

care” Davidson continued.<br />

In making any large-scale change,<br />

there are always two options: swift, radical<br />

action or more gradual stepwise<br />

changes.<br />

“The question becomes should we do<br />

this by mass upheaval or incremental<br />

steps over time? Hard to know,” Dr.<br />

Davidson remarked.<br />

There are multiple complexities involved<br />

in such a change, he noted:<br />

“there are a lot of realities that go into<br />

this. For instance, the<br />

idea of merging cardiology<br />

and cardiac<br />

surgery doesn’t take<br />

into account some<br />

practitioners who want<br />

to divide their time between<br />

cardiac and thoracic<br />

surgery. This<br />

group is more committed<br />

to keeping cardiac<br />

and thoracic surgery together<br />

and maintaining<br />

the general surgery<br />

training. So, there is an<br />

internal conflict/struggles<br />

even within CT<br />

surgery … in addition<br />

to the potential conflicts<br />

between cardiac<br />

surgery and cardiology.”<br />

On his vision of the<br />

future, Dr. Williams<br />

commented, “going for-<br />

<strong>News</strong> from the TSRA<br />

ams. Hospitals, insurers, and industry<br />

can also use these data to choose who<br />

is going to perform their next test or<br />

treatment.<br />

It is the responsibility of the trainee<br />

to maintain their case log to confirm<br />

they are getting their index cases<br />

completed. More and more applicants<br />

for the ABTS are applying with holes<br />

in their resume with categories of<br />

cases not completed. Often the cause<br />

of this is not a program’s lack of exposure,<br />

but poor documentation during<br />

the period of training.<br />

Much like not getting paid for poor<br />

ward, what I imagine is continued slow<br />

evolution – that’s not my dream; I would<br />

hope for merged departments.”<br />

He went on to express concern regarding<br />

the future of cardiac surgery<br />

training. “Cardiac surgery is moving<br />

too slowly, in my opinion. At our institution,<br />

for example, we’ve been starting<br />

a six-year training program but given<br />

the amount of thoracic and general<br />

surgery they are required to do, we are<br />

not going to be training the cardiac surgeon<br />

of the future. Unless we radically<br />

change the training structure, true<br />

integration of the fields is never going<br />

to happen.”<br />

Dr. Williams pointed out that in his experience,<br />

the primary force of resistance<br />

to the idea of the integration of interventional<br />

cardiology and cardiac surgery<br />

was not from the medical side: “Actually<br />

in my experience, the cardiologists<br />

have embraced this a lot more than cardiac<br />

surgery.<br />

“The resistance is not so much from<br />

the medical side as the surgical side.<br />

They have been a lot more receptive to<br />

this. Cardiothoracic surgeons seem to be<br />

more interested in fighting about turf instead<br />

of really looking at what the appropriate<br />

training is.” ■<br />

See current and<br />

archived issues of<br />

THORACIC SURGERY NEWS<br />

online at www.aats.org<br />

documentation of procedures when<br />

out in practice, the ABTS will soon<br />

become stricter on documentation of<br />

index cases.<br />

The good news is that the program<br />

for logging cases will soon follow the<br />

CPT coding system for CT <strong>Surgery</strong><br />

residents starting in July, 2011. The<br />

program will provide for more accurate<br />

documentation and will also<br />

give a more “real world” experience.<br />

In the meantime, check your case log<br />

regularly and expeditiously discuss<br />

with your program director any deficiencies<br />

that may exist.


4 ADULT CARDIAC MARCH 2011 • THORACIC SURGERY NEWS<br />

Half of Recurrent ACS Due to Existing ‘Mild’ Lesions<br />

I t<br />

BY MARY ANN MOON<br />

Elsevier Global Medical <strong>News</strong><br />

should not come as a surprise that<br />

approximately half of the acute coronary<br />

syndromes that recur within 3<br />

years of an index ACS treated percutaneously<br />

involve a different lesion that<br />

was visualized on angiography at that<br />

time but was not severe enough to require<br />

treatment, as has been recently reported<br />

in the New England Journal of<br />

Medicine.<br />

“Pathologic studies … have illustrated<br />

that plaques when ruptured were substantially<br />

bulky and associated with thin<br />

fibrous caps. These lesions at the time of<br />

diagnosis may not have been sizable but<br />

grow at a faster rate to become eligible<br />

for rupture,” Dr. Jagat Narula, who is<br />

chief of cardiology at the University of<br />

California in Irvine, said in an interview.<br />

The bigger question concerns the potential<br />

role for newly available radiofrequency<br />

intravascular ultrasonography<br />

(RF IVUS) in early assessment of patients<br />

with ACS.<br />

The study in question showed that<br />

the rate of recurrent major adverse cardiovascular<br />

events was 20% in this multicenter<br />

prospective study involving 697<br />

patients with ACS who were successfully<br />

treated with PCI and medical therapy,<br />

then followed for 3 years, reported Dr.<br />

Gregg W. Stone of Columbia University<br />

Medical Center/New York Presbyterian<br />

Hospital and the Cardiovascular Research<br />

Foundation, New York, and his associates.<br />

The Providing Regional Observations<br />

to Study Predictors of Events in the<br />

Coronary Tree (PROSPECT) study was<br />

conducted at 37 medical centers in the<br />

United States and Europe.<br />

Study subjects were enrolled after undergoing<br />

successful and uncomplicated<br />

PCI for all coronary lesions thought to be<br />

responsible for their index ACS. At that<br />

time, the subjects underwent angiography,<br />

then conventional gray-scale intravascular<br />

ultrasonography and the<br />

BY MARK S. LESNEY<br />

Elsevier Global Medical <strong>News</strong><br />

SAN DIEGO – Although the right internal thoracic<br />

artery is biologically identical to the left internal thoracic<br />

artery, it is rarely used in coronary artery bypass<br />

grafting.<br />

In a study comparing the use of different graft<br />

sources for coronary artery bypass grafting (CABG), Dr.<br />

James Tatoulis and his colleagues found that the right<br />

internal thoracic artery (RITA) showed equivalent results<br />

to using the left internal thoracic artery (LITA).<br />

Dr. Tatoulis of the Royal Melbourne Hospital and his<br />

colleagues evaluated consecutive RITA graft angiograms<br />

performed from 1986 to 2008. Patency was<br />

examined over time by coronary territory and by<br />

whether the RITA was in situ or free, and was compared<br />

with other coronary conduits, according to the study<br />

presented at the annual meeting of the Society of<br />

<strong>Thoracic</strong> Surgeons.<br />

A total of 5,766 patients had a RITA graft, usually as<br />

newly available RF IVUS of the left main<br />

coronary artery and the proximal 6-8 cm<br />

of each of the major epicardial coronary<br />

arteries.<br />

The median age of the study subjects<br />

was 58 years; 24% were women, and<br />

17% had diabetes.<br />

“We found that approximately one in<br />

five patients with [ACS] ... had recurrent<br />

major adverse cardiovascular events<br />

within 3 years. Events were nearly equally<br />

divided between those<br />

related to initially treated<br />

lesions and those related to<br />

previously untreated lesions,”<br />

Dr. Stone and his<br />

colleagues said.<br />

“Most events were rehospitalizations<br />

for unstable<br />

or progressive angina;<br />

death from cardiac causes,<br />

cardiac arrest, and MI were<br />

less common,” they noted.<br />

“Despite [certain]<br />

caveats, PROSPECT study<br />

has contributed immensely<br />

to understanding plaque<br />

anatomy, plaque composition<br />

and the prognostic relevance<br />

of the<br />

atherosclerotic lesions,”<br />

said Dr. Narula.<br />

RF IVUS at baseline re-<br />

vealed that most of the<br />

“nonculprit” coronary lesions<br />

– those that had been<br />

considered mild on the index<br />

angiography and were<br />

not treated at that time –<br />

were characterized by a large plaque<br />

burden, a small luminal area, or both.<br />

Half of them also were thin-cap fibroatheromas.<br />

These traits had not<br />

been visible on conventional angiography.<br />

“I think the major message is that the<br />

angiogram is a very poor discriminator<br />

of how much atherosclerosis is present<br />

and which type of atherosclerosis is going<br />

to go on and cause unexpected<br />

events,” Dr. Stone said in an interview.<br />

“Radiofrequency IVUS provides significantly<br />

more information than just regular<br />

gray-scale IVUS in helping<br />

differentiate the nature of these plaques<br />

and which ones are going to progress.”<br />

Conventional gray-scale IVUS works<br />

by sending out ultrasound waves and the<br />

resulting reflection signal can reveal<br />

structural information. Gray-scale IVUS<br />

measures only the amplitude of the reflected<br />

waves. However, RF IVUS also in-<br />

Color coding reveals location, size, and type of four different<br />

vessel tissue types seen with radiofrequency sonography. The<br />

bottom image shows the corresponding gray-scale intravascular<br />

ultrasound images indicating lumen size and plaque burden.<br />

terprets frequency information from the<br />

reflected waves.<br />

“That radiofrequency signal has been<br />

mapped pixel by pixel to actual histology<br />

from human pathologic specimens.” So<br />

a four-color coded map with four different<br />

types of tissue can be created to<br />

map plaque composition.<br />

“RF IVUS has a much higher signal-tonoise<br />

ratio because it’s a catheter that is<br />

right next to the coronary plaque. So the<br />

resolution is much greater and you can<br />

part of bilateral internal thoracic artery CABG. The operative<br />

mortality was 1.1%, and the rate of deep sternal<br />

infection was 1.5%. Of the nearly 7,800 coronary<br />

conduits studied, 991 RITA conduits were examined at<br />

a mean of 100 months postoperatively.<br />

The overall 10-year RITA patency<br />

was 90%. RITA graft patency<br />

to the left anterior<br />

descending artery (n = 149) was<br />

95% at 10 years and 90% at 15<br />

years. Ten-year RITA patency to<br />

the circumflex marginal artery<br />

was 91% (n = 436), 85% (n = 199)<br />

to the right coronary artery<br />

(RCA), and 86% (n = 207) to the posterior descending<br />

artery (PDA). Ten-year patencies of RITA and LITA to<br />

the left anterior descending artery were identical.<br />

In situ RITA (n=451) and free RITA (n=540) had similar<br />

10-year patencies, 89% vs. 91% respectively.<br />

RITA patency was found to be significantly better<br />

see plaque composition the way that<br />

noninvasive modalities currently can’t,”<br />

Dr. Stone said.<br />

However, “there are several reasons<br />

why the methods we have used are not<br />

currently suitable for clinical application<br />

as a means of identifying sites in the<br />

coronary vasculature for potential intervention,”<br />

the investigators noted (N.<br />

Engl. J. Med. 2011:364:226-35).<br />

First, this method lacks specificity<br />

at present. RF IVUS identified<br />

a total of 595 thincap<br />

atheromas in these<br />

subjects, but only 26 of<br />

them caused recurrent<br />

ACS. Similarly, fewer than<br />

10% of the lesions that<br />

carried plaque burdens of<br />

70% or more and the lesions<br />

with a 4-mm or<br />

smaller luminal area<br />

caused recurrent ACS.<br />

“Even when all three predictive<br />

variables were present,<br />

the event rate rose to<br />

only 18%,” they said.<br />

Second, catheters used<br />

for this type of ultrasonography<br />

could only access the<br />

proximal 6-8 cm of the<br />

coronary tree. This meant<br />

COURTESY DR. GREGG W. STONE<br />

that only 51 of the 106<br />

“nonculprit” lesions seen<br />

on angiography could be<br />

evaluated by RF IVUS.<br />

Third, the technique was<br />

associated with very serious<br />

adverse events in 11 patients<br />

in this study: 10 coronary<br />

dissections and 1 perforation, which in<br />

turn caused 4 nonfatal MIs.<br />

While the ability of RF IVUS to assess<br />

luminal stenosis, plaque burden and positive<br />

remodeling is a useful tool, there are<br />

other diagnostic modalities to consider as<br />

well, said Dr. Narula. “Optical coherence<br />

tomography is the only technique that<br />

may accurately measure the cap thick-<br />

ness [and] CT angiography allows an as-<br />

Continued on following page<br />

Right Internal <strong>Thoracic</strong> Artery Should Be Used More in CABG<br />

than radial artery and saphenous vein grafts for the circumflex<br />

marginal artery, the RCA, and the PDA. The<br />

10-year survival of patients with RITA and LITA for<br />

triple-vessel coronary disease were identical at 89%.<br />

RITA patency was<br />

Dr. Tatoulis and his colleagues<br />

stated that late patencies of RITA<br />

better than radial are excellent, equivalent to the<br />

artery and saph- LITA for identical territories, and<br />

enous vein grafts always better than radial artery<br />

for the circumflex and saphenous vein grafts.<br />

marginal artery, “Unfortunately, less than 10%<br />

the RCA, and PDA. of all coronary artery surgery<br />

worldwide is performed with two<br />

DR. TATOULIS internal thoracic arteries,” Dr.<br />

Tatoulis said in an interview.<br />

He added that the use of this technique could im-<br />

prove patient outcomes and could offer an even better<br />

revascularization alternative to stents, particularly for<br />

triple-vessel coronary disease.<br />

Dr. Tatoulis and his colleagues reported that they had<br />

no relevant disclosures. ■


MARCH 2011 • THORACIC SURGERY NEWS ADULT CARDIAC 5<br />

Continued from previous page<br />

sessment of both positive remodeling and the<br />

magnitude of necrotic cores.”<br />

Intravascular optical coherence tomography<br />

(OCT) is similar to IVUS but light is used instead<br />

and resolution is greater. OCT uses a single<br />

fiberoptic wire that emits light and records the reflection<br />

as it is rotated and pulled back along the<br />

artery. OCT can be used to guide interventions,<br />

assess the lumen, visualize thrombi and dissections.<br />

It can also allow physicians to evaluate lesion<br />

cap thickness.<br />

The advent of multislice CT – 264 slices and<br />

even greater – offers better and better resolution<br />

for non-invasive CT angiography. CTA can identify<br />

the presence of positive vessel remodeling and<br />

low-attenuation plaques, which along with a<br />

necrotic core, are thought to be associated with<br />

subsequent plaque rupture.<br />

In the PROSPECT study, they also found that<br />

no major events arose from arterial segments with<br />

a plaque burden that blocked less than 40% of the<br />

lumen. And nonfibroatheromas rarely caused<br />

such events, regardless of their plaque burden or<br />

the luminal area they blocked.<br />

These study findings suggest that thin-cap fibroatheromas,<br />

lesions with a large plaque burden,<br />

and lesions with a small luminal area are particularly<br />

prone to cause recurrent ACS.<br />

For now though, the early identification of such<br />

lesions needs to be validated in randomized trials<br />

and is limited by unclear therapeutical options.<br />

“We need to answer two questions,” said Dr.<br />

Narula. “First, can we define the high-risk lesions<br />

especially when of intermediate angio-<br />

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graphic severity? Second, even if it is possible,<br />

are we justified in recommending widespread<br />

imaging studies, especially when only a small<br />

fraction of nonculprit vessel plaques progress to<br />

acute events … plaques form, rupture, and heal<br />

all the time, and it would be difficult to precisely<br />

identify a high-risk plaque associated with a major<br />

event, let alone identify it in a treatable proximity<br />

to an event.”<br />

Dr. Stone agreed. “We haven’t yet done the<br />

randomized trials to say that if we find one of<br />

these lesions that the patients are better off if we<br />

then treat them. If so, what do we treat them<br />

with?”<br />

“For now, statins remain the cornerstone of<br />

management of the non-obstructive disease.<br />

Whether new agents targeted at inflammation<br />

… or non-injurious stent implantation become<br />

worthy of clinical application, would depend<br />

upon the capability of imaging techniques to<br />

identify temporo-spatial proclivity of lesions<br />

for the occurrence of events, as also the demonstration<br />

of the virtue and benign nature of the<br />

intervention,” said Dr. Narula.<br />

PROSPECT was funded by Abbott Vascular and<br />

Volcano. Abbott participated in the study design,<br />

site selection, data collection, and data analysis.<br />

Dr. Stone reports receiving grant support,<br />

consulting fees, and/or lecture fees from numerous<br />

pharmaceutical and device firms, including<br />

Abbott Vascular, TherOx, the Medicines<br />

Company, and Boston Scientific. Other investigators<br />

reported financial relationships with Abbott<br />

Vascular, Boston Scientific, Volcano,<br />

Bristol-Myers Squibb, Sanofi-Aventis, the Medicines<br />

Company, and others. ■<br />

Locate your local representative today - www.acuteinnovations.com<br />

<strong>PROM</strong> <strong>Score</strong><br />

<strong>Long</strong>-<strong>Term</strong> • from page 1<br />

rates for 24,222 patients who underwent cardiac surgery at a<br />

single academic center during 1996-2009. <strong>Long</strong>-term all-cause<br />

mortality was determined by referencing the national Social Security<br />

Death Master File. Logistic and Cox survival regression<br />

analyses were used to evaluate the long-term predictive utility<br />

of <strong>PROM</strong>.<br />

The AUROC (area under the receiver operator characteris-<br />

tic) curve measured<br />

the discrimination<br />

of <strong>PROM</strong> at 1, 3, 5,<br />

and 10 years. Kaplan-Meier<br />

curves<br />

were stratified by<br />

quartiles of <strong>PROM</strong><br />

risk to compare<br />

long-term survival.<br />

All analyses were<br />

performed for both<br />

the whole sample and 30-day survivors.<br />

This may have<br />

profound<br />

implications for<br />

informed consent<br />

and comparative<br />

effectiveness<br />

studies.<br />

DR. PUSKAS<br />

The investigators found an overall 30-day mortality rate of<br />

2.78%.<br />

Among all patients and 30-day survivors, AUROC values for<br />

<strong>PROM</strong> at 1, 3, 5, and 10 years were remarkably similar to the<br />

30-day end point for which <strong>PROM</strong> is calibrated.<br />

Moreover, <strong>PROM</strong> was highly predictive of Kaplan-Meier survival,<br />

even when this analysis was restricted to patients surviving<br />

beyond 30 days, he added.<br />

Among 30-day survivors, each percent increase in <strong>PROM</strong><br />

score was significantly associated with a 9.6% increase in instantaneous<br />

hazard of death (P less than .001).<br />

Dr. Puskas and his colleagues reported no relevant disclosures<br />

with regard to their study. ■<br />

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6 GENERAL THORACIC MARCH 2011 • THORACIC SURGERY NEWS<br />

Lung Debris May Help Identify Surgical Margins<br />

BY PATRICE WENDLING<br />

Elsevier Global Medical <strong>News</strong><br />

CHICAGO – A novel technique utilizing<br />

stapled lung debris could help determine<br />

adequate and inadequate surgical<br />

margins in resected non–small cell lung<br />

cancer, results of a prospective study<br />

suggest.<br />

Researchers at Albany (N.Y.) Medical<br />

College and the Hospital of St. Raphael<br />

in New Haven, Conn., are using cytology<br />

to analyze lung tissue taken from<br />

spent staple cartridges used during sublobar<br />

resection. The staple cartridge is simply<br />

mixed with 30 cc of normal saline<br />

and serves as the cytologic margin, Dr.<br />

Thomas Fabian explained at the Chicago<br />

Multidisciplinary Symposium in <strong>Thoracic</strong><br />

Oncology.<br />

“People have [observed] that certain<br />

staples used through cancers can potentially<br />

contaminate new tissue planes, so<br />

that is how the idea was born,” he said<br />

in an interview.<br />

Dr. Fabian and his colleagues prospectively<br />

compared staple-line cytology with<br />

traditional histopathologic evaluation of<br />

surgical specimens taken from 97 patients<br />

undergoing diagnostic sublobar<br />

wedge resection between November<br />

2007 and September 2009. Of the 98<br />

specimens retrieved, 30 were benign and<br />

2011<br />

American Association<br />

for <strong>Thoracic</strong> <strong>Surgery</strong><br />

mitral<br />

c o n c l av e<br />

PROGRAM DIRECTOR<br />

David H. Adams, MD<br />

PROGRAM committee<br />

Ottavio R. Alfieri, MD<br />

W. Randolph Chitwood, Jr., MD<br />

Robert A. Dion, MD<br />

A. Marc Gillinov, MD<br />

Friedrich W. Mohr, MD<br />

Cytology reveals the presence of adenocarcinoma cells in a specimen retrieved<br />

from debris adhering to the surgical stapler.<br />

68 were malignant.<br />

Staple-line cytology was 100% accurate<br />

in the evaluation of benign lesions<br />

when compared with histology, he said.<br />

In the 68 malignant nodules, initial<br />

blinded cytologic evaluation was positive<br />

in 7, surgical pathology was positive in<br />

6, and both were positive in 4.<br />

Subsequent unblinded review of both<br />

specimens changed the final pathologic<br />

interpretation in 4 (6%) of the 68 cases,<br />

decision making<br />

OUTCOMES<br />

surgical video sessions<br />

said Dr. Fabian, chief of thoracic surgery<br />

at the Albany Medical Center. The interpretation<br />

changed from a negative<br />

margin to a positive margin in 3 surgical<br />

specimens (7%) and in 1 staple-line cytology<br />

specimen (2%).<br />

According to analysis of the unblinded<br />

data, staple-line cytology<br />

demonstrated an overall accuracy of<br />

96%, with 88% sensitivity, 97% specificity,<br />

70% positive-predictive value, and<br />

99% negative-predictive value.<br />

Dr. Fabian described staple-line cytology<br />

as a simple technique that could<br />

serve as an adjunct to the gold standard<br />

of histopathology, which he said is prone<br />

to inaccuracies including both false positives<br />

and false negatives.<br />

“We need to reevaluate the techniques<br />

that allow us to accurately assess surgical<br />

margins – particularly in the setting<br />

of sublobar resections, given the growing<br />

interest in this technique,” according<br />

to Dr. Fabian.<br />

“The cytologic technique appears to<br />

be sensitive, specific, and accurate, but it<br />

does need to be validated at other institutions<br />

and with additional studies,” he<br />

added.<br />

Dr. Fabian acknowledged that by design<br />

the study lacked clinical outcome<br />

data and said further evaluation is ongoing.<br />

The next step is to evaluate the<br />

technique in patients undergoing sublobar<br />

resection with curative intent.<br />

Of the 68 malignant samples, 43 were<br />

diagnosed as adenocarcinoma, 7 as squamous<br />

cell carcinoma, 3 as large cell, 1 as<br />

small cell, 5 as carcinoid, and 9 as other<br />

histologies.<br />

Dr. Fabian disclosed serving as a speaker<br />

for, and receiving research funding and<br />

honoraria from, Covidien. His coauthors<br />

reported no conflicts. ■<br />

MAY 5-6, 2011<br />

Sheraton Hotel & Towers<br />

New York, New York, USA<br />

REGISTER ONLINE AT:<br />

www.aats.org/mitral<br />

Program Available Online<br />

The American Association for <strong>Thoracic</strong> <strong>Surgery</strong><br />

is accredited by the Accreditation Council for Continuing Medical Education to provide continuing medical education for physicians.<br />

COURTESY DR. THOMAS FABIAN<br />

This activity has been approved for AMA PRA Category 1 Credits.


MARCH 2011 • THORACIC SURGERY NEWS GENERAL THORACIC 7<br />

Low-Dose Aspirin Cut Cancer Death Rates 30%-40%<br />

BY SARA FREEMAN<br />

Elsevier Global Medical <strong>News</strong><br />

LONDON – The daily, long-term use of<br />

low-dose aspirin cuts the risk of death<br />

from several types of cancer, according<br />

to a large meta-analysis.<br />

In a meta-analysis of eight randomized<br />

clinical trials involving 25,570 patients,<br />

low-dose aspirin taken for 5 years or longer<br />

reduced mortality from esophageal, pancreatic,<br />

brain, stomach, colorectal,<br />

prostate, and even lung cancer, with doses<br />

as low as 75 mg/day having an effect.<br />

This is the first time that low-dose aspirin<br />

has been linked to a reduction in<br />

cancer mortality other than colorectal<br />

cancer, said Dr. Peter M. Rothwell, who<br />

conceived and coordinated the research.<br />

Dr. Rothwell of the John Radcliffe Hospital<br />

and the University of Oxford, United<br />

Kingdom, and his associates in October<br />

2010 showed that low-dose aspirin reduced<br />

the 20-year risk of new colon cancer cases<br />

by approximately one-quarter and deaths<br />

by a third (Lancet 2010;376:1741-50).<br />

The current study looked at all deaths<br />

from cancer that occurred during or after<br />

completion of eight randomized clinical<br />

trials that had been performed to<br />

look at the effects of daily aspirin vs. control<br />

for the primary or secondary prevention<br />

of vascular events (Lancet 2010<br />

[doi:10.1016/S0140-6736(10)62110-1]).<br />

Across all eight trials, 674 cancer<br />

deaths occurred in 25,570 patients, with<br />

aspirin treatment significantly reducing<br />

the risk of death, compared with no aspirin<br />

treatment (pooled odds ratio [OR]<br />

0.79, 95% confidence interval [CI] 0.68-<br />

0.92, P = .003).<br />

Using individual patient data available<br />

for seven of the trials and in which 657<br />

cancer deaths occurred in 23,535 patients,<br />

the benefit of aspirin therapy was<br />

apparent only after 5 years or more of<br />

follow-up. The hazard ratio (HR) for<br />

death from all types of cancer was 0.66<br />

(95% CI 0.50-0.87, P =.003), with a<br />

greater effect seen in patients with gastrointestinal<br />

tumors (HR 0.46, 95% CI<br />

0.27-0.77, P =.003).<br />

“We found that within the trials, while<br />

people were still on aspirin vs. no aspirin,<br />

the aspirin group had about a 30%-40%<br />

reduction in cancer deaths between year<br />

5 and the end of the trial,” Dr. Rothwell<br />

said at a press briefing.<br />

To determine the longer-term effects<br />

of aspirin on cancer mortality, the team<br />

looked more closely at data from three<br />

of the trials. These had all been conducted<br />

in the United Kingdom and continued<br />

to collect information on cancer<br />

deaths via national death certification<br />

and cancer registration systems long after<br />

the trials had concluded.<br />

In all, individual patient data were obtained<br />

on 1,634 cancer deaths that had<br />

occurred in 12,659 patients. Aspirin was<br />

found to reduce the 20-year risk of death<br />

from all solid cancers by 20% (HR 0.80,<br />

95% CI 0.72-0.88, P less than .0001).<br />

Again, the effect on gastrointestinal cancer<br />

was greater (HR 0.65, 95% CI 0.54-<br />

0.78, P less than .0001), but there was no<br />

effect on hematologic malignancies.<br />

At least 5 years of therapy were needed<br />

to reduce the risk of death from<br />

esophageal, pancreatic, brain, or lung<br />

cancer, with 10 years or more treatment<br />

required to see an effect on stomach and<br />

colorectal cancer death rates, and 15<br />

years or more for prostate cancer. With<br />

regard to both lung and esophageal cancer,<br />

the effect of aspirin was limited to<br />

adenocarcinomas.<br />

While the findings do not mean that<br />

everyone over the age of 40 years should<br />

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now start taking daily aspirin to prevent<br />

cancer, given the increased risk of bleeding<br />

in some individuals, “We should<br />

probably stop taking people off aspirin<br />

unless they’ve got side effects,” Dr. Rothwell<br />

said in an interview, adding “We<br />

probably shouldn’t discourage those who<br />

want to take aspirin as actively as we<br />

have been doing.”<br />

“There is a fundamental difference between<br />

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the relevant facts, much as lifestyle<br />

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8 GENERAL THORACIC MARCH 2011 • THORACIC SURGERY NEWS<br />

Microscopic Vascular Invasion Emerging as a<br />

Powerful Prognosticator in Early Lung Cancer<br />

BY PATRICE WENDLING<br />

Elsevier Global Medical <strong>News</strong><br />

CHICAGO – New data suggest that<br />

microscopic vascular invasion may be a<br />

more powerful prognosticator in early<br />

lung cancer than are the tumor<br />

size–based categories suggested in the<br />

new TNM staging system.<br />

Italian researchers used histologic and<br />

immunohistochemical techniques to<br />

identify microscopic vascular invasion<br />

(MVI), or the presence of neoplastic<br />

structures inside the lumen of a vessel,<br />

in one-third (154) of 512 patients with resected,<br />

pathologically staged T1a to T3<br />

node-negative non–small cell lung cancer<br />

(NSCLC). The 2009 edition of the tumor,<br />

node, metastasis (TNM) staging system<br />

for lung tumors was used.<br />

MVI was significantly correlated with<br />

the presence of tumor-infiltrating lymphocytes<br />

(odds ratio 1.65, P value = .03),<br />

adenocarcinoma histology (OR 1.32, P =<br />

.003), and increased tumor size (OR 1.13,<br />

P = .009).<br />

Five-year overall survival was significantly<br />

lower for patients with MVI at<br />

50% vs. those without MVI at 66% (P =<br />

.001), Dr. Enrico Ruffini said at the<br />

Chicago Multidisciplinary Symposium<br />

in <strong>Thoracic</strong> Oncology.<br />

The difference in survival remained<br />

significant even in those with squamous<br />

cell carcinoma (45% vs. 61%, P = .05),<br />

although it was more pronounced in<br />

those with adenocarcinoma (56% vs.<br />

70%, P = .03).<br />

“Microscopic vascular invasion is a significant<br />

independent negative prognostic<br />

factor,” he said.<br />

BY EMILY HAYES<br />

“The Pink Sheet”<br />

Genentech Inc. and partner OSI Pharmaceuticals Inc.<br />

are set to pursue a broader label for Tarceva (erlotinib)<br />

in the United States as a first-line treatment of<br />

advanced non–small cell lung cancer with epidermal<br />

growth factor receptor mutations, after reporting positive<br />

top-line results in that setting from a phase III European<br />

study.<br />

Genentech announced that compared<br />

with platinum-based chemotherapy,<br />

Tarceva, an EGFR inhibitor,<br />

improved progression-free survival<br />

in an interim analysis of the EUR-<br />

TAC study of 178 newly-diagnosed<br />

advanced NSCLC patients who had<br />

tested positive for the mutations.<br />

Safety was in line with Tarceva’s<br />

profile. In light of the efficacy and<br />

safety results, the trial was halted early on the recommendation<br />

of its independent data monitoring committee.<br />

Tarceva is currently approved in the United States and<br />

Europe as a maintenance and second-line treatment for<br />

advanced or metastatic NSCLC with and without EGFR<br />

activating mutations. An estimated 10% of NSCLC carries<br />

the EGFR mutations and according to Genentech<br />

a first-line indication would mean Tarceva could<br />

When patients with pT1a-T2b tumors<br />

were stratified by T-size category, the<br />

presence of MVI resulted in a one-category<br />

upstaging for each T category, said<br />

Dr. Ruffini of the division of thoracic<br />

surgery at the University of Torino<br />

(Italy). For example, T1a patients with<br />

MVI had a prognosis similar to that of<br />

patients with T1b tumors without MVI.<br />

The number of T3 cases was too small<br />

to stratify.<br />

T size was prognostic of survival in the<br />

MVI-negative patients (P = .03) but was<br />

not a statistically significant factor in<br />

MVI-positive patients (P = .9), indicating<br />

that MVI is indeed a more powerful<br />

prognosticator, he said.<br />

The 2009 TNM stresses the importance<br />

of tumor size as a major prognostic<br />

factor, but no TNM edition has so far<br />

included MVI as a major determinant in<br />

the staging of NSCLC.<br />

In a multivariate survival analysis<br />

that included age, sex, histology, grading,<br />

T-size determinant, MVI, perineural<br />

invasion, and tumor-infiltrating<br />

lymphocytes, MVI was a stronger prognostic<br />

indicator (hazard ratio 1.43, P =<br />

.02) than T-size determinant (HR 1.06,<br />

P = .06), Dr. Ruffini said.<br />

“The use of adjuvant chemotherapy in<br />

NSCLC patients with MVI may be considered,”<br />

he said.<br />

Invited discussant Dr. Mark Socinski<br />

pointed out that 88% of patients in the<br />

analysis had 5 cm or smaller tumors, a<br />

category of patients in which the role of<br />

adjuvant therapy has been discouraged.<br />

He highlighted the recent LACE metaanalysis<br />

of 4,584 NSCLC patients in five<br />

cisplatin-based adjuvant chemotherapy<br />

trials that showed an overall significant<br />

survival benefit of 4% at 5 years, but also<br />

a potentially negative effect in resected<br />

stage 1A (Ann. Oncol. 2010 Oct;21 Suppl.<br />

7:vii196-vii198).<br />

“We need to make sure [MVI] is easily<br />

reproducible amongst pathologists,<br />

and we also clearly need to demonstrate<br />

that adjuvant therapy can overcome the<br />

biologic impact of this histopathologic<br />

finding,” said Dr. Socinski of the<br />

Lineberger Comprehensive Cancer Center<br />

at the University of North Carolina,<br />

Chapel Hill.<br />

Dr. Ruffini acknowledged that bias<br />

could have been introduced into the study<br />

COMMENTARY<br />

Subtle histologic markers have<br />

long been championed as a potential<br />

means to this end, but historically<br />

gain little traction because<br />

essentially all are trumped by the<br />

presence of either metastic disease<br />

or regional lymph node involvement<br />

as important risks for recurrence.<br />

Consequently, the use of more sophisticated,<br />

but perhaps less reproduceable,<br />

pathologic markers is<br />

retricted to node-negative cancers,<br />

where T (of TNM) descriptors are<br />

important. This represents only<br />

about one-quarter of all lung cancers<br />

detected.<br />

The authors have proposed microscopic<br />

vascular invasion (MVI) as<br />

an important factor that might be a<br />

reasonable addition to the T aspect<br />

of the new staging system. Their<br />

data demonstrate that MVI (found<br />

emerge as the first-choice for that sliver of the patient<br />

population, ahead of chemotherapy and other drugs approved<br />

for first-line NSCLC.<br />

Genentech’s parent company, Roche, had already<br />

submitted a bid to expand the drug’s label to the European<br />

Medicines Agency in June 2010.<br />

Then, in November 2010, Roche announced that it<br />

was sublicensing a diagnostic assay for EGFR mutations<br />

from Genzyme Corporation and collaborating with<br />

OSI on the development of a<br />

PCR- based companion diagnostic<br />

test to identify people with<br />

non–small cell lung cancer that<br />

harbors EGFR activating mutations.<br />

Genentech and OSI plan to talk<br />

to the Food and Drug Administration<br />

about possibilities for a<br />

first-line indication in NSCLC and<br />

also for the companion diagnostic<br />

test in development, but timing on these discussions has<br />

not yet been decided.<br />

It’s unclear whether the drug would be submitted to<br />

the FDA simultaneously with a diagnostic test, which was<br />

the case in a recent approval of a new, narrow indication<br />

for Herceptin in a particular type of gastric cancer.<br />

The test in development by Roche and OSI was not<br />

the same diagnostic used in the EURTAC study, which<br />

through its retrospective design, use of<br />

overall survival rather than disease-free<br />

survival as an outcome measure, and the<br />

long study period of January 1998 to August<br />

2008. Prospective validation of MVI<br />

is underway using the prospective International<br />

Association for the Study of<br />

Lung Cancer database, he said.<br />

The median tumor size among the 512<br />

patients was 3.4 cm, with 164 classified<br />

as having T1a (less than 2 cm) tumors,<br />

123 T1b (2-3 cm), 164 T2a (3-5 cm), 50<br />

T2b (5-7 cm), and 11 T3 (greater than 7<br />

cm) tumors.<br />

The researchers and Dr. Socinski disclosed<br />

no relevant conflicts. ■<br />

in a relatively small cohort of all<br />

node-negative patients in their<br />

study) appears to be an important<br />

risk for mortality. However, the road<br />

to the perfect staging system is<br />

paved with new histopathologic<br />

markers, and few are adopted because<br />

another one soon emerges<br />

and it is difficult for pathologists to<br />

keep up.<br />

I think that molecular and radiologic<br />

characterization will eventually<br />

supplant all such subjective<br />

histopathologic markers and, within<br />

the next few years, will make the<br />

microscope something we’ll be<br />

telling our grandkids about.<br />

DR. SUDISH MURTHY is an ACS<br />

Fellow and surgical director of the<br />

Center for Major Airway Disease,<br />

Cleveland Clinic.<br />

First-Line Tarceva May Benefit NSCLC With EGFR Mutation<br />

GENENTECH AND OSI PLAN TO<br />

TALK TO THE FOOD AND DRUG<br />

ADMINISTRATION ABOUT<br />

POSSIBILITIES FOR A FIRST-LINE<br />

INDICATION IN NSCLC.<br />

was designed and sponsored by the Spanish Lung Cancer<br />

Group. Genentech said it still needs to validate the<br />

test used in the EURTAC study using samples from the<br />

trial, prior to talks with FDA. It’s also unclear at this<br />

time whether another study beyond EURTAC would be<br />

needed to expand the U.S. label.<br />

Genentech did not disclose the magnitude of the benefit<br />

for progression-free survival – the primary end point<br />

– in the EURTAC trial. Secondary end points include<br />

overall survival, 1-year survival, objective response<br />

rate, and safety profile.<br />

In the SATURN trial of Tarceva as a maintenance<br />

therapy for NSCLC, the drug showed only a modest<br />

PFS benefit for NSCLC patients overall (12.3 weeks for<br />

the drug versus 11.1 weeks for placebo). Its use as a<br />

maintenance treatment has proven controversial since<br />

the FDA approved the indication despite a negative vote<br />

by an advisory committee.<br />

However, SATURN showed dramatically better results<br />

for patients who had EGFR mutations. In this subgroup,<br />

which accounted for 11% of the total<br />

population, PFS was 44.6 weeks for the treated group<br />

versus the 11 weeks for placebo. Based on the data,<br />

some physician surveys have suggested more willingness<br />

to use Tarceva as a maintenance treatment in the<br />

case of EGFR mutations.<br />

Elsevier Global Medical <strong>News</strong> and “The Pink Sheet”<br />

are published by Elsevier. ■


MARCH 2011 • THORACIC SURGERY NEWS CONGENITAL HEART 9<br />

Pediatric Transplants<br />

Indications • from page 1<br />

tients had prior surgical procedures or surgery ranging<br />

from banding to Fontan operations; 55% of the patients<br />

were boys; 8% of patients were bridged with either<br />

ECMO (extracorporeal circulation membrane oxygenation)<br />

or VAD (ventricular assist devices).<br />

Overall survival of transplant patients was 81%,<br />

76%, 72%, and 65% at 1, 3, 5, and 10 years, respectively.<br />

<strong>Survival</strong> was best in those patients who were transplanted<br />

for cardiomyopathy (1-, 3-, 5-, and 10-year<br />

survival of 90%, 84%, 81%, and 81%, respectively) and<br />

worst in patients with failed palliations for SV anomalies,<br />

especially failed Fontan procedures (1-, 3-, 5-, and<br />

10-year survival of 66%, 61%, 61%, and 53%, respectively).<br />

“Our results demonstrate the high-risk nature of<br />

transplants in patients with failed palliations for SV<br />

anomalies, including Fontan procedures performed<br />

during infancy. As the survival with early palliation for<br />

SV anomaly patients improves, more centers will be referred<br />

with these patients who will require transplantation<br />

at some point,” said Dr. Voeller in an interview.<br />

“This will not only impact pediatric heart transplant<br />

programs, but it will also influence adult transplant programs<br />

as well. Patients following SV palliation, including<br />

Fontan procedure, are much more difficult patients<br />

to transplant because of a variety of factors. Risk factor<br />

analysis will be needed to determine which patients<br />

might benefit from earlier transplant referral and how<br />

to better prepare these patient for transplant in order<br />

to reduce the risk of the procedure,” he concluded.<br />

Dr. Voeller reported that none of the authors had any<br />

financial disclosures. ■<br />

Good Late Outcomes Seen After<br />

CABG Plus Adult CHD Repair<br />

BY MARK S. LESNEY<br />

Elsevier Global Medical <strong>News</strong><br />

SAN DIEGO – More and more patients with congenital<br />

heart disease are surviving into adulthood, resulting<br />

in a growing number of operations performed<br />

to repair adult congenital heart disease (ACHD).<br />

Many of these patients also have atherosclerotic coronary<br />

artery disease that may need to be addressed at<br />

the time of ACHD surgery, but data on the prevalence<br />

of coronary artery disease in this population, as well<br />

as outcomes after such surgery, are limited.<br />

To address this issue, Dr. John M. Stulak of the<br />

Mayo Medical School, Rochester, Minn., and his associates<br />

conducted a study of 122 patients (77 male)<br />

who underwent concomitant coronary artery bypass<br />

grafting (CABG) for atherosclerotic coronary<br />

artery disease (CAD) at the time of ACHD repair. Dr.<br />

Stulak presented the results at the annual meeting of<br />

the Society of <strong>Thoracic</strong> Surgeons.<br />

Dr. Stulak noted that, based on his findings, “Concomitant<br />

CABG may be required at the time of repair<br />

of ACHD. Disease of the LAD [left anterior<br />

descending coronary artery] is most common, and<br />

survival is higher when a LIMA [left internal mammary<br />

artery] graft is used. Late functional outcome<br />

is good with a low incidence of late angina, MI, or<br />

the need for percutaneous coronary intervention.”<br />

The patients, mean age 64 years, had surgery between<br />

February 1972 and August 2009. A total of 25%<br />

had angina, 6% had prior myocardial infarction, and<br />

5% had previous percutaneous intervention.<br />

The most common primary cardiac diagnoses were<br />

secundum atrial septal defect (ASD) in 60%, Ebstein<br />

anomaly in 11%, partial anomalous pulmonary venous<br />

connection (PAPVC) in 7%, and ventricular<br />

septal defect (VSD) in 6%. A total of 17% of the patients<br />

had a prior cardiac operation.<br />

The most common operations included ASD repair<br />

in 64%; tricuspid valve surgery (11%), pulmonary valve<br />

surgery (8%), VSD repair (8%), and PAPVC repair<br />

(7%). A single bypass graft was performed in 69 patients,<br />

2 grafts in 32 patients, 3 grafts in 14 patients, 4 grafts in<br />

5 patients, and 5 grafts in 2 patients. The LIMA was used<br />

in 57 of 82 patients (70%) with LAD disease.<br />

The median follow-up was 6 years for 111 available<br />

patients. During that time, recurrent CAD was reported<br />

in 9 patients (8%); 8 patients (7%) had angina, and<br />

5 (4%) had an MI. Six (5%) patients underwent intervention.<br />

All but 11 patients achieved NYHA functional<br />

class 1 or 2. The overall survival observed was 76%<br />

at 5 years, 56% at 10 years, and 33% at 15 years. In those<br />

patients with LAD disease, 10-year survival was significantly<br />

higher when LIMA was used (66% vs. 36%).<br />

Dr. Stulak added the importance of this study is also<br />

to stress that each treatment approach should be individualized<br />

whether it is conventional CABG, offpump<br />

CABG, or a staged hybrid technique with<br />

percutaneous coronary intervention for CAD.<br />

Dr. Stulak and his colleagues had no disclosures. ■


10 NEWS FROM THE AATS MARCH 2011 • THORACIC SURGERY NEWS<br />

May 7 – 11, 2011<br />

Pennsylvania Convention Center<br />

Philadelphia, PA<br />

The 2011 AATS Annual Meeting<br />

promises to deliver outstanding<br />

education in the field of thoracic<br />

and cardiovascular surgery. As in years<br />

past, participants will have the opportunity<br />

to attend sub-specialty focused<br />

courses on Saturday and Sunday prior<br />

to the Annual Meeting. Several other<br />

courses on Saturday provide education<br />

and training for the entire cardiothoracic<br />

surgical team.<br />

Saturday, May 7, 2011<br />

Developing the Academic Surgeon<br />

Symposium<br />

Saturday, May 7, 2011<br />

1:00 p.m. – 5:10 p.m.<br />

Chair: Bryan F. Meyers, MD, MPH,<br />

Washington University School of Medicine<br />

The symposium<br />

is part of<br />

an ongoing effort<br />

to help develop<br />

the<br />

Academic Cardiothoracic<br />

Surgeon. Personal<br />

success<br />

stories of sever-<br />

al CT surgeons<br />

who have<br />

achieved fund-<br />

ed research grants will be augmented<br />

by discussion of pathways towards extramural<br />

funded research accessible to<br />

cardiothoracic surgeons. The faculty<br />

will identify several options for collaboration<br />

or mentorship outside the<br />

field and will detail the true potential<br />

cost in time and seed money necessary<br />

to launch and support a new investigator<br />

towards independence. Other issues<br />

pertinent to engaging and<br />

recruiting young surgeons into academic<br />

cardiothoracic surgery will be covered<br />

as well. This course will address<br />

the ABMS Core Competency of Professionalism.<br />

AATS/STS Adult Cardiac <strong>Surgery</strong><br />

Postgraduate Symposium<br />

Sunday, May 8, 2011<br />

7:55 a.m. – 5:00 p.m.<br />

Chair: John A. Kern, MD, University of<br />

Virginia<br />

This symposium will address important<br />

new developments<br />

and<br />

updates in the<br />

broad field of<br />

adult cardiac<br />

surgery, particularly<br />

in the areas<br />

of aortic<br />

and mitral<br />

valve disease<br />

and therapies,<br />

as well as the<br />

treatment of<br />

thoracic aortic aneurysms, dissections,<br />

penetrating ulcers, and intramural<br />

hematomas. Participants will have a<br />

better understanding of the impor-<br />

Attend the 91st AATS Annual Meeting<br />

DR. BRYAN F. MEYERS<br />

DR. JOHN A. KERN<br />

tance of data management and utilization,<br />

and will hear evidence based recommended<br />

changes in practice<br />

patterns, particularly as they relate to<br />

ischemic heart disease. Participants will<br />

also hear presentations on the optimal<br />

use of pre-operative cardiac imaging,<br />

the optimal treatment of hypertrophic<br />

cardiomyopathy, techniques for safer<br />

re-do cardiac surgery and when to consider<br />

LVAD therapy. Panel discussions<br />

will follow each session to allow time<br />

for questions and answers. This course<br />

will address the ABMS Core Competency<br />

of Medical Knowledge.<br />

AATS/STS Cardiothoracic Critical<br />

Care Postgraduate Symposium<br />

Sunday, May 8, 2011<br />

8:00 a.m. – 5:00 p.m.<br />

Chairs: Nevin<br />

M. Katz, MD,<br />

Johns Hopkins<br />

University and<br />

Michael S. Mulligan,<br />

MD, University<br />

of<br />

Washington<br />

Medical Center<br />

Emphasis will<br />

be placed on<br />

the unique specialty<br />

aspects of<br />

Cardiovascular-<br />

<strong>Thoracic</strong><br />

(CVT) Critical<br />

Care including<br />

ECMO, mechanicalsupport,<br />

transplant<br />

perioperative<br />

care, and management<br />

of patients<br />

after<br />

aortic surgery.<br />

Fundamental<br />

DR. NEVIN M. KATZ<br />

DR. MICHAEL S.<br />

MULLIGAN<br />

areas of critical care will be presented<br />

in a case related format in order to<br />

practically relate them to specific cardiothoracic<br />

applications. These areas<br />

include: evidence based blood conservation<br />

and transfusion guidelines, nutritional<br />

support, renal replacement<br />

therapies, optimal antibiotic utilization,<br />

vasopressor and inotrope support,<br />

and arrhythmia management.<br />

Significant challenges exist to the establishment<br />

of cardiothoracic critical<br />

care units at different institutions. A<br />

review of relevant issues and potential<br />

solutions will be discussed in an open<br />

forum and hemodynamic simulation<br />

luncheon session. Attendees are encouraged<br />

to share the issues and concerns<br />

that have arisen at their own<br />

institutions. This course will address<br />

the ABMS Core Competency of Patient<br />

Care.<br />

AATS/STS Congenital Heart Disease<br />

Postgraduate Symposium<br />

Sunday, May 8, 2011<br />

7:55 a.m. – 5:00 p.m.<br />

Chair: Pedro J. del Nido, MD, Children’s<br />

Hospital Boston<br />

Participants will be provided data to assist<br />

them in understanding techniques<br />

for valve reconstructioncovering<br />

the<br />

spectrum of<br />

congenital and<br />

acquired valve<br />

defects, and the<br />

comparative results<br />

versus replacement<br />

in<br />

children. Vari- DR. PEDRO J. DEL NIDO<br />

ous options for<br />

reconstruction of the regurgitant aortic,<br />

mitral, and tricuspid valve will be<br />

presented. Faculty will stress the impact<br />

of timing of surgery on late outcomes<br />

in pulmonary valve insertion<br />

and provide an overview of non-invasive<br />

imaging techniques for assessing<br />

valve function.<br />

This course will address the ABMS<br />

Core Competency of Patient Care.<br />

AATS/STS General <strong>Thoracic</strong> <strong>Surgery</strong><br />

Postgraduate Symposium<br />

Sunday, May 8, 2011<br />

7:55 a.m. – 5:00<br />

p.m.<br />

Chair: David R.<br />

Jones, MD, University<br />

of Virginia<br />

This symposium<br />

features a<br />

number of educationalfor-<br />

mats including<br />

didactic lec- DR. DAVID R. JONES<br />

tures, “How-I-<br />

Do-It” sessions, and a debate. In<br />

addition to other topics, the current<br />

status of the management of Pancoast<br />

tumors, stage IIIA NSCLC, esophageal<br />

diverticuli, and gastroesophageal cancers<br />

will be reviewed by experts in the<br />

field. In addition, surgeon experts will<br />

discuss technical advances and how to<br />

avoid potential pitfalls for a number<br />

of operative procedures including thoracoscopic<br />

thymectomy, VAMLA and<br />

TEMLA, VATS segmentectomy, superior<br />

vena cava resection, and reconstruction<br />

and chest wall resection and<br />

reconstruction. Finally, important updates<br />

on the current status of lung<br />

cancer screening as well as targeted<br />

therapies for NSCLC will be presented.<br />

This course will address the<br />

ABMS Core Competency of Medical<br />

Knowledge.<br />

Plenary Sessions and Special<br />

Lectures:<br />

Don’t miss the outstanding plenary sessions<br />

on Monday and Tuesday, May 9th<br />

and 10th, featuring presentations in all<br />

three cardiac surgery sub-specialties selected<br />

by the Program Committee. Of<br />

particular interest is the opening paper<br />

on Monday morning, Late Breaking<br />

Clinical Trial: Frequency and Severity<br />

of Neurologic Events after Aortic<br />

Valve Replacement or Transcatheter<br />

Aortic Valve Implantation in High Surgical<br />

Risk Patients with Aortic Stenosis:<br />

The PARTNER Trial Stroke<br />

Substudy, presented by D. Craig Miller,<br />

MD on behalf of the PARTNER Trial<br />

Investigators.<br />

The Basic Science Lecture will take<br />

place on Monday morning and will be<br />

delivered by Susan B. Shurin, MD, of the<br />

National Heart, Lung and Blood Institute<br />

at the NIH, who will discuss “Public<br />

Support of Biomedical Research.” The<br />

Honored Speaker Lecture will take place<br />

on Tuesday morning and will be delivered<br />

by Michael J. Mack, MD of Baylor<br />

Health Care System, who will discuss<br />

“The Only Constant is Change.”<br />

Another important session to attend<br />

is the Presidential Address on Monday<br />

morning. Irving L. Kron, MD, of the<br />

University of Virginia, will speak to fellow<br />

members and attendees on the important<br />

topic of “Surgical Mentoring.”<br />

Reserve your space at the AATS Annual<br />

Meeting, register for Saturday and<br />

Sunday symposia at www.aats.org/annualmeeting/Registration-and-housing.<br />

Target Audience<br />

The AATS Annual Meeting is specifically<br />

designed to meet the educational<br />

needs of:<br />

• Cardiothoracic Surgeons<br />

• Physicians in related specialties including<br />

Cardiothoracic Anesthesia,<br />

Critical Care, Cardiology, Pulmonology,<br />

Radiology, Gastroenterology, <strong>Thoracic</strong><br />

Oncology and Vascular <strong>Surgery</strong><br />

• Fellows and Residents in Cardiothoracic<br />

and General Surgical training programs<br />

•Nurses, Physician Assistants, Perfusionists<br />

and Allied Health Professionals<br />

involved in the care of cardiothoracic<br />

surgical patients<br />

•Medical students with an interest in<br />

cardiothoracic surgery<br />

AATS Annual Meeting Accreditation<br />

The American Association for <strong>Thoracic</strong><br />

<strong>Surgery</strong> is accredited by the Accreditation<br />

Council for Continuing Medical<br />

Education to provide continuing medical<br />

education for physicians.<br />

The American Association for <strong>Thoracic</strong><br />

<strong>Surgery</strong> designates this educational activity<br />

for a maximum of 35 AMA PRA<br />

Category 1 Credits. Physicians should<br />

only claim credit commensurate with<br />

the extent of their participation in the<br />

activity.<br />

This program will be submitted to the<br />

American Academy of Nurse Practitioners<br />

for continuing education credit.<br />

Conference organizers plan to request<br />

AAPA Category I CME credit from<br />

the Physician Assistant Review Panel.<br />

Total number of credits yet to be determined.<br />

For additional information please<br />

visit www.aats.org or contact:<br />

American Association for <strong>Thoracic</strong><br />

<strong>Surgery</strong><br />

900 Cummings Center<br />

Suite 221-U, Beverly, MA, USA 01915<br />

Telephone: (978) 927-8330<br />

Fax: (978) 524-8890<br />

E-mail: meetings@aats.org


MARCH 2011 • THORACIC SURGERY NEWS NEWS FROM THE AATS 11<br />

Visit New York for the<br />

2011 MITRAL CONCLAVE<br />

MITRAL CONCLAVE<br />

May 5 – 6, 2011<br />

Program Director<br />

David H. Adams, MD<br />

Mount Sinai School of Medicine<br />

New York, New York<br />

Program Committee<br />

Ottavio R. Alfieri, MD<br />

Milan, Italy<br />

W. Randolph Chitwood, Jr., MD<br />

Greenville, North Carolina<br />

Robert A. Dion, MD<br />

Genk, Belgium<br />

A. Marc Gillinov, MD<br />

Cleveland, Ohio<br />

Friedrich W. Mohr, MD<br />

Leipzig, Germany<br />

The 2011 MITRAL CONCLAVE will<br />

bring the world’s leading figures in<br />

mitral valve disease together for two<br />

days to discuss the latest information<br />

regarding management guidelines,<br />

imaging, pathology, minimally invasive<br />

approaches, percutaneous approaches,<br />

surgical techniques,<br />

devices, and long-term results.<br />

Faculty presentations of the latest<br />

available data, techniques, and state<br />

of the art reviews will be supplemented<br />

by abstract and video presentations<br />

covering:<br />

� Degenerative Valve Disease<br />

� Mitral Regurgitation in Heart<br />

Failure<br />

� Ischemic Mitral Regurgitation<br />

� Mitral Valve Endocarditis<br />

� Congenital Mitral Valve Disease<br />

� Other Mitral Valve Disease<br />

� Repair Techniques & Strategies<br />

� Mitral Valve Replacement<br />

� <strong>Long</strong> <strong>Term</strong> Outcomes<br />

� AFib in Mitral Valve Disease<br />

� Tricuspid Valve Disease<br />

Log on to the 2011 MITRAL CON-<br />

CLAVE Website at www.aats.org/mitral<br />

to view the Preliminary<br />

Program and faculty listing. Register<br />

by March 28, 2011, and save.<br />

The American Association for <strong>Thoracic</strong><br />

<strong>Surgery</strong> is accredited by the Accreditation<br />

Council for Continuing<br />

Medical Education to provide continuing<br />

medical education for physicians.<br />

This activity has been approved<br />

for AMA PRA Category 1 Credits.<br />

Online Articles in Press in the JTCVS<br />

The Journal of <strong>Thoracic</strong> and Cardiovascular <strong>Surgery</strong> has greatly expanded its<br />

online articles in press section. At last count, more than 150 articles were<br />

available for subscribers to view and cite, months before print publication.<br />

The cutting edge of cardiothoracic surgical science is now just a click away.<br />

Go to www.jtcvs.com/inpress to view these articles today! ■<br />

2011 AATS Meetings &<br />

Sponsored Events<br />

May 5 - 6<br />

Mitral Conclave<br />

Sheraton New York Hotel and<br />

Towers<br />

New York, NY<br />

May 7 - 11<br />

AATS 91st Annual Meeting<br />

Pennsylvania Convention Center<br />

Philadelphia, PA<br />

May 26<br />

AATS/ASCVTS Postgraduate<br />

Course*<br />

Hilton Phuket Arcadia Resort & Spa<br />

Phuket, Thailand<br />

September 8 - 10<br />

International Society for Rotary<br />

Blood Pumps Annual Meeting *<br />

Marriott Downtown<br />

Louisville, Kentucky<br />

September 22 - 24<br />

Masters of Minimally Invasive<br />

<strong>Thoracic</strong> <strong>Surgery</strong>*<br />

Waldorf Astoria Orlando<br />

Orlando, Florida<br />

October 13 - 15<br />

2011 Heart Valve Summit:<br />

Medical, Surgical and Interventional<br />

Decision-Making<br />

JW Marriott Chicago<br />

Chicago, Illinois<br />

October 20 - 21<br />

7th Triennial Brigham Cardiac<br />

Valve Symposium*<br />

Fairmont Copley Plaza Hotel<br />

Boston, Massachusetts<br />

* = Co-Sponsored by AATS<br />

Save the Date for the<br />

2011 Heart Valve Summit<br />

2011 Heart Valve Summit:<br />

Medical, Surgical and<br />

Interventional Decision-Making<br />

October 13 – 15, 2011<br />

JW Marriott Chicago<br />

Chicago, IL<br />

Program Directors<br />

David H. Adams, MD, FACC<br />

Steven F. Bolling, MD, FACC<br />

Robert O. Bonow, MD, MACC.<br />

Howard C. Herrmann, MD, FACC<br />

Nurse Planner: Michele Langenfeld,<br />

RN, MS<br />

PROGRAM OVERVIEW<br />

The American Association for <strong>Thoracic</strong><br />

<strong>Surgery</strong> (AATS) and the American College<br />

of Cardiology Foundation (ACCF)<br />

have partnered once again to bring you<br />

the only educational program that addresses<br />

valvular heart disease from a cardiology<br />

and surgical point-of-view, the<br />

2011 Heart Valve Summit.<br />

Using an integrative approach to managing<br />

medical, surgical and interventional<br />

challenges in valvular heart disease,<br />

world renowned cardiologists and cardiac<br />

surgeons will provide clinically relevant<br />

information on the current and future directions<br />

in valvular heart disease. This<br />

unique, inter-disciplinary program will include<br />

real world, interactive case-based<br />

patient management discussions, review<br />

of current practice guidelines, and fo-<br />

cused breakouts for cardiologists, cardiac<br />

surgeons, nurses and physician assistants.<br />

TARGET AUDIENCE<br />

Cardiologists, interventional cardiologists,<br />

cardiothoracic surgeons, internists, nurses,<br />

physician assistants and all health care<br />

professionals involved in the evaluation,<br />

diagnosis and/or management of patients<br />

with valvular heart disease are strongly<br />

encouraged to attend this program.<br />

ACCREDITATION<br />

� Physicians<br />

The American Association for <strong>Thoracic</strong><br />

<strong>Surgery</strong> is accredited by the Accreditation<br />

Council for Continuing Medical Education<br />

to provide continuing medical<br />

education for physicians.<br />

This activity has been approved for<br />

AMA PRA Category 1 Credits.<br />

� Nurses<br />

The American College of Cardiology<br />

Foundation is accredited as a provider of<br />

continuing nursing education by the<br />

American Nurses Credentialing Center’s<br />

Commission on Accreditation.<br />

Register today at www.aats.org/valve to<br />

see first-hand why this program continually<br />

receives high-rankings and has been<br />

referred to as “one of the best meetings<br />

I have ever attended – practical, patientoriented<br />

and the lecturers really had true<br />

clinical experience.”<br />

Cardiothoracic <strong>Surgery</strong> Exploring<br />

Collaborative Clinical Research Opportunities<br />

An AATS and NHLBI Workshop: Save the Date: April 26-27, 2011<br />

To be held at the Hyatt Bethesda Marriott, Bethesda, Maryland.<br />

See full agenda, faculty and REGISTER online at www.AATS.org<br />

Sample topics include: Structural Valve Disease, Ischemic Heart Disease, Therapies<br />

for Advanced Heart Failure, Neuroprotection, Endografts, and Arrhythmias.<br />

The Board and Commissioners of CAAHEP want to thank the<br />

for joining us as a partner<br />

in the important process<br />

of accrediting perfusion<br />

educational programs.<br />

The quality assurance<br />

that accreditation of<br />

these programs promotes<br />

protects patients and students<br />

as well as enhancing<br />

the profession.<br />

American Association<br />

for <strong>Thoracic</strong> <strong>Surgery</strong><br />

DR. HAROLD LAZAR,<br />

REPRESENTATIVE TO<br />

CAAHEP AND<br />

PERFUSION AFFAIRS<br />

DR. ERLE AUSTIN,<br />

REPRESENTATIVE TO<br />

CAAHEP


12 NEWS FROM THE AATS MARCH 2011 • THORACIC SURGERY NEWS<br />

Apply for AATS Research<br />

And Graham Awards<br />

AATS Online Award Applications<br />

Now Available at www.aats.org,<br />

Deadline July 1, 2011<br />

David C. Sabiston Research Scholarship<br />

2012 – 2014 provides an opportunity<br />

for research, training, and<br />

experience for North American<br />

surgeons committed to pursuing<br />

an academic career in cardiothoracic<br />

surgery.<br />

• Research program must<br />

be undertaken within the<br />

first three years after completion<br />

of an approved<br />

North American cardiothoracic<br />

residency.<br />

• Applications for the<br />

scholarship must be submitted<br />

during the candidate’s first two<br />

years in an academic position.<br />

• The scholarship will begin July<br />

1, 2012 and conclude on July 1,<br />

2014.<br />

• The Scholarship provides an annual<br />

stipend of $80,000 per year<br />

paid to the host institution for direct<br />

salary support and related research<br />

expenses.<br />

Deadline: July 1, 2011<br />

Evarts A. Graham Memorial<br />

Traveling Fellowship, 2012-2013<br />

grants support for training of international<br />

surgeons who have been<br />

regarded as having the potential for<br />

later international thoracic surgical<br />

leadership.<br />

• Candidate must be a non-<br />

North American who plans a<br />

cardiothoracic surgery training<br />

program in a North<br />

American center and who<br />

has not had extensive (exceeding<br />

a total of six<br />

months in duration) clinical<br />

training in North America<br />

prior to submitting an<br />

application.<br />

• Candidate should have<br />

completed his/her formal training<br />

in general surgery and in thoracic<br />

and cardiovascular surgery, but<br />

should not have reached a senior<br />

position.<br />

• The Fellowship provides a<br />

stipend of $75,000 US, a major portion<br />

of which is intended for living<br />

and travel expenses incurred when<br />

visiting other medical centers.<br />

Deadline: July 1, 2011<br />

Register and Reserve Housing Now!<br />

www.aats.org<br />

A ATS 91 ST<br />

ANNUAL MEETING<br />

May 7–11, 2011<br />

Philadelphia, PA, USA<br />

Pennsylvania Convention Center<br />

New Tool to Assess Fields<br />

Covered by CSR Study Sections<br />

Anew tool to assess the fields of science<br />

covered by CSR’s review<br />

groups holds the promise of helping us<br />

better develop and manage them.<br />

Mapping publication data: The Center<br />

for Scientific Review recently used data<br />

on how papers resulting from funded<br />

applications cite references across different<br />

research specialties to construct<br />

linkage maps, visually illustrating the<br />

connections between diverse disciplines<br />

covered by some of our study sections.<br />

This bibliographic analysis revealed that<br />

there are differences in the extent of interdisciplinarity<br />

across study sections.<br />

A study section with a sharp focus or<br />

Keep up with the newest developments<br />

in cardiothoracic surgery and<br />

maintenance of certification requirements.<br />

Earn journal-based continuing<br />

medical education (CME) credits from<br />

reading The Journal of <strong>Thoracic</strong> and Cardiovascular<br />

<strong>Surgery</strong>!<br />

Choose a CME activity in your area of<br />

interest at a time that is convenient for<br />

you:<br />

s�<br />

s�<br />

s�<br />

s�<br />

s�<br />

s�<br />

s�<br />

Featuring:<br />

Cutting-edge Skills Courses<br />

A Full-Day PA/NP/Perfusion Course<br />

AMERICAN ASSOCIATION<br />

FOR THORACIC SURGERY<br />

We Model Excellence<br />

Developing the Academic Surgeon Symposium<br />

High Performance Teams in the Operating<br />

Room: Using the NOTSS Program to Improve<br />

Communication, Understanding and Performance<br />

AATS/STS Postgraduate Symposia<br />

Building the Hybrid OR Program<br />

high interdisciplinarity present different<br />

review challenges. Knowing the degree<br />

and interdisciplinarity of the work<br />

emerging from funded grants reviewed<br />

by each study section may help CSR (1)<br />

keep pace with changing science and<br />

design or redesign effective study sections;<br />

(2) identify the best review platform;<br />

(3) recruit reviewers; and (4)<br />

assign applications to study sections<br />

and reviewers.<br />

For more information along with graphs<br />

mapping the contrasting study sections,<br />

please visit http://cms.csr.nih.gov/<br />

<strong>News</strong>andReports/PeerReviewNotes. ■<br />

Continuing Medical Education in the JTCVS<br />

� <strong>Surgery</strong> for Acquired Cardiovascular<br />

Disease<br />

� General <strong>Thoracic</strong> <strong>Surgery</strong><br />

� <strong>Surgery</strong> for Congenital Heart Disease<br />

Go to http://cme.ctsnetjournals.org to access<br />

CME activities. Read a CME-designated<br />

article; take the CME activity test<br />

and evaluation quiz; and print your own<br />

certificate. ■<br />

AATS Reception - National Constitution Center<br />

AATS Annual Meeting Accreditation<br />

The American Association for <strong>Thoracic</strong> <strong>Surgery</strong> is accredited by the<br />

Accreditation Council for Continuing Medical Education to provide<br />

continuing medical education for physicians.<br />

This activity has been approved for AMA PRA Category 1 Credit(s) TM .


MARCH 2011 • THORACIC SURGERY NEWS DEVICES, DRUGS & TRIALS 13<br />

PROTECT Opens Door to Biomarker-Guided HF Therapy<br />

BY BRUCE JANCIN<br />

Elsevier Global Medical <strong>News</strong><br />

CHICAGO – Using N-terminal prohormone<br />

brain natriuretic peptide levels to<br />

guide therapy in patients with systolic<br />

heart failure proved superior to standard<br />

of care management in terms of cardiovascular<br />

event rates, quality of life, and<br />

echocardiographic parameters in the randomized<br />

prospective PROTECT trial.<br />

“If duplicated in larger cohorts, treatment<br />

guided by NT-proBNP may represent<br />

a new paradigm for heart failure<br />

care,” Dr. James L. Januzzi Jr. said at the<br />

annual scientific sessions of the American<br />

Heart Association..<br />

PROTECT (the ProBNP Outpatient<br />

Tailored Chronic Heart Failure Therapy<br />

study) was a single-center unblinded trial<br />

of 151 patients with systolic heart failure<br />

and a mean left ventricular ejection<br />

fraction of 27%. They were randomized<br />

to standard guideline-driven management<br />

on the basis of heart failure signs<br />

and symptoms or to the same approach<br />

with the added goal of reducing NTproBNP<br />

levels to 1,000 pg/mL or less, a<br />

threshold previously shown to predict<br />

risk in heart failure patients.<br />

Participants were scheduled for quarterly<br />

clinic visits, with extra ones as needed<br />

to achieve therapeutic goals, said Dr.<br />

Januzzi, director of the cardiac intensive<br />

care unit at Massachusetts General Hospital,<br />

Boston.<br />

The study was halted early for ethical<br />

reasons after 10 months. At that point a<br />

total of 100 cardiovascular events – worsening<br />

heart failure, heart failure hospitalization,<br />

acute coronary syndrome,<br />

ventricular arrhythmias, cerebral ischemia,<br />

or cardiovascular death – had<br />

If duplicated in<br />

larger cohorts,<br />

NT-proBPN–guided<br />

treatment may<br />

represent a new<br />

paradigm for<br />

heart failure care.<br />

DR. JANUZZI<br />

occurred in the standard-treatment group,<br />

compared with 58 events in patients on<br />

NT-proBNP–guided therapy. The major<br />

difference between the two study arms<br />

was the sharply lower likelihood of worsening<br />

heart failure or heart failure hospitalization<br />

in the NT-proBNP–guided arm.<br />

Importantly, the reduction in cardiovascular<br />

events was similar in patients over<br />

age 75 and in those who were younger.<br />

The secondary outcome of quality of<br />

life, assessed using the Minnesota Living<br />

with Heart Failure Questionnaire, also<br />

showed significantly greater improvement<br />

in the guided-treatment arm. In all,<br />

61% of subjects in the NT-proBNP–guided<br />

arm achieved at least a 10-point improvement<br />

over baseline, considered<br />

clinically meaningful, compared with<br />

39% on standard management.<br />

The guided-treatment group also did<br />

significantly better in terms of secondary<br />

echocardiographic end points, with larger<br />

improvements in left ventricular<br />

ejection fraction and in ventricular remodeling<br />

as reflected by changes in LV<br />

end-systolic and end-diastolic volume index,<br />

the cardiologist continued.<br />

NT-proBNP–guided therapy proved<br />

safe and was well tolerated, with no significant<br />

increase in adverse events.<br />

Patients in the guided-treatment arm<br />

had a median of six clinic visits, compared<br />

with five with standard management. The<br />

median baseline NT-proBNP level in the<br />

guided-therapy arm was 2,344 pg/mL. It<br />

fell to 1,125 pg/mL, with 44% of subjects<br />

in the guided-therapy arm attaining an<br />

NT-proBNP of 1,000 pg/mL or less.<br />

Up-titration of heart failure medications<br />

was common in both study arms,<br />

but was significantly greater in the NTproBNP<br />

group. A total of 63% of patients<br />

in the guided-therapy arm were<br />

placed on an aldosterone blocker, com-<br />

pared with 45% of controls.<br />

Session cochair Dr. Gregg C. Fonarow<br />

said in an interview that he views PRO-<br />

TECT as a successful proof-of-concept<br />

study. But before biomarker-guided treatment<br />

of heart failure becomes part of<br />

guideline-recommended, routine outpatient<br />

care, it will be necessary to see if the<br />

Massachusetts General Hospital experience<br />

can be extended to other settings, including<br />

primary care practices, where<br />

many patients with heart failure receive<br />

their treatment. This will require a large<br />

multicenter trial with a diverse group of<br />

clinicians; randomization by site; and hard<br />

clinical end points, including mortality. A<br />

proposal for such a study has been presented<br />

to the National Heart, Lung, and<br />

Blood Institute for funding consideration.<br />

“It’s a large and expensive trial, but the<br />

impact is potentially profound,” said Dr.<br />

Fonarow, professor of medicine and director<br />

of the Ahmanson-UCLA Cardiomyopathy<br />

Center, Los Angeles.<br />

“Given the costs of heart failure and the<br />

tremendous number of outpatient visits<br />

for this disease, if we truly had a well-validated<br />

guide using biomarkers, that<br />

would be a phenomenal advance.”<br />

The PROTECT trial was sponsored in<br />

part by Roche Diagnostics. Dr. Januzzi<br />

declared he serves as a consultant to and<br />

speaker for the company. ■


14 MARCH 2011 • THORACIC SURGERY NEWS<br />

CLASSIFIEDS<br />

Also available at www.imngmedjobs.com<br />

FELLOWSHIPS<br />

The UPMC Department of Cardiothoracic <strong>Surgery</strong> offers the following one-year<br />

fellowships:<br />

• Advanced General <strong>Thoracic</strong> and Minimally Invasive <strong>Surgery</strong><br />

• Adult Advanced Cardiac <strong>Surgery</strong><br />

• Cardiopulmonary Transplantation and Cardiac Assist Device<br />

• Pediatric Cardiac <strong>Surgery</strong><br />

Each fellowship offers a position at the instructor level, with a competitive salary, and is<br />

designed for board certified or board eligible cardiothoracic surgeons or those with<br />

comparable training or experience. Fellows are encouraged to participate in clinical<br />

research efforts and present at national and international meetings.<br />

________________________________________________________<br />

The Advanced General <strong>Thoracic</strong> & Minimally Invasive <strong>Surgery</strong> Fellowship is<br />

designed to offer experience in minimally invasive surgical techniques of the lung,<br />

esophagus and mediastinum. The individuals will gain significant expertise in<br />

minimally invasive esophagectomy, laparoscopic anti-reflux surgery, thoracoscopic<br />

lobectomy, CT-guided chest interventions, endoscopic therapy and many other<br />

advanced minimally invasive procedures of the chest and foregut.<br />

Program Director: James D. Luketich, MD; Chief, Division of <strong>Thoracic</strong> and Foregut<br />

<strong>Surgery</strong>; Chair, Department of Cardiothoracic <strong>Surgery</strong><br />

The Adult Advanced Cardiac <strong>Surgery</strong> Fellowship is designed to provide advanced,<br />

concentrated training in adult cardiac surgery to refine and advance the fellows’ surgical<br />

skills required to treat adult and acquired cardiac disease. Candidate must have<br />

completed a two-year cardiothoracic surgery residency accredited by the ACGME or<br />

comparable training and experience in a non-accredited program.<br />

Program Director: James D. Luketich, MD; Chair, Dept. of Cardiothoracic <strong>Surgery</strong><br />

The Cardiopulmonary Transplantation and Cardiac Assist Device Fellowship<br />

provides extensive exposure in the disciplines of heart transplantation, lung<br />

transplantation, mechanical cardiac assistance and other aspects of surgical therapy for<br />

end-stage heart failure. It is anticipated that fellows will meet UNOS requirements for<br />

heart and lung transplantation during the fellowship.<br />

Program Director: Yoshiya Toyoda, MD; Director, Cardiopulmonary Transplantation;<br />

Surgical Director, Pediatric Lung and Heart-Lung Transplantation<br />

The Pediatric Cardiac <strong>Surgery</strong> Fellowship offers an investigational year in<br />

ventricular mechanical support and a clinical year that will provide extensive exposure<br />

in the management of simple and complex congenital heart lesions, including<br />

cardiopulmonary transplantation and assist devices.<br />

Program Director: Victor O. Morell, MD, Chief, Pediatric Cardiac <strong>Surgery</strong><br />

________________________________________________________<br />

Applicants should submit letter of fellowship preference/interest, current curriculum vitae, 3<br />

reference letters, USMLE & ECFMG status, and current Visa status (if applicable) to:<br />

Christine Regan Carey, Fellowship Coordinator<br />

UPMC Presbyterian, Suite C-700<br />

200 Lothrop Street<br />

Pittsburgh, PA 15213<br />

(412) 648-6359 or careycr@upmc.edu<br />

Disclaimer<br />

THORACIC SURGERY NEWS assumes the statements made in classified advertisements are accurate,<br />

but cannot investigate the statements and assumes no responsibility or liability concerning<br />

their content. The Publisher reserves the right to decline, withdraw, or edit<br />

advertisements. Every effort will be made to avoid mistakes, but responsibility cannot be<br />

accepted for clerical or printer errors.<br />

CLASSIFIED DEADLINES<br />

AND INFORMATION:<br />

Contact: Robert Zwick<br />

(973) 290-8226<br />

Email ad to:<br />

r.zwick@elsevier.com<br />

R<br />

Put your money<br />

where your heart is.<br />

American<br />

Heart<br />

Association<br />

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RIGHT BRAIN:<br />

WOW<br />

It’s time to be WOWed even more.<br />

Introducing our black reloads.<br />

Innovating More<br />

So You Can Do More<br />

**Due to stronger knife bar, higher compression force, and improved firing mechanism. 1. Indicated tissue thickness range: Endo GIA black reload (2.25mm to 3.00mm) vs. Echelon Flex* green reload (2.00mm).<br />

COVIDIEN, COVIDIEN with logo, and Covidien logo, are U.S. and/or internationally registered trademarks of Covidien AG. *Trademark of its respective owner.


To learn more and request a demonstration of<br />

Tri-Staple Technology, visit www.tristaple.com.<br />

COVIDIEN, COVIDIEN with logo, and Covidien logo, are U.S. and/or internationally registered trademarks of Covidien AG.<br />

Get in the thick of it<br />

Covidien’s new black reloads enable surgeons to<br />

staple into extra-thick tissue previously beyond<br />

the indications of any MIS stapler.<br />

Innovating More<br />

So You Can Do More

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