See my C.V.
ASSAD MUHYDDIN TAHA, MD, PhD
Associate Professor Surgery&Physiology,Faculty of Medicine
Director of Emergency Services,American University Hospital
Dr. Taha is an expert in Emergency General Surgery and Critical Care with a clinical
practice focused on the treatment of Shock and Trauma. His background in Physiology
and his experience in Surgical Critical Care enabled him to take the lead in the
treatment of surgical patients undergoing high risk, complicated and extensive
procedures. Dr. Taha is active in basic and clinical research as well as modern
teaching methodology of Problem Based Learning, Evidenced Based Medicine and Teaching
Effectiveness in Medical Education. He is also in charge of the Performance Improvement
Program of the Department of Surgery
CONTACT INFORMATION
Academic/Administrative: (AUBMC)
Phone: 961-1-350-000 , 961-1-340-460
ext: 5260 , 5276
Fax : 961-1-363-291
Patient Care:(AUH)
Phone: 961-1-374-374 , 961-1-374-444
ext.: 5850/1/2 , 5670
Pager: # 0681
Celluler: 961-3-628-627
Current Address: Department of Surgery, American University of Beirut,
113-6044 Hamra, 1103-2090 BEIRUT, LEBANON
Mailing Address: Department of Surgery, American University of Beirut,
3 Dag Hammarskjold Plaza, 8th floor
New York , New York, 10017-2303 U.S.A.
CLINICAL SUB-SPECIALTY EXPERTISE
Trauma
Shock
Emergency Surgery
General Surgery
Nutrition
GI Endoscopy
EDUCATION
Medical School Graduation (MD)
American University of Beirut, Beirut-Lebanon, 1980
Internship
American University of Beirut Medical Center. Beirut-Lebanon , 1979-1980
Residency (s)
Good Samaritan Hospital, Cincinnati, Ohio 45220- USA 1980-1982
Medical College of Ohio, Toledo, Ohio 43699-USA 1982-1985
Doctorate Degree - Physiology (PhD)
Medical College of Ohio, Toledo, Ohio 43699-USA, 1992
CERTIFICATIONS & FELLOWSHIPS
American Board of Surgery 1986
Recertification (ABS) 1996
Added Qualifications in Surgical Critical Care 1987
Recertification (ABSCC) 1997
Royal College of Surgeons(FRCS-C) 1991
American College of Surgeons (FACS) 1988
International College of Surgeons (FICS) 1986
AWARDS, Forms of International Recognition
Who's Who in America 2002-2005
Who's Who in the World 2002-2005
Who's Who in Medicine and Health Care 2000-2005
Who's Who in Science and Engineering 2003-2005
Courses taught
Trauma
Shock
Critical Care
Nutrition
Homeostasis
Surgical-Anatomy Correlation
Pulmonary Physiology
General Surgery
Introduction to Surgery
Expertise that may be discussed with Media
General Surgery
Emergency Surgery
Laparoscopy
Resuscitation
Accidents & Falls
Paramedical Systems
Trauma Prevention
Emergency Response Team
Nutrition
Sports Medicine
Current Research Projects
Basic Science- Laboratory Investigation
The effects of Hemorrhagic Shock and Septic Shock on the Absorption of
Amino-Acids in the Gastrointestinal Tract
Clinical Studies
Assessment of Trauma Care at the American University of Beirut -Medical Center
Research Projects Focus
1- Trauma
2- Shock
3- Resuscitation
4- Critical Care Support
5- Surgical Outcome
6- Injury Prevention
MEMBERSHIP, MEDICAL ORGANIZATIONS
Royal College of Surgeons of Canada (FRCS(C)) 1992
American College of Surgeons (FACS) 1988
International College of Surgeons (FICS) 1986
European Society of Intensive Care Medicine (ESICM) 2000
Shock Society (SS) 1997
American Association of University Professors (AAUP) 1996
The World Association of Disaster and Emergency Medicine (WADEM) 1995
European Association Trauma and Emergency Surgery (EATES) 1993
Royal Society of Medicine (London) (RSM) 1993
American Society for Gastrointestinal Endoscopy (ASGE) 1987
Society of American GI Endoscopic Surgeons (SAGES) 1987
Society of Critical Care Medicine (SCCM) 1987
American College of Nutrition (ACN) 1987
American Physiologic Society (APS) 1986
The World Medical Association (WMA) 1986
Laser Institute of America (LIA) 1986
American Society of Laser Medicine and Surgery (ASLMS) 1986
Undersea and Hyperbaric Medical Society (UHMS) 1985
Association for Academic Surgery (Senior member) (AAS) 1984
American Medical Association (AMA) 1981
American University of Beirut Alumni Association (AUBAA) 1980
Arab Society for Trauma and Emergency Medicine (ASTEM) 2002
American Trauma Society (ATS) 1988
American Heart Association (AHA) 1987
Critical Care Club (CCC) 1989
Disaster Medical Assistant Team (DMAT) 1990
Lebanese Society of Laparoscopic Surgery (LSLS) 1998
American Alumni Association of Lebanon (AAAL) 1997
Lebanese Cancer Society (LCS) 1995
Lebanese Society of General Surgery (LSGS) 1994
PUBLICATIONS
Taha A.M. Persistent Defect in Gut Absorption of Aminoacids after Resuscitation from Hemorrhagic
Shock. Journal of Investigative Surgery, (accepted for publication July 2004
)
Hussein M.K, Aziz D, Taha A.M. Hemorrhoidectomy with Endo-GIA stapler, Surgical Laparoscopy, Endoscopy &
Percutaneous Techniques (accepted for publication April 2004)
Abi Saad G., Taha A.M. Primary Duodenal Tuberculosis . American Surgeon, (accepted for publication
July 2004 )
Abi Saad G., Taha A.M. Restoration of Continence After Shot Gun Injury to the Anus. The Journal of
Trauma, 49(5): 954-957, 2000.
Taha A.M., Nassar C.F. Hemorrhagic Shock Decreases Alanine Absorption in the Rat Jejunum.
Restoration With Calcium Channel Blockers. European Journal of Trauma and Emergency
Surgery, 2000.
Kanj N., Khani M., Harb H., Jibrail J., Taha A.M.: Lethality of Parathion Intoxication and Drug Overdose in Suicidal Admissions.
A Seven Years Experience. Critical Care Medicine, 27(1S): A 67(100), 1999.
Hussein M.K., Khoury G., Taha A.M.: Laparoscopic Inguinal Hernia Repair. International Surgery, 83:253-256, 1998.
Hussein M.K., Taha A.M., Wehbe M.: Laparoscopic Reduction of Intussusception. Surgical Rounds, 21:375-378,
1998.
Hussein M.K., Taha A.M., Haddad F.F., Bassim Y.R.: Bupivacaine Local Injection in Anorectal Surgery.
International Surgery, 83:56-57, 1998.
Taha A.M., Hejazi M., Saade N.E., Nassar C.F.: The effect of hemorrhagic shock on the absorption
of aminoacids in the rat jejunum. The FASEB Journal , 11(3): A34 (198), 1997.
Shabb B., Taha A.M., Hashem H., Bassim Y., Hubayter R., Ramadan F. Thoracoscopy for Empyema. Surgical
Rounds, 19(8): 313-316, 1996.
Taha A.M., Shabb B., Nassar H. Surgical Therapy for Pulmonary Hydatidosis. International
Surgery, 81:187-188, 1996.
Shabb B., Taha A.M., Hamada F., Kanj N.: Straight Pin Aspiration in Young Women. The Journal of Trauma,
40(5): 827-828, 1996.
Shabb B., Taha A.M., Nabbout G., Haddad R.: Complete Transection of the Right Mainstem Bronchus in
a 5 Year Old Girl - Successful Delayed Repair. The Journal of Trauma, 38(6) 964-966,
1995.
Shabb B., Taha A.M., Khoury G.: Thoracoscopic Treatment of Two Patients With Infected Hydatid Cysts.
Mediterranean Journal of Infectious and Parasitic Diseases, X (4): 236-237, 1995.
Nassar C.F., Barada K.A., Abdallah L.E., Hamdan W.S., Taha A.M., Atweh S.F., Saade N.E.: Involvement of Capsaicin Sensitive Primary Afferent
Fibers in the Regulation of Jejunal Alanine Absorption. American Journal of Physiology,
268(31): G695-G699, 1995.
Taha A.M., Saade N.E., El-Mogharbil N., Barada K., Nassar C.F.: Capsaicin specific effect
on aminoacid absorption in the rat jejunum. The FASEB Journal, 9(3): A368 (2130),
1995.
Barada K.A., El Dika S.S., Atweh S.F., Taha A.M., Saade N.E., Nassar C.F.: Capsaicins inhibition of alanine absorption in the
rat jejunum is neurally mediated and involves a decrease in the affinity for alanine
absorption. Gastroenterology, A716 (108), 1995.
Nassar C.F., Hamdan W.S., Barada K.A., Taha A.M., Atweh S.F., Jabbour S.J., Saade N.E.: Dual antagonisitic effects of vagal afferents
and efferents on jejunal alanine absorption. Neuroscience, 20:1377, 1994.
Taha A.M.: Shock, Physiologic Principles For Resuscitation. M. E. J. of Anesth. 12(1):63-71,
1993.
Taha A.M., Budd G.C., Pansky B.: Preproinsulin Messenger Ribonucleic Acid in the Rat Adrenal
gland. Annals of Clinical and Laboratory Science, 23(6): 469-476, 1993.
Taha A.M., Budd G.C., Pansky B.: Insulin in the Adrenal Medulla. The FASEB Journal , A19
(108), 1993.
Birkhahn R.H., Cardwell R.J., Birkhahn G.C., Crist K.A., Taha A.M., Thomford N.R.: Palmitate Kinetics in Fasting Trauma Patients. The Journal of
Trauma, 32(4): 427-432, 1992.
Taha A.M., Budd G.C., Pansky B., Thomford N.R.: Preproinsulin RNA in the Rat Adrenal gland.
The FASEB Journal, A1515 (3358), 1992.
Brown J.A., Renuart D., Gunning W.T., Taha A.M.: Ultrastructural Assessment of Blood Brain Barrier Permeability after Hyperbaric
Oxygen Therapy in the Rat Forebrain. Proceedings of the American Association of
Neurologic Surgeons, 76: 364(1268), 1992
Taha A.M., Clark S., Baciewicz F.: Widened Mediastinum Secondary to Acute Lymphocytic Leukemia.
Hospital Physician, 27 (7): 47-51, 1991.
Taha A.M.: Insulin-Like Immunoreactivity in the Adrenal Medulla Cells. The FASEB Journal
, A1391 (5922), 1991.
Zavell J., Taha A.M., Thomford N.R.: Cardiac Tamponade From Central Venous Catheterization. Hospital
Physician, 25 (12): 16-19, 1989.
El Shafie M., Taha A.M., Klippel C.H.: The Apgar Scoring System: A Reliable Early Indicator of Prognosis
in Newborn Infants with Congenital Diaphragmatic Hernia. Contemporary Surgery,
35 (9): 50-53, 1989.
Khan A.H., Taha A.M., Thomford N.R.: Perforation of the Pulmonary Artery Secondary to Swan-Ganz Catheters.
Contemporary Surgery, 34(1): 53-56, 1989.
Taha A.M., Kierstead B.S., Cardwell R., Thomford N.R.: Acute Pancreatitis in Carbon Monoxide
Poisoning. Undersea Biomedical Research, 16:20-21, 1989.
Taha A.M., Zeiss J., Cardwell R., Chandnani P., Thomford N.R.: Rupture of the Right Diaphragm.
An Often Occult and Potentially Lethal Injury. Contemporary Surgery, 32(6):48-51,
1988.
Chandnani P.C., Taha A.M., Mukesh J., Thomford N.R.: Localization of Gastrointestinal Bleeding by Radionuclide
Scintigraphy. Hospital physician, 24(7): 61-62, 1988.
Brown J.A., Preul M.C., Taha A.M.: Hyperbaric Oxygen in the Treatment of Elevated Intracranial Pressure After Head
Injury. Pediatric Neuroscience, 14(6): 286-290, 1988.
Cardwell R., Taha A.M., Vonu P., Thomford N.R.: Hyperbaric Oxygen Therapy in Pyoderma Gangrenosum. Journal
of Hyperbaric Medicine, 3(2): 78-88, 1988.
VanRynen J.L., Wood D.H., Higley M.R., Taha A.M.: Evaluation of the BIRD Model 7001 Ventilator Under Hyperbaric Conditions. Undersea
Biomedical Research, 15:73-74, 1988.
Zeiss J., Smith R.R., Taha A.M.: Iliopsoas Hypertrophy Mimicking Acute Abdomen in a Bodybuilder. Gastrointestinal
Radiology, 12(4): 340-342, 1987.
Taha A.M., Buganski R., El Shafie M.: Torsion of a Wandering Spleen. A Rare Cause of Acute
aAbdomen. Contemporary Surgery, 31 (7): 16-20, 1987.
Chandnani P.C., Mukesh J., Taha A.M., Thomford N.R.: Low Dose Intra-arterial Steptokinase for Segmental Renal Artery
Occlusion. Surgical Rounds, 10(4): 75-79, 1987.
VanRynen J., Taha A.M., Ehrlich R., Parlette M.: Treatment of Cerebral Air Embolism in the Pediatric
Patient. Journal of Hyperbaric Medicine, 2(4): 199-204, 1987.
Cadrwell R.J., Birkhahn G.C., Crist K.A., Taha A.M., Grecos G.P., Thomford N. R.. Palmitate Kinetics in Fasting Trauma Patients.
Clinical Research, 35(3):365A, 1987.
Taha A.M., Klippel C.: Pediatric Pancreatic Pseudocyst Associated with Cholelithiasis.
J. of National Medical Association, 78(9): 887-891, 1986.
Taha A.M., Shah R.: A Modified Technique for Koch Ileostomy. Surg. Gynecol. & Obstet.,
163 (4): 376-377, 1986.
Thomford N.R., Chandnani P.C., Taha A.M., Chablani V.N., Busnardo A.C.: Anatomic Characteristics of the Pancreatic Arteries.
Radiologic Observation and Their Clinical Significance. American Journal of Surgery,
151(6): 690-693, 1986.
Taha A.M., Davidson P., Bailey W.C.: Surgical Treatment of Atypical Mycobacterial Lymphadenitis
in Children. Pediatric Infectious Disease Journal, 4(6): 664-667, 1985.
Taha A.M., Welling R.: Acute Torsion of the Gallbladder in a 100-year old female patient.
J. of National Medical Association, 77(5): 404-410, 1985.
Welling R., Taha A.M., Goel T., Cranley J.J., Krause T., Hafner C., Tew J.: Extracranial Carotid Artery
Aneurysms. Surgery, 93(2): 319-323, 1983.
Taha A.M., Haddad R., Allam C., Baraka A.: The Thymus and Myasthenia Gravis. M.E. J. of
Anesth., 6(2): 99-112, 1981.
TEACHING PORTFOLIO
Department of Surgery&Physiology
Faculty of Medicine
American University of Beirut
Table of Contents
1- Teaching Responsibilities
2- Teaching Philosophy, Methods, Strategies & Objectives
3- Letters from Chairman & Colleagues
4- Course Material
5- Efforts to Improve Teaching
6- Awards & Recognition
7- Teaching Goals
1- Teaching Responsibilities
a- Basic science teaching, the pulmonary physiology section in physiology 246
course. This is taught once a year to undergraduate students in nursing, medical
technology and nutrition. There are about 40 students per class. It involves lecture
series followed by discussion sessions and written exams. It deals with the fundamental
principles of human physiology and the mechanisms governing the function of different
body organ.
b- School of Medicine (First Year)
The Med I class (about 75 students) are divided into groups. Each group will
attend a discussion session for two hours (Tuesdays and Thursdays) each week.
The students would have dissected the region of the body that will be discussed.
There is a review of the surgical anatomy of the region and the discussion will
center around clinical situations affecting organs and structures in that region.
c- School of Medicine (Second Year)
The Med II class (About 75 students) is divided into groups and each group will
spend 3 hours a week for 2 weeks in the department of surgery. The students rotate
with different surgical specialists who will teach them the pertinent points of
history taking and physical examination of the surgical patient. Teaching will
take place in surgical clinics, on the surgical wards and in the surgical library.
d- School of Medicine (Third Year)
The Med III class (about 75 students) is divided into 4 rotations, each rotation
is for 3 months and each rotation is further subdivided into General Surgery,
Emergency Room and Elective subspecialty sections. The students receive lecture
series about Hemorrhage, Shock, Transfusions, Trauma, Systemic Inflammatory Response
Syndrome, Hypoxic State, Airway Obstruction and Nutrition. This is followed by
discussion sessions about Shock , Trauma , Fluids and Nutrition. Then, there are
formal bedside rounds on the surgical floor and in outpatient surgical department.
This is coupled with informal discussions in the Operating Room and Conference
Room.
The Emergency Room rotations provide a very close encounter between myself ,
as an attending faculty, and all of the third year medical students who must pass
by ER throughout the year in small groups of four to five students at a time.
The average time that is spend in the ER is about forty hours a month. In addition,
there are General Surgery case discussion sessions (one hour every week, all year)
and Surgical Grand Rounds (one hour every month, all year). Practical skills and
live experiences are learned by the students every day with every encounter with
the patient in the Emergency Room, Operating Room, Surgical Wards and Outpatient
Surgical Clinics.
e- School of Medicine (Fourth Year)
Med IV students may choose to take an elective in Surgical Emergency Room and
Surgical Intensive Care Unit. This is done on a Preceptorship basis and is intended
to give medical students who are interested in Shock and Trauma more clinical
experience.
2- Teaching Philosophy
Methods, Strategies and Objectives
We, as teachers fall in love with our subject, adore it and want to present it
to our students in the best possible shape. We project our own soul and our deep
understanding of the material. We must know ourselves first as this is as crucial
to good teaching as knowing the students and the subject. This focus on the passion
for teaching is the engine that motivates teachers and attracts the students to
persist in their approach to problem solving type of education. It is through
deeper sense of identity and integrity that educational dilemmas are solved, and
new techniques are adopted and curricula are changed. What subjects to teach and
how to teach them should be less critical than the process by which we relate
to our students, our subject, our colleagues and the world. Hence, the notion
that good teaching can only be realized with good research and good clinical practice.
It is this old/new desire to discover and spread knowledge that is truly human.
The intellectual approach focus on the way we think about teaching and learning,
about our students and the material we teach. The emotional approach explores
the feelings our students and ourselves share in the process of teaching/learning.
The spiritual approach goes beyond all of that to connect our hearts and souls
with the largeness of life.
The journey to deepen our understanding of the teaching self is life long. AUB
as an educational institution can help us sustain and deepen our selfhood and
it should guide students and encourage them to seek new ways of thinking about
the subject matter at hand and even at the methods of teaching it. Growth in our
profession as teachers requires an ongoing process of reflection and constant
renewal of the mind, heart and spirit. For the soul to come forward and speak
its truth, a practice of openness to each other with exploration of our inner
reality is essential.
Our physical settings may not be able to always provide a comfortable atmosphere
without distractions nor interruptions. A scheduled time is set aside and adhered
to in a strict sense. The Operating Room is our holy shrine and it is treated
with utmost respect. Surgical disciplines are as tough as the military in their
physical restrains. Nonetheless, meeting in non-conventional places tend to deepen
the conversation considerably. The aim is always to promote an open and honest
dialogue. Privacy is important when it comes to discussion of medical issues and
we insist on it in every place, all the time. Round table discussion in an unbroken
circle is most helpful in giving the sense of access to one another. This is done
on a daily basis sitting in the ICU conference room, standing at the bedside with
a surgical patient or in a corner in the Emergency Room.
The leadership role in modern teaching is nothing more than convening and facilitating
a group inquiry about a subject. Fruitful sessions can be conducted within the
boundaries of the space keeping it open for all and resolving conflict in a creative
manner and yet reaching consensus while allowing individual differences. I find
that writing notes and formulating agenda with priorities help focus the discussions
and streamline the thoughts leading to a meaningful conclusion. There is an inherent
tension between the conceptual boundaries that keeps the focus on a topic and
the openness that is necessary to explore that topic. It is a difficult task to
introduce the concepts and subjects clearly while allowing the group to expand
on them and come up with their own ideas. This is particularly true in the field
of surgery and critical care where our knowledge is changing very quickly and
events are progressing rapidly. I make every effort to choose carefully the questions
and activities in my teaching sessions as to their appropriateness and the best
time to introduce them.
Large group dialogue versus small group discussion has to be tailored to the
subject. Certain time must be preserved at the end to reach a consensus opinion
or a meaningful conclusion with a plan of action. Every participant should be
able to express his thoughts openly in a safe intellectual space that allows creative
conflict. At the end, decisions have to be made and orders carried out. Certain
methods and techniques may be implemented at the beginning of the session to till
the soil for an open and respectful discussion. My function as a stimulator and
facilitator is to open the intellectual space rather than to fill it up with preconceived
notions and ideas.
People learn better by thinking in silence and in conversation rather than listening
passively. We can keep the focus on the subject by asking more than telling and
exploring more than advocating. Ground rules for such an intensive exchange must
keep note of both what is agreed with and what is disagreed with in every response
and a checklist is finalized at the end of every session. This is especially true
when we are discussing a difficult and complicated case like a patient with multiple
trauma or a patient in sepsis.
Teachers' feelings are an essential part of this process and we need to express
them truthfully. We must foster a hospitable emotional space by listening attentively,
asking pertinent questions, offering supportive words and practicing non-judgmental
attitude. This will create an atmosphere of trust and builds confidence where
passion and discipline help fuel an eternal discussion about things that matter.
An atmosphere of dignity and regard to each participant is crucial for people
to be open with each other. We are willing to share personal experience when we
know that our voices will be heard. Emotional honesty and a commitment to confidentiality
are a must. People can speak for themselves without speaking against others.
We, as teachers, need the community to help us hear the inner teacher in each
one of us. We should refrain from invading and fixing each other instead of listening
and being receptive. The soul flees and hides when pursued by someone who wants
to fix it. The soul wants to be heard by others who are willing to be present
for it. So, instead of giving gratuitous analysis or advice, we must learn to
ask honest open questions. We should ask the question and not expect to get the
answer we have in our mind. The community of truth must avoid self-destruction
by becoming supportive of the soul rather than being invasive. These are accomplished
by sharing information, having respectful disagreement, and allowing creative
conflict over ideas.
3- Letters from Colleagues ( Appendix A )
a- Youssef G. Comair , MD, FRCSC
b- Raja B. Khauli , MD, FACS
c- Mohammad Khalifeh , MD
d- George AbiSaad , MD, FACS
e- Maher K. Hussein , MD, FACS
4- Course Material ( Appendix B )
Samples of Handouts provided :
a- Care of the Trauma Patient
b- Resuscitation of Patient in Shock
c- Systemic Inflammatory Response Syndrome
Feedback from students' ratings and teachers' evaluations is not available in
the School of Medicine.
5- Efforts to Improve Teaching ( Appendix C )
In addition to attaining the highest level of basic university degrees which
are the MD and PhD, I have attained specialty certification and re-certification
in General Surgery and Surgical Critical Care by the American Board of Surgery.
I am also a fellow of the American College of Surgeons, the Royal College of Surgeons
and the International College of Surgeons as a mark of continuing medical education.
Lately, I made further progress through a distinguished visiting professorship.
I was a Visiting Surgeon in Surgical Critical care at Harvard Medical School in
Brigham and Women's Hospital, Boston, MA (2000-2001) and a Visiting Associate
Professor of Surgery at Harvard University, Cambridge, MA (2000-2001). Furthermore,
my educational and professional career had been enriched through participation
in various societies and associations, such as Society of Critical Care Medicine,
Shock Society, the World Association for Disaster and Emergency Medicine, European
Association of Trauma and Emergency Surgery, European Society of Intensive Care
Medicine and many others.
Tremendous insight had been gained through my participation in professional workshops
about Teaching and University Education. These were Improving Effectiveness in
Medical Education, Clinical Research Methods, Assessment Methods and Clinical
Teaching, Seminars on University Teaching, Basic WEB Technology Skills, Evidence
Based Medicine, Enhancing Teaching Effectiveness, Academic Advising , Developing
a Teaching Portfolio, Seminars on Learning and Teaching Excellence. Moreover,
I have developed a vast experience in teaching formal courses to medical students,
residents and colleagues in the fields of Trauma (Advanced Trauma Life Support-ATLS)
and Critical Care (Fundamental Critical Care Support-FCCS).
6- Awards and Recognition ( Appendix D )
Who's Who in America 2002-2005
Who's Who in the World 2002-2005
Who's Who in Medicine and Health Care 2000-2005
Who's Who in Science and Engineering 2000-2005
7- Teaching Goals
We need a revolution in our teaching methods in order to make a quantum leap
into the future and capture the new generation of students. There should be a
reduction in the excessive class hours and less emphasis on didactic teaching.
More time should be devoted for interaction with peers and faculty. Time should
be taken by students to explore questions raised by their intellectual curiosity.
More preparations are needed for patient interaction. More electives are needed
in the fourth year so that the students will have the opportunity to explore other
educational systems in other countries and try specialties that they like in order
to make an informed and educated choice about their subsequent specialization
and career orientation. We need to have a standard appraisal of students' clinical
performance. We have to move from fact based system that is measured by test scores
to an open approach of education. Changes have to be made in both, process and
content in order to promote Problem Based Learning (PBL) and Evidence Based Medicine
(EBM). Students have to develop a life long commitment to learning and recognize
the integration of basic science into the clinical disciplines. Specific educational
objectives must be defined. Improvements in the integration of the medical students
into the patient care team are very much needed. Explicit criteria should be developed
to define and measure teaching contributions by the faculty. Detailed evaluation
and feedback is needed for the faculty to correct any deficiency or weakness if
present. The faculty should have ample opportunity to progress in self education
and self improvement. This is especially true today with the present changes in
methodology and curricula.
Students must be geared away from the present system where their performance
is assessed mainly by written exams with memory/recall type of questions and where
teaching is oriented toward the examination itself. Instead, students should be
concerned about the utility of this knowledge to future clinical practice. Therefore,
the use of real patients situations with clinical problems in an intensive group
discussion may provide tentative solutions. This promotes self learning and critical
thinking. The process should also introduce cooperative learning and collaborative
learning.
In the field of surgical specialties, innovations are needed to provide an extensive
hands-on learning of technical skills and practical training. The use of animal
facilities and computer simulations are a must.
Some of the methods that I have learned at the Brigham's Hospital may revive
our teaching approach. Educational activities include daily conferences that are
multi-disciplinary and in an interactive format. The Mortality and Morbidity weekly
conferences are live discussions with pros and cons arguments between a presenter
and a critic where relevant statistics are used to support their different points
of view. Professor Rounds are conducted weekly focusing on the operative care
where special emphasis is made on surgical indications and technical approach.
Resources for medical information must be abundant with easy and quick access.
It should range from asking the expert to a comprehensive meta-analysis review
of the known literature. Manuals for new comers are essential. Clinical pathways
must be developed and adopted. Teaching is patient based and education is student
centered. There is an urgent need for a well developed and widely applied student
evaluations (SRTE) with feedbacks to the faculty. WEB based instructions is something
for the future to be considered. However, Online Search Engines and the use of
palm technology should be common. Time management and coordination of services
is a necessity. We need to follow the guidelines of the Residency Review Committee
in our residency programs.
Finally, advanced communication skills and ultra modern computer technology will
lead the way in improving teaching effectiveness. Computers can be used for presentations
by faculty and students, submission of papers, preparation of tests, on-line testing,
search for information and simulation of case scenarios and real operative situations.
Interactive websites that are capable of receiving input and sending output will
become widely available in all medical schools and hospitals. This will be followed
soon with the development of interactive on-line courses that can be delivered
through the Internet. Telemedicine and Robotic Surgery are two examples of how
marvelous advances are being made today.
Research focus and plan
My research focus is to study the effects of Hemorrhagic Shock and Septic Shock
on the absorption of Amino Acids in the Gastro-intestinal tract. I have developed
an animal model and discussed the findings in several scientific meetings. The
latest original article is accepted in the Journal of Investigative Surgery. I
plan to define the absorption defect in the gut after resuscitation from shock
and explore its patho-physiology and molecular basis then identify its therapeutic
implications. The findings are then taken into the clinical arena where clinical
trials can be conducted in the Surgical Intensive Care Unit and on Trauma patients.
Interactions with other disciplines will include Basic Scientists, Nutritionists,
Intensivists, Gastroenterologists and Surgical Colleagues that will lead to better
management of the critically ill patients. Support for this research can be obtained
from extramural sources including pharmaceutical companies, surgical societies
and associations, scientific organizations, the National Council for Scientific
Research and the National Institute of Health (NIH).
Another clinical focus will include the use of our Trauma Registry that was established
for the study of various aspects of trauma care at AUH where several clinical
trials may be conducted over the coming years that would be supported by the pharmaceutical
industry and the scientific community. A third clinical focus would be the study
of various laparoscopic approaches for the treatment of surgical diseases which
will improve the level of patient care and can be supported by funds generated
by the clinical practice as well as the industry and scientific organizations.
ASSAD MUHYDDIN TAHA, MD, PhD
Associate Professor Surgery & Physiology, Faculty of Medicine
Director of Emergency Services, American University Hospital