Academy of Distinguished Medical Educators - Pritzker School of ...
Academy of Distinguished Medical Educators - Pritzker School of ...
Academy of Distinguished Medical Educators - Pritzker School of ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong><br />
<strong>Medical</strong> <strong>Educators</strong><br />
<strong>Medical</strong> education day<br />
Thursday, November 17, 2011<br />
Proceedings
the acadeMy <strong>of</strong> distinguished <strong>Medical</strong> educators<br />
<strong>Medical</strong> education day<br />
thursday, noveMber 17, 2011<br />
The <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong> was founded in 2006 to support and promote research,<br />
innovation, and scholarship in medical education at the University <strong>of</strong> Chicago. The <strong>Academy</strong> is led by<br />
Halina Brukner, MD, Pr<strong>of</strong>essor <strong>of</strong> Medicine and Associate Dean <strong>of</strong> <strong>Medical</strong> <strong>School</strong> Education.<br />
In addition to hosting <strong>Medical</strong> Education Day, the <strong>Academy</strong> sponsors faculty development workshops<br />
throughout the year and funds scholarship in medical education.<br />
Keynote Speaker<br />
Lisa Coplit, MD<br />
Associate Dean for Assessment and Faculty Development<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Quinnipiac University <strong>School</strong> <strong>of</strong> Medicine<br />
Clerkship and Program Directors’ Education Workshop<br />
Gordon Center for Integrative Science, Room W301-303 8:00-11:30 am<br />
Residents ARE Teachers<br />
Halina Brukner, MD; H. Barrett Fromme, MD, MHPE; and the Residents Are Teachers<br />
Steering Committee<br />
Keynote Address<br />
UCMC P-117 12:00-1:00 pm<br />
The Value, Rewards, and Evidence for Residents as Teachers<br />
Lisa Coplit, MD<br />
Poster Session<br />
DCAM 4 th Floor Atrium 2:00-4:00 pm<br />
Innovations and Research in <strong>Medical</strong> Education at the University <strong>of</strong> Chicago<br />
Plenary Poster Presentations: Three Oral Abstracts<br />
DCAM 4 th Floor Atrium 4:00-5:00 pm<br />
• Geriatrics and Aging through Transitional Environments (GATE) MS1 Curriculum: Obtaining a<br />
Functional History<br />
• The Use <strong>of</strong> an Educational Simulation to Improve Neurology Resident Knowledge <strong>of</strong> and Experience<br />
with Thrombolytic Therapy<br />
• Characterizing Physician Listening Behavior During Hospitalist Hand<strong>of</strong>fs using the HEAR<br />
Checklist<br />
Awards Ceremony & Reception<br />
DCAM 4 th Floor Atrium 5:00-6:30 pm<br />
Induction <strong>of</strong> new Masters and Fellows <strong>of</strong> the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong><br />
Presentation <strong>of</strong> the LDH Wood Teaching Scholar Award<br />
3
Table <strong>of</strong> Contents<br />
Keynote Speaker .......................................................................................................................................................1<br />
LDH Wood Teaching Scholar Award....................................................................................................................2<br />
Founding Members <strong>of</strong> the <strong>Academy</strong> ......................................................................................................................3<br />
Masters <strong>of</strong> the <strong>Academy</strong> .........................................................................................................................................4<br />
New Masters <strong>of</strong> the <strong>Academy</strong> ................................................................................................................................5<br />
Fellows <strong>of</strong> the <strong>Academy</strong> .........................................................................................................................................6<br />
New Fellows <strong>of</strong> the <strong>Academy</strong> .................................................................................................................................8<br />
Poster Listings<br />
<strong>Medical</strong> Education and Innovation<br />
1. Learner Perceptions <strong>of</strong> an Ad-Hoc versus Modular Didactic Curriculum in Emergency<br />
Medicine Residency ....................................................................................................................................12<br />
Lindsay Jin, MD; James Ahn, MD; Christine Babcock, MD, MSc<br />
2. Entrustment, Supervision and Autonomy <strong>of</strong> Housestaff During Inpatient Medicine<br />
Rotations: A Qualitative Study ................................................................................................................13<br />
Kevin Choo, MS3; Vineet Arora, MD, MAPP; Paul Barach, MD, MPH;<br />
Jeanne Farnan, MD, MHPE<br />
3. Survey <strong>of</strong> Problem Based Learning for <strong>Medical</strong> Student Pain Curricula .........................................14<br />
Dalia Elm<strong>of</strong>ty, MD; Magdalena Anitescu, MD, PhD; Ashley Agerson, MD<br />
4. Teaching Self-Directed Learning: Can This Be Done? ..........................................................................15<br />
Susan Glick, MD; Jennifer Glick, ; Maureen Willcox, MS4; Patrick O’Connor;<br />
Michael O’Connor, MD<br />
5. Use <strong>of</strong> Problem Based Learning Discussions To Allow <strong>Medical</strong> Student Cognitive Autonomy .....16<br />
Michael Hernandez, MD; Igor Tkachenko, MD, PhD; Catherine Bachman, MD<br />
6. Visual Art and Medicine: A New Elective for 1st, 2nd and 4th Year Students at <strong>Pritzker</strong> ............17<br />
Nicole Baltrushes, MS4; Celine Goetz, MD; Laura Hodges, MS4; Joel Schwab, MD<br />
7. Clinical Simulation Initiative in Psychiatry for <strong>Medical</strong> Students: Development <strong>of</strong> a<br />
Free National Database .............................................................................................................................18<br />
Michael Marcangelo, MD; Angela Blood, MPH, MBA; Laura Hodges, MS4<br />
8. Geriatrics and Aging through Transitional Environments (GATE) MS1 Curriculum:<br />
Obtaining a Functional History ..............................................................................................................19<br />
Seema Limaye, MD; Shellie Williams, MD; Sandy Smith, PhD; Aliza Baron, MA<br />
9. Responding to Student-Identified Learning Needs: A Mixed Method Survey to Guide<br />
the Family Medicine Curriculum .............................................................................................................20<br />
Kohar Jones, MD; Mari Egan, MD, MHPE; Irma Dahlquist<br />
10. <strong>Medical</strong> Students as Hospice Volunteers: Influence <strong>of</strong> an Early Experiential Training<br />
Program in End-<strong>of</strong>-Life Care Education .................................................................................................21<br />
Melissa Mott, PhD, MS3; Stacie Levine, MD; Rita Gorawara-Bhat, PhD<br />
11. Improving Student-Run Free Clinic Care Through Pre-Clinical Student Didactic<br />
Intervention: A Pilot Feasibility Study ...................................................................................................22<br />
Andrew W. Phillips, MEd, MS4; Kristine Bordenave, MD; Rita Rossi-Foulkes, MD, MS<br />
12. Integration <strong>of</strong> the Virtual Human Embryo into the First Year Anatomy Curriculum ....................23<br />
Callum Ross, PhD; James O’Reilly, PhD; Quinn Dombrowski; Sam Quinan<br />
Research funded by the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong><br />
<strong>Educators</strong>’ Grants for <strong>Medical</strong> Student Education<br />
Research funded by the Graduate <strong>Medical</strong> Education Executive<br />
Committee’s Grants for Resident/Fellow Education<br />
Poster chosen for the 2011 Plenary Poster Presentation <strong>Medical</strong> Education Research, Innovation, Teaching and Scholarship<br />
7<br />
Scholarship & Discovery
Table <strong>of</strong> Contents<br />
13. Qualitative Analysis <strong>of</strong> First Year <strong>Medical</strong> <strong>School</strong> Orientation ........................................................24<br />
Sean Swearingen, MS2; H. Barrett Fromme, MD, MHPE; Shalini Reddy, MD<br />
14. Graduate <strong>Medical</strong> Education in Frailty: The SAFE Clinic ...................................................................25<br />
Katherine Thompson, MD; Megan Huisingh-Scheetz, MD, MPH; Lisa Mailliard, APN, MSN;<br />
Patricia Rush, MD, MBA<br />
15. Geriatrics and Aging through Transitional Environments (GATE) MS2 Curriculum:<br />
Introduction to Geriatric Assessments ..................................................................................................26<br />
Shellie Williams, MD; Seema Limaye, MD; Sandy Smith, PhD; Aliza Baron, MA<br />
16. The Hand-<strong>of</strong>f CEX: Instrument Development and Validation .............................................................27<br />
Saba Berhie, MS2; Vineet Arora, MD, MAPP; Paul Staisiunas; Jeanne Farnan, MD, MHPE<br />
Patient Safety and Quality Improvement<br />
17. Improving Post-Hospital Follow-up for Resident Clinic Patients Through a New<br />
Discharge Clinic ........................................................................................................................................28<br />
Katrina Booth, MD; Amber Pincavage, MD; Lisa Vinci, MD; Beth White, PharmD<br />
18. Characterizing Physician Listening Behavior During Hospitalist Hand<strong>of</strong>fs using the<br />
HEAR Checklist .........................................................................................................................................29<br />
Elizabeth Greenstein, MS3; Vineet Arora, MD, MAPP; Paul Staisiunas;<br />
Jeanne Farnan, MD, MHPE<br />
19. Risk <strong>of</strong> Resident Clinic Hand<strong>of</strong>fs: Showing up is Half the Battle .....................................................30<br />
Amber Pincavage, MD; Megan Prochaska, MD; Julie Oyler, MD; Vineet Arora, MD, MAPP<br />
20. <strong>Medical</strong> Education Curricula: Integrating Healthcare Quality and Patient Safety ......................31<br />
Elizabeth Rodriguez, MBA, MS; Kevin Weiss, MD, MPH<br />
Technology and Simulation<br />
21. Role <strong>of</strong> Social Media in Graduate <strong>Medical</strong> Education: A Blogger’s Perspective .............................32<br />
Wilma Chan, MD; James Ahn, MD; Alisa McQueen, MD; Christine Babcock, MD, MSc<br />
22. Exploring Opportunities and Challenges Posed by Technology Integration:<br />
A Simulation Workshop for First Year <strong>Medical</strong> Students ...................................................................33<br />
Vikrant Jagadeesan, MS2; Angela Blood, MPH, MBA; Stephen Small, MD; Saeed Richardson<br />
23. ABCs in the Sandbox: Interdisciplinary Trauma Team Training ........................................................34<br />
Alisa McQueen, MD; Michele Harris-Rosado, RN, BSN; Grace Mak, MD; Mindy Statter, MD<br />
24. Participant Satisfaction with Simulation <strong>of</strong> Minimally Invasive Spine Surgery Using<br />
Virtual Reality and Haptics .....................................................................................................................35<br />
Ben Roitberg, MD; Pat Banerjee, PhD<br />
25. Incorporating Ultrasound Education into Anesthesia Resident Training:<br />
A Two Year Study ........................................................................................................................................36<br />
Matthew Satterly, MD; Angela Blood, MPH, MBA; Jeffrey Katz, MD<br />
26. Pilot Curriculum for Teaching Residents Single Incision Laparoscopic Surgery (SILS):<br />
A Patient Safety Initiative .........................................................................................................................37<br />
Nancy Schindler, MD; Michael Ujiki, MD; Vivek Prachand, MD; Jose Velasco, MD<br />
Research funded by the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong><br />
<strong>Educators</strong>’ Grants for <strong>Medical</strong> Student Education<br />
Research funded by the Graduate <strong>Medical</strong> Education Executive<br />
Committee’s Grants for Resident/Fellow Education<br />
Poster chosen for the 2011 Plenary Poster Presentation <strong>Medical</strong> Education Research, Innovation, Teaching and Scholarship<br />
8<br />
Scholarship & Discovery
Table <strong>of</strong> Contents<br />
27. Publishing Evidence-based Medicine Writing Projects with Students ..............................................38<br />
Umang Sharma, MD; Mari Egan, MD, MHPE; Adam Mikolajczyk, MD<br />
28. Simulation-based Ultrasound Guidance and Procedure Training in Hospital Medicine:<br />
A Faculty Development Pilot Project .....................................................................................................39<br />
Nilam Soni, MD; Angela Blood, MPH, MBA; Stephen Small, MD<br />
29. The TIME (Technology in <strong>Medical</strong> Education) Project 2011: An Update– The Past,<br />
Present and Future ....................................................................................................................................40<br />
Scott Stern, MD; Brian Paterson<br />
30. The Use <strong>of</strong> an Educational Simulation to Improve Neurology Resident Knowledge <strong>of</strong><br />
and Experience with Thrombolytic Therapy ..........................................................................................41<br />
Rachel Stork, MS3; Jeffrey Frank, MD; Morris Kharasch, MD; Ernest Wang, MD<br />
31. Wait Till Your Father Sees This! Simulation Training for Residents During their<br />
Pediatric Anesthesia Rotation .................................................................................................................42<br />
Faculty<br />
Igor Tkachenko, MD; Michael Hernandez, MD; Stephen Small, MD<br />
32. Doctoring Without a Script: The Improvising Physician .....................................................................43<br />
Daniel Brauner, MD; Gretchen Case, PhD<br />
33. Migration Analysis <strong>of</strong> Physicians Practicing in Hawaii from 2009-2011 ............................................44<br />
Laura Dilly, MS4; Kelley Withy, MD, PhD; Goutham Rao, MD<br />
34. The Impact <strong>of</strong> Faculty Characteristics on Internal Medicine Residency Candidates<br />
Interview Scores .........................................................................................................................................45<br />
Julie Oyler, MD; Jim Woodruff, MD; Jeff Charbeneau; Vineet Arora, MD, MAPP<br />
35. Relationship Between Inpatient Attending Physician Workload and Teaching Before<br />
and After Duty Hours: . A Seven Year Study ..........................................................................................46<br />
Lisa Roshetsky, MD; David Meltzer, MD, PhD; Holly Humphrey, MD;<br />
Vineet Arora, MD, MAPP<br />
Global Health<br />
36. Developing a Community-Based Family Medicine Clerkship in Wuhan, China ..................................47<br />
Nicole Baltrushes, MS4; Mari Egan, MD, MHPE; Sarah-Anne Schumann, MD;<br />
Renslow Sherer, MD<br />
37. Pre-hospital Disaster Management Education in Emergency Settings: Results <strong>of</strong> a<br />
Five-month Community-based Program in Rural Haiti.........................................................................48<br />
Corey Bills, MD, MPH; Christine Babcock, MD, MSc, MSc; Luke Davies;<br />
Christian Theodosis, MD, MPH<br />
38. A Community-based Cholera Surveillance and Education Program in Eastern Haiti .....................49<br />
Corey Bills, MD, MPH; Christine Babcock, MD, MSc; Luke Davies; Christian<br />
Theodosis, MD, MPH<br />
39. Assessment <strong>of</strong> Clinical Reasoning Skills <strong>of</strong> the Fifth Year <strong>Medical</strong> Students at<br />
Wuhan University .......................................................................................................................................50<br />
Aaron Cohn, MD; Nancy Luo, MD; Kate Lemler, MS4; Renslow Sherer, MD; Scott Stern, MD<br />
Research funded by the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong><br />
<strong>Educators</strong>’ Grants for <strong>Medical</strong> Student Education<br />
Research funded by the Graduate <strong>Medical</strong> Education Executive<br />
Committee’s Grants for Resident/Fellow Education<br />
Poster chosen for the 2011 Plenary Poster Presentation <strong>Medical</strong> Education Research, Innovation, Teaching and Scholarship<br />
9<br />
Scholarship & Discovery
Table <strong>of</strong> Contents<br />
40. Development <strong>of</strong> a Communication Skills Curriculum at Wuhan University <strong>Medical</strong><br />
<strong>School</strong>: Implementing a Peer Role-playing Workshop ..........................................................................51<br />
Wei Wei Lee, MD, MPH; Renslow Sherer, MD<br />
41. Attitudes Toward Neurology in <strong>Medical</strong> Students in Wuhan, China ................................................52<br />
Rimas Lukas, MD; Brian Cooper; Ivy Morgan; Renslow Sherer, MD<br />
42. Planning for The Start <strong>of</strong> Internship - Survey and Focused Interviews at a Chinese<br />
<strong>Medical</strong> <strong>School</strong> ..........................................................................................................................................53<br />
Yang Shen, MD; Hong Lei, MD; James Woodruff, MD; Renslow Sherer, MD<br />
43. Evaluation <strong>of</strong> Student Attitudes and Training towards Geriatrics and Palliative Care<br />
in Wuhan, China ..........................................................................................................................................54<br />
Sandra Shi, MS2; Renslow Sherer, MD; Ivy Morgan; Hongmei Dong<br />
44. Observational Study <strong>of</strong> Hand Hygiene Compliance Rates in Intensive Care Units in<br />
Wuhan, China ..............................................................................................................................................55<br />
Lisa Sun, MS2; Wenjing Zong, MS2; Renslow Sherer, MD<br />
Community and Patient Health<br />
45. A Qualitative Analysis <strong>of</strong> Interviews with Participants <strong>of</strong> the Literature & Medicine<br />
Program at Select Veterans Administration <strong>Medical</strong> Centers ...........................................................56<br />
Abigail Cutler, MS3; Gabrielle Schaefer, MS3; H. Barrett Fromme, MD, MHPE<br />
46. Communication and Utilization <strong>of</strong> Healthcare Services Amongst Adolescents ..............................57<br />
Sarah Horvath, MS4; Kavitha Selvaraj, MS4; Sophie Shay, MS4;<br />
H. Barrett Fromme, MD, MHPE<br />
47. Development <strong>of</strong> a Website for Transition Care for Providers, Patients, and their<br />
Families ........................................................................................................................................................58<br />
Amy Lo, MD; Jennifer McDonnell, MD; Kruti Acharya, MD; Rita Rossi-Foulkes, MD<br />
48. Development <strong>of</strong> an Educational Intervention for Resident Education Regarding<br />
Transition Care <strong>of</strong> Youth with Special Health Care Needs.................................................................59<br />
Jennifer McDonnell, MD; Amy Lo, MD; Sara Platte, MD; Rita Rossi-Foulkes, MD<br />
49. Using Health Information Technology to Develop an Academic <strong>Medical</strong> Home:<br />
Effective Patient Education for Success in High <strong>School</strong> ....................................................................60<br />
Margaret Naunheim, MS3; Yingshan Shi, MD, MS; Janis Mendelsohn, MD; Michael Msall, MD<br />
50. Patient Perception <strong>of</strong> a Point-<strong>of</strong>-Care Tablet Computer (iPad) Being Used for<br />
Patient Education .......................................................................................................................................61<br />
Andrew Nickels, MD; Vesselin Dimov, MD; Valerie Press, MD; Raoul Wolf, MD<br />
51. Challenges in Transition: Barriers to Subspecialty Care for Adults with Developmental<br />
Disabilities .................................................................................................................................................62<br />
Joanna Perdomo, MS1; Alex Garnett, MS1; Richard Schroeder, MS1; Kamala Cotts, MD<br />
52. Predictors <strong>of</strong> Third Year <strong>Medical</strong> Students’ Intentions to Practice in Underserved<br />
Areas: A National Survey ...........................................................................................................................63<br />
Krishna Ravella; John Yoon, MD; Kenneth Rasinski, PhD; Farr Curlin, MD<br />
<strong>Academy</strong> Funded Research ........................................................... .......... ................................................. ...............69<br />
Request for Applications: <strong>Medical</strong> Education Research .............................................................................................70<br />
Research funded by the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong><br />
<strong>Educators</strong>’ Grants for <strong>Medical</strong> Student Education<br />
Research funded by the Graduate <strong>Medical</strong> Education Executive<br />
Committee’s Grants for Resident/Fellow Education<br />
Poster chosen for the 2011 Plenary Poster Presentation <strong>Medical</strong> Education Research, Innovation, Teaching and Scholarship<br />
10<br />
Scholarship & Discovery
Keynote Speaker<br />
Lisa Coplit, MD<br />
Associate Dean for Assessment and Faculty Development<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Quinnipiac University <strong>School</strong> <strong>of</strong> Medicine<br />
Lisa Coplit, MD recently joined the Quinnipiac <strong>School</strong> <strong>of</strong> Medicine as an Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine and<br />
the Associate Dean for Assessment and Faculty Development. She completed her medical school, residency,<br />
and chief resident training at the Boston University <strong>School</strong> <strong>of</strong> Medicine. Dr. Coplit is an alumna <strong>of</strong> both the<br />
Harvard-Macy Program for Physician <strong>Educators</strong> and the Stanford Faculty Development Program in Clinical<br />
Teaching Skills.<br />
Prior to joining the faculty at Quinnipiac, Dr. Coplit was the Director <strong>of</strong> the Institute for <strong>Medical</strong> Education<br />
(IME) at the Mount Sinai <strong>School</strong> <strong>of</strong> Medicine (MSSM) in New York. As the Director <strong>of</strong> the IME, she worked<br />
with other medical educators to create and implement faculty development and pr<strong>of</strong>essional development<br />
programs for educational leaders, basic science faculty, clinical faculty, residents, and medical students.<br />
Dr. Coplit served as the Co-Developer and Director <strong>of</strong> the Resident Teaching Development Program, a<br />
multi-specialty teaching skills curriculum for all residents at Mount Sinai Hospital and its twelve affiliates.<br />
She developed the “Teach the Teacher” curriculum which trained Mount Sinai and affiliate faculty to instruct<br />
teaching skills courses for the faculty and residents in their respective departments. Additionally, Dr. Coplit<br />
directed MSSM’s annual Educational Leadership Conference, similar to the University <strong>of</strong> Chicago’s <strong>Medical</strong><br />
Education Day. She also co-directed <strong>Medical</strong> Education Grand Rounds, a fourth year medical student elective<br />
called “Becoming a <strong>Medical</strong> Teacher,” and helped to launch Training Tomorrow’s Teachers Today for medical<br />
students from around the country. Dr. Coplit was a member <strong>of</strong> the Curriculum Reform Team and Chair <strong>of</strong><br />
the subcommittee to develop medical school competencies and teaching formats at MSSM. She served as Co-<br />
Director <strong>of</strong> the MSSM Curriculum Content Reform Task Force, whose role is to ensure a comprehensive review<br />
<strong>of</strong> the undergraduate medical education curriculum at MSSM.<br />
Dr. Coplit has published extensively on issues <strong>of</strong> medical education, particularly in the development and<br />
support <strong>of</strong> both medical students and residents in their teaching roles. Her work has appeared in Academic<br />
Medicine, <strong>Medical</strong> Education, and the Journal <strong>of</strong> General Internal Medicine.<br />
Dr. Coplit is active in both regional and national medical education organizations, and for the past two years<br />
has led the Academies Collaborative, a national organization <strong>of</strong> over thirty medical school Academies <strong>of</strong> <strong>Medical</strong><br />
<strong>Educators</strong>. Currently, she is designing the programmatic assessments and the faculty development curriculum at<br />
Quinnipiac University <strong>School</strong> <strong>of</strong> Medicine.<br />
1
LDH Wood Teaching Scholar Award<br />
Wylie Leighton McNabb, EdD<br />
Associate Faculty Dean <strong>of</strong> <strong>Medical</strong> Education Emeritus<br />
Emeritus Director, Center for Research in <strong>Medical</strong> Education and Health Care<br />
Dr. Wylie McNabb served as the Director <strong>of</strong> the Center for Research in <strong>Medical</strong><br />
Education and Health Care at the University <strong>of</strong> Chicago for more than fifteen<br />
years, and as Associate Faculty Dean <strong>of</strong> <strong>Medical</strong> Education at the University<br />
from 1986 through 2002. During his years <strong>of</strong> valued service to the University<br />
<strong>of</strong> Chicago and the Department <strong>of</strong> Medicine, Dr. McNabb was the Principal<br />
Investigator for more than a dozen grants and published several groundbreaking<br />
works in the areas <strong>of</strong> health pr<strong>of</strong>essions education, behavioral medicine, faculty and student evaluation,<br />
minority health, and lifestyle management issues in pulmonary, endocrine, and cardiovascular diseases.<br />
Dr. McNabb was the Principal Investigator <strong>of</strong> the Chicago Diabetes Demonstration and Education Cores,<br />
ushering in advancements in our knowledge <strong>of</strong> diabetes education. He served as the Co-Director <strong>of</strong> the Chicago<br />
Diabetes Research & Training Center with Drs. Arthur Rubenstein and Kenneth Polonsky. He was appointed<br />
as the University <strong>of</strong> Chicago’s Clerkship Director for the new Family Medicine Clerkship at MacNeal Hospital.<br />
His efforts in this endeavor led to the garnering <strong>of</strong> a $5 million grant award from the MacNeal Education<br />
Foundation to establish a permanent Department <strong>of</strong> Family Medicine at the University <strong>of</strong> Chicago <strong>Medical</strong><br />
Center.<br />
Dr. McNabb has been a pioneer in introducing new pedagogic practices and innovative evaluation<br />
methodologies into medical education programs at the University <strong>of</strong> Chicago. In 1986, he introduced the use<br />
<strong>of</strong> standardized patients to assess and enhance the clinical skills <strong>of</strong> medical students, residents, and fellows. In<br />
cooperation with Dr. Eugene Geppert, he developed and established the “head to toe” physical examination<br />
using standardized patients as a requirement for passing the Physical Diagnosis course. Dr. McNabb oversaw<br />
the design and implementation <strong>of</strong> the first Clinical Performance Center on the University <strong>of</strong> Chicago campus.<br />
Another contribution was Dr. McNabb’s implementation <strong>of</strong> a comprehensive and standardized approach<br />
to student evaluation, requiring faculty observation <strong>of</strong> medical student performance <strong>of</strong> history and physical<br />
examination at both the beginning and the end <strong>of</strong> the Family Medicine clerkship. He instituted the use <strong>of</strong><br />
patient and procedure encounter forms for students to identify the types <strong>of</strong> patients seen and types <strong>of</strong> medical<br />
procedures performed. These strategies and instruments for student evaluation were ultimately adopted by all<br />
clinical clerkships in the medical school. Finally, Dr. McNabb also made a major contribution to the system<br />
<strong>of</strong> faculty evaluation by developing a standardized unified approach for the evaluation <strong>of</strong> faculty teaching by<br />
students, which is still being utilized today.<br />
Now retired, Dr. McNabb continues to contribute to the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine as a Senior Evaluation<br />
Consultant for the <strong>Pritzker</strong> Initiative.<br />
2
Founding Members <strong>of</strong> the <strong>Academy</strong><br />
The core missions <strong>of</strong> the <strong>Academy</strong> are to:<br />
• Promote excellence in teaching at the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine.<br />
• Support scholarship among medical educators.<br />
• Enhance the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine curriculum by supporting, recognizing, and rewarding its outstanding teachers.<br />
• Build community among medical educators at the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine.<br />
• Facilitate the creation <strong>of</strong> an environment that enhances the status <strong>of</strong> medical educators at the University <strong>of</strong> Chicago.<br />
Halina Brukner, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Associate Dean for <strong>Medical</strong> Education<br />
Eric Lombard, PhD<br />
Pr<strong>of</strong>essor <strong>of</strong> Organismal Biology and<br />
Anatomy (Emeritus)<br />
Scott Stern, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Assistant Dean for Technology and<br />
Innovation in <strong>Medical</strong> Education<br />
Bruce Gewertz, MD<br />
Former Pr<strong>of</strong>essor<br />
and Chairman <strong>of</strong> Surgery<br />
(1981-2006)<br />
Stephen C. Meredith, MD, PhD<br />
Pr<strong>of</strong>essor <strong>of</strong> Pathology and<br />
Biochemistry and Molecular Biology<br />
Ting-Wa Wong, MD, PhD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Pathology<br />
3<br />
Holly J. Humphrey, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Dean for <strong>Medical</strong> Education<br />
Mark Siegler, MD<br />
Lindy Bergman Pr<strong>of</strong>essor <strong>of</strong><br />
Medicine and Surgery<br />
Lawrence D.H. Wood, MD, PhD<br />
Pr<strong>of</strong>essor <strong>of</strong> Medicine (Emeritus)<br />
Former Dean for <strong>Medical</strong><br />
Education (1996-2003)
Masters <strong>of</strong> the <strong>Academy</strong><br />
Masters are faculty members who were inducted into the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong> because<br />
<strong>of</strong> their long-standing participation in medical education and their demonstration <strong>of</strong> the following:<br />
• Sustained excellence in teaching in the medical school.<br />
• Evidence <strong>of</strong> institutional impact <strong>of</strong> educational contributions.<br />
• Evidence <strong>of</strong> educational scholarship and/or innovation.<br />
• Serve as role models who inspire others with joy <strong>of</strong> teaching.<br />
Diane Altkorn, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Godfrey Getz, MD, PhD<br />
Donald N. <strong>Pritzker</strong><br />
Pr<strong>of</strong>essor <strong>of</strong> Pathology (Emeritus)<br />
Eugene B. Chang, MD<br />
Martin Boyer Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Patricia Kurtz, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Philip C. H<strong>of</strong>fman, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Joel Schwab, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Pediatrics<br />
4<br />
Adam Cifu, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Aliya N. Husain, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Pathology<br />
Mindy A. Schwartz, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Linda Druelinger, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Jerome Klafta, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Anesthesia<br />
and Critical Care
Newly Elected Masters <strong>of</strong> the <strong>Academy</strong><br />
Vineet Arora, MD, MAPP<br />
Associate Pr<strong>of</strong>essor <strong>of</strong><br />
Medicine; Section <strong>of</strong><br />
General Internal Medicine<br />
Dr. Vineet Arora holds<br />
multiple leadership positions<br />
at all stages <strong>of</strong> medical<br />
education at the University<br />
<strong>of</strong> Chicago. She is the Assistant Dean for Scholarship<br />
and Discovery, Co-Director <strong>of</strong> the NIH funded Summer<br />
Research Program at the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine,<br />
Associate Program Director for the Internal Medicine<br />
Residency Program, and Program Director <strong>of</strong> the<br />
MERITS Fellowship in <strong>Medical</strong> Education. Dr. Arora<br />
also contributes to pipeline programs into medical school<br />
through her leadership <strong>of</strong> the NIH-funded TEACH<br />
(Training Early Achievers for Careers in Health)<br />
Research Program, which aims to prepare and inspire<br />
Chicago Public <strong>School</strong> minority students to enter healthrelated<br />
research careers through a unique team structure<br />
<strong>of</strong> mentorship and realistic experiences. Dr. Arora has<br />
elevated medical education scholarship at the University<br />
<strong>of</strong> Chicago through her development, implementation,<br />
and leadership <strong>of</strong> the monthly Research and Innovation<br />
in <strong>Medical</strong> Education (RIME) conference, in which<br />
faculty and trainees from throughout the medical school<br />
can present their works in progress and exchange ideas<br />
about curriculum development and evaluation.<br />
Dr. Arora has spearheaded major institutional<br />
educational interventions at the University <strong>of</strong> Chicago,<br />
ranging from pharmaceutical industry interactions,<br />
sleep deprivation among housestaff, pr<strong>of</strong>essionalism,<br />
and hand-<strong>of</strong>f communications for medical students<br />
and residents. Her work has appeared in numerous<br />
journals, including the Journal <strong>of</strong> the American <strong>Medical</strong><br />
Association, Annals <strong>of</strong> Internal Medicine, Archives <strong>of</strong><br />
Internal Medicine, and Academic Medicine, and has<br />
received coverage from the New York Times, CNN,<br />
and US News & World Report. She has testified to the<br />
Institute <strong>of</strong> Medicine on resident duty hours and to the<br />
U.S. Congress about the increasing medical student<br />
debt and the primary care crisis. She is the recipient<br />
<strong>of</strong> numerous awards for her research and educational<br />
leadership, among them the 2011 Society <strong>of</strong> General<br />
Internal Medicine Mid-career Mentoring Award.<br />
5<br />
Callum Ross, PhD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong><br />
Organismal Biology and<br />
Anatomy<br />
Dr. Callum Ross serves as<br />
the Course Director for The<br />
Human Body, one <strong>of</strong> the<br />
centerpieces <strong>of</strong> the first year<br />
medical school curriculum. Dr. Ross gives the majority<br />
<strong>of</strong> lectures and attends all other lectures and labs,<br />
representing a significant commitment <strong>of</strong> time over the<br />
ten week experience. He works closely with his associate<br />
course directors and teaching assistants to ensure an<br />
outstanding educational experience.<br />
The Human Body is the most highly rated first year<br />
course at the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine. Dr. Ross’<br />
commitment to this course is reflected in his ongoing<br />
commitment to integrate new technologies, enhance<br />
quality and access to course material, and to support<br />
related educational initiatives. Under his leadership<br />
Radiology and Surgery have become integrated into<br />
the Human Body course in innovative ways. Dr. Ross<br />
has been chosen as one <strong>of</strong> the favorite faculty <strong>of</strong> the<br />
graduating <strong>Pritzker</strong> classes for many years.<br />
Dr. Ross also serves in a leadership capacity in the<br />
overall curriculum, as a member <strong>of</strong> the <strong>Pritzker</strong> Initiative<br />
Steering Committee, the Preclinical Curriculum Review<br />
Committee, and the Academic Progress Committee for<br />
Year 1. He has supported the expansion <strong>of</strong> the University<br />
<strong>of</strong> Chicago’s global health and medical education<br />
presence through his work on the Wuhan University<br />
<strong>Medical</strong> Education Reform (WUMER) Project Steering<br />
Committee.<br />
Additionally, Dr. Ross oversees an active research<br />
program in evolutionary morphology focusing on the<br />
biomechanics <strong>of</strong> the head, with special emphasis on<br />
the feeding apparatus. His research has resulted in the<br />
authoring and publication <strong>of</strong> over 45 peer-reviewed<br />
journal articles and book chapters. Dr. Ross is President<br />
<strong>of</strong> the Anatomical Gift Association <strong>of</strong> Illinois.
Fellows <strong>of</strong> the <strong>Academy</strong><br />
Catherine Bachman, MD<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Anesthesia and<br />
Critical Care<br />
H. Barrett Fromme, MD, MHPE<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Pediatrics<br />
Karen A. Kim, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
James Brorson, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Neurology<br />
Javad Hekmat-Panah, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Neurosurgery<br />
Neurology and Cancer Research<br />
Stacie Levine, MD<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
6<br />
Jeanne Farnan, MD, MHPE<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Nora Jaskowiak, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Surgery<br />
Karl Matlin, PhD<br />
Pr<strong>of</strong>essor <strong>of</strong> Surgery
Fellows <strong>of</strong> the <strong>Academy</strong><br />
Michael O’Connor, MD<br />
Pr<strong>of</strong>essor <strong>of</strong> Anesthesia and<br />
Critical Care<br />
David Rubin, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Monica Vela, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Shalini Reddy, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Sarah Stein, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine<br />
Darrel J. Waggoner, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong><br />
Human Genetics and Pediatrics<br />
7<br />
Kevin Roggin, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Surgery<br />
Sandra Valaitis, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Obstetrics<br />
and Gynecology<br />
James N. Woodruff, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine
Newly Elected Fellows <strong>of</strong> the <strong>Academy</strong><br />
Fellows are faculty members who were inducted into the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong> because<br />
<strong>of</strong> their demonstration <strong>of</strong> the following:<br />
• Recognized and well-documented excellence in teaching in the medical school.<br />
• Significant contributions to medical school courses or clerkships, including serving as course or clerkship<br />
director.<br />
• Potential for continued contributions and leadership in medical education.<br />
Keme Carter, MD<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Medicine; Section <strong>of</strong> Emergency Medicine<br />
Dr. Keme Carter is the Co-Clerkship Director for the Emergency Medicine Clerkship at the<br />
University <strong>of</strong> Chicago <strong>Medical</strong> Center. In this role, Dr. Carter has worked to ensure a very<br />
high standard <strong>of</strong> educational experience, which is borne out by the consistently outstanding<br />
evaluation scores provided by medical students. Under Dr. Carter’s leadership, Emergency<br />
Medicine became the first clerkship to introduce high fidelity simulation as a course<br />
requirement. Dr. Carter’s teaching is highly rated by students and in 2011, the graduating<br />
students selected her as one <strong>of</strong> the Faculty Favorite. In addition to her leadership role in this required clerkship,<br />
Dr. Carter is the course director for Introduction to Emergency Medicine, which provides an early exposure to<br />
clinical medicine for first and second year students. Dr. Carter serves as a faculty instructor for Physical Diagnosis<br />
and as a faculty sponsor for the Emergency Medicine Interest Group. Dr. Carter contributes to the Emergency<br />
Medicine residency through her work supporting residents as teachers, including material on effective teaching <strong>of</strong><br />
medical students, giving feedback, and incorporation <strong>of</strong> the medical student into the ED team. She contributes to<br />
the leadership <strong>of</strong> the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine through her participation on the Clinical Clerkship Curriculum<br />
Committee and the Academic Progress Committee for Years 3 and 4. On a national level, Dr. Carter is an active<br />
member <strong>of</strong> the Clerkship Directors in Emergency Medicine, and was recently elected to an advisor position in the<br />
<strong>Academy</strong> <strong>of</strong> Women in Academic Emergency Medicine.<br />
Heather A. Fagan, MD, MS<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Pediatrics<br />
Dr. Heather Fagan is the Program Director <strong>of</strong> the Pediatric Residency Training Program at the<br />
University <strong>of</strong> Chicago. In addition to her oversight <strong>of</strong> the core residency program, Dr. Fagan is<br />
also responsible for the nine subspecialty fellowships <strong>of</strong>fered in the Department <strong>of</strong> Pediatrics as<br />
well as the Child Neurology fellowship. Dr. Fagan has introduced multiple initiatives to ensure<br />
the highest possible standard <strong>of</strong> training <strong>of</strong> residents and fellows, including two mandatory<br />
fellow retreats per year to address such topics as pr<strong>of</strong>essionalism, problem based learning and<br />
systems based practice. In addition, Dr. Fagan has introduced an innovative and unique set <strong>of</strong> scholarship tracks to<br />
support the development <strong>of</strong> future leaders in pediatric medicine. Each track allows a resident to pursue a four-year<br />
residency training program which includes attaining a Master’s Degree in <strong>Medical</strong> Education, Public Policy, Health<br />
Economics, or Human Genomics. Other contributions to the Pediatric Residency include her work developing and<br />
facilitating the highly regarded monthly Morbidity and Mortality conference and a monthly “mock code” for Pediatric<br />
Residents. Dr. Fagan also facilitates the yearly “Intern Survival Series” lectures at the outset <strong>of</strong> the PGY-1 year. Dr.<br />
Fagan <strong>of</strong>fers a formal Pediatric Sedation and Procedure elective which is a required experience for multiple training<br />
programs. In addition to her role in graduate medical education, Dr. Fagan is the Course Director for the <strong>Pritzker</strong><br />
<strong>School</strong> <strong>of</strong> Medicine’s senior elective, Pediatric Sedation and Procedure Service.<br />
8
Newly Elected Fellows <strong>of</strong> the <strong>Academy</strong><br />
Sabrina Holmquist, MD, MPH<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Obstetrics and Gynecology<br />
Dr. Sabrina Holmquist serves as the Clerkship Director for the Obstetrics-Gynecology<br />
Clerkship. She also holds leadership positions as Associate Fellowship Director for Family<br />
Planning and Director <strong>of</strong> Education for the Ryan Center Training Program in the Department<br />
<strong>of</strong> Obstetrics-Gynecology. Dr. Holmquist has made a major impact on the Obstetrics-<br />
Gynecology clerkship through her work to ensure a high standard <strong>of</strong> educational experience.<br />
Under her leadership the Obstetrics and Gynecology clerkship has enjoyed significant<br />
improvement in ratings from students. Dr. Holmquist has also contributed to the education <strong>of</strong> medical students by<br />
overseeing the fourth year sub-internship in Obstetrics-Gynecology, as well as through her significant contribution<br />
to the required second year course Clinical Pathophysiology and Therapeutics. Dr. Holmquist has served as an<br />
educational leader in the Obstetrics-Gynecology residency program as director <strong>of</strong> the rotation in family planning. In<br />
this capacity, she has introduced a newly designed lecture series, an online case study system, a question database, and<br />
a preceptor program for residents. On the national level, Dr. Holmquist participates in the Association <strong>of</strong> Pr<strong>of</strong>essors <strong>of</strong><br />
Gynecology and Obstetrics Solvay Scholars Program. She is pursuing a Masters in Health Pr<strong>of</strong>essions Education at the<br />
University <strong>of</strong> Illinois-Chicago.<br />
John McConville, MD<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Medicine; Section <strong>of</strong> Pulmonary and Critical Care<br />
Dr. John McConville is the Internal Medicine Residency Program Director at the University<br />
<strong>of</strong> Chicago <strong>Medical</strong> Center. Before assuming this role in fall 2011, Dr. McConville served<br />
as the Pulmonary and Critical Care Fellowship Director. In this role, he made significant<br />
improvements to the structure and curriculum <strong>of</strong> the fellowship program, which included<br />
creating post-graduate-year specific goals and objectives for each clinical rotation, restructuring<br />
the curriculum <strong>of</strong> the weekly didactic conference, creating and organizing a two-week<br />
fellowship orientation program, designing a more comprehensive evaluation system <strong>of</strong> the clinical fellows; and<br />
designing and implementing an annual fellowship program evaluation system for both fellows and faculty. He created<br />
a four-hour class to teach chest tube insertion for in-house fellows as well as for other fellows in other universities in<br />
Chicago. Dr. McConville is currently creating a teaching curriculum that will incorporate web-based questionnaires,<br />
didactic lectures, and a simulation-based “hands-on” learning experience to standardize central line insertion practices<br />
throughout the Biological Sciences Division (BSD). Dr. McConville was the Department <strong>of</strong> Medicine’s 2010<br />
recipient <strong>of</strong> the Postgraduate Teaching Award and the inaugural winner <strong>of</strong> the BSD’s <strong>Distinguished</strong> Leader in Program<br />
Innovation Award. He has lectured at the American College <strong>of</strong> Chest Physicians Board Review course and at several<br />
international conferences and is a contributor to Harrison’s Principles <strong>of</strong> Internal Medicine.<br />
Babak Mokhlesi, MD, MSc<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine; Section <strong>of</strong> Pulmonary and Critical Care Medicine<br />
Dr. Babak Mokhlesi is the Director <strong>of</strong> the Sleep Disorders Center and the Director <strong>of</strong> the<br />
Sleep Fellowship Program at the University <strong>of</strong> Chicago <strong>Medical</strong> Center. In 2007, he developed<br />
the first ACGME-approved Sleep Medicine fellowship training program at the University <strong>of</strong><br />
Chicago, a program that is now the largest in the state <strong>of</strong> Illinois. Dr. Mokhlesi developed all<br />
aspects <strong>of</strong> the program, including curriculum, clinical training, and evaluation processes. He<br />
provides 15 core lectures for the sleep fellowship as well as many lectures in the critical care<br />
didactic series. In addition to his work in the fellowship, Dr. Mokhlesi has an active involvement in the education<br />
<strong>of</strong> internal medicine residents and medical students in the <strong>Medical</strong> Intensive Care Unit, Morning Report, and the<br />
Procedure Service. His teaching evaluations are consistently outstanding. Furthermore, his teaching efforts have<br />
extended to educational sessions for sleep technologists and respiratory therapists in national meetings and continuing<br />
medical education conferences. Dr. Mokhlesi co-founded the Society <strong>of</strong> Anesthesia and Sleep Medicine (SASM)<br />
and is Co-Chairing the first SASM conference in Chicago: “OSA, Anesthesia and Sleep: The Common Ground.”<br />
In addition, he has been elected by other Sleep Medicine fellowship program directors to be a member <strong>of</strong> the Sleep<br />
Medicine Fellowship Directors’ Council <strong>of</strong> the American <strong>Academy</strong> <strong>of</strong> Sleep Medicine.<br />
9
Newly Elected Fellows <strong>of</strong> the <strong>Academy</strong><br />
Julie Oyler, MD<br />
Assistant Pr<strong>of</strong>essor <strong>of</strong> Medicine; Section <strong>of</strong> General Internal Medicine<br />
Dr. Julie Oyler is the Associate Program Director for the Internal Medicine Residency Program<br />
at the University <strong>of</strong> Chicago <strong>Medical</strong> Center, and the Assistant Director <strong>of</strong> the Primary Care<br />
Group. Additionally, she is a key leader in the Scholarship and Discovery Program at the<br />
<strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine, serving as the Track Leader for the Quality and Safety Track<br />
and also serving as the course director for an elective in this area. She receives consistently<br />
outstanding teaching evaluations from students and faculty. Formerly the Internship Selection<br />
Chair <strong>of</strong> the Internal Medicine Residency Program, Dr. Oyler has become the Ambulatory Associate Program<br />
Director, overseeing the Resident Continuity Clinic and Ambulatory Education. Dr. Oyler has received support<br />
from the <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong> and Graduate <strong>Medical</strong> Education Committee to support her<br />
development and implementation <strong>of</strong> a 2-year longitudinal required curriculum for all Internal Medicine Residents<br />
using ABIM Practice Improvement Modules. She has published this work in the Journal <strong>of</strong> General Internal Medicine<br />
and Quality and Safety in Health Care. More recently, Dr. Oyler received support to develop a Quality Improvement<br />
curriculum for faculty, fellows, pharmacy students and medical students. Through her Quality Assessment and<br />
Improvement Curriculum for faculty, Dr. Oyler has helped faculty receive Maintenance <strong>of</strong> Certification Credit for<br />
ABIM Practice Assessment points in conjunction with the curriculum for internal medicine residents.<br />
Rita Rossi-Foulkes, MD, FAAP, MS, FACP<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine and Pediatrics; Section <strong>of</strong> General Internal Medicine<br />
Dr. Rossi-Foulkes serves as the Residency Program Director for the Internal Medicine-<br />
Pediatrics residency program at the University <strong>of</strong> Chicago <strong>Medical</strong> Center. Dr. Rossi-Foulkes is<br />
the founder and director <strong>of</strong> a UCMC-wide Transition Care Steering Committee aimed toward<br />
improving education <strong>of</strong> medical students, residents, faculty and other members <strong>of</strong> the health<br />
care team regarding care <strong>of</strong> youth and young adults with special health care needs. Dr. Rossi-<br />
Foulkes has contributed extensively to the residency program through the development and<br />
implementation <strong>of</strong> a revised Med-Peds Ambulatory Curriculum. Dr. Rossi-Foulkes’ contributions to medical education<br />
were recognized in 2007 with her receipt <strong>of</strong> the Department <strong>of</strong> Medicine Excellence in Clinical Care and Education<br />
Award. Her teaching evaluations from students and residents are outstanding. Dr. Rossi-Foulkes has served as Chair <strong>of</strong><br />
the Medicine Pediatrics Executive Committee as a member <strong>of</strong> the Graduate <strong>Medical</strong> Education Committee, Medicine<br />
Curriculum Committee, and Medicine Pediatrics Ambulatory Task Force, among numerous other positions. On a<br />
national level, Dr. Rossi-Foulkes served on the American <strong>Academy</strong> <strong>of</strong> Pediatrics (ICAAP) Transition Care Workgroup<br />
which developed materials and organized a pre-course given at Midwest SGIM in September, 2011 on Transition Care.<br />
The workgroup continues to develop educational materials that will go onto ICAAP’s Transition Care website and will<br />
be used for providers desiring CME credits and Maintenance <strong>of</strong> Certification points.<br />
Nancy Schindler, MD<br />
Clinical Associate Pr<strong>of</strong>essor <strong>of</strong> Surgery, NorthShore University HealthSystem<br />
Dr. Nancy Schindler is the Vice-Chairman <strong>of</strong> Education for the NorthShore University<br />
HealthSystem’s Department <strong>of</strong> Surgery and a member <strong>of</strong> the NorthShore University Health<br />
System <strong>Medical</strong> Group Board <strong>of</strong> Directors. She is the University <strong>of</strong> Chicago Department <strong>of</strong><br />
Surgery Associate Program Director for the General Surgery Residency, the NorthShore Site<br />
Director, and the University <strong>of</strong> Chicago Associate Director <strong>of</strong> Surgical Education. She leads the<br />
Residents as Teachers and Leaders course in the Department <strong>of</strong> Surgery, as well as the Teaching<br />
Effectiveness Faculty Development course. Dr. Schindler is a leader in developing and leading numerous faculty<br />
development courses at both the University <strong>of</strong> Chicago and at NorthShore. She has taught many medical education<br />
topics at workshops at the Association for Surgical Education national meetings. In the past, she served for eight years<br />
as the Northwestern University Feinberg <strong>School</strong> <strong>of</strong> Medicine Surgery Clerkship Director. Currently, at the University<br />
<strong>of</strong> Chicago, Dr. Schindler is a MERITS <strong>Medical</strong> Education Fellowship Course Director and co-leads the workshop on<br />
Curriculum Development and Evaluation. She is also actively involved and a member <strong>of</strong> the Residents Are Teachers<br />
Steering Committee, Graduate <strong>Medical</strong> Education Committee, and the Surgical Education Committee. Dr. Schindler<br />
has received numerous awards for her excellence in teaching from the Feinberg <strong>School</strong> <strong>of</strong> Medicine and NorthShore<br />
University HealthSystem. She is currently pursuing her Masters in Health Pr<strong>of</strong>essions Education at the University <strong>of</strong><br />
Illinois-Chicago.<br />
10
Newly Elected Fellows <strong>of</strong> the <strong>Academy</strong><br />
Sonali M. Smith, MD<br />
Associate Pr<strong>of</strong>essor <strong>of</strong> Medicine; Section <strong>of</strong> Hematology/Oncology<br />
Dr. Sonali Smith is the Director <strong>of</strong> the Lymphoma Program in the Section <strong>of</strong> Hematology/<br />
Oncology at the University <strong>of</strong> Chicago <strong>Medical</strong> Center and is a key contributor to the<br />
University <strong>of</strong> Chicago Hematology/Oncology Fellowship. Dr. Smith’s contributions to teaching<br />
fellows were recognized with her receipt <strong>of</strong> the inaugural Section <strong>of</strong> Hematology/Oncology<br />
Teaching Award in 2011, as well as the Department <strong>of</strong> Medicine’s Graduate <strong>Medical</strong> Education<br />
Award for Best Teaching Attending the same year. Dr. Smith is also an active teacher <strong>of</strong> medical<br />
students, serving as a preceptor for the second year Physical Diagnosis course and as a beloved attending physician<br />
on the Oncology inpatient service. Dr. Smith lectures in the Topics in Internal Medicine series, participates in the<br />
Internal Medicine Journal Club, and teaches Hematology/Oncology fellows in a monthly Lymphoma Educational<br />
Conference. On a national level, Dr. Smith serves on the Education and Communication Committees <strong>of</strong> both the<br />
American Society <strong>of</strong> Hematology and the American Society <strong>of</strong> Clinical Oncology. This year, Dr. Smith was selected<br />
to be coordinating lecturer for Highlights <strong>of</strong> ASH (lymphoma). She also organizes and chairs the annual International<br />
Chicago Lymphoma Symposium. The ICLS began as a tribute to Dr. John Ultmann, a University <strong>of</strong> Chicago master<br />
teacher and clinician, and has grown into an annual symposium on lymphoma for community physicians.<br />
Avery Tung, MD<br />
Pr<strong>of</strong>essor, Department <strong>of</strong> Anesthesia & Critical Care<br />
Dr. Avery Tung participates extensively in medical education and has, for many years, been a<br />
lecturer and group facilitator <strong>of</strong> the Advanced Clinical Pharmacology Therapeutics, Clinical<br />
Pathophysiology and Therapeutics, and other courses in the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine. Dr.<br />
Tung has contributed extensively to the Introduction to the Clinical Biennium experience at<br />
the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine to support the transition <strong>of</strong> medical students to the third year.<br />
Dr. Tung is an active participant in the Perioperative Medicine and Pain Therapy Clerkship<br />
rotation at the University <strong>of</strong> Chicago <strong>Medical</strong> Center, serving as both a clinical and didactic teacher <strong>of</strong> junior and<br />
senior medical students. Dr. Tung has made significant contributions to the preclinical <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine<br />
curriculum, and for his extensive efforts in medical education, Dr. Tung was asked to deliver the keynote address for<br />
the <strong>Pritzker</strong> second year student retreat in 2005. Additionally, he is a teacher and mentor for residents and fellows<br />
alike, instructing in Anesthesia and Critical Care Medicine, among other topics. He regularly participates in resident<br />
didactic sessions, and his efforts have consistently been reflected by top evaluations <strong>of</strong> his teaching. Furthermore, Dr.<br />
Tung has been a leader in his department in Quality Care, participating on the Continuing Quality Improvement<br />
(CQI) Committee and conducting bi-weekly CQI Morbidity & Mortality conferences. Beyond this, Dr. Tung serves<br />
as the co-director <strong>of</strong> two annual conferences. He regularly teaches at the American Society <strong>of</strong> Anesthesiologists Annual<br />
Meeting, lectures at several national meetings <strong>of</strong> subspecialty societies on cardiothoracic Anesthesia, Critical Care, and<br />
Pulmonary Medicine, and instructs at multiple regional and national CME courses.<br />
11
1. Learner Perceptions <strong>of</strong> an Ad-Hoc versus Modular<br />
Didactic Curriculum in Emergency Medicine Residency<br />
Lindsay Jin, MD; James Ahn, MD; Christine Babcock, MD, MSc<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Prior to initiation <strong>of</strong> this study, our emergency medicine<br />
residency operated with an ad-hoc curriculum. Multiple studies demonstrate a modular curriculum is a<br />
successful educational model. Studies in the medical school setting found that with initiation <strong>of</strong> a modular<br />
curriculum students score well on core competency testing and prefer learning in this model. Supporting<br />
evidence from obstetrics and gynecology and surgery literature corroborates this study.<br />
Objectives <strong>of</strong> Program/Intervention: The purpose <strong>of</strong> our study was to compare a modular didactic curriculum<br />
versus an ad-hoc curriculum in the setting <strong>of</strong> an emergency medicine (EM) residency.<br />
Description <strong>of</strong> Program/Intervention: During 2009-2010 a modular curriculum was implemented into a<br />
three-year EM residency program in a large urban tertiary care medical center. Our program shifted didactic<br />
conferences away from an ad-hoc format to a topic-based modules format. An identical survey was distributed<br />
to all residents during the 08-09 and 09-10 academic years querying the learners’ perceptions on didactic<br />
conferences. An unpaired T test was used to compare the results from 08-09 (prior to initiation <strong>of</strong> the modular<br />
curriculum) to 09-10 (after initiation <strong>of</strong> the modular curriculum) with statistical significance determined at<br />
p≤ 0.05.<br />
Results/Findings to Date: Responses were collected from 63% <strong>of</strong> the residency. 56.7% <strong>of</strong> residents thought that<br />
didactic conferences were organized under the modular curriculum vs. 17.2% under the ad-hoc curriculum (p<br />
< .0001). 69.0% <strong>of</strong> residents agreed that didactic conferences with the modular curriculum improved in-service<br />
examination performance vs. 39.2% in the ad-hoc curriculum (p = .0113). 86.6% <strong>of</strong> residents agreed that<br />
modular conferences improved clinical performance vs. 69.0% that ad-hoc curriculum improved performance<br />
(p < .0001). 60.0% <strong>of</strong> trainees had a positive educational experience in modular conferences vs 31.0% in the<br />
ad-hoc curriculum (p = .0006). 79.3% <strong>of</strong> learners observed that there was higher resident attendance after the<br />
modular curriculum was implemented. 27.6% <strong>of</strong> learners felt resident attendance was adequate under the adhoc<br />
curriculum (p < .0001).<br />
Key Lessons Learned/Conclusions: We found that EM residents at our institution preferred didactic conferences<br />
in a modular curriculum compared to an ad-hoc curriculum. Learners found the modular model more<br />
organized and more likely to improve both their in-training exam and clinical performance. Residents report<br />
a more positive educational experience when they attend modular didactic conferences. Lastly, resident<br />
attendance is higher in a modular vs. ad-hoc conferences, which argues that the modular curriculum is seen as<br />
more valuable to EM residents. Globally, the EM residents valued and preferred this curriculum style and it will<br />
be the permanent model in which our EM residency operates.<br />
12
2. Entrustment, Supervision and Autonomy <strong>of</strong> Housestaff<br />
During Inpatient Medicine Rotations: A Qualitative Study<br />
Scholarship<br />
& Discovery<br />
Kevin Choo, MS3; Vineet Arora, MD, MAPP; Paul Barach, MD, MPH; Jeanne Farnan, MD, MHPE<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Attending physicians are regularly challenged in their<br />
decision when to allow their trainees autonomy in procedural tasks and clinical decision-making. <strong>Medical</strong><br />
educators have struggled to find ways to evaluate trainees and assist faculty in determining when trainees are<br />
prepared to perform tasks independently.<br />
Objectives <strong>of</strong> Program/Intervention: The aim <strong>of</strong> this study is to create a conceptual framework that elucidates<br />
the factors determining both the attending and resident perceptions <strong>of</strong> trust as they pertain to clinical decisionmaking<br />
and patient care.<br />
Description <strong>of</strong> Program/Intervention: Internal medicine residents and attending physicians at a single academic<br />
medical center were interviewed between January and November 2006, within one week <strong>of</strong> their final call<br />
night on an Internal Medicine rotation. Participants were asked, using Critical Incident Technique, to describe<br />
important entrustment decisions made during the rotation and their last call night. The interviews lasted 45<br />
minutes on average and were audio-taped for transcription. All patient and personal data were de-identified<br />
during transcription. The interview transcripts were reviewed and analyzed to identify sentences and phrases<br />
that described the factors that promoted, undermined, or otherwise described trust, which were then coded into<br />
discrete subthemes. Two investigators (JMF and KJC) independently reviewed representative portions <strong>of</strong> the<br />
transcript until consensus was achieved. Inter-rater reliability was calculated using a generalized kappa-statistic<br />
(κ). The coding scheme was then applied to the entire set <strong>of</strong> transcripts.<br />
Results/Findings to Date: 42/50 (84%) <strong>of</strong> residents and 40/50 (80%) <strong>of</strong> attending physicians were interviewed.<br />
The analysis yielded 535 discrete mentions <strong>of</strong> trusting factors, which were coded into 35 subthemes. The interrater<br />
Kappa for coding was 0.84 between the two raters. Four major domains <strong>of</strong> trust were described, each with<br />
specific sub-themes: trainee factors (confidence, accountability and dedication, recognition <strong>of</strong> limitations, area<br />
<strong>of</strong> specialty/career plans); supervisor factors (approachability, area <strong>of</strong> clinical expertise, perception <strong>of</strong> clinical<br />
obligations); task factors (urgency/severity <strong>of</strong> illness, transitions, level <strong>of</strong> difficulty, situational characteristics);<br />
and, system factors (workload, duty hours and efficiency pressures, training philosophy). Supervisors frequently<br />
describe basing their trusting decisions on direct observation <strong>of</strong> trainee performance. In addition, relational<br />
factors such as personality characteristics and prior work experience were frequently mentioned.<br />
Key Lessons Learned/Conclusions: The development <strong>of</strong> trust is multi-factorial and comprises factors driven by<br />
the supervisor, trainee, task and environmental characteristics. Trust is <strong>of</strong>ten driven by subjective conclusions<br />
drawn from direct trainee observation. Supervising attending physicians base their decisions on personal<br />
characteristics <strong>of</strong> their trainees, including honesty, disposition, and self-confidence which may be at odds with<br />
the trainee’s competency. The criteria for entrustment need to be better understood to develop reliable and<br />
measurable standards to evaluate the readiness <strong>of</strong> residents to treat patients unsupervised.<br />
13
3. Survey <strong>of</strong> Problem Based Learning for <strong>Medical</strong> Student<br />
Pain Curricula<br />
Dalia Elm<strong>of</strong>ty, MD; Magdalena Anitescu, MD, PhD; Ashley Agerson, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Chronic pain is one <strong>of</strong> the most prevalent conditions<br />
encountered in clinical practice. Chronic pain can burden patients in multiple domains: socioeconomic,<br />
psychological and quality <strong>of</strong> life. In 2010, the Department <strong>of</strong> Health and Human Services enlisted the Institute<br />
<strong>of</strong> Medicine to examine pain as a public health problem. The committee reported that chronic pain affects<br />
at least 116 million adults in the US; more than those affected by heart disease, cancer and diabetes (1). In<br />
1988, The International Association for the Study <strong>of</strong> Pain (IASP) published a pain curriculum for medical<br />
schools and estimated that it would require a minimum <strong>of</strong> 74h (2). For a majority <strong>of</strong> medical schools, pain<br />
education encompass about 10 hr maximum during a 4 year time period. Pain education must be an integral<br />
part <strong>of</strong> medical student education at all levels in order to improve chronic pain management. It is essential for<br />
medical students to have adequate exposure in order to develop knowledgeable and skilled future healthcare<br />
pr<strong>of</strong>essionals. While progress is taking place, many gaps still exist.<br />
Objectives <strong>of</strong> Program/Intervention: To promote pain education in PBLD format, allowing students to develop<br />
authority, competency, skills and attitudes that enhance the learning process.<br />
Description <strong>of</strong> Program/Intervention: At the University <strong>of</strong> Chicago, third year medical students complete a two<br />
week rotation as part <strong>of</strong> their surgical clerkship in Anesthesia and Critical Care. During these two weeks, they<br />
spend 5 hours in the Acute Pain Service (APS) and 8 hours in the Pain Clinic. The neurophysiology, etiology,<br />
ethical issues and management <strong>of</strong> acute and chronic pain are reviewed. More recently, in spring <strong>of</strong> 2011, we<br />
introduced a Problem Based Learning Discussion (PBLD) on the management <strong>of</strong> Chronic Low Back Pain<br />
to promote pain education. Low back pain is one <strong>of</strong> the most common complaints in our society. We chose<br />
PBL type discussion as it allows students to develop authority, competency, skills and attitudes that enhance<br />
the learning process. Each PBL session consisted <strong>of</strong> approximately 5-6 medical students and was 60 minutes<br />
in length. A case discussion was emailed to the students at least 24 hr before the scheduled session to allow<br />
adequate preparation time. As well, the Pain PBLD was performed during the second week <strong>of</strong> their rotation to<br />
ensure that all students had completed their APS and Pain Clinic rotation. An online survey <strong>of</strong> a series <strong>of</strong> seven<br />
questions using a Likert-type scale was then conducted regarding their experience during the Pain PBLD.<br />
Results/Findings to Date: We achieved a 100% response rate. Of the 18 medical students that attended the<br />
Pain PBLD, all responded to the survey. The majority <strong>of</strong> students were favorable towards this mode <strong>of</strong> learning.<br />
All but 1 student responding to the survey strongly agreed that their educational background knowledge was<br />
increased with this modality <strong>of</strong> learning.<br />
Key Lessons Learned/Conclusions: Implementing a pain assessment and management program for medical<br />
students can provide a solid foundation upon which students can continue to build as their career develops. A<br />
European survey conducted in 2007 highlighted the anxiety <strong>of</strong> final year medical students in managing chronic<br />
pain (3). Our survey showed that the most favorable response was “The case scenario enriched my background<br />
knowledge for the rotation.” The students felt very comfortable in stating their opinions within the group. This<br />
emphasizes that the fundamental knowledge to improve chronic pain management can be introduced in PBLD<br />
format rather than the standard lecture format. PBL allows students to work as a team and engage in group<br />
discussion.<br />
14
4. Teaching Self-Directed Learning: Can This Be Done?<br />
<strong>Academy</strong><br />
Grant<br />
Susan Glick, MD; Jennifer Glick; Maureen Willcox, MS4; Patrick O’Connor; Michael O’Connor, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Self-directed learning is a requisite for lifelong learning.<br />
Third-year students are expected to be self-directed learners, selecting which content to study and the<br />
appropriate resources. Unfortunately, their educational experience in both college and medical school is<br />
overwhelmingly teacher-directed, hence our students are ill prepared for the transition to self-directed learning.<br />
How best to prepare medical students to become self-directed learners is unknown.<br />
Objectives <strong>of</strong> Program/Intervention: The Foundations in Clinical Medicine (FICM) course is an immersive,<br />
7-day classroom-based experience intended to prepare rising third-year students for the clinical years. One aim<br />
<strong>of</strong> the course is to develop students’ self-directed learning skills in preparation for the third-year clerkships and<br />
beyond.<br />
Description <strong>of</strong> Program/Intervention: The FICM course consists <strong>of</strong> 7 distinct content areas, 3 focused on<br />
self-directed learning. For two <strong>of</strong> these content areas (Data Interpretation and Hypothesis-Driven History and<br />
Physical Examination), we created a series <strong>of</strong> structured paper and pencil exercises that required self-directed<br />
learning. Students worked in groups <strong>of</strong> 4 to complete the exercises. They were provided with relevant print and<br />
on-line resources (textbooks, original articles, Up-to-Date) and were encouraged to seek others. Faculty were<br />
present to answer questions, but they were instructed not to initiate or lead discussion. For the other content<br />
area (FICM Laboratory), we created an unstructured setting for students to work individually or in groups to<br />
revisit content they had not yet mastered, and to extend their understanding. Faculty responded to students’<br />
questions, but did not initiate or lead discussion.<br />
Results/Findings to Date: In order to determine the effectiveness <strong>of</strong> our teaching methodology, self-directed<br />
learning was assessed on the first day <strong>of</strong> the course and again at its conclusion using a single instrument that<br />
combined two validated measures <strong>of</strong> self-directed learning: Garrison’s Model <strong>of</strong> Self-Directed Learning and Lee’s<br />
Self-Assessed SDL Ability. The response rate was 100% (n=47).<br />
Responses were stripped <strong>of</strong> identifiers and entered into a database. After obtaining IRB exemption from review,<br />
we analyzed the data.<br />
Scores were calculated by assigning a point value to each answer (5 = strongly agree to 1 = strongly disagree),<br />
and then dividing the total number <strong>of</strong> points by the total number <strong>of</strong> questions answered. Use <strong>of</strong> the mean score<br />
instead <strong>of</strong> total score was necessary to correct for unanswered items.<br />
Since histograms for each subscale and for the total scores were roughly unimodal and symmetric, a paired t-test<br />
using Student’s t-test was utilized to compare the change in self-management, motivation, self-monitoring and<br />
the total score (Garrison’s Model <strong>of</strong> Self-Directed Learning) as well as the total score (Lee’s Self-Assessed SDL<br />
Ability) before and after the course.<br />
There was statistically significant improvement in the score for each subscale and for both total scores following<br />
the course. For Garrison’s Model <strong>of</strong> Self-Directed Learning, scored on a 4-point Likert scale, the mean<br />
improvement was 0.127 (95% CI 0.0631-0.190, p=0.00022). For Lee’s Self-Assessed SDL Ability, scored on a<br />
5-point Likert scale, the mean improvement was 0.486 (95% CI 0.305 - 0.667, p = 0.00000115).<br />
Key Lessons Learned/Conclusions: We cultivated self-directed learning in our students by immersing them in<br />
time-pressured problem-solving situations, providing them access to the appropriate resource materials, and to<br />
faculty to keep them on-track. Self-directed learning can be taught to medical students.<br />
15
5. Use <strong>of</strong> Problem Based Learning Discussions To Allow<br />
<strong>Medical</strong> Student Cognitive Autonomy<br />
Michael Hernandez, MD; Igor Tkachenko, MD, PhD; Catherine Bachman, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Third year medical students spend two weeks on the<br />
perioperative and pain medicine rotation during their surgery rotation block. During this two weeks, they are<br />
integrated into the anesthesia team and take part in the perioperative care <strong>of</strong> surgical patients. For most, this<br />
provides a first glimpse into the practice <strong>of</strong> an anesthesiologist. The operating room is a fast paced learning<br />
environment. Time is limited due to the need to maintain efficiency <strong>of</strong> practice, but also by the need to rapidly<br />
adjust to the patient’s physiological perturbations iatrogenic or otherwise. As a consequence, student’s questions<br />
have to be answered or recalled after a complex flurry <strong>of</strong> actions. The inability to pause and consider the<br />
rationale for actions is detrimental to the student’s understanding <strong>of</strong> the discipline.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Provide a forum for student cognitive autonomy free from the time/situational pressures <strong>of</strong> an actual<br />
operative case.<br />
2. Provide an opportunity for participants to engage in dialogue regarding the medical plan, in a peer setting<br />
where points and counterpoints can be entertained by the group.<br />
3. Allow an opportunity to fill knowledge gaps that would otherwise remain despite good clinical experience.<br />
Description <strong>of</strong> Program/Intervention: Students on rotation are scheduled for a 1-2 hour problem based learning<br />
discussion with one <strong>of</strong> 2 faculty members experienced in facilitating the sessions. A case vignette is given to the<br />
students prior to the session. Students are told that the faculty member is there to facilitate, but not dominate<br />
the discussion. When there is no consensus, or a knowledge gap, the faculty facilitator provides input to resume<br />
the discussion.<br />
Results/Findings to Date:<br />
Scale: 1=strongly disagree to 5=strongly agree, 63 responses<br />
1. The problem based learning educational style is a good way to learn. Average Score: 4.79<br />
2. The PBL session adds something that is otherwise missing from the Anesthesia rotation. Average Score:<br />
4.56<br />
3. The faculty member “running” the PBLD gave us enough slack to allow discussion and did not just<br />
lecture. Average Score: 4.89<br />
Key Lessons Learned/Conclusions:<br />
1. The PBLD format may be a useful tool in settings where patient acuity or the fast pace <strong>of</strong> care would<br />
otherwise rob the student <strong>of</strong> opportunity for cognitive autonomy or a timely answer to their questions.<br />
2. The PBLD format allows students to consider the “art” <strong>of</strong> medical decision making in a novel fashion.<br />
Students are encouraged to consider the “pros and cons” <strong>of</strong> their plans, and to justify their decisions to their<br />
peers. This peer to peer debate fosters the student’s ability to communicate effectively to colleagues,<br />
to make decisions based on sound reasoning, and to consider alternatives when presented with opposing<br />
viewpoints. These skills are imperative for successful practice as a physician regardless <strong>of</strong> specialty.<br />
16
6. Visual Art and Medicine: A New Elective for 1st, 2nd and<br />
4th Year Students at <strong>Pritzker</strong><br />
Nicole Baltrushes, MS4; Celine Goetz, MD; Laura Hodges, MS4; Joel Schwab, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The Visual Art and Medicine class was developed in<br />
partnership with the University <strong>of</strong> Chicago Smart Museum as an elective class designed to enhance medical<br />
students’ communication and visual observation skills, as well as a venue for students to discuss values and<br />
experiences in becoming a doctor. Art-based classes at other medical schools have been shown to enhance<br />
student observational skills, and the Visual Art and Medicine curriculum was designed to expand upon this<br />
model by guiding students in the exploration <strong>of</strong> meaning and values-based aspects <strong>of</strong> art as a way to reflect<br />
upon the medical school experience.<br />
Objectives <strong>of</strong> Program/Intervention: The objectives <strong>of</strong> the class were to hone students’ observational skills, as<br />
well as to build communication skills through observation, description, and analysis <strong>of</strong> art. Additionally, the<br />
class aimed to use artwork as a tool both to build empathy, and to create a safe space to discuss values and<br />
experiences in medicine.<br />
Description <strong>of</strong> Program/Intervention: Visual Art and Medicine: Using Art to Explore the Practice <strong>of</strong> Medicine<br />
was an eight session course held in April 2011 and <strong>of</strong>fered to twenty 1st, 2nd and 4th year medical students at<br />
<strong>Pritzker</strong>. The elective curriculum was developed based on a review <strong>of</strong> other art and medicine curricula <strong>of</strong>fered to<br />
medical students and residents. The course consisted <strong>of</strong> five sessions at the Smart Museum and three art-related<br />
excursions. The first half <strong>of</strong> each Smart Museum session consisted <strong>of</strong> art observation exercises, and the second<br />
half consisted <strong>of</strong> discussion sessions with guest faculty, which were facilitated by 4th year teaching assistants.<br />
Students were asked to bring in artwork pertaining to one <strong>of</strong> four topics: the body, illness and pathology,<br />
empathy, and becoming a doctor. Discussions were based on themes addressed by these works <strong>of</strong> art.<br />
Results/Findings to Date: A survey was created to assess the performance <strong>of</strong> the Visual Art and Medicine elective<br />
across key objectives. Seventy-five percent <strong>of</strong> students said the class enhanced their understanding <strong>of</strong> medical<br />
practice and/or the art <strong>of</strong> being a physician and 91.7% <strong>of</strong> students said they would sign up for the course<br />
again. Student comments were also very helpful. One student commented that the class created “an open space<br />
where there was no hierarchy and where everyone felt comfortable sharing thoughts, even ones that were very<br />
personal.” Other comments included that the class served as “a reminder <strong>of</strong> how I initially felt about medicine<br />
and becoming a physician” and that it “made me more aware <strong>of</strong> the things I am seeing in general.”<br />
Key Lessons Learned/Conclusions: <strong>Medical</strong> students value the opportunity to participate in an arts-based class<br />
that <strong>of</strong>fers a safe space for discussion among students at various points in their medical education. The Visual<br />
Art and Medicine class <strong>of</strong>fers students a humanistic way to approach their experiences in medical education.<br />
17
7. Clinical Simulation Initiative in Psychiatry for <strong>Medical</strong><br />
Students: Development <strong>of</strong> a Free National Database<br />
<strong>Academy</strong><br />
Grant<br />
Michael Marcangelo, MD; Angela Blood, MPH, MBA; Laura Hodges, MS4<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: There is a growing movement in medical education<br />
emphasizing the importance <strong>of</strong> learner-centered strategies, while still valuing the integrity <strong>of</strong> traditional<br />
patient-centered instruction. In the last decade, medical educators have created national databanks <strong>of</strong> online,<br />
interactive teaching cases for clerkship students as a reflection <strong>of</strong> the learner-centered approach. For example,<br />
there are currently 32 online interactive pediatric cases known as the CLIPP cases (Computer-Assisted Learning<br />
in Pediatrics Program), 36 internal medicine SIMPLE cases (Simulated Internal Medicine Patient Learning<br />
Experience), 15 surgery WISE-MD cases (Web Initiative for Surgical Education), and 29 family medicine<br />
fmCASES (Family Medicine Computer-Assisted Simulations for Educating Students) that are widely used by<br />
clerkship directors. However, there is currently no equivalent collection in psychiatry.<br />
Objectives <strong>of</strong> Program/Intervention: We aim to create a free national database <strong>of</strong> Self-Learning Modules to<br />
provide alternative medical experiences for third year medical students who do not encounter certain required<br />
clinical conditions during their core Psychiatry clerkships. We will assess the modules by collecting data from<br />
online surveys to be completed by students.<br />
Description <strong>of</strong> Program/Intervention: A Clinical Skills Initiative (CSI) Task Force has been formed within<br />
ADMSEP (Association <strong>of</strong> the Directors <strong>of</strong> <strong>Medical</strong> Student Education in Psychiatry) and charged with<br />
developing new Self-Learning Modules for medical students during their core Psychiatry clerkships. These<br />
Self-Learning Modules will be based on the 14 common DSM-IV-TR diagnostic categories, as defined by<br />
the ADMSEP Psychiatry Learning Objectives Taskforce, which should be taught to clerkship students. The<br />
modules consist <strong>of</strong> filmed clinical scenarios with standardized patients, general patient care info relevant to the<br />
condition, and periodic quiz questions. The modules are not meant to replace actual clinical experiences with<br />
patients, but are meant to supplement student education when direct clinical exposure is not possible for a<br />
particular learning objective.<br />
Results/Findings to Date: To date, a total <strong>of</strong> five modules have been created, including patient cases depicting<br />
somatization disorder, adjustment disorder, and adolescent depression. In addition, pilot data from students<br />
examining the acceptability and utility <strong>of</strong> the modules has been gathered and will be presented.<br />
Key Lessons Learned/Conclusions: Going forward, our plan is to develop a significant library <strong>of</strong> cases and<br />
distribute them widely, for free, to medical schools through online resources such as MedEdPORTAL.<br />
18
8. Geriatrics and Aging through Transitional Environments<br />
(GATE) MS1 Curriculum: Obtaining a Functional History<br />
Plenary<br />
<strong>Academy</strong><br />
Grant<br />
Seema Limaye, MD; Shellie Williams, MD; Sandy Smith, PhD; Aliza Baron, MA<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The GATE curriculum teaches geriatrics across the<br />
spectrum <strong>of</strong> care settings, from home to independent living to hospital and nursing home. This MS-1<br />
experience is a home visit in an independent senior building that provides first year medical students the<br />
opportunity to take a functional history in a geriatric “trained patient” and conduct a brief home safety<br />
assessment.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. To develop geriatric assessment skills for <strong>Pritzker</strong> medical students in specific competencies, in particular:<br />
2. Assess and describe baseline and current functional abilities in an older adult<br />
3. Identify and assess safety risks in the home environment.<br />
4. To record and reflect on their trained patient encounter.<br />
Description <strong>of</strong> Program/Intervention: Prior to curriculum implementation, we hosted a 2.5 hours training<br />
session for over 30 independent seniors at Montgomery Place Retirement Community to recruit “trained<br />
patients”. The curriculum consists <strong>of</strong> a 1.5 hour lecture, followed by a home visit to an independent senior<br />
building. The lecture focused on geriatric history-taking skills and components <strong>of</strong> a geriatric functional history.<br />
During the last 30 minutes <strong>of</strong> the lecture, an independent active older adult visited the class and took questions<br />
about her life story. Over the next 6 weeks, students (in pairs) were assigned to visit “trained patient” living in<br />
at Montgomery Place Retirement Community, and conduct a functional history-taking interview and a home<br />
safety assessment. Clinical interviewing skills are assessed by “trained patients”, who deliver verbal feedback to<br />
the students and complete structured written assessment. Students wrote a 250 word reflective essay about the<br />
encounter.<br />
Results/Findings to Date: Eighty nine students completed the interview experience. A random sample <strong>of</strong> 27<br />
reflective essays (30%) were evaluated using a grounded theory qualitative analysis. The following themes were<br />
identified:<br />
• Patient independence;<br />
• Fascination with the patient’s life story;<br />
• Comfort with the geriatric patient;<br />
• Discomfort with interview content;<br />
• Importance <strong>of</strong> history-taking skills; and<br />
• Learning from patients.<br />
Trained patients evaluated each student on their interviewing skills and provided excellent ratings <strong>of</strong> student<br />
skills. Open-ended comments were positive, with some comments providing congruence with the categories<br />
derived from the student essays.<br />
Key Lessons Learned/Conclusions: This curriculum afforded students the unusual opportunity to enter the<br />
home <strong>of</strong> an older adult “trained patient” to take a geriatric functional history and a home safety evaluation.<br />
Students’ self-reflections on the experience indicate significant value in the experience. For instance, students<br />
reported numerous positive aspects <strong>of</strong> this interview experience but also recognized the challenge <strong>of</strong> taking a<br />
functional history and <strong>of</strong> asking sensitive questions. Feedback from the trained patients indicated their delight<br />
in participation and their ability to contribute to the students’ education.<br />
19
9. Responding to Student-Identified Learning Needs: A Mixed<br />
Method Survey to Guide the Family Medicine Curriculum<br />
Kohar Jones, MD; Mari Egan, MD, MHPE; Irma Dahlquist<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: <strong>Medical</strong> students struggle to master an informal curriculum<br />
on each <strong>of</strong> their clinical rotations. <strong>Medical</strong> educators must identify these concerns to successfully address<br />
student learning needs. A qualitative analysis <strong>of</strong> student reflective writing from the family medicine clerkship<br />
revealed frequently recurring themes and subthemes, including learning concerns that suggested the potential<br />
for curricular reform.<br />
Objectives <strong>of</strong> Program/Intervention: We surveyed fourth year medical students to understand which <strong>of</strong> the<br />
identified potential learning needs students wanted to obtain formal training in on their family medicine<br />
rotation.<br />
Description <strong>of</strong> Program/Intervention: We conducted a mixed methods survey <strong>of</strong> fourth year medical students<br />
who had already completed the family medicine rotation. Students were asked to rank in order which <strong>of</strong> the<br />
identified potential unmet learning needs they would like to learn more about during their family medicine<br />
clerkship. These included: health care reform, handing time constraints, developing into a doctor, building<br />
relationships, cross cultural awareness, and pharmaceutical industry relationships.<br />
Results/Findings to Date: 59 out <strong>of</strong> 83 medical students responded, a 71% response rate. Students identified<br />
“health care reform” as the topic they most wanted to see in future curriculum, closely followed by “handling<br />
time constraints.” “Pharmaceutical industry relationships” was the topic they least wanted to see.<br />
Key Lessons Learned/Conclusions: Reflective writings provide a rich source <strong>of</strong> data to assess medical student<br />
concerns. Our qualitative/quantitative analysis identified unmet learning needs for medical students on the<br />
third year family medicine clerkship. “Health care reform” and “time constraints” were themes that most<br />
concerned our sample <strong>of</strong> medical students. The family medicine curriculum has been modified to incorporate<br />
these student-identified learning needs.<br />
20
10. <strong>Medical</strong> Students as Hospice Volunteers: Influence <strong>of</strong> an<br />
Early Experiential Training Program in End-<strong>of</strong>-Life Care<br />
Education<br />
Melissa Mott, PhD, MS3; Stacie Levine, MD; Rita Gorawara-Bhat, PhD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: During pre-clinical training, medical students are rarely<br />
exposed to palliative medicine and end-<strong>of</strong>-life (EOL) care.<br />
Objectives <strong>of</strong> Program/Intervention: To provide first-year medical students opportunities to experience pertinent<br />
issues in EOL by serving as hospice volunteers.<br />
Description <strong>of</strong> Program/Intervention: Patients and Families First (PFF)-a training program in EOL care<br />
education-was piloted on two cohorts <strong>of</strong> MS-1s (2009-2011). Students received 3 hours <strong>of</strong> volunteer<br />
training, and were required to conduct at least two consecutive hospice visits in pairs to obtain course credit.<br />
Students’ pre and post-volunteering attitudes were evaluated through Bugen’s Coping with Death Scale (0-<br />
210); Reflective essays were analyzed using qualitative methodology; salient themes were extracted by two<br />
investigators independently and then collaboratively.<br />
Results/Findings to Date: PFF participants (N=42) demonstrated a trend in improvement in baseline and<br />
post attitudes towards dying compared to student controls (pre all students=129; SD=14.3), (post: PFF=144;<br />
SD=14.9), (controls=130; SD=15.5). Qualitative analyses yielded three major themes including students’:<br />
1. Reactions - initial discomfort and vulnerability, amazement in normalcy <strong>of</strong> dying at home, devotion <strong>of</strong><br />
caregivers, limitations in altering outcomes for patients at EOL, and personal reward through vicarious<br />
learning from elders;<br />
2. Perceptions <strong>of</strong> patients’ unanticipated needs including relief <strong>of</strong> non-physical suffering and support <strong>of</strong><br />
caregivers;<br />
3. Reflections on own future death and value <strong>of</strong> volunteering in helping future physicians cope with death/<br />
dying.<br />
Female and male student essays differed: females addressed socio-emotional aspects <strong>of</strong> patient and family care<br />
compared to males focusing on instrumental issues.<br />
Key Lessons Learned/Conclusions: Hospice volunteering during pre-clinical years provides valuable experiential<br />
training for students in caring for seriously ill patients and their families by fostering personal reflection and<br />
building <strong>of</strong> empathic skills.<br />
21
11. Improving Student-Run Free Clinic Care Through Pre-<br />
Clinical Student Didactic Intervention: A Pilot Feasibility<br />
Study<br />
Andrew W. Phillips, MEd, MS4; Kristine Bordenave, MD; Rita Rossi-Foulkes, MD, MS<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Student-run free clinics that are overseen by faculty are<br />
increasingly common throughout the country. Since their inception, concerns over maintaining high quality<br />
care provided by medical students, especially pre-clinical students, have been raised.<br />
Objectives <strong>of</strong> Program/Intervention: Determine the subjective feasibility <strong>of</strong> a vertically integrated, informal<br />
course for pre-clinical students to improve patient care at a student-run free clinic as measured by student<br />
perception <strong>of</strong> the intervention.<br />
Description <strong>of</strong> Program/Intervention: First year medical students voluntarily participated in a 15 minute smallgroup<br />
didactic session at the Community Health Clinic (CHC) each month before their shifts from January<br />
through April 2011 and one session at the University <strong>of</strong> Chicago in May 2011. Topics included diabetes<br />
mellitus, renal and nervous system components <strong>of</strong> hypertension, mood disorders, and low back pain and<br />
outpatient analgesia. Each session was divided into basic science and clinical perspectives with an emphasis on<br />
general management <strong>of</strong> patients with respect to integrating physiology, pathophysiology, and therapeutics.<br />
A pro<strong>of</strong> <strong>of</strong> concept study was created using pre-obtained quality assurance and course data. Surveys composed<br />
<strong>of</strong> 7-point Likert scale questions and free response questions were analyzed with descriptive statistics.<br />
Results/Findings to Date: 14 <strong>of</strong> 26 students (54%) responded. All but one participant (92.9%) reported that<br />
the intervention presented unique material compared to required coursework to date. Free response sections<br />
described the intervention as a clinically relevant and clinically applicable elaboration <strong>of</strong> similar course topics.<br />
All students found the intervention to <strong>of</strong>fer more information about standards <strong>of</strong> practice than their current<br />
courses with 78.8% <strong>of</strong> students strongly or very strongly agreeing.<br />
A cumulative total <strong>of</strong> 85.7% found the intervention helpful in understanding their patients’ disease processes<br />
and therapies. Moreover, 50% agreed that the intervention allowed them to provide improved patient care, and<br />
14.3% very strongly agreed, while 35% neither agreed nor disagreed. Free response answers most <strong>of</strong>ten cited<br />
greater understanding <strong>of</strong> the management decisions made by the attending and a perceived inability <strong>of</strong> first year<br />
medical students to change patient outcomes. Students overwhelmingly agreed (92.9% agreed, strongly agreed,<br />
or very strongly agreed) that the intervention improved their understanding <strong>of</strong> the rationales behind standard <strong>of</strong><br />
care practices. Moreover, students reported a higher likelihood <strong>of</strong> using standards <strong>of</strong> practice care as a result <strong>of</strong><br />
the intervention; 57.1% agreed and 21.4% strongly agreed, while 21.4% neither agreed nor disagreed. Students<br />
reported using information from the didactic sessions for patient care a median <strong>of</strong> 2.5 times over approximately<br />
5 clinic days, and all respondents reported at least one direct use.<br />
Key Lessons Learned/Conclusions: Pre-clinical students found the didactic intervention to contribute unique<br />
and helpful clinical pathophysiological and therapeutic information. They further reported an improved<br />
understanding <strong>of</strong> patient management and higher likelihood <strong>of</strong> employing standard <strong>of</strong> care practices. Our<br />
findings support the conceptual plausibility <strong>of</strong> a vertically integrated course for pre-clinical students to improve<br />
patient care in the student-run free clinic setting. Follow-up studies comparing objectively measurable patient<br />
outcomes are warranted.<br />
22
12. Integration <strong>of</strong> the Virtual Human Embryo into the First<br />
Year Anatomy Curriculum<br />
GME<br />
Grant<br />
Callum Ross, PhD; James O’Reilly, PhD; Quinn Dombrowski; Sam Quinan<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Historically, the Human Anatomy courses at the University<br />
<strong>of</strong> Chicago used serially sectioned chicken embryos and light microscopes to demonstrate the early stages <strong>of</strong><br />
human development. This curriculum content was received with much skepticism by the medical students<br />
(“why am I looking at a chicken?”) and required them to reconstruct 3D relationships from sections that were<br />
arranged in lateral rows on microscope slides.<br />
Objectives <strong>of</strong> Program/Intervention: In order to make embryology more accessible and more relevant to medical<br />
student education, we decided to integrate online human embryological material in the course.<br />
Description <strong>of</strong> Program/Intervention: In 2007, we transitioned to utilizing the Virtual Human Embryo images<br />
produced by the Louisiana State University Health Sciences Center. These are digital images produced from<br />
serially sectioned human embryos from the Carnegie Collection. The sections are presented in the same<br />
fashion as serial CT or MRI images, allowing students to grasp 3D relationships more easily. In 2009, the<br />
original images from LSU were integrated with the Virtual Microscope interface that was also being introduced<br />
for Histology and Pathology in the first and second year curriculum to replace light microscopes. Unlike the<br />
original interface produced by LSU, the Virtual Microscope allows students to both zoom in from the entire<br />
image to specific areas <strong>of</strong> the section, and to follow that region from section to section. At the start <strong>of</strong> this<br />
project, specimens representing only the first 5 weeks <strong>of</strong> development (up to Carnegie Stage 14) were available.<br />
As later stages became available, they were integrated into the course.<br />
Results/Findings to Date: The introduction <strong>of</strong> the Virtual Embryo into the curriculum and its integration<br />
with the Virtual Microscope has substantially reduced skepticism regarding the importance <strong>of</strong> embryology,<br />
has dramatically improved the efficiency <strong>of</strong> teaching important 3D relationships during development, and has<br />
allowed the addition <strong>of</strong> laboratories addressing organogenesis to the first year curriculum.<br />
Key Lessons Learned/Conclusions: Our future efforts should include completing the integration <strong>of</strong> the latest<br />
stages made available from LSU, representing weeks 6 through 8 <strong>of</strong> development (Carnegie Stages 18 through<br />
23), improving the current annotation interface to make it more informative and user friendly, and adding<br />
functionality enabling us to link directly to specific sections <strong>of</strong> specific stages from text <strong>of</strong> our laboratory<br />
handouts.<br />
23
13. Qualitative Analysis <strong>of</strong> First Year <strong>Medical</strong> <strong>School</strong><br />
Orientation<br />
Sean Swearingen, MS2; H. Barrett Fromme, MD, MHPE; Shalini Reddy, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: How can medical school orientation be changed to improve<br />
the transition into medical school for the incoming first year class?<br />
Objectives <strong>of</strong> Program/Intervention: Find significant trends in the qualitative survey analysis, and then use these<br />
trends to improve the orientation process for the next incoming class.<br />
Description <strong>of</strong> Program/Intervention: A week before orientation, incoming first year medical students were<br />
asked to fill out a survey (online using Survey Monkey) that asked them about their concerns about coming<br />
into medical school, and what their expectations were for orientation. They were then sent a reminder email 3<br />
days before orientation started if they had not yet filled out the survey. Immediately following orientation, the<br />
new first year students were asked to fill out another survey which focused on what they thought <strong>of</strong> specific<br />
things in the orientation process that have the potential to be changed. Those that did not fill out the survey<br />
immediately were reminded to a few days later.<br />
Results/Findings to Date: Although the results will not be done being fully analyzed for another week or so,<br />
from the analysis so far we have found that overwhelmingly, the main concern students have when starting<br />
medical school is being able to balance the time commitment for school with having a life outside <strong>of</strong> medical<br />
school. Additionally, the thing they hope to gain the most from orientation is making social connections with<br />
their classmates. As far as things that were found to need improvement from the post orientation survey, the<br />
major points include facilitating group interaction, and changing up the timing <strong>of</strong> when certain events took<br />
place.<br />
Key Lessons Learned/Conclusions: We are still working on getting a definitive conclusion, but it seems at this<br />
point that there needs to be an effort to improve scheduling to benefit the incoming students, and to improve<br />
facilitation <strong>of</strong> social activities by the second year medical students involved in orientation.<br />
24
14. Graduate <strong>Medical</strong> Education in Frailty: The SAFE Clinic<br />
MERITS<br />
Katherine Thompson, MD; Megan Huisingh-Scheetz, MD, MPH; Lisa Mailliard, APN, MSN;<br />
Patricia Rush, MD, MBA<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Frailty is a geriatric syndrome, characterized by: low energy<br />
or exhaustion, weakness, weight loss, slow walking speed, and low physical activity. As the number <strong>of</strong> adults in<br />
the U.S. grows every year, it will be increasingly important for physicians to identify and manage frail patients.<br />
Data suggests that the ability to identify frailty can enhance patient care through improved prognostication as<br />
well as more accurate preventive screening and treatment decision-making. No didactic or clinical education on<br />
frailty currently exists in University <strong>of</strong> Chicago’s Internal medicine (IM) resident curriculum. In addition, there<br />
is limited opportunity for IM residents to learn to work with interdisciplinary teams, which is an important<br />
aspect in the care <strong>of</strong> frail patients.<br />
Objectives <strong>of</strong> Program/Intervention: After participation in the SAFE Clinic frailty curriculum, IM residents will<br />
be able to:<br />
1. Define frailty and identify frail patients.<br />
2. Perform and interpret functional and cognitive assessment.<br />
3. Appreciate the importance <strong>of</strong> interdisciplinary care for frail patients.<br />
4. Appreciate the relevance <strong>of</strong> geriatric assessment to their future practice.<br />
Description <strong>of</strong> Program/Intervention: IM Residents will rotate through the Successful Aging and Frailty<br />
Evaluation (SAFE) Clinic, housed within the South Shore Senior Center geriatrics clinic, during their monthlong<br />
geriatrics rotation. Residents will join the SAFE Clinic team for one day on two consecutive weeks. Week<br />
one will consist <strong>of</strong> a pre-test assessing frailty knowledge and attitudes. Residents will then have a 30 minute<br />
didactic lecture on frailty, given by a geriatrician, and then observe a frailty assessment and learn how to<br />
administer cognitive and functional tests. On week two, residents will return and perform a frailty assessment<br />
on a new patient while a practitioner (MD or APN) observes and gives feedback. The resident will then<br />
participate in an interdisciplinary team meeting with an MD, APN, and social worker for patient care planning<br />
based on frailty status. Week two concludes with a post-test.<br />
Results/Findings to Date: Six residents have completed the SAFE Clinic frailty curriculum to date. Initial<br />
resident satisfaction survey results have been very positive. Representative quotes include: “One week ago, I<br />
had never heard <strong>of</strong> frailty. Now I not only know what frailty is, I have completed a frailty evaluation with an<br />
82-year-old man,” and “I really enjoyed participating in the interdisciplinary team meeting. I felt like I learned<br />
about a lot <strong>of</strong> options for patients that I never knew existed.”<br />
Key Lessons Learned/Conclusions: The SAFE Clinic provides an innovative forum for residents to learn about<br />
frailty and practice interdisciplinary care. Early feedback suggests that resident satisfaction with this educational<br />
experience is high. Future work will quantify improvements in resident knowledge, skills, and attitudes. In<br />
the future, this experience will also be expanded to other learners including medical, APN, and social work<br />
students.<br />
25
15. Geriatrics and Aging through Transitional Environments<br />
(GATE) MS2 Curriculum: Introduction to Geriatric<br />
<strong>Academy</strong><br />
Grant<br />
Assessments<br />
Shellie Williams, MD; Seema Limaye, MD; Sandy Smith, PhD; Aliza Baron, MA<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Competency-based assessment tools indicate whether<br />
students have mastered required skills. A 360 degree competency-based evaluation tool was developed for<br />
simulated patient cases focusing on geriatric assessment skills. A comparison <strong>of</strong> student self-evaluations with<br />
simulated patient and preceptor evaluations was conducted.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. To enhance geriatric assessment skills linked to AAMC Core Competencies.<br />
2. To develop evaluation tools and methods based on the AAMC Core Competencies.<br />
Description <strong>of</strong> Program/Intervention: Lecture and Workshop: “Introduction to Geriatric Assessments” began<br />
with a lecture highlighting strategies for: communicating with elderly patients and their caregivers; conducting<br />
advance directive discussions and; administering common geriatric screening tests for pain, gait, falls,<br />
depression, functioning, and cognition. The lecture was followed by a practice workshop facilitated by geriatric<br />
team members for students to role play introducing and administering geriatric screening tools.<br />
Simulated Patient (SP) Experience: The 2-hour simulated patient encounters are a required course component.<br />
87 <strong>Pritzker</strong> MS2 students conducted an SP interview in 1 <strong>of</strong> 6 geriatric cases. Each case was observed by a<br />
preceptor and verbal feedback was provided immediately after the encounter by the preceptor and simulated<br />
patient.<br />
Evaluation: Each student, their SP and preceptor completed a competency-based evaluation <strong>of</strong> the student’s<br />
performance. In addition, students assessed their current and prior confidence in taking a functional history<br />
and performing geriatric exams and screening tests.<br />
Results/Findings to Date:<br />
1. Self-confidence in taking a functional history and performing geriatric assessment. Students felt more<br />
confident after the intervention in 1) taking a functional history and 2) conducting a physical exam and<br />
conducting screening tests (t(86) = -16.08, p
16. The Hand-<strong>of</strong>f CEX: Instrument Development and<br />
Validation<br />
Saba Berhie, MS2; Vineet Arora, MD, MAPP; Paul Staisiunas; Jeanne Farnan, MD, MHPE<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The most recent iteration <strong>of</strong> the Accreditation Council for<br />
Graduate <strong>Medical</strong> Education (ACGME) duty hour regulations, released in July 2011, has further limited<br />
PGY-1 shift duration to 16 hours. Explicit language in these regulations also mandates hand<strong>of</strong>f education for<br />
trainees and for residency training programs to assess hand<strong>of</strong>f quality. However, there is a lack <strong>of</strong> validated tools<br />
for the assessment <strong>of</strong> hand<strong>of</strong>f quality and to utilize for trainee education.<br />
Objectives <strong>of</strong> Program/Intervention: The specific aims <strong>of</strong> this project were to create video-based examples <strong>of</strong><br />
varying levels <strong>of</strong> hand<strong>of</strong>f performance for education, adapting the approach in this publication, and to validate<br />
an assessment instrument, the Hand-<strong>of</strong>f CES.<br />
Description <strong>of</strong> Program/Intervention: Six video-based scenarios were developed which highlight varying levels<br />
<strong>of</strong> performance in the domains <strong>of</strong> communication skills, pr<strong>of</strong>essionalism and setting. Each video permuted<br />
one domain <strong>of</strong> performance while holding the others constant. Scripts were based upon real-time clinical<br />
observations. Videos ranged in length from 3-5 minutes. Videos were shown and debrief occurred immediately<br />
after to identify barriers and facilitators to the displayed behaviors.<br />
Faculty were recruited via email to participate in a workshop on hand<strong>of</strong>f education and evaluation to both pilot<br />
test the videos for instrument validation.<br />
Videos were shown in a random order and faculty were instructed to use the Hand-<strong>of</strong>f CEX to rate the<br />
performance. Briefly, the Hand<strong>of</strong>f CEX was developed in prior work by Arora et al as a paper-based instrument<br />
in which individuals are rated in six domains on a nine point scale (unsatisfactory[1] to superior[9]) with<br />
qualitative anchors defining each level <strong>of</strong> performance.<br />
Descriptive statistics and two tests <strong>of</strong> reliability, Cronbach’s alpha and Kendall’s coefficient <strong>of</strong> concordance, were<br />
performed. Two tests <strong>of</strong> validity were performed: a test <strong>of</strong> trend across ordered groups and a two-way ANOVA<br />
to examine for rater bias.<br />
Results/Findings to Date: Fourteen faculty from 2 departments participated. 73 <strong>of</strong> a possible 90 (82%) hand<strong>of</strong>f<br />
observations were captured. Reliability testing revealed a Cronbach’s alpha <strong>of</strong> 0.81 (0.8=optimal) and Kendall’s<br />
coefficient <strong>of</strong> concordance <strong>of</strong> 0.59 (>0.6=high reliability). Faculty were able to reliably distinguish the different<br />
levels <strong>of</strong> performance in each domain (e.g. communication skills, pr<strong>of</strong>essionalism and setting) in a statistically<br />
significant fashion. Two-way ANOVA revealed no evidence <strong>of</strong> rater bias.<br />
Faculty participants commented on face validity <strong>of</strong> video scenarios, specifically those portraying setting and<br />
communication skills. In addition, robust discussion resulted in identifying the barriers and facilitators to the<br />
behaviors demonstrated in the video.<br />
Key Lessons Learned/Conclusions: Video-based scenarios, utilized to highlight differing levels <strong>of</strong> performance,<br />
with focused debrief are an effective way to observe specific domains and behaviors in hand<strong>of</strong>f communication.<br />
In addition, the Hand-<strong>of</strong>f CEX is a reliable and valid tool to assess varying levels <strong>of</strong> videos depicting hand<strong>of</strong>f<br />
performance.<br />
27
17. Improving Post-Hospital Follow-up for Resident Clinic<br />
Patients Through a New Discharge Clinic<br />
Katrina Booth, MD; Amber Pincavage, MD; Lisa Vinci, MD; Beth White, PharmD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: University <strong>of</strong> Chicago internal medicine residents have<br />
consistently expressed difficulty in balancing inpatient responsibilities with outpatient continuity clinic patient<br />
care. This balance can be particularly challenging when trying to provide outpatient care for a medically<br />
complex clinic patient recently discharged from the hospital. Residents frequently cite limited appointment<br />
slots as a barrier to providing timely post-hospitalization follow-up care. Delayed time to follow-up in primary<br />
care also has implications for patients. Several studies have demonstrated that patients discharged from the<br />
hospital who are not seen in primary care clinic soon after discharge are at higher risk for readmission.<br />
Objectives <strong>of</strong> Program/Intervention: To improve both patient care and resident satisfaction, we have created a<br />
new weekly discharge clinic for resident continuity clinic patients who need early post-hospital follow-up.<br />
Description <strong>of</strong> Program/Intervention: The discharge clinic is a weekly half-day clinic which provides timely<br />
(1-2 weeks) post-hospital follow-up for resident continuity clinic patients who are unable to see their resident<br />
primary care physician due to lack <strong>of</strong> appointment openings. The clinic is staffed by a senior resident on an<br />
ambulatory rotation, a clinical pharmacist, and a general medicine attending preceptor. Visits are 1 hour in<br />
length, and each clinic can accommodate up to 4 hospital follow-up visits. The discharging teams are able to<br />
make appointments for patients via email and are asked to provide communication about the patients’ clinical<br />
needs prior to the visit.<br />
Results/Findings to Date: We plan to study the impact <strong>of</strong> the discharge clinic on time to follow-up in primary<br />
care after hospitalization, frequency <strong>of</strong> emergency room visits after hospitalization, and re-hospitalization<br />
rates. In addition, we hope to improve resident satisfaction with the balance <strong>of</strong> inpatient and outpatient<br />
responsibilities and provide education to residents about transitions <strong>of</strong> care after discharge.<br />
Key Lessons Learned/Conclusions: To date, residents have a positive experience with the clinic and anticipate it<br />
will improve care <strong>of</strong> their patients. Having a multi-disciplinary team is crucial to the quality <strong>of</strong> care provided.<br />
Key to the transition <strong>of</strong> care from inpatient to outpatient is communication between the inpatient team and the<br />
outpatient physician. Maintaining a high level <strong>of</strong> communication for these vulnerable patients has proven the<br />
most challenging aspect <strong>of</strong> this clinic to date.<br />
28
18. Characterizing Physician Listening Behavior During<br />
Hospitalist Hand<strong>of</strong>fs using the HEAR Checklist<br />
Plenary<br />
Scholarship<br />
& Discovery<br />
Elizabeth Greenstein, MS3; Vineet Arora, MD, MAPP; Paul Staisiunas; Jeanne Farnan, MD, MHPE<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: With the increasing use <strong>of</strong> hospitalists, hand<strong>of</strong>fs have<br />
become more ubiquitous. Despite the increasing focus on hand<strong>of</strong>fs by numerous physician groups, current<br />
recommendations and studies focus on the role <strong>of</strong> the person giving information in the hand<strong>of</strong>f, or the sender.<br />
Given the importance <strong>of</strong> dialogue and two-way communication, we aim to observe and characterize listening<br />
behaviors <strong>of</strong> hand<strong>of</strong>f receivers on an academic non-teaching hospitalist service.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Displays <strong>of</strong> understanding, quantifying passive listening behaviors such as nodding,<br />
2. Processing information, focusing on active listening behaviors such as note-taking and questioning<br />
3. Interruption frequency and source<br />
Description <strong>of</strong> Program/Intervention: Hand<strong>of</strong>fs were directly observed by a trained third party observer at<br />
a single academic medical center using the paper-based HEAR (Hand<strong>of</strong>f Evaluation Assessing Receivers)<br />
checklist. The HEAR checklist was developed following a review <strong>of</strong> relevant literature and expert review.<br />
The checklist was piloted on the hospitalist service from June-November 2010. Descriptive statistics were<br />
performed and, where appropriate, two-sided t-tests, to compare passive and active listening behaviors. Pairwise<br />
correlations were calculated with the Hand<strong>of</strong>f CEX instrument, developed to measure overall hand<strong>of</strong>f quality.<br />
Results/Findings to Date: In the 48 hand<strong>of</strong>fs observed, receivers displayed active listening behaviors significantly<br />
less frequently than passive listening behaviors (0.89 vs 1.65 (on a 0-3 scale) per hand<strong>of</strong>f p
19. Risk <strong>of</strong> Resident Clinic Hand<strong>of</strong>fs: Showing up is Half the<br />
Battle<br />
MERITS<br />
Amber Pincavage, MD; Megan Prochaska, MD; Julie Oyler, MD; Vineet Arora, MD, MAPP<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Many patients nationwide change their PCP when<br />
departing Internal Medicine residents graduate. No studies have examined this hand<strong>of</strong>f.<br />
Objectives <strong>of</strong> Program/Intervention: Our study aims to assess patient outcomes <strong>of</strong> these care transitions.<br />
Description <strong>of</strong> Program/Intervention: In June 2010, graduating residents listed “high risk” patients on a signout<br />
with reasoning, target follow-up, and pending studies. Residents then discussed the patients during a designated<br />
hand<strong>of</strong>f meeting. Chart audits examined when high risk patients were seen and by whom, acute care visits in 3<br />
months after the transition and if there were any associations between the clinic hand<strong>of</strong>f process and outcomes<br />
(ED visits, hospitalizations and study follow-up). Residents assuming care were surveyed regarding their<br />
perceptions.<br />
Results/Findings to Date: Thirty graduating residents identified 258 high risk patients. Mean age was 61, 63%<br />
were female, and on average patients were transitioning to their 3rd PCP in 5 years. These patients had more<br />
co-morbidities (2.6 vs. 1.7, p
20. <strong>Medical</strong> Education Curricula: Integrating Healthcare<br />
Quality and Patient Safety<br />
Elizabeth Rodriguez, MBA, MS; Kevin Weiss, MD, MPH<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: <strong>Medical</strong> schools are trying to incorporate patient safety<br />
into both the formal and informal curriculum through development <strong>of</strong> education programs for faculty, staff,<br />
and trainees. But most medical schools have not incorporated any content on patient safety or quality. Even<br />
though, some safety and quality elements have been incorporated into organizational core competencies, the<br />
competencies that comprise patient safety remain unclear.<br />
Objectives <strong>of</strong> Program/Intervention: In order to demonstrate that medical schools must model excellence in<br />
their curriculum by integrating healthcare quality and patient safety (“HQS”), I concentrated on the new<br />
Northwestern Feinberg <strong>School</strong> <strong>of</strong> Medicine Physician Assistant Program (“Program”) as a pilot area in order<br />
to provide some guidance in integrating HQS curriculum. The Program is part <strong>of</strong> the school <strong>of</strong> medicine and<br />
started its first class in June 2010. It is an accredited, two year program that uses lecture, small group discussion,<br />
clinical experiences, team-based learning and problem-based learning. However, it does not have formal<br />
curriculum on HQS. Nonetheless, for the first time, HQS is required to be part <strong>of</strong> its curriculum. Thus, I<br />
developed and delivered a curriculum providing an overview <strong>of</strong> topics in HQS and assessed Physician Assistant<br />
(“PA”) student learning through the application <strong>of</strong> three assessments.<br />
Description <strong>of</strong> Program/Intervention: My intervention consisted <strong>of</strong> a short three hour seminar provided to all<br />
30 current students and first cohort <strong>of</strong> the Program. I coordinated the sessions, materials and logistics as well<br />
as three assessments. The PA student learning objectives were: (1) PA students will implement and measure<br />
improvements in their own practice setting and (2) improve their communication skills as they relate to<br />
the discussion <strong>of</strong> medical mistakes. The learning objectives were broken into detailed elements. These were<br />
then linked to the assessment that included the measure <strong>of</strong> key content taught at the seminar. Moreover,<br />
the seminar’s curriculum was also directly linked to the learning objectives, but also to the Program’s core<br />
competencies and curriculum requirements.<br />
Results/Findings to Date: While I could not assess improvement in patient care directly, I measured how<br />
knowledge in HQS was improved. There was a pre-quiz, post-quiz 1 (conducted the same day as the seminar)<br />
and a post-quiz 2 (completed one month after the seminar). Overall, the seminar intervention was a success<br />
because it resulted in higher scores in both post-quiz 1 and post-quiz 2. In the pre-quiz, all students scored<br />
under 60% (correct); in post-quiz 1, students scored mostly between 61-80%; and during post-quiz 2,<br />
most students scored between 51%-80%. However, post-quiz 1 scores are higher than post-quiz 2, which<br />
demonstrate deterioration <strong>of</strong> knowledge over time (proving that PA students will benefit from another seminar<br />
during their year 2 for reinforcement).<br />
Key Lessons Learned/Conclusions: PA students were able to attain a snippet <strong>of</strong> HQS curriculum. However, the<br />
results demonstrate that there is still much room for improvement, since the scores are not high enough to<br />
prove mastery in HQS. In fact, besides annually providing this type <strong>of</strong> seminar for all first year PA students,<br />
another seminar in the PA students’ second year with reinforcement elements and curriculum that was not<br />
covered during this first seminar may be a potential future investment. It is our duty as teachers and educators<br />
to ensure that patient care is directly improved through the training and resources that we provide new students<br />
and even current practitioners. In addition to this return on investment, these types <strong>of</strong> seminars will drive future<br />
Program rankings. However, it is important to consider a fully developed course with detailed HQS curriculum<br />
that should be embedded in the Program’s core curriculum, which will yield a maximum return on investment.<br />
31
21. Role <strong>of</strong> Social Media in Graduate <strong>Medical</strong> Education: A<br />
Blogger’s Perspective<br />
Wilma Chan, MD; James Ahn, MD; Alisa McQueen, MD; Christine Babcock, MD, MSc<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Emergency Medicine Residents (EM/EMR) are<br />
overwhelmed with busy, irregular work hours and keeping up with medical literature becomes infrequent. Adult<br />
learners acquire information more readily if materials are provided in a variety <strong>of</strong> formats. Learning materials<br />
presented through interactive Social Media (SM) may increase the accessibility and frequency <strong>of</strong> EMRs selflearning.<br />
Objectives <strong>of</strong> Program/Intervention: A daily EM blog will increase the frequency <strong>of</strong> residents self-learning by<br />
providing accessibility to educational materials.<br />
Description <strong>of</strong> Program/Intervention: “Mitchell Cases,” an online weblog (“blog”) presents board-style questions<br />
with high-yield explanations detailing evaluations, diagnostics, treatments, and dispositions. Case questions<br />
posted at the beginning <strong>of</strong> the week encourage discussion <strong>of</strong> the clinical problem through the comments<br />
section. Participants submit answers anonymously and a case summary is posted at the end <strong>of</strong> the week. Topics<br />
highlight the core content <strong>of</strong> EMR curricula--the esoteric as well as high risk cases, including cardiac arrest,<br />
toxicology, environmental exposure, and endocrine emergencies. Additional blog entries feature EM faculty<br />
reviews <strong>of</strong> current literature, lecture summaries, EMR study tools, and career guidance. All posts and patient<br />
information are protected with private access only for EMR and faculty. Daily blog posts are scheduled Monday<br />
through Friday and Google Analytics gathers anonymous data such as: user traffic, time <strong>of</strong> day, frequency, and<br />
visit duration.<br />
Results/Findings to Date: Sixty-four invited visitors have access to the blog. Between August 26-September 25<br />
2011, Google Analytics data show 47 distinct visitors who follow the daily blog with a total <strong>of</strong> 234 visits and<br />
598 distinct pages viewed. Ninety-two percent <strong>of</strong> the 47 visitors return to the blog between that same period.<br />
On average, there are twice as may visits on Mondays and Tuesdays, independently, compared to other days <strong>of</strong><br />
the week. Average time spent on the blog is 3min 49sec and visitors consumed between 1 to 6 distinct pages at<br />
each visit to the blog (average 2.56 pages).<br />
Key Lessons Learned/Conclusions: The educational blog is an interactive SM tool in graduate medical education<br />
(GME) that is accepted among EMR--data indicate its consistent use among returning visitors. Although SM<br />
has not gained complete acceptance in medical education settings, use <strong>of</strong> SM in GME may eventually replace<br />
more traditional learning methods. It is imperative for EM faculty and GME programs to be comfortable using<br />
SM tools for disseminating formal/ informal educational materials. It is unclear whether this format improves<br />
EMR clinical knowledge/ practice or standardized test scores--variations in individual study skills, experience,<br />
and small sample size do not allow us to make this conclusion. Future directions would include larger surveys<br />
and studies <strong>of</strong> EMR performance in clinical and test settings.<br />
32
22. Exploring Opportunities and Challenges Posed by<br />
Technology Integration: A Simulation Workshop for First<br />
Year <strong>Medical</strong> Students<br />
Vikrant Jagadeesan, MS2; Angela Blood, MPH, MBA; Stephen Small, MD; Saeed Richardson<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The University <strong>of</strong> Chicago Simulation Center (UC Sim)<br />
was approached by a student-led organization, Students for the Advancement <strong>of</strong> Technology in Medicine,<br />
to create an event for first year medical students (MS1) for several reasons. First, there was limited awareness<br />
among pre-clinical medical students about simulation technology and resources. Second, the multi-station<br />
approach would allow students to observe technology integration in various clinical settings. Third, many MS1<br />
elective events are lecture-based, while a workshop would allow for active learning.<br />
Objectives <strong>of</strong> Program/Intervention: One <strong>of</strong> the challenges in creating a workshop for MS1 students was to<br />
ensure that the content would be specifically tailored to the learner’s level <strong>of</strong> experience and ability. While first<br />
year medical students did not have extensive clinical experience, they did have background in specific training,<br />
such as CPR, that could be applied. In order to address the purpose <strong>of</strong> the project while considering the<br />
learner’s abilities, the educational goals were to:<br />
1. Expose first year medical students to simulation and technology at the University <strong>of</strong> Chicago.<br />
2. Gauge the students’ understanding <strong>of</strong> the opportunities and challenges posed by technology in medicine.<br />
3. Provide a conceptual framework for considering technological integration as it relates to patient safety and<br />
clinical outcomes.<br />
Description <strong>of</strong> Program/Intervention: A pilot workshop for 11 medical students began with a short didactic to<br />
introduce a conceptual framework. Content included examples <strong>of</strong> technology integration with both positive<br />
and negative consequences for patients, and a discussion <strong>of</strong> the changing job environments and training needs.<br />
Students then were separated into groups <strong>of</strong> three, and participated in five stations <strong>of</strong> 20 minutes each.<br />
Station I: Robotic Surgical Skills, Dr. Konstantin Umanskiy<br />
Station II: Laparoscopy Surgical Skills, Dr. Vivek Prachand<br />
Station III: Use <strong>of</strong> Ultrasound in Guiding Central Line Placement, Dr. Sean Smith and Dr. Nilam Soni<br />
Station IV: Interpr<strong>of</strong>essional Team Training, Cynthia LaFond, R.N., Dr. Heather Fagan, Dr. Lisa McQueen<br />
Station V: Clinical Care Vignettes, Dr. Stephen Small<br />
Faculty leaders were recruited from Surgery, Hospital Medicine, Nursing, Pediatrics, and Anesthesia,<br />
emphasizing UC Sim as an institutional core facility.<br />
Results/Findings to Date: A course evaluation was included, collecting both quantitative and qualitative data.<br />
The student comments were overwhelmingly positive (M = 4.81 on a scale <strong>of</strong> 1-5), repeatedly requesting<br />
further workshop sessions. The qualitative data was especially informative, and will be showcased in the poster.<br />
Key Lessons Learned/Conclusions: Future sessions are planned for Fall 2011 to introduce UC Sim to the<br />
new MS1 class and current MS2 students. We will investigate the utility <strong>of</strong> integrating simulation into the<br />
existing pre-clinical curriculum. In addition, 100% <strong>of</strong> the students responded favorably to the prospect <strong>of</strong> a<br />
novel fourth-year elective course. Finally, student reflection during the debriefing session revealed that early<br />
simulation exposure and training could be a valuable preparatory exercise for the clinical years <strong>of</strong> medical<br />
education.<br />
33
23. ABCs in the Sandbox: Interdisciplinary Trauma Team<br />
Training<br />
MERITS<br />
Alisa McQueen, MD; Michele Harris-Rosado, RN, BSN; Grace Mak, MD; Mindy Statter, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Comer Children’s Hospital at the University <strong>of</strong> Chicago<br />
hosts the only Level I Trauma Center on the south side <strong>of</strong> Chicago, caring for over 400 injured children<br />
meeting “level 1” trauma criteria annually. While providing this important clinical service, the pediatric<br />
trauma and pediatric emergency medicine teams provide clinical education to over 200 residents each year.<br />
The critically injured child deserves the very best performance from all <strong>of</strong> us, requiring both institutional<br />
preparedness and personal preparedness. Our teams <strong>of</strong> physicians, nurses, technicians, and ancillary staff change<br />
frequently, and the critically injured child can arrive to the emergency department with little to no advance<br />
warning, so maintaining that institutional preparedness and personal preparedness is challenging. One strategy<br />
is through medical simulation.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Practice the cognitive, motor, and communication skills required to resuscitate a critically injured child in a<br />
multidisciplinary team setting.<br />
2. Critically evaluate one’s own performance and the team performance and deliver effective feedback during<br />
structured debriefing sessions.<br />
3. Identify individual gaps in performance in order to form the foundation for deliberate practice <strong>of</strong> skills<br />
needed to resuscitate the critically ill child.<br />
Description <strong>of</strong> Program/Intervention: In the summer <strong>of</strong> 2010, we established monthly trauma resuscitation<br />
simulation exercises with support from the UC Simulation Center. Participants include surgical residents,<br />
emergency medicine residents, and emergency nurses who work as a team to resuscitate the “patient.” Scenarios<br />
simulate an actual trauma resuscitation using a computerized child mannequin, actual medications, and<br />
actual equipment. The recent addition <strong>of</strong> a procedure simulator allows trainees to perform invasive procedures<br />
including cricothyroidotomy, tube thoracostomy, and pericardiocentesis. Scenarios are videotaped and reviewed<br />
with all participants after each scenario, facilitated by faculty in a non-threatening debriefing session. Scenarios<br />
originate from prior challenging situations, and are designed both to train participants in a safe setting as well as<br />
to explore potential gaps in knowledge and performance.<br />
Results/Findings to Date: Participants report high levels <strong>of</strong> satisfaction with pediatric trauma simulation<br />
training. Features that contribute to a successful exercise include:<br />
1. The opportunity to demonstrate improvement in a second simulation.<br />
2. Conducting the exercises “in situ” in our trauma bay.<br />
3. Interdisciplinary representation (nursing, surgery, emergency medicine).<br />
4. The addition <strong>of</strong> a task trainer in which actual procedures are performed on the simulator.<br />
Key Lessons Learned/Conclusions: Simulation training provides important team training for our residents<br />
and nursing staff. We are currently working to broaden staff participation to include radiology technicians,<br />
respiratory therapists, and ancillary staff who are critical participants in the resuscitation <strong>of</strong> the critically injured<br />
trauma patient. The next step is to identify ways in which simulation training impacts on actual patient care.<br />
Performance measurement tools are in development to begin to answer this question.<br />
34
24. Participant Satisfaction with Simulation <strong>of</strong> Minimally<br />
Invasive Spine Surgery Using Virtual Reality and Haptics<br />
Ben Roitberg, MD; Pat Banerjee, PhD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: In the era <strong>of</strong> duty hour restrictions and emphasis on patient<br />
safety neurosurgery and other surgical specialties face an increasing need to enhance surgical training with<br />
simulation <strong>of</strong> key surgical tasks.<br />
Objectives <strong>of</strong> Program/Intervention: The purpose <strong>of</strong> this study was to evaluate participant satisfaction<br />
while performing a percutaneous spinal procedure on a head- and hand-tracked high-resolution and highperformance<br />
virtual reality and haptic technology workstation. We also aim to collect data on performance and<br />
accuracy.<br />
Description <strong>of</strong> Program/Intervention: 134 neurosurgery fellows and residents trained on an ImmersiveTouch<br />
system (63 on Thoracic 9,10 and 11 and 71 on Lumbar 2,3 and 4 virtual models). A virtual Jamshidi needle<br />
was percutaneously inserted into a virtual patient’s pedicle derived from a computed tomography data set.<br />
An entry point on bone surface and a target point within bone were predetermined by a spine neurosurgeon.<br />
Participants were allowed up to five minutes <strong>of</strong> practice attempts. They were then asked to repeat what they<br />
practiced. Accuracy (average Euclidean distance from predefined entry and target points) was measured for each<br />
insertion. Every participant was requested to fill an anonymous form asking whether they were satisfied with<br />
the realism <strong>of</strong> the simulation, and if not explain why.<br />
Results/Findings to Date: 108/134 participants filled the feedback form, 105 were satisfied and 3 were<br />
dissatisfied with the realism <strong>of</strong> the simulation experience. Those dissatisfied cited inability to see the image in<br />
3D. There were 268 measured attempts to insert the virtual needle, 248 successful, and 20 breached bone; 9<br />
out <strong>of</strong> 126 ( 7.14%) failed in the thoracic group, and 11/142 (7.5%) failed in the lumbar group (NS). Mean<br />
accuracy score <strong>of</strong> successful attempts was 13.83 mm (SD 6.74 mm).<br />
Key Lessons Learned/Conclusions: Satisfaction with the realism <strong>of</strong> the simulation is high. We plan a more<br />
detailed questionnaire in future studies. The accuracy <strong>of</strong> pedicle needle placement achieved by participants<br />
using the simulator is comparable to that reported in recent literature, further evidence <strong>of</strong> simulation realism.<br />
35
25. Incorporating Ultrasound Education into Anesthesia<br />
Resident Training: A Two Year Study<br />
Matthew Satterly, MD; Angela Blood, MPH, MBA; Jeffrey Katz, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Ultrasound technology is increasingly utilized in patient<br />
care and is recommended by regulatory bodies to enhance patient safety. In anesthesiology, ultrasound<br />
guidance is frequently employed to secure vascular access or place peripheral nerve blocks. While residents have<br />
opportunities in clinical settings to use ultrasound, it can be a rushed experience and finer nuances for optimal<br />
utilization may not be appreciated.<br />
Objectives <strong>of</strong> Program/Intervention: To create an educational program including topics from basic function to<br />
identification <strong>of</strong> anatomical structures necessary to safely perform various procedures, the programmatic goals<br />
were to:<br />
1. Assess current understanding <strong>of</strong> ultrasound technology,<br />
2. Assess knowledge <strong>of</strong> anatomical relationships used for vascular access/peripheral nerve blocks,<br />
3. Educate in a concentrated fashion in these areas with multiple methods,<br />
4. Assess knowledge growth by using a pre- and post-test after an Ultrasound Workshop.<br />
Description <strong>of</strong> Program/Intervention: During the week <strong>of</strong> September 12-17, 2011, residents attended morning<br />
lectures on various issues related to the use <strong>of</strong> ultrasound in patient care. Lecture topics included: the physics <strong>of</strong><br />
ultrasound and use <strong>of</strong> the equipment (‘knobology’), specific peripheral nerve blocks, and a live demonstration<br />
<strong>of</strong> ultrasound and anatomy. The week culminated with a workshop during which participants were split into 5<br />
groups which rotated amongst 5 faculty-led stations, including: the ultrasound machine, vascular access (both<br />
arterial and venous), upper extremity peripheral nerve blocks, popliteal/posterior sciatic nerve blocks, and<br />
femoral/anterior sciatic nerve blocks. Residents also had the opportunity to practice using ultrasound on gelatin<br />
molds in order to practice manipulation <strong>of</strong> the ultrasound probe and needle placement. The standardized<br />
patient-based stations allowed the residents to make direct comparisons <strong>of</strong> various physical anatomies within the<br />
context <strong>of</strong> procedure planning.<br />
To establish a baseline <strong>of</strong> the residents understanding <strong>of</strong> the use <strong>of</strong> ultrasound as it relates to patient care in<br />
anesthesiology prior to the educational intervention, all participants were administered a pre-test written<br />
by faculty who led the workshop and didactic series. At the conclusion <strong>of</strong> the workshop a post-test was<br />
administered to assess knowledge growth<br />
Results/Findings to Date: Using data collected over two years (2010, 2011), we found that the course<br />
evaluations submitted by the participants were uniformly positive. Residents stated they felt more facile with<br />
the equipment, were better at identifying key anatomical structures, and gained a better appreciation for<br />
ultrasound. Performance on a knowledge test pre and post intervention found a significant improvement in test<br />
scores after the intervention.<br />
Key Lessons Learned/Conclusions: Subjectively, residents feel much more confident about their skills utilizing<br />
ultrasound technology in patient care if they have the opportunity to take part in a simulation exercise with<br />
ultrasound on standardized patients. The ability to gain hands-on experience in a low stress environment by<br />
scanning live anatomy was deemed to be <strong>of</strong> great benefit. This program can also be readily adapted to train<br />
other UCMC personnel (students, residents, nurses, faculty, etc).<br />
36
26. Pilot Curriculum for Teaching Residents Single Incision<br />
Laparoscopic Surgery (SILS): A Patient Safety Initiative<br />
GME<br />
Grant<br />
Nancy Schindler, MD; Michael Ujiki, MD; Vivek Prachand, MD; Jose Velasco, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Emerging technology and new surgical procedures are<br />
difficult to incorporate into surgical training.<br />
Objectives <strong>of</strong> Program/Intervention: This pilot curriculum was designed to investigate the feasibility and<br />
effectiveness <strong>of</strong> a multistage model <strong>of</strong> teaching new surgical procedures.<br />
Description <strong>of</strong> Program/Intervention: The Single Incision Laparoscopic Surgery (SILS) curriculum includes<br />
four stages:<br />
Stage 1: An electronically delivered, interactive module designed to equip residents with the required knowledge<br />
about indications, contraindications, risks, benefits and rationale for this new procedure.<br />
Stage 2: A box trainer simulation module designed to teach residents the required technical skills to participate<br />
successfully in a live animal SILS procedure.<br />
Stage 3: A swine animal lab designed to provide a safe learning environment for residents to perform their first<br />
SILS procedures and to improve their technique in a high fidelity environment.<br />
Stage 4: A live patient experience. Only after successfully demonstrating the required knowledge and skills, a<br />
resident will participate in an appropriately supervised live patient SILS operation.<br />
Results/Findings to Date: Stage 1: Residents participated in the electronically delivered curriculum and were<br />
successful in demonstrating significant gains in knowledge. Resident scores improved from 38% correct on a<br />
pretest to 92% on the post test. All residents met the required 85% correct to be eligible for the Stage 2 lab.<br />
Stage 2: Residents participated in a box trainer lab followed by both in lab and at home practice. Residents were<br />
assessed using a modified FLS (Fundamentals <strong>of</strong> Laparoscopic Surgery) scoring rubric. Upon completing the<br />
lab and providing practice time, only 30% <strong>of</strong> residents achieved a passing score. With additional opportunities<br />
for practice and re-testing, an additional 25% (total <strong>of</strong> 55%) achieved a passing score for the lab. The remaining<br />
residents did not pass and were not able to move on to Stage 3.<br />
Stage 3: Eleven residents were eligible for the Stage 3 animal lab and five attended the first Stage 3 lab. The<br />
first part <strong>of</strong> the lab was an opportunity for residents to practice their skills and to receive feedback on the live<br />
animal model. After completing either a SILS appendectomy or cholecystectomy in the first part <strong>of</strong> the lab,<br />
the residents were assessed on a new SILS procedure: a small bowel repair. Residents were scored using two<br />
checklists. Four out <strong>of</strong> five <strong>of</strong> the residents were successful in achieving a passing score on this task and will be<br />
eligible to proceed to the live patient experience. One resident will need to repeat the lab and be retested.<br />
Resident evaluation <strong>of</strong> the curriculum has been very positive, however, resident self-assessment <strong>of</strong> knowledge<br />
and confidence in SILS has not demonstrated significant improvement.<br />
Key Lessons Learned/Conclusions: Although SILS requires similar skills to traditional laparoscopic surgery,<br />
we found that residents required more than the anticipated amount <strong>of</strong> training and practice to ascertain the<br />
required skill level. This suggests that we may over-estimate our learners’ readiness to perform procedures and<br />
that appropriate supervision and guidance in the OR is important for patient safety. More study is needed to<br />
identify if box trainer practice alone will improve these skills or if the animal lab might be able to expedite<br />
achievement <strong>of</strong> the required skill level.<br />
37
27. Publishing Evidence-based Medicine Writing Projects with<br />
Students<br />
Umang Sharma, MD; Mari Egan, MD, MHPE; Adam Mikolajczyk, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: There are studies describing publication <strong>of</strong> evidence-based<br />
medicine (EBM) writing projects with residents, but to our knowledge, there have been no reports about<br />
publishing such projects with medical students.<br />
Objectives <strong>of</strong> Program/Intervention: EBM writing projects provide an opportunity to teach EBM skills, hone<br />
student writing, enhance faculty editing skills, introduce students to the publication process, and provide<br />
publication for both students and faculty.<br />
Description <strong>of</strong> Program/Intervention: After reviewing the rationale for undertaking these projects, we will<br />
describe how we have been using an EBM writing project with fourth year students on their family medicine<br />
clerkship.<br />
Results/Findings to Date: We will review accomplishments and challenges we have had in implementing the<br />
program. A former student author will be present to discuss his view <strong>of</strong> the experience.<br />
Key Lessons Learned/Conclusions: We will review tactics to promote student success.<br />
38
28. Simulation-based Ultrasound Guidance and Procedure<br />
Training in Hospital Medicine: A Faculty Development<br />
Pilot Project<br />
Nilam Soni, MD; Angela Blood, MPH, MBA; Stephen Small, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The incorporation <strong>of</strong> technological innovations into the<br />
practice <strong>of</strong> medicine continues to evolve healthcare at a rapid pace. The use <strong>of</strong> portable ultrasound for guidance<br />
<strong>of</strong> bedside procedures is evolving into the standard <strong>of</strong> patient care. Patient safety may be compromised when<br />
newer techniques are not integrated into routine practice in a timely manner. A needs assessment revealed that<br />
a minority <strong>of</strong> physicians feel comfortable with the use <strong>of</strong> ultrasound technology or portable ultrasound to guide<br />
procedures. Achieving a mastery understanding <strong>of</strong> ultrasound technology is a necessary building block for<br />
performing ultrasound-guided procedures.<br />
Objectives <strong>of</strong> Program/Intervention: The educational objectives <strong>of</strong> the program were to:<br />
1. Create a continuing medical education (CME) curriculum for understanding the fundamental principles<br />
<strong>of</strong> ultrasound and ultrasound-guided bedside procedures (central line placement, thoracentesis,<br />
paracentesis, lumbar puncture).<br />
2. Provide opportunities for practice and demonstration <strong>of</strong> ultrasound-guided procedure skills with<br />
simulation task trainers and real-time feedback.<br />
3. Develop assessment tools for the use <strong>of</strong> ultrasound in various procedures.<br />
Description <strong>of</strong> Program/Intervention: For both new and seasoned practitioners, the curriculum <strong>of</strong>fered through<br />
The University <strong>of</strong> Chicago Simulation Center (UC Sim) included:<br />
1. Understanding <strong>of</strong> ultrasound and procedural equipment<br />
2. Awareness <strong>of</strong> indications and potential complications<br />
3. Methods to perform the procedures<br />
4. Practice <strong>of</strong> manual dexterity<br />
The content for each <strong>of</strong> the five modules included:<br />
1. Pre-test<br />
2. Didactic session<br />
3. Video <strong>of</strong> procedure<br />
4. Review <strong>of</strong> the procedural kit contents<br />
5. Hands-on practice with simulation task-trainers<br />
6. Scanning <strong>of</strong> patients<br />
7. Post-test<br />
8. Course evaluation<br />
From January through May 2011, the curriculum was delivered to a total <strong>of</strong> 25 hospital medicine providers. All<br />
participants attended the ultrasound and paracentesis modules. Participation in the remaining three modules<br />
(thoracentesis, CVC, and LP) was left to the discretion <strong>of</strong> the individual, as some hospital medicine providers<br />
perform only certain procedures in practice.<br />
Results/Findings to Date: A preliminary analysis <strong>of</strong> the pre-test and post-test data revealed that there was<br />
statistically significant knowledge growth for the participants who took part in the use <strong>of</strong> ultrasound module.<br />
Further analysis will be conducted to assess the significance <strong>of</strong> knowledge growth in the remaining learning<br />
modules. This preliminary finding is encouraging as it appears that the brief, simulation-based curriculum was<br />
effective in increasing the participants understanding and correct application <strong>of</strong> ultrasound technology.<br />
Key Lessons Learned/Conclusions: Based on the success <strong>of</strong> this pilot project, we appreciate that concise,<br />
simulation-based training sessions designed for busy clinicians can be effective at teaching basic ultrasound<br />
skills, and possibly other new technologies. The data are limited from this pilot program, but it does suggest<br />
that a brief training session for ultrasound-guided paracentesis may also increase knowledge <strong>of</strong> the procedure.<br />
Finally, the rate <strong>of</strong> skill extinguishment should be studied to determine how <strong>of</strong>ten training sessions must be<br />
held, or how many procedures must be completed, to maintain clinical expertise.<br />
39
29. The TIME (Technology in <strong>Medical</strong> Education) Project<br />
2011: An Update– The Past, Present and Future<br />
Scott Stern, MD; Brian Paterson<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Current and developing technologies provide an almost<br />
endless array <strong>of</strong> possibilities to augment medical education, limited more by the imagination than inherent<br />
limitations in technology. The TIME project continues to develop new technologies and create meaningful<br />
partnerships that are allowing us to create new, innovative, and cutting edge tools that create a dynamic,<br />
interactive, competency based medical curriculum.<br />
Objectives <strong>of</strong> Program/Intervention: The TIME project has 4 objectives. First, to enhance vertical integration<br />
within the curriculum. Second, to facilitate the use <strong>of</strong> technology tools within and beyond the classroom.<br />
Third, to create dynamic, interactive, case based simulations to teach clinical reasoning and an array <strong>of</strong> topics<br />
in the medical school curriculum. Fourth, such tools could also be harnessed to develop a competency based<br />
curriculum.<br />
Description <strong>of</strong> Program/Intervention: First, to achieve vertical integration, a new content management system<br />
(TIME-Space) was developed which captures lectures and other electronic curricular materials, stores and<br />
indexes these materials and makes them discoverable and reusable by students throughout the curriculum.<br />
Second, to augment the use <strong>of</strong> electronic teaching tools, TIME-Teach, a web based teaching resource, is being<br />
developed. Third, two interactive s<strong>of</strong>tware projects are under development that will teach clinical reasoning<br />
and other basic science content. The first s<strong>of</strong>tware tool provides a step by step diagnostic aid to students and<br />
residents as they evaluate patients with common internal medicine problems. The aid prompts students for<br />
key information from the history and physical exam and systematically limits the differential diagnosis as data<br />
is entered. This web based program will run on Smart phones, i-Pads and computers. An additional s<strong>of</strong>tware<br />
project is being developed in conjunction with i-Human by Summit Performance. This interactive simulation<br />
will provide hundreds <strong>of</strong> interactive patient cases that will be linked to interactive learning exercises that can<br />
help to reinforce topics throughout the basic science and clinical curriculum. Ideally, such a program could<br />
ensure exposure to key diseases and document competency and mastery <strong>of</strong> key topics.<br />
Results/Findings to Date:<br />
1. TIME-Space has been widely used by the students who download thousands <strong>of</strong> documents each month.<br />
2. TIME-Teach will continue being developed this year with the recent addition <strong>of</strong> Elissa Johnson to the<br />
TIME team.<br />
3. The diagnostic app is under active development with the expected release <strong>of</strong> a beta version by January 1,<br />
2012. Already decision tress for more than half <strong>of</strong> the key symptoms in internal medicine have been<br />
created and are being converted to programming code. Finally, active discussions have begun with<br />
core faculty from the basic science curriculum who have begun work on the simulation project as we<br />
evaluate funding opportunities to spur development.<br />
Key Lessons Learned/Conclusions: Support from the <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine and BSD has been critical in<br />
the development <strong>of</strong> electronic tools to facilitate medical education. These tools augment vertical integration and<br />
will continue to push the envelope as they teach clinical reasoning, basic science content, provide interactive<br />
learning modules and provide a tool for ensuring broad exposure, assessing competency and mastery <strong>of</strong><br />
material.<br />
40
30. The Use <strong>of</strong> an Educational Simulation to Improve<br />
Neurology Resident Knowledge <strong>of</strong> and Experience with<br />
Thrombolytic Therapy<br />
Plenary<br />
Scholarship<br />
& Discovery<br />
Rachel Stork, MS3; Jeffrey Frank, MD; Morris Kharasch, MD; Ernest Wang, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Intravenous thrombolytic therapy (rt-PA) is the only FDA<br />
approved treatment for restoring brain blood flow in properly selected acute ischemic stroke patients, however<br />
many neurology residents will graduate with little or no experience with rt-PA use. rt-PA is underutilized in<br />
acute stroke patients and the inappropriate use <strong>of</strong> rt-PA leads to a higher risk <strong>of</strong> complications. Studies have<br />
linked underutilization and inappropriate use to lack <strong>of</strong> physician experience and training. Physician experience<br />
with rt-PA during training will be further limited by duty hour restrictions.<br />
Objectives <strong>of</strong> Program/Intervention: To assess if a simulated learning experience could improve Neurology<br />
resident knowledge, skill and experience with management <strong>of</strong> acute ischemic strokes.<br />
Description <strong>of</strong> Program/Intervention: Simulation is an educational modality well suited to increasing physician<br />
experience and training with the management <strong>of</strong> acute stroke patients with thrombolytic therapy, without<br />
risk to patients.In order to direct the design <strong>of</strong> the simulation curriculum, a short structured interview was<br />
conducted with 23 neurology residents, emergency medicine residents and neurology attendings to identify<br />
learning objectives for the simulation. Case data from the literature and from patients seen at University <strong>of</strong><br />
Chicago were used to write case discussions and standardized patient/high fidelity patient simulator scenarios,<br />
which exemplified these objectives. These were encorporated into a half day educational simulation.<br />
Results/Findings to Date: The simulation was initially piloted with 4 medical pr<strong>of</strong>essionals from the University<br />
<strong>of</strong> Chicago. Feedback from the pilot was used to improve the curriculum, which was then implemented with<br />
8 Neurology and Emergency Medicine resident volunteers from University <strong>of</strong> Chicago. All participants ranked<br />
their confidence in overall ability to manage acute stroke with thrombolytics higher after completing the<br />
simulation. The majority <strong>of</strong> participants (63%, n=8) went from incorrectly identifying the reversal agent to<br />
correctly identifying the reversal agent. In the exit survey, a majority <strong>of</strong> participants (88%, n=8) strongly agreed<br />
with the statement “I feel that I learned more in the simulation than I would have learned in a lecture covering<br />
the same material”.<br />
Key Lessons Learned/Conclusions: Simulation is an efficient and effective modality for improving knowledge <strong>of</strong><br />
experience <strong>of</strong> Neurology residents with thrombolytic therapy.<br />
41
31. Wait Till Your Father Sees This! Simulation Training for<br />
Residents During their Pediatric Anesthesia Rotation<br />
Igor Tkachenko, MD; Michael Hernandez, MD; Stephen Small, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: During the Pediatric Anesthesia rotation anesthesia<br />
residents are exposed to variety <strong>of</strong> clinical cases. The goal <strong>of</strong> this rotation is to provide anesthesia residents<br />
with the most diverse clinical experience. One <strong>of</strong> the challenges in Pediatric Anesthesia is a skill <strong>of</strong> managing<br />
anxiety in parents as well as children. Parent present induction (PPI) is a common modality <strong>of</strong> stress-reduction<br />
in children undergoing induction <strong>of</strong> general anesthesia, where parents are present as the child goes <strong>of</strong>f to sleep.<br />
The anesthesiologist is not only responsible for a safe anesthetic induction in the child, but also must manage a<br />
concerned parent. Dealing with complications and managing the patient’s airway in the presence <strong>of</strong> the parent<br />
can be difficult. Some parents become extremely anxious and can refuse to leave the OR. Often, residents never<br />
experience this clinical scenario during their training.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Provide exposure to a rare but challenging pediatric anesthesia situation in a controlled environment.<br />
2. Provide residents with the opportunity to manage this clinical scenario independently.<br />
3. Provide the resident with the opportunity to watch the video recording <strong>of</strong> the case, discuss it, and receive<br />
feedback.<br />
Description <strong>of</strong> Program/Intervention: Anesthesia residents are <strong>of</strong>fered an opportunity to participate in<br />
simulation training. Residents are given an introductory orientation to the simulation environment. A pediatric<br />
manikin is used with a team member playing the role <strong>of</strong> the “parent”. During mask induction the “child”<br />
develops airway complications, and the “parent” becomes extremely agitated and refuses to leave the OR.<br />
Residents are called upon to manage the patients complications as well as psychological aspect <strong>of</strong> dealing with<br />
an emotional parental response.<br />
Results/Findings to Date: Residents are asked to submit formal evaluations as well as informal feedback <strong>of</strong> the<br />
simulation case. Eighteen residents participated in the Simulation Training up-to-date and 18 responses were<br />
received. The residents were asked to rank the case on the scale from 1 to 5, with 1 representing “not at all” and<br />
5 representing “very much”. The question “Did the scenario seem realistic”, 17% ranked it 3, 11% - 3.5, 61% -<br />
4, and 11% - 5. The question “ Would you want to do more simulation training <strong>of</strong> this kind”, was answered as<br />
following: 15% - 3; 28% - 4, and 67%-5.<br />
Key Lessons Learned/Conclusions:<br />
1. Simulation training is a valuable tool for providing exposure to rare clinical circumstances that residents<br />
may not otherwise get to experience.<br />
2. Using a simulation allows the resident to function autonomously in a crisis, in contrast to a true clinical<br />
scenario in which an attending would likely intervene.<br />
3. Video review <strong>of</strong> performance is helpful to allow residents insight into their rapport with the patient’s<br />
family.<br />
42
32. Doctoring Without a Script: The Improvising Physician<br />
Daniel Brauner, MD; Gretchen Case, PhD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Teaching students and physicians how to interact with<br />
patients in a compassionate and empathetic manner while still attending to the more factual and scientific<br />
aspects <strong>of</strong> this communication is a crucial agenda item for both undergraduate and postgraduate medical<br />
curricula. Previously we called for a more conscious appreciation <strong>of</strong> the physician as a performer and posited<br />
that empathetic imagination can be used as a tool for encouraging deeper doctor-patient interactions. In this<br />
project we look more closely at an aspect <strong>of</strong> this performance that can help to deepen this interaction further<br />
and is also an essential component <strong>of</strong> developing an empathic imagination, improvisation. Although the clinical<br />
encounter is highly structured this does not mean that it need necessarily be scripted, a potential pitfall <strong>of</strong> many<br />
curricular aimed at improving communication.<br />
Objectives <strong>of</strong> Program/Intervention: The objective <strong>of</strong> this program is to explore how improvisation as a method<br />
<strong>of</strong> rehearsal in the theater can be applied as a model for doctors, both in training and in practice for interacting<br />
with patients.<br />
In order for doctors to really engage with patients it is important to identify areas where physicians rely on<br />
scripted responses to sets <strong>of</strong> clinical issues.<br />
Doctors and those in training will learn how to incorporate the core concepts <strong>of</strong> improvisation when<br />
communicating with standardized and then actual patients.<br />
Description <strong>of</strong> Program/Intervention: By incorporating the underlying principle <strong>of</strong> improvisation, the “Yes,<br />
and...concept,” doctors can begin to learn to interact with their patients in an a real and empathic manner that<br />
honors the unique aspect <strong>of</strong> each patient in a way that more scripted discourse cannot.<br />
Results/Findings to Date: This is a theoretical construction to date but examples from programs that have begun<br />
using improvisation will be explored.<br />
Key Lessons Learned/Conclusions: Methods from improvisation can be applied to teaching about<br />
communication with patients as well as actually communicating with patients.<br />
43
33. Migration Analysis <strong>of</strong> Physicians Practicing in Hawaii from<br />
2009-2011<br />
Laura Dilly, MS4; Kelley Withy, MD, PhD; Goutham Rao, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Hawaii currently suffers a 20% shortage <strong>of</strong> physicians. A<br />
growing and aging population, coupled with the fifth-oldest physician pool in the United States, make Hawaii’s<br />
physician shortfall poised to worsen. The state’s unique cultural, geographic, and practice settings make<br />
physician recruitment challenging. This study was undertaken to examine physician migration patterns into and<br />
out <strong>of</strong> Hawaii to better inform physician recruitment and retention techniques.<br />
Objectives <strong>of</strong> Program/Intervention: To determine patterns <strong>of</strong> physician movement into and out <strong>of</strong> Hawaii.<br />
Description <strong>of</strong> Program/Intervention: This study used 2009-2011 practice location data on all non-military,<br />
practicing physicians in Hawaii, a secure resource maintained by the University <strong>of</strong> Hawaii John A Burns <strong>School</strong><br />
<strong>of</strong> Medicine - Area Health Education Center (AHEC). <strong>Medical</strong> school attended was electronically extracted<br />
from an AMA Masterfile list for allopathic physicians and from the Internet and colleagues for osteopathic<br />
physicians. Internet searches and telephone calls to clinician’s <strong>of</strong>fices were employed to ascertain practice<br />
location as <strong>of</strong> September 2011.<br />
Results/Findings to Date: There are currently 3,187 actively practicing physicians in Hawaii. Of these, 2,707<br />
(84.9%) trained at US medical schools (136 medical schools represented), 2615 (96.5%) attended an allopathic<br />
institution, and 92 (3.4%) attended an osteopathic institution. Nearly half <strong>of</strong> all US-trained physicians<br />
attended medical school in Hawaii, California, New York, Illinois, or Pennsylvania. International medical<br />
graduates represented 191 medical schools from 67 distinct countries, primarily in the Philippines or the<br />
Caribbean (23.1% and 14.0% <strong>of</strong> the 480 international medical graduates, respectively).<br />
Between 2009 and 2011, a total <strong>of</strong> 238 physicians listed on the AHEC database retired from medicine or<br />
transitioned to non-clinical activities, and 329 physicians left Hawaii to practice in other locations. California<br />
received the largest portion <strong>of</strong> Hawaii’s former physicians (26.7%). No other state received more than 5% <strong>of</strong><br />
the physicians who left Hawaii. Only 15.5% <strong>of</strong> physicians returned to the state where they attended medical<br />
school, and graduates from California represented 45% <strong>of</strong> this subset.<br />
Key Lessons Learned/Conclusions: As Hawaii’s physician shortage is poised to worsen, optimizing physician<br />
recruitment and retention has become a critical priority. Aside from the strong representation from John A.<br />
Burns <strong>School</strong> <strong>of</strong> Medicine, medical schools with some <strong>of</strong> the most alumni practicing in Hawaii (e.g., Creighton,<br />
UCLA, UCSF, Georgetown) all have active Hawaii student clubs. This may indicate larger populations <strong>of</strong><br />
students from Hawaii or a greater interest in the state. Therefore, this research recommends targeting medical<br />
schools with Hawaii clubs for recruitment efforts. Furthermore, examining residency training location in<br />
relation to practice in Hawaii would be beneficial.<br />
Few trends are apparent when considering the physicians who left Hawaii to practice elsewhere. Other<br />
than California, which gained over a quarter <strong>of</strong> the physicians departing Hawaii, no region or alma mater<br />
demonstrates notable associations with physician emigration. Future study recommendations include examining<br />
residency location and conducting exit surveys <strong>of</strong> physicians leaving Hawaii to identify primary reasons for<br />
leaving.<br />
44
34. The Impact <strong>of</strong> Faculty Characteristics on Internal<br />
Medicine Residency Candidates Interview Scores<br />
Julie Oyler, MD; Jim Woodruff, MD; Jeff Charbeneau; Vineet Arora, MD, MAPP<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Research on the intern selection process has focused<br />
primarily on the impact <strong>of</strong> interview techniques and candidates characteristics on the effectiveness <strong>of</strong> resident<br />
selection. Few studies have examined interviewer characteristics on the candidate ratings.<br />
Objectives <strong>of</strong> Program/Intervention: Our goal was to determine whether faculty characterisitics lead to variation<br />
in residency candidate interview scores.<br />
Description <strong>of</strong> Program/Intervention: One time retrospective evaluation <strong>of</strong> previously existing interview data<br />
from applicants interviewed at the University <strong>of</strong> Chicago Internal Medicine Program from September 2004<br />
to March 2009. Faculty interviewers were assigned randomly according to their availability. Each interviewer<br />
received an electronic copy <strong>of</strong> the candidate’s Electronic Residency Application Service (ERAS) application<br />
prior to interview. Following the interview, faculty were asked to electronically rate applicants on a 1(worst) to<br />
10 (best) scale. Faculty characteristics were obtained from the Department website. Mulitvariate analysis was<br />
used to identify associations between faculty/candidate characteristics and interview score. IRB approval was<br />
obtained and data was deidentified before analysis.<br />
Results/Findings to Date: 1921 applicants were interviewed by 314 faculty for a total <strong>of</strong> 3813 discreet in-person<br />
interviews. Candidate characteristics which positively influenced overall score were PhD ( 0.48, p
35. Relationship Between Inpatient Attending Physician<br />
Workload and Teaching Before and After Duty Hours:<br />
A Seven Year Study<br />
MERITS<br />
Lisa Roshetsky, MD; David Meltzer, MD, PhD; Holly Humphrey, MD; Vineet Arora, MD, MAPP<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: As attending workload increases with shorter resident duty<br />
hours, inpatient teaching may suffer. Although prior studies <strong>of</strong> resident workload demonstrate negative effects<br />
on resident education, health and patient care, no studies examine attending inpatient workload and outcomes.<br />
Objectives <strong>of</strong> Program/Intervention: We aim to investigate the association between inpatient attending workload<br />
and teaching.<br />
Description <strong>of</strong> Program/Intervention: From 2001-2008, all inpatient medicine attendings at a single teaching<br />
hospital were administered an end <strong>of</strong> rotation survey with Likert type-items regarding workload and teaching.<br />
Workload was measured using a conceptual framework initially developed by NASA and later adapted for<br />
physicians. A workload score (range 6-30) was generated from 6 items (effort, performance, frustration, and<br />
mental, physical and temporal demand). Time for teaching was measured using open-ended responses for<br />
hours per week didactic teaching, and a response <strong>of</strong> agree or strongly agree to “I had enough time for teaching.”<br />
Multivariable analyses, controlling for 2003 resident duty hour restrictions, season, and clustered by attending,<br />
were used to test the association between workload scores and teaching outcomes. We also investigated whether<br />
interactions between workload, season, and duty hours were significant.<br />
Results/Findings to Date: Response rate was 64% (458/719 attending blocks), representing 115 distinct<br />
attendings. Attendings reported a median <strong>of</strong> 3 hours/week (IQR 2-4) <strong>of</strong> didactic teaching and 42% reported<br />
enough time for teaching. Workload scores were normally distributed (mean=16, SD 2.7) with a weak positive<br />
correlation with actual patient volume (r=0.24, p
36. Developing a Community-Based Family Medicine Clerkship<br />
in Wuhan, China<br />
Nicole Baltrushes, MS4; Mari Egan, MD, MHPE; Sarah-Anne Schumann, MD; Renslow Sherer, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: China’s health care and medical education systems have<br />
changed significantly over the past sixty years. Currently both are focused on highly specialized training<br />
with few educational experiences in outpatient primary care. However, in light <strong>of</strong> their aging population, a<br />
resurgence in infectious disease, and rising healthcare costs among other concerns, China’s Ministry <strong>of</strong> Health<br />
recently declared that Family Medicine will be the key to providing quality and cost effective care to its growing<br />
population. <strong>Medical</strong> education now needs to be created and implemented to educate and train these future<br />
Family Medicine physicians.<br />
Objectives <strong>of</strong> Program/Intervention: As part <strong>of</strong> the Wuhan University <strong>Medical</strong> Education Reform (WUMER)<br />
project, University <strong>of</strong> Chicago <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine (PSOM) faculty are helping Wuhan University<br />
(WU) faculty start a Department <strong>of</strong> Family and Community Medicine and develop the first reported required<br />
community-based family medicine clerkship. This clerkship will ideally help to raise students’ awareness <strong>of</strong><br />
family medicine as a career, inspire students to work in a community setting, as well as introduce the merits <strong>of</strong><br />
outpatient training.<br />
Description <strong>of</strong> Program/Intervention: Almost three years after the partnership began there have been visits both<br />
to Chicago and China in order for both faculty to work together to create a family medicine curriculum which<br />
is based in community health centers (CHCs). The curriculum in Wuhan emphasizes the teaching <strong>of</strong> outpatient<br />
clinical skills and includes home visits, traditional Chinese medicine, and physical rehabilitation. PSOM faculty<br />
have provided faculty development in outpatient clinical teaching. Evaluation assessments have been conducted<br />
to identify characteristics and faculty development needs <strong>of</strong> the CHC preceptors as well as evaluate both the<br />
students’ and preceptors’ feedback after the first pilot clerkship. Clerkship development is ongoing, with the<br />
most recent PSOM faculty visit for a faculty development Teaching Symposium in September 2011.<br />
Results/Findings to Date: The Family Medicine Clerkship was piloted in autumn 2010 in the Qing Shan<br />
Community Health Center in Wuhan and the feedback received in the clerkship evaluations was encouraging<br />
and informative. Students enjoyed the exposure to the CHC setting, the unique doctor patient relationships,<br />
home visits, small group discussions, and the Traditional Chinese Medicine. Wuhan University Students,<br />
faculty, and CHC Preceptors alike requested ongoing faculty development.<br />
Key Lessons Learned/Conclusions: The Wuhan University faculty, administration, and CHC preceptors are<br />
motivated to continue developing and implementing the Family Medicine Clerkship. The pilot clerkship was<br />
well received and adjustments to the program to address the feedback received are being implemented. The<br />
second pilot <strong>of</strong> the clerkship is being implemented November 2011 and evaluation is ongoing. PSOM faculty<br />
and students are excited about the unique challenges and rewards this educational partnership <strong>of</strong>fers. The need<br />
for primary care is becoming increasingly apparent in China, and around the world, and this new clerkship is<br />
an important and exciting step in the primary care direction.<br />
47
37. Pre-hospital Disaster Management Education in Emergency<br />
Settings: Results <strong>of</strong> a Five-month Community-based<br />
Program in Rural Haiti<br />
Corey Bills, MD, MPH; Christine Babcock, MD, MSc; Luke Davies; Christian Theodosis, MD, MPH<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The January 12, 2010 Haitian earthquake resulted in<br />
massive destruction <strong>of</strong> Haiti’s infrastructure with a large number <strong>of</strong> Haitians seeking refuge in 1 <strong>of</strong> 1300<br />
displaced camps. Continued monitoring <strong>of</strong> these camps is essential and highlights the need for trained<br />
pr<strong>of</strong>essionals in disaster management in order to respond to future calamity.<br />
Objectives <strong>of</strong> Program/Intervention: The aim <strong>of</strong> this study is to determine the effectiveness <strong>of</strong> a unique training<br />
program for Haitian national ‘Health Agents’ in disaster management and health surveillance.<br />
Description <strong>of</strong> Program/Intervention: A five-month training program was undertaken from September 1,<br />
2010 to January 31, 2011 based at a displaced persons camp in Fond Parisien, Haiti. Instruction in disaster<br />
management was multifaceted and included lectures, didactic sessions and fieldwork. Comprehension <strong>of</strong><br />
material was based on pre and post-test analysis and assessment <strong>of</strong> field-based casework in comparison to<br />
objective norms.<br />
Results/Findings to Date: All eight Haitian staff members were hired and successfully completed the five-month<br />
course. Overall comprehension <strong>of</strong> lecture material was impressive with increased average pre- to post-test scores<br />
<strong>of</strong> 44.8% (28.8% and 73.6%, respectively; p
38. A Community-based Cholera Surveillance and Education<br />
Program in Eastern Haiti<br />
Corey Bills, MD, MPH; Christine Babcock, MD, MSc; Luke Davies; Christian Theodosis, MD, MPH<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: On October 21, 2010 a cholera outbreak was confirmed<br />
by the Haitian National Public Health Laboratory. Within one month cholera had spread to each <strong>of</strong> ten<br />
departments <strong>of</strong> Haiti.<br />
Objectives <strong>of</strong> Program/Intervention: The aim <strong>of</strong> this study is to analyze whether a Haitian national health agentled<br />
cholera surveillance program combined with basic public health messaging can provide insight into cholera<br />
outcomes.<br />
Description <strong>of</strong> Program/Intervention: A health agent-led team assessed villages in the primary municipality <strong>of</strong><br />
Fond Parisien in Ouest Department from November 2010 to January 2011. Data was gathered via in-depth<br />
and key informant interviews. A purposive sampling <strong>of</strong> presumed high-risk villages throughout the region<br />
with a cross-sectional sample <strong>of</strong> households within selected villages was completed. Individual households<br />
were questioned regarding cholera symptoms and provided with simple public health education. This data was<br />
compared to clinical and demographic data at the region’s primary cholera treatment center (CTC) for analysis.<br />
Results/Findings to Date: Continuous data collection in the form <strong>of</strong> household surveys and rapid assessment<br />
procedures monitored high-risk populations in several hard to reach villages in the region. Health agents noted<br />
multiple deaths secondary to cholera-like symptoms in communities not reported to clinical or public health<br />
authorities. A total <strong>of</strong> 2416 clinical cases <strong>of</strong> cholera presented to the CTC over the study period. The clinical<br />
fatality rate was 0.745%.<br />
Key Lessons Learned/Conclusions: The use <strong>of</strong> health agents trained in disaster management and mitigation was<br />
successful and contributed to public acceptance <strong>of</strong> the primary CTC and control <strong>of</strong> cholera deaths within the<br />
region.<br />
49
39. Assessment <strong>of</strong> Clinical Reasoning Skills <strong>of</strong> the Fifth Year<br />
<strong>Medical</strong> Students at Wuhan University<br />
Aaron Cohn, MD; Nancy Luo, MD; Kate Lemler, MS4; Renslow Sherer, MD; Scott Stern, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The <strong>Pritzker</strong> Initiative, a clinically focused curriculum, was<br />
iniated at the University <strong>of</strong> Chicago medical school in 2009. Wuhan University and <strong>Pritzker</strong> have colloborated<br />
to bring a similar curriculum to Wuhan. Courses in basic science, clinical reasoning, physical diagnosis and<br />
history-taking, ethics and pr<strong>of</strong>essionalism are being adapted and scaled for use in Wuhan, starting with the<br />
students enrolled in the fall <strong>of</strong> 2009.<br />
Objectives <strong>of</strong> Program/Intervention: The objective <strong>of</strong> this study was to assess the clinical reasoning skills <strong>of</strong> the<br />
graduating class <strong>of</strong> the five-year medical education program, and to establish a baseline for future comparison to<br />
students in the reform curriculum.<br />
Description <strong>of</strong> Program/Intervention: We developed twenty clinical cases from the textbook “Symptom to<br />
Diagnosis” with stepwise clinical reasoning and questions addressing the following core competencies: data<br />
collection, differential diagnoses,evaluation to generate final diagnosis, management and overall performance on<br />
reasoning. The scoring algorithm was tailored to the emphasis <strong>of</strong> medical education at the undergraduate level,<br />
stressing the importance <strong>of</strong> developing a full spectrum <strong>of</strong> differential diagnosis and diagnostic evaluation for the<br />
final diagnosis.<br />
Results/Findings to Date: Senior medical students in Wuhan demonstrated a wide range in performance on a<br />
clinical reasoning exercise, with one third showing a substantial need for further skills development. Specific<br />
areas in which improvement was needed were ‘differential diagnosis’ and ‘history taking/data collection’.<br />
Reforms <strong>of</strong> curriculum in clinical years, as well as preclinical years, are needed in order to improve clinical<br />
reasoning skills to help students become competent physicians upon graduation.<br />
Key Lessons Learned/Conclusions: There is still significant room for improvement in clinical reasoning and<br />
development <strong>of</strong> a differential diagnosis for a given symptom, in both the <strong>Pritzker</strong> Initiative-inspired “reform<br />
curriculum” and the existing “tradional curriculum”. Continued comparison <strong>of</strong> the reform and traditional<br />
curriculums at Wuhan University medical school will help decipher what strategies work best for this cohort <strong>of</strong><br />
medical students.<br />
50
40. Development <strong>of</strong> a Communication Skills Curriculum at<br />
Wuhan University <strong>Medical</strong> <strong>School</strong>: Implementing a Peer<br />
Role-playing Workshop<br />
Wei Wei Lee, MD, MPH; Renslow Sherer, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Several studies show that a physician’s communication<br />
skills correlate with improved health outcomes and health care quality. Guidelines from the Institute for<br />
International <strong>Medical</strong> Education (IIME) and the American Association <strong>of</strong> <strong>Medical</strong> Colleges (AAMC) highlight<br />
the importance <strong>of</strong> teaching communication skills in the medical school curriculum and there is evidence that<br />
good communication skills can be taught and learned.<br />
<strong>Medical</strong> education in China has been characterized by passive, lecture driven curricula and limited<br />
opportunities for small group learning. Wuhan University (WU) invited the University <strong>of</strong> Chicago (UC) to<br />
assist in their medical education reform effort and in 2009, 50 first year students at WU participated in a<br />
reform curriculum. As reform students enter into their third year, WU is developing an “early patient contact”<br />
curriculum modeled on the <strong>Pritzker</strong> Clinical Skills course. The new curriculum aims to teach communication,<br />
pr<strong>of</strong>essionalism and allows for early exposure to clinical medicine. Limited resources precluded implementation<br />
<strong>of</strong> a standardized patient program and UC faculty were asked to assist in developing peer-role playing<br />
workshops to teach communication skills<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Work with WU faculty to develop a communication skills curriculum.<br />
2. Pilot a peer role-playing workshop to teach patient-centered communication and allow students to practice<br />
and assess communication skills.<br />
Description <strong>of</strong> Program/Intervention: Presented lecture to WU reform students and faculty focused on patientcentered<br />
communication and delivering bad news. We developed 2 peer role-playing scenarios on lung cancer<br />
and chlamydia. The participants were divided into groups <strong>of</strong> five students and one faculty member. The<br />
students rotated to role-play “patient” and “physician.” On-looking students and faculty rated “physician’s”<br />
communication skills on a 5-point Likert scale. Fifteen minutes were allotted each for role play and feedback.<br />
The large group then reassembled to debrief and gave oral and written feedback on exercise.<br />
Results/Findings to Date: Feedback on peer role-playing exercise were grouped into strengths and weaknesses.<br />
The following comments reflected the strengths: a)“small groups promoted active participation and learning”<br />
b)“allowed us to experience emotions <strong>of</strong> both doctors and patient” c)“immediate feedback allowed us to see<br />
specific things we can improve” d) “realistic reflection <strong>of</strong> real life problems in doctor patient interactions” e)<br />
“relaxed, practical, very effective” The following comments reflected the weaknesses: a) “our first time doing<br />
a role play exercise, took too much time” b) “students lacked sufficient medical knowledge about diseases<br />
discussed” c) “not ‘real enough’ to simulate real life experience”<br />
Key Lessons Learned/Conclusions:<br />
1. Peer role-playing workshops are a low cost, easily implemented and effective way to teach communication<br />
skills.<br />
2. Students and faculty valued a formal communication curriculum and requested future collaboration to<br />
develop additional role-play cases for curriculum.<br />
51
41. Attitudes Toward Neurology in <strong>Medical</strong> Students in<br />
Wuhan, China<br />
Rimas Lukas, MD; Brian Cooper; Ivy Morgan; Renslow Sherer, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: ‘Neurophobia’ refers to medical students’ dislike <strong>of</strong><br />
Neurology based on the perception that it is overly complex. To date, little is known regarding neurophobia in<br />
China.<br />
Objectives <strong>of</strong> Program/Intervention: Neuroscience education for medical students at Wuhan University in<br />
Wuhan, Hubei province, China is undergoing significant reform as part <strong>of</strong> a collaborative undertaking with the<br />
University <strong>of</strong> Chicago via the Wuhan University <strong>Medical</strong> Education Reform (WUMER) project. Prior to the<br />
implementation <strong>of</strong> the revised Neuroscience curriculum in autumn 2011 a 5 question survey was administered<br />
to 41 5th, 6th, and 7th year students (analogous to 3rd and 4th year US medical students).<br />
Description <strong>of</strong> Program/Intervention: Modeled on previously reported surveys used in other countries,<br />
the surveys addressed students’ self-assessments <strong>of</strong> their knowledge <strong>of</strong> subspecialties, confidence in clinical<br />
neurology and career intentions, and their perception <strong>of</strong> teaching methods, with responses from 1-5 on a Likert<br />
scale.<br />
Results/Findings to Date: Of 41 surveys, 21 were from students at the Renmin Hospital site and 20 from the<br />
Zhongnan Hospital site, evenly divided among years.<br />
Of student knowledge in 8 medical specialties, Neurology received a mean score <strong>of</strong> 2.78, ranking it 6th lowest.<br />
Paired-samples test found neurology was significantly lower than the top 3 specialties. There was no significant<br />
difference between neurology and the other four specialties. In turn students self-perceived knowledge may be<br />
in the midrange amongst other specialties.<br />
Students with low confidence in diagnosing and managing neurological patients trended toward a lower<br />
likelihood <strong>of</strong> specializing in neurology (mean score 2.67) compared to students with high confidence in both<br />
(mean score 3.80). Students with low likelihood <strong>of</strong> specializing in Neurology (≤2) were less likely to report<br />
confidence in both diagnosing (≥4) and managing neurological patients (mean cumulative score <strong>of</strong> 2.64).<br />
Students rated bedside teaching (4.03, CI 3.69-4.37, SD 1.00) followed by small group teaching (3.78, CI<br />
3.42-4.14, SD 1.072) as having the greatest value in learning neurology. Learning derived from peers was rated<br />
as the lowest valued (3.30, CI 2.98-3.63, SD 0.951) method <strong>of</strong> learning neurology.<br />
Key Lessons Learned/Conclusions: In this exploratory study, students self perceived knowledge <strong>of</strong> Neurology<br />
was low, but not lowest, when compared to other specialties. These findings differ from data reported from<br />
institutions in North America/Caribbean, Europe, and Africa. Students with greater clinical confidence in<br />
diagnosing and managing neurological illness reported a higher likelihood <strong>of</strong> pursuing a career in neurology,<br />
and, conversely, students who reported a higher likelihood <strong>of</strong> pursuing a career in neurology also reported a<br />
higher degree <strong>of</strong> confidence in their clinical neurology skills. Traditional bedside teaching was viewed as having<br />
the greatest value for teaching neurology, although small group sessions were also rated highly. Internet based<br />
learning, textbooks, and learning from ones peers were all viewed as fairly equivalent. A complementary multimodality<br />
approach may have the greatest benefit in teaching neurology.<br />
52
42. Planning for The Start <strong>of</strong> Internship - Survey and Focused<br />
Interviews at a Chinese <strong>Medical</strong> <strong>School</strong><br />
Yang Shen, MD; Hong Lei, MD; James Woodruff, MD; Renslow Sherer, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: In 2008, the Wuhan University Health Sciences Center<br />
in Wuhan, China invited the University <strong>of</strong> Chicago to serve as Technical Advisors to their medical education<br />
reform effort. Among the issues to be addressed were a largely lecture-driven curriculum, poorly integrated<br />
basic and clinical sciences, limited opportunities for small group, case-based, and independent learning, lack<br />
<strong>of</strong> formative evaluation, lack <strong>of</strong> a Department <strong>of</strong> Community and Family Medicine linked to public health<br />
and infectious disease care and prevention, and outdated teaching methods and materials. In the past three<br />
years, under the leadership <strong>of</strong> the Wuhan University <strong>Medical</strong> Education Reform (WUMER) project team, a<br />
new curriculum (see below) has been implemented. The new curriculum has emphasized the integratation <strong>of</strong><br />
basic and clinical sciences and innovative teaching methods. In the surveys conducted in 2010, the students<br />
enrolled in the reform class have achieved higher scores in questions in terms <strong>of</strong> critical thinking and knowledge<br />
retention compared to their counterparts.<br />
Objectives <strong>of</strong> Program/Intervention: In order to design a course that helps the fifth year undergraduate medical<br />
student to better prepare for the incoming internship, we performed a study to investigate the needs <strong>of</strong> the<br />
students as well as the expectations <strong>of</strong> clinical faculty across various specialties.<br />
Description <strong>of</strong> Program/Intervention: A survey investigating the needs <strong>of</strong> the students regarding procedure<br />
skills, clinical reasoning, and clinical knowledge base was to be completed on a voluntary basis by at least fifty<br />
undergraduate students who are in their final year <strong>of</strong> study and who have completed job interviews. Both<br />
multiple-choice questions and short-answer questions were used in the survey.<br />
Interviews and small group discussion were to be conducted with ten faculty members in the departments<br />
<strong>of</strong> internal medicine, surgery, pediatrics and obstetrics/gynecology. The faculties were to be asked about<br />
the criterion <strong>of</strong> resident selection, expectation they have for the future residents and areas <strong>of</strong> improvement<br />
considering their experiences with current students and residents.<br />
Results/Findings to Date: A total <strong>of</strong> sixty undergraduate students voluntarily participated in the survey. All <strong>of</strong><br />
the them had completed all required medical school coursework and had finished their job interview process.<br />
Among them, 68% were female, 32% were males. Except for one student who was pursuing graduate training<br />
in a field <strong>of</strong> basic science, fifty-nine students were planning to pursue further training in clinical medicine<br />
(83%) or directly enter practice (17%). Twenty-six students (43%) were planing to enter internal medicine and<br />
its associated sub-specialties, twenty-one students (35%) were to enter a surgical specialty, three students (5%)<br />
were to be pediatricians and three students (5%) were to enter the field <strong>of</strong> ob/gyn.<br />
Key Lessons Learned/Conclusions: The conventional medical education curriculum is characterized by a<br />
rigid curriculum that is based on lectures and a disease-driven pedagogy. These weakness are the focus <strong>of</strong><br />
the curriculum reform which is underway (WUMER project). A move to require residency is also planned.<br />
A training course that helps students bridge to residency training is needed. Following discussion with<br />
the leadership <strong>of</strong> the WUMER, an elective course will be <strong>of</strong>fered next Spring. This course utilizes clinical<br />
vignettes to help students practice clinical diagnostic reasoning and clinical management protocols <strong>of</strong> common<br />
complaints. Problem-based learning and small-group discussion are the main format <strong>of</strong> this new course.<br />
53
43. Evaluation <strong>of</strong> Student Attitudes and Training towards<br />
Geriatrics and Palliative Care in Wuhan, China<br />
Sandra Shi, MS2; Renslow Sherer, MD; Ivy Morgan; Hongmei Dong<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Geriatrics is an emerging field in China, with no national<br />
certification or formal specialty training at present, and radical social reform in China has led to a growing<br />
geriatric population. At the same time in the past decade, China has prioritized shifting the delivery <strong>of</strong> primary<br />
care for urban populations to community health centers (CHCs) rather than larger public hospitals. The ease <strong>of</strong><br />
access, closer proximity, and lower out-<strong>of</strong>-pocket costs make CHC care a more favorable alternative over subspecialty<br />
care in tertiary hospitals for many elderly.<br />
Objectives <strong>of</strong> Program/Intervention: We evaluated faculty and student attitudes towards Geriatrics, and<br />
investigated whether the new CHC Clerkship experience at Wuhan University had any influence on student<br />
opinions. Finally we sought to explore the delivery <strong>of</strong> health care, particularly to the elderly, in local community<br />
settings.<br />
Description <strong>of</strong> Program/Intervention: As a part <strong>of</strong> the Wuhan University <strong>Medical</strong> Education Reform<br />
(WUMER) project, a new Community Health Family Medicine clerkship was created and piloted with 30 fifth<br />
year students at a local QingShan Health clinic in the fall <strong>of</strong> 2010.<br />
We surveyed students and faculty at Wuhan University <strong>Medical</strong> <strong>School</strong>, and elder care givers at the QingShan<br />
Community Health Center. A total <strong>of</strong> 18 CHC clerkship students (‘CHC students’) were surveyed, with<br />
questions regarding their perceptions <strong>of</strong> geriatrics as well as judgment on current exposure to geriatrics during<br />
clinical and preclinical training. Parallel surveys were administered to 41 fourth year medical students in the<br />
standard medical curriculum. ‘Elderly patients’ were defined as age over 60 years.<br />
Results/Findings to Date: Overall, CHC students reported working with a higher proportion <strong>of</strong> older patients<br />
during their CHC clerkship experience. The disparity found between CHC and Standard curriculum responses<br />
was found to be statistically significant (t stat= -3.94, p=0.0002). Though 80% <strong>of</strong> Standard Curriculum<br />
students agreed that they are willing to treat older patients only 41% felt they confident in treating older<br />
patients (n=41). Faculty generally supported greater inclusion <strong>of</strong> training specific for older patients.<br />
In general, more CHC students reported that their medical school training, both courses and clinical, was<br />
adequate in preparing them for work with the elderly. Also, more CHC students reported that their rotations<br />
had allowed for adequate contact with older patients (88% vs 66%) - see Table 1. None <strong>of</strong> these differences<br />
were statistically significant (Mann-Whitney test, no P values
44. Observational Study <strong>of</strong> Hand Hygiene Compliance Rates in<br />
Intensive Care Units in Wuhan, China<br />
Lisa Sun, MS2; Wenjing Zong, MS2; Renslow Sherer, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Health care associated infection (HCAI) is a major cause<br />
<strong>of</strong> patient disability, excess patient death, longer hospital stay and increased health care costs in China. Hand<br />
hygiene is the most important measure to prevent HCAIs, however limited data on hand hygiene compliance in<br />
China are available.<br />
Objectives <strong>of</strong> Program/Intervention: Hand hygiene compliance was evaluated among health care workers<br />
(HCWs) in ICUs in 2 hospitals (RH and ZH) in Wuhan, China.<br />
Description <strong>of</strong> Program/Intervention: An observational study <strong>of</strong> hand hygiene compliance among HCWs was<br />
conducted for each <strong>of</strong> the five WHO Moments for Hand Hygiene, i.e. 1) before patient contact; 2) before<br />
performing a clean/aseptic procedure; 3) after body fluid exposure risk; 4) after patient contact; and 5) after<br />
contact with patient surroundings.<br />
Results/Findings to Date: The overall hand hygiene compliance rate for ICU health care workers was 28%<br />
(N=3222). RH HCWs had a significantly higher hand hygiene compliance rate compared to ZH HCWS<br />
(P
45. A Qualitative Analysis <strong>of</strong> Interviews with Participants <strong>of</strong><br />
the Literature & Medicine Program at Select Veterans<br />
Scholarship<br />
& Discovery<br />
Administration <strong>Medical</strong> Centers<br />
Abigail Cutler, MS3; Gabrielle Schaefer, MS3; H. Barrett Fromme, MD, MHPE<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Background: Founded in 1997, Literature & Medicine:<br />
Humanities at the Heart <strong>of</strong> Health Care is a hospital-based reading and discussion group for staff at<br />
community and academic medical centers. Once a month, physicians, nurses, administrators and support staff<br />
gather with a trained facilitator to discuss what they have read and reflect on what it means to them - as people<br />
and as healthcare pr<strong>of</strong>essionals. Last year, 14 VA hospitals across the country took up the program, <strong>of</strong>fering<br />
participants the opportunity to read and discuss literature relating directly to the experiences <strong>of</strong> their veteran<br />
patients and the challenges faced in caring for them.<br />
Problem: Healthcare providers cannot rely simply on their own experiences to understand their patients, who<br />
are <strong>of</strong>ten <strong>of</strong> a different religious, socio-economic or cultural background. This is especially true at a VAMC,<br />
where a large gulf exists between the patients (who although present heterogenous medical problems all share<br />
the experience <strong>of</strong> having served in the military) and their healthcare providers who for the most part are nonveterans.<br />
Literature <strong>of</strong>fers these providers the opportunity to vicariously experience war, illness, death and<br />
human relationships among all peoples. Literature & Medicine is part <strong>of</strong> a larger movement to incorporate<br />
the humanities into medical practice and medical education, but it is unique as the only program <strong>of</strong> its kind<br />
that links hospitals on a statewide and national basis and involves a diverse mix <strong>of</strong> healthcare pr<strong>of</strong>essionals. No<br />
previous study examined the impact <strong>of</strong> the Literature & Medicine on participating VAMCs or explored why<br />
such a program might be especially beneficial at an institution with such a unique patient population.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Identify what attracts participants to the Literature & Medicine program;<br />
2. Distinguish the important elements <strong>of</strong> a successful reading and discussion group;<br />
3. Determine impact on provider job satisfaction, perceptions <strong>of</strong> work environment and patient care;<br />
4. Examine the Literature & Medicine program’s particular value to a VAMC.<br />
Description <strong>of</strong> Program/Intervention: To evaluate the program’s success at 14 VAMCs, I solicited via email<br />
the cooperation <strong>of</strong> participants who were interested in talking about their experience. I ultimately conducted<br />
interviews with individual program participants (n=13), one facilitator (n=1) and focus groups from two<br />
participating hospitals (n= 7 and n= 5). IRB exemption status was obtained and qualitative data from the<br />
transcripts was analyzed using constant comparative method.<br />
Results/Findings to Date: In interviews, participants <strong>of</strong> the Literature & Medicine program at VAMCs reported<br />
outcomes similar to those demonstrated previously reported by participants at non-VAMCs: increases were<br />
seen in colleague camaraderie and openness, empathy and compassion toward patients, appreciation and<br />
understanding <strong>of</strong> different perspectives, general morale and satisfaction with one’s work, and motivation to<br />
do better at one’s job. Interestingly, the program also demonstrated far-reaching effects: interviewees described<br />
sharing their thoughts and readings with non-participating staff hospital members and even patients. An<br />
overwhelming 100 percent <strong>of</strong> participants endorsed the program and expressed interest in both expansion and<br />
future participation.<br />
Key Lessons Learned/Conclusions: In order to understand and best serve their patients, healthcare pr<strong>of</strong>essionals<br />
cannot rely solely on their own academic knowledge and life experiences. Patients not only present with their<br />
complaints and indications; they bring to the clinic their cultural backgrounds, religious and spiritual beliefs,<br />
and personal histories <strong>of</strong> the medical and non-medical kind.<br />
The Literature & Medicine program has proven to meet a deeply felt need in the hospital setting, by providing<br />
an opportunity for healthcare pr<strong>of</strong>essionals to share insights with colleagues- an act that alone has made a<br />
significant impact on the way participants understand their work and their relationships with both patients and<br />
each other. It is also an innovative and cost-effective way to improve patient care, and it does so by increasing<br />
empathy for patients, interpersonal and communication skills, cultural awareness, and overall job satisfaction<br />
among providers.<br />
56
46. Communication and Utilization <strong>of</strong> Healthcare Services<br />
Amongst Adolescents<br />
Sarah Horvath, MS4; Kavitha Selvaraj, MS4; Sophie Shay, MS4; H. Barrett Fromme, MD, MHPE<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Many teens are unwilling to utilize medical care, even when<br />
it is free and accessible in settings like the Washington Park Free Youth Clinic. Barriers to utilizing medical<br />
care include adolescents’ perceptions <strong>of</strong> physicians, physicians’ perceptions <strong>of</strong> adolescents, trust <strong>of</strong> the health<br />
care system, and concerns regarding confidentiality. Additionally, lack <strong>of</strong> identification with the physician<br />
population acts as an obstacle in adolescent communication with clinicians.<br />
Chicago Youth Program (CYP) and Children Teaching Children (CTC) are two existing community programs<br />
which provide educational support to south side Chicago youth. CYP, which is housed in the same building<br />
as the Washington Park Clinic, is particularly concerned about rates <strong>of</strong> medical care uptake among its teen<br />
participants. We propose to work in conjunction with CYP and CTC to develop a novel program to address the<br />
issue <strong>of</strong> adolescent access <strong>of</strong> medical care.<br />
Objectives <strong>of</strong> Program/Intervention: The goals <strong>of</strong> the project are to 1) investigate the barriers to uptake <strong>of</strong><br />
medical care and effective communication between medical pr<strong>of</strong>essionals and their adolescent patients, from<br />
the adolescent point <strong>of</strong> view and 2) educate current and future physicians on ways to minimize them. We<br />
will empower the teens to create a workshop for medical students, residents and attending physicians which<br />
addresses barriers and adolescent health care issues they find most important. The workshop will then be<br />
presented to those who regularly staff the Washington Park Clinic. An evaluation <strong>of</strong> the intervention will<br />
be created in the form <strong>of</strong> a survey to be given both before and after the workshop in order to quantify the<br />
effectiveness <strong>of</strong> the program. This, too, will be directed by the teen participants.<br />
Description <strong>of</strong> Program/Intervention: We will design and implement a curriculum for eight teenagers giving<br />
them the skills, freedom and working environment necessary to create a 30-60 minute workshop for medical<br />
students, residents and attending physicians which addresses the barriers they find most important. The<br />
workshop will then be presented to those who regularly staff the Washington Park Clinic. An evaluation <strong>of</strong> the<br />
intervention will be created in the form <strong>of</strong> a survey to be given both before and after the workshop in order to<br />
quantify the effectiveness <strong>of</strong> the program. This, too, will be directed by the teen participants. The teens should<br />
feel empowered in their own medical decisions and serve as not only liaisons to the medical community, but<br />
also role models and peer educators to other teens. Ideally, this group will then participate in recruiting the next<br />
year’s new members. Each year, with the support <strong>of</strong> CYP, CTC and the SERVE class, the group will revise the<br />
workshop to keep it current and relevant.<br />
We will then integrate this teen-led workshop into Washington Park clinic’s annual board activities. Over time,<br />
it will expand the focus to present to boards and staff <strong>of</strong> other free clinics and groups <strong>of</strong> medical pr<strong>of</strong>essionals at<br />
University <strong>of</strong> Chicago and around the city.<br />
Results/Findings to Date: We intend to qualify and quantify our results so that the program can be recreated<br />
in other settings where it may be useful. To do this, we will use a teen-created survey to evaluate med student/<br />
resident/doctor attitudes pre- and post- intervention (participation in the workshop).<br />
Key Lessons Learned/Conclusions: Our program seeks to provide education at many levels. As a communitybased<br />
intervention, this study aims to involve adolescents directly in the creation <strong>of</strong> the workshop, empowering<br />
them to identify both barriers and solutions, while teaching them the skills necessary for implementing their<br />
vision effectively. They will then educate medical students, residents and attending physicians on how best to<br />
approach an adolescent patient. The curriculum will grow directly from the health care issues that are important<br />
to our teenage population. We hope to see a discernible difference in physician attitudes toward the treatment<br />
<strong>of</strong> teens and increased teen uptake <strong>of</strong> medical care as a result.<br />
57
47. Development <strong>of</strong> a Website for Transition Care for<br />
Providers, Patients, and their Families<br />
Amy Lo, MD; Jennifer McDonnell, MD; Kruti Acharya, MD; Rita Rossi-Foulkes, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Young adults with chronic disease and disabilities are<br />
surviving well into adulthood; in 2006, it was estimated that 15% <strong>of</strong> North American youth suffered from<br />
chronic physical or mental health conditions. As these patients reach adulthood, their medical care is <strong>of</strong>ten<br />
fragmented, interrupted or inadequate to meet their needs.<br />
Internal Medicine, Pediatrics and Med-Peds faculty and residents were surveyed regarding knowledge, attitudes,<br />
and barriers to transition care. Results demonstrated that few physicians were familiar or comfortable with<br />
issues regarding transition care, but a majority expressed willingness to care for this population and felt<br />
transition education was important. Barriers in caring for this population cited by the physicians included lack<br />
<strong>of</strong> ancillary services, time, and reimbursement.<br />
Objectives <strong>of</strong> Program/Intervention: To address some <strong>of</strong> these barriers regarding transition care, we created a<br />
website designed to be a toolkit that providers, patients and families can use to learn about issues surrounding<br />
transition care.<br />
Description <strong>of</strong> Program/Intervention: This website provides general information about transition care as well as<br />
more specific information about various types <strong>of</strong> insurance available to pediatric and adult populations, SSI and<br />
SSDI, education planning, patient autonomy, and local, statewide, and national resources for youth and young<br />
adults with special health care needs The website also contains handouts and forms that providers can download<br />
and give to patients and patients and families can access themselves. By providing this transition care toolkit<br />
to providers, patients and families, we believe that providers will become more knowledgeable about transition<br />
care and feel more comfortable caring for this population.<br />
Results/Findings to Date: Our website is now available to the UCMC community. We are currently<br />
introducing the website to clinicians for their use. We plan to update the website based on feedback from our<br />
provider community. We will re-survey faculty and resident physicians after full implementation <strong>of</strong> the website<br />
to determine if the website has improved provider comfort with transition care and addressed some <strong>of</strong> the<br />
barriers that providers cited in caring for this population.<br />
Key Lessons Learned/Conclusions: UCMC providers expressed barriers to comfort with and knowledge about<br />
transition care. We created a website to provide information about transition care to providers, patients, and<br />
families. The website includes information regarding topics that frequently need to be addressed in caring for<br />
this population. The website also provides a tool kit <strong>of</strong> documents and forms related to transition care for use<br />
by providers, patients and families.<br />
Our goal is to increase provider familiarity and comfort with transition care as well as provide a quick resource<br />
for frequently encountered topics that are addressed during the transition <strong>of</strong> care for youth with special health<br />
care needs.<br />
58
48. Development <strong>of</strong> an Educational Intervention for Resident<br />
Education Regarding Transition Care <strong>of</strong> Youth with<br />
Special Health Care Needs<br />
Jennifer McDonnell, MD; Amy Lo, MD; Sara Platte, MD; Rita Rossi-Foulkes, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Young adults with medical illnesses and developmental<br />
disabilities are surviving well into adulthood; in 2006, it was estimated that 15% <strong>of</strong> North American youth<br />
suffered from chronic physical or mental health conditions3. As these patients reach adulthood, their medical<br />
care is <strong>of</strong>ten fragmented, interrupted or inadequate to meet their needs.<br />
The University <strong>of</strong> Chicago is a tertiary care center that provides care to children and adults with complex<br />
chronic medical conditions. However, many adolescents with chronic medical diseases have difficulty navigating<br />
into the adult-oriented medical arena and are <strong>of</strong>ten lost to follow up.<br />
Objectives <strong>of</strong> Program/Intervention: We studied resident physician’s perceived barriers to transition with the<br />
goal <strong>of</strong> creating educational tools to address these. Surveys were mailed via inter<strong>of</strong>fice mail to residents in the<br />
departments <strong>of</strong> medicine, pediatrics, and medicine/pediatrics and collected over a 3 month period. Residents<br />
identified lack <strong>of</strong> knowledge, lack <strong>of</strong> exposure, and lack <strong>of</strong> communication between adult and pediatric<br />
providers as barriers to transition care.<br />
Description <strong>of</strong> Program/Intervention: Based on the results <strong>of</strong> this data, a 1 hour educational lecture was<br />
developed addressing some <strong>of</strong> the frequent barriers encountered with transitioning youth with special health<br />
care needs from pediatric to adult care. Topics <strong>of</strong> this lecture included a definition <strong>of</strong> transition care, a proposed<br />
timeline for transition <strong>of</strong> patients, information about insurance gaps and insurance options, promoting and<br />
developing patient autonomy, information about guardianship and Chicago area resources for youth with<br />
special health care needs.<br />
Results/Findings to Date: The lecture was given to medicine/pediatrics residents at a monthly meeting and<br />
to pediatric residents at a noon conference. Evaluation <strong>of</strong> pediatric residents following the noon conference<br />
indicated that 17% <strong>of</strong> residents rated the overall presentation as “good” while 83% rated the lecture as<br />
“excellent.” In the future we hope to adjust the curriculum to be given in small groups at pediatrics pre-clinic<br />
conference as well as tailor the lecture for medicine residents.<br />
Key Lessons Learned/Conclusions: The educational curriculum was designed to increase resident exposure to the<br />
topic <strong>of</strong> transition care for youth with special health care needs and to address certain core knowledge topics<br />
that are encountered in the transition from pediatric to adult care. Plans for the future include adjusting the<br />
lecture to include internal medicine residents, creating an ambulatory curriculum, and creation <strong>of</strong> a transition<br />
care elective for UCMC residents and medical students. After these interventions, residents will again be<br />
surveyed regarding their knowledge and attitudes towards transition care.<br />
59
49. Using Health Information Technology to Develop an<br />
Academic <strong>Medical</strong> Home: Effective Patient Education for<br />
Scholarship<br />
& Discovery<br />
Success in High <strong>School</strong><br />
Margaret Naunheim, MS3; Yingshan Shi, MD, MS; Janis Mendelsohn, MD; Michael Msall, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The medical home is the model for twenty-firstcentury<br />
primary care, which addresses family-centered and community-integrated health promotion. Health<br />
information technology can provide effective patient education and enhance communication among healthcare<br />
providers, patients, and their families.<br />
While information about success in high school exists online, little <strong>of</strong> this information comes from informed<br />
medical care providers. Success in high school <strong>of</strong>ten predicts success in future endeavors, and primary care<br />
physicians can affect positive change in their patients’ lives by addressing this issue.<br />
Objectives <strong>of</strong> Program/Intervention:<br />
1. Explore how to engage school-aged children and their parents and effectively address the issue <strong>of</strong> “How to<br />
Succeed in High <strong>School</strong> and Beyond”.<br />
2. Explore potential interventions for community outreach from collaboration between families and<br />
providers.<br />
Description <strong>of</strong> Program/Intervention: A cross-sectional clinical survey was conducted in the Comer pediatric<br />
clinic (between 6/6/11-7/25/11) to find parents’ preferred sources and health topics for school-aged children.<br />
With collaboration from pediatricians, medical students led three high school students from UC Laboratory<br />
<strong>School</strong>s, Hinsdale Central High <strong>School</strong>, and Walter Payton College Prep. These focused groups examined<br />
information currently provided to high school students about success including online resources, literature<br />
searches and pamphlets from the students’ current high schools. The web pages will synthesize and organize the<br />
information already accessible, while also supplementing it with information less readily available to emphasize<br />
physical, behavioral and mental health goals.<br />
Results/Findings to Date: Parents’ preference for sources <strong>of</strong> health information and topics 507 (86% response<br />
rate) parents responded to the survey and 487 questionnaires met inclusion criteria. For parents, the top<br />
sources <strong>of</strong> health information are their child’s physician (100%), online resources (93.2%), other healthcare<br />
pr<strong>of</strong>essionals (82.1%), and their child’s school (56.0%). The top health topics parents preferred are the school<br />
physical exam (97.9%), vaccines (97.7%), lifestyle choices (95.8%), and school achievement (94.6%).<br />
Web page contents http://www.funandeducation.org/<strong>School</strong>_Health.htm<br />
The survey displays online education as a ubiquitous tool to connect school-aged children and their parents to<br />
health providers. Parents expressed a strong preference for school performance related topics. The web pages<br />
regarding “How to Succeed in High <strong>School</strong>” were designed for all students in high school to support their<br />
academic success and career orientation. The topic themes include physical, behavioral, and mental health;<br />
success in high school; college and alternatives to college; future challengers and career pathway options.<br />
Community outreach: In the survey, teen patients come from 77 high schools in the area. Involving these<br />
schools in the website is the first step to incorporate the academic medical home with the community.<br />
Key Lessons Learned/Conclusions: The school health online resources center provides online resources for<br />
teen patients and their families as part <strong>of</strong> continuing, comprehensive care; this can also facilitate community<br />
outreach efforts and the development <strong>of</strong> specific collaborations to improve health outcomes and reduce risky<br />
behaviors.<br />
60
50. Patient Perception <strong>of</strong> a Point-<strong>of</strong>-Care Tablet Computer<br />
(iPad) Being Used for Patient Education<br />
Andrew Nickels, MD; Vesselin Dimov, MD; Valerie Press, MD; Raoul Wolf, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: During the fall <strong>of</strong> 2010, the Internal Medicine/Pediatrics<br />
program at University <strong>of</strong> Chicago introduced Point-<strong>of</strong>-Care Tablet Computers (iPad) for clinical use. iPads<br />
are intended to improve access to EMR, work flow, resident and patient education, and access to electronic<br />
clinical tools. The graphic display and ease <strong>of</strong> interface makes the iPad a potentially powerful tool to achieve<br />
these goals.<br />
Objectives <strong>of</strong> Program/Intervention: This study is designed to gauge the initial patient perception <strong>of</strong> the iPad<br />
when used for patient education.<br />
Description <strong>of</strong> Program/Intervention: This survey is a physician administered, 8 question patient survey<br />
administered to Allergy Immunology patients or their parents. Preloaded iPads with education materials<br />
(“mind map” diagrams, clinical pictures) into the photo s<strong>of</strong>tware were used to clinically education the patients.<br />
Simple percentages and Fisher’s exact non-parametric test were used for statistical analysis.<br />
Results/Findings to Date: 20 patients surveyed (11 resident/9 attending). For those survey items without 100%<br />
agreement, there was no statistically significant difference in responses based on level <strong>of</strong> training (p≥0.45).<br />
100% [0.861, 1] <strong>of</strong> participants liked the iPad use to help explain their children’s condition, 95% [0.783,<br />
0.997] <strong>of</strong> participants did not find it distracting. 100% [0.8601, 1] found it helpful. 100% [0.861, 1] would<br />
like to be used again to help explain medical information. 95% [0.784, 0.9974386] thought the iPad was<br />
helpful for coming to understanding <strong>of</strong> their condition. Limitations <strong>of</strong> this study include a convenient sample,<br />
physician-administered survey, and observer bias.<br />
Key Lessons Learned/Conclusions: Patient perception was very positive toward the use <strong>of</strong> a point-<strong>of</strong>-care tablet<br />
computer (iPad) in a clinical setting. While limited to only two operators, level <strong>of</strong> training did not have an<br />
effect on patient perception. Confirmation <strong>of</strong> the results may be required before wider implementation.<br />
61
51. Challenges in Transition: Barriers to Subspecialty Care for<br />
Adults with Developmental Disabilities<br />
Joanna Perdomo, MS1; Alex Garnett, MS1; Richard Schroeder, MS1; Kamala Cotts, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: The transition from pediatric to adult care occurs at age 18.<br />
This transition marks an important time in the health care trajectory <strong>of</strong> any individual, but holds significant<br />
gravity for individuals with intellectual and developmental disabilities (IDD). Individuals with IDD require<br />
lifelong interdisciplinary care from multiple health pr<strong>of</strong>essionals, including primary care providers, neurologists,<br />
psychiatrists, orthopedic surgeons, and physical and occupational therapists. Due to the complexity <strong>of</strong> their<br />
medical needs, the transition period is especially challenging for individuals with IDD, as they must find adult<br />
replacements for each <strong>of</strong> their many pediatric health care providers. This task is made more difficult by the fact<br />
that there is a paucity <strong>of</strong> adult physicians who have intimate knowledge <strong>of</strong> IDD and feel comfortable caring for<br />
patients with IDD. Furthermore, the challenge <strong>of</strong> finding suitable adult physicians, particularly subspecialists,<br />
is heightened because many adults with IDD rely on Medicaid for insurance coverage; however, many hospitals,<br />
clinics, and individual physicians do not accept Medicaid at all or only accept Medicaid for pediatric patients.<br />
Unfortunately, there are few resources to facilitate the transition process, and many adults with IDD lack the<br />
subspecialty care they need.<br />
Objectives <strong>of</strong> Program/Intervention: This investigation began as a project in the first-year Health Care<br />
Disparities course. We sought to simulate the process an adult with an IDD, who is on Medicaid, would have to<br />
undergo in order to find an adult subspecialist in the fields <strong>of</strong> neurology, psychiatry, and orthopedics- the three<br />
main subspecialties that individuals with IDD must continue accessing throughout their lifetime. Specifically<br />
this study looked for suitable providers located in the South Side <strong>of</strong> Chicago. We aimed to document the<br />
difficulties <strong>of</strong> navigating the healthcare system and to compile a list <strong>of</strong> subspecialty providers that would provide<br />
care to adults with IDD on Medicaid.<br />
Description <strong>of</strong> Program/Intervention: Twelve federally qualified health centers (FQHCs) in the South Side were<br />
interviewed to determine if they accepted Medicaid, provided care for adult patients with IDD, and provided<br />
subspecialty services in neurology, psychiatry, and orthopedics. Based on their responses, further interviews<br />
were conducted with hospitals, clinics, and individual physicians to whom they refer patients for subspecialty<br />
services. These referral sites were asked the same set <strong>of</strong> questions.<br />
Results/Findings to Date: Out <strong>of</strong> twenty-two clinics contacted, two clinics were found to <strong>of</strong>fer psychiatry<br />
services to IDD adults on Medicaid, while only one provides orthopedic services to this population. Finally, one<br />
clinic <strong>of</strong>fered neurological services, but currently has a three month wait for a new patient appointment.<br />
Key Lessons Learned/Conclusions: Findings demonstrate a major shortage <strong>of</strong> subspecialty care clinics accepting<br />
adult patients with Medicaid on the South side <strong>of</strong> Chicago. This is especially problematic for adults with<br />
developmental disabilities, who <strong>of</strong>ten require extensive medical care from multiple medical specialists. However,<br />
the list <strong>of</strong> resources compiled in this study will serve as a useful tool for this population to access the care they<br />
require.<br />
62
52. Predictors <strong>of</strong> Third Year <strong>Medical</strong> Students’ Intentions to<br />
Practice in Underserved Areas: A National Survey<br />
Krishna Ravella; John Yoon, MD; Kenneth Rasinski, PhD; Farr Curlin, MD<br />
Statement <strong>of</strong> Problem, Question, or Issue Addressed: Demographic trends in medical education suggest increased<br />
difficulty in recruiting students into medically underserved areas. Though many different characteristics <strong>of</strong><br />
students’ personal backgrounds are associated with intentions to practice among the underserved, it is unknown<br />
whether admiration <strong>of</strong> a physician role model is specifically associated with intentions to practice among the<br />
underserved. Admiration may be an important factor influencing medical students’ decisions during the process<br />
<strong>of</strong> medical education.<br />
Objectives <strong>of</strong> Program/Intervention: We examine the various factors associated with medical students’ intentions<br />
to practice in a medically underserved area and to test the hypothesis that students’ admiration <strong>of</strong> role models<br />
are positively associated with comparable pro-social behavior.<br />
Description <strong>of</strong> Program/Intervention: From Jan-June 2011, we surveyed a nationally representative sample <strong>of</strong><br />
960 third-year medical students. We used a two-stage clustered sample design, selecting 24 <strong>of</strong> the 133 allopathic<br />
(MD) medical schools with probability proportional to size and then randomly selecting 40 students within<br />
each <strong>of</strong> the 24 schools. The primary criterion variable was medical students’ self-reported intention to locate<br />
their practice in a medically underserved area. Primary predictors included students’ reported desire to follow in<br />
the footsteps <strong>of</strong> a physician they admire. Other control variables included gender, region, social mission score<br />
ranking, race, whether parent/grandparent is a physician, whether they grew up or ever worked in a medically<br />
underserved setting, and whether sense <strong>of</strong> calling or income considerations influence specialty choice.<br />
Results/Findings to Date: 563 out <strong>of</strong> 960 3rd year medical students responded (59%). 30% <strong>of</strong> U.S. medical<br />
students reported intentions to practice in an underserved area. Male students were less likely than female<br />
students to report intentions to practice among the underserved (23% vs. 40% female, multivariate OR 0.6<br />
[0.4-0.9]). Black students and students who grew up or previously worked in an underserved setting were also<br />
more likely to report intentions to work for the underserved. Students who also reported not having a physician<br />
parent/grandparent were more likely to report intentions to practice among the underserved (35% vs. 14%<br />
with physician parent/grandparent, 2.5 [1.3-4.6]). Finally, students who reported a desire to follow in the<br />
footsteps <strong>of</strong> a physician they admire were more likely to report the intention to practice among the underserved<br />
(multivariate OR 2.2[1.3-3.7]).<br />
Key Lessons Learned/Conclusions: In our nationally representative study <strong>of</strong> U.S. third year medical students, we<br />
found that female students, black students, students with previous exposure to medically underserved settings,<br />
and students who did not have a physician parent or grandparent were more likely to report intentions to<br />
practice among the underserved. We also found that admiration <strong>of</strong> a role model physician was also associated<br />
with medical students’ intention to locate his or her future practice in a medically underserved area. The<br />
emotional experience <strong>of</strong> admiration during medical education may play an important role in shaping students’<br />
attitudes toward practicing among the underserved.<br />
63
Current <strong>Academy</strong> Funded Research<br />
grants for <strong>Medical</strong> student education<br />
2010-2012<br />
Geriatrics and Aging Through Transitional Environments (GATE): Integrated, Longitudinal Geriatrics<br />
Curricula through the <strong>Pritzker</strong> Initiative<br />
Seema Limaye, MD; Shellie Williams, MD; Sandy Smith, PhD<br />
2011-2013<br />
Foundations in Clinical Medicine<br />
Susan Glick, MD; Michael O’Connor, MD<br />
Developing a Free National Databank <strong>of</strong> Online Psychiatry Teaching Cases<br />
Michael Marcangelo, MD<br />
grants for graduate <strong>Medical</strong> education<br />
2010-2012<br />
Pilot Curriculum for Teaching Residents Single Incision Laparoscopic Surgery (SILS): A Patient Safety Initiative<br />
Nancy Schindler, MD; Michael Ujiki, MD; Jose Velasco, MD; Vivek Prachand, MD<br />
2011-2013<br />
Resident Perceptions <strong>of</strong> Teaching on Night Floats<br />
H. Barrett Fromme, MD, MHPE<br />
For further information about previously funded medical education grants, please refer to our website:<br />
http://pritzker.uchicago.edu/about/rfa.shtml<br />
64
Request for Applications: <strong>Medical</strong> Education Research<br />
Sponsored by:<br />
The University <strong>of</strong> Chicago <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine’s <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong> and the<br />
Graduate <strong>Medical</strong> Education Committee<br />
Deadline: Friday, January 20, 2012<br />
In order to foster a learning environment for students and residents that is characterized by creativity,<br />
originality, and rigor, the University <strong>of</strong> Chicago <strong>Pritzker</strong> <strong>School</strong> <strong>of</strong> Medicine’s <strong>Academy</strong> <strong>of</strong> <strong>Distinguished</strong><br />
<strong>Medical</strong> <strong>Educators</strong> and the University <strong>of</strong> Chicago <strong>Medical</strong> Center are making research funding available to<br />
support a maximum <strong>of</strong> two proposals for projects in medical student education and two proposals for projects<br />
in resident/fellow education.<br />
The proposals pertaining to medical student education will be peer-reviewed through the <strong>Academy</strong> <strong>of</strong><br />
<strong>Distinguished</strong> <strong>Medical</strong> <strong>Educators</strong> and those pertaining to resident/fellow education will be peer-reviewed<br />
through the Graduate <strong>Medical</strong> Education Committee (GMEC).<br />
We are especially interested in receiving proposals related to the following themes but welcome proposals in<br />
other areas as well:<br />
• Integration <strong>of</strong> clinical medicine and basic science<br />
• Fostering scholarship in medical school and/or residency training<br />
• Innovative programs in Quality Improvement or Systems-Based Practice for students and/or residents<br />
• Residents as Teachers<br />
If you are interested, please request an application form by emailing the University <strong>of</strong> Chicago <strong>Pritzker</strong><br />
<strong>School</strong> <strong>of</strong> Medicine’s Dean for <strong>Medical</strong> Education (dean-for-meded@bsd.uchicago.edu). This email should<br />
include information as to whether the planned proposal pertains to medical student education, resident/fellow<br />
education, or both.<br />
Proposals are due on January 20, 2012. Total funding for projects should not exceed $25,000 per year for up<br />
to two years, equally shared between the grantee’s department and the Dean for <strong>Medical</strong> Education (up to<br />
$12,500 per year from each source, with documentation <strong>of</strong> anticipated support from department chairman).<br />
Awards will be announced by March 9, 2012 with funding to commence on July 1, 2012.<br />
This RFA is the sixth cycle <strong>of</strong> research support available for medical education at the University <strong>of</strong> Chicago<br />
and is one element <strong>of</strong> an ongoing series <strong>of</strong> initiatives to foster research, innovation, and scholarship in medical<br />
education and to promote and sustain a strong culture <strong>of</strong> teaching at the University <strong>of</strong> Chicago and the<br />
NorthShore University HealthSystem.<br />
65