Health
Careers at Christian Brothers University:
2011-2012
|
|
Prepared
by Dr. Stan Eisen, |
Links
to
University Home Page
School of Science Home Page
Updated: October 25, 2011
Table of Contents
I. Introduction
This
booklet is for students who are interested in a career in the health sciences.
It includes summaries of the required courses for specific health-related
professional schools, the number of hours, and the names of those courses as
they are listed in the CBU catalogue. Although the focus is on the various
colleges at the
A.
Your Facebook presence may be
damaging to you and to your friends.
This is adapted from an e-mail sent to me by Barbara Huntington, PHP Director at SDSU:
Hi Students,
This is urgent. At the conference for admissions officers and
preprofessional health advisors in
1. Don't post anything you wouldn't want your mother, your boss, an
admissions officer, or me to see. (Please don't block me or I won't be able
to warn you if something could hurt you.)
2. Go through all your pictures of anything that might be even slightly
inappropriate (folks looking drunk, holding bottles of liquor, in revealing
clothes, discussing parts of anatomy, using foul language, etc) and take off
all the tags--especially of people applying to health prof. schools. Even
if the picture itself is ok, take off the tags if it is in a group of
pictures that might lead one to believe the person was at an inappropriate
place/party.
3. Then go back and erase any of those kinds of pictures or pix of
friends in groups of those pictures.
4. Take out any comments that look like you are trying to be sneaky, or
you wouldn't want the schools you or your friends are applying to to see.
5. Some of your friends are applying now, so don't wait.
I realize everyone is enjoying all the fun stuff (and you should) at the end of
school, but you also don't want to brand CBU as a party school of students who
might not show the best judgement in posting on Facebook because YOU ARE FROM
CBU AND WILL BE JUDGED AS A PRODUCT OF THAT SCHOOL --Best wishes on
your finals and have fun (but be discrete).
B.
Question 1:
How many post-high school years of education are you willing to
tolerate? +
Question
2: Are you people-oriented or
thing-oriented?
|
|
· How many post-high school years of education are you willing to tolerate? |
|||
|
Are you People- or Thing-Oriented? |
· 1-3 |
· 4-6 |
· 7-8 |
· >8 |
|
People-Oriented |
· Licensed Practical nurse |
· Genetic Counselor · Physical/ Occupational Therapist · Bachelor's of Science Nurse |
· Veterinarian · Dentist · Nurse practitioner · Optometrist · Pharmacist |
· Pediatrician · Internist · Family Medicine |
|
People-oriented more than Thing-Oriented |
· Dental Hygienist · Phlebotomist |
·
Park ranger ·
Zoo curator · Speech pathologist |
· Research scientist |
· Oncologist |
|
Thing-oriented more than people- oriented |
· X-ray technologist |
·
Fisheries/ Wildlife Biologist · Medical Technologist |
· Geneticist |
· Surgeon |
|
Thing-Oriented |
·
DNA technologist · Quality control lab tech |
· Medical Office Manager |
· Bio-statistician |
· Radiologist |
It takes planning, over 4 years. Here’s a useful website of things to
consider, from the AAMC (This timeline
is equally appropriate for clinical health-related graduate programs other than
medicine.)
http://www.cbu.edu/~seisen/AAMC_Timeline.htm
D. Entering Medical Student Expectations
|
Entering
Medical Student Expectations – excerpted from a joint report from Scientific Foundations for Future
Physicians, a joint publication of the Association of American Medical
Colleges (AAMC) and the Howard Hughes Medical Institute (HHMI) – 2009. |
|
Notwithstanding the focus
of this initiative, the committee believes that the specific guidance and
recommendations presented for undergraduate competencies are not limited to the
student engaged in premedical education, but are also valuable for the
subsequent study of any career in the health or life sciences.
Overarching Competency at
the Time of Entry into
Demonstrate both knowledge of
and ability to use basic principles of mathematics and statistics, physics,
chemistry, biochemistry, and biology needed for the application of the sciences
to human health and disease; demonstrate observational and analytical skills
and the ability to apply those skills and principles of biological situations.
Competency E1: Apply quantitative reasoning and appropriate
mathematics to describe or explain phenomena in the natural world.
Learning Objectives:
1.
Demonstrate quantitative numeracy and facility
with the language of mathematics;
2. Interpret data sets and communicate those
interpretations using visual and other appropriate tools;
3. Make statistical inferences from data sets;
4. Extract relevant information from large data sets;
5. Make inferences about natural phenomena using
mathematical models;
6. Apply algorithmic approaches and principles of logic
(including the distinction between cause/effect and association) to problem
solving;
7. Quantify and interpret changes in dynamical systems.
Competency E2: Demonstrate understanding of the process of
scientific inquiry, and explain how scientific knowledge is discovered and validated.
Learning Objectives:
1. Develop
observational and interpretive skills through hands-on laboratory or field
experiences;
2. Demonstrate ability to measure with precision,
accuracy, and safety;
3. Be able to operate basic laboratory instrumentation
for scientific measurement;
4. Be able to
articulate (in guided inquiry or in project-based research) scientific
questions and hypotheses, design experiments, acquire data, perform data
analysis, and present results;
5. Demonstrate the ability to search effectively, to
evaluate critically, and to communicate and analyze the scientific literature.
Competency E3: Demonstrate knowledge of basic physical
principles and their applications to the understanding of living systems.
Learning Objectives:
1.
Demonstrate understanding ob mechanics as
applied to human and diagnostic systems;
2.
Demonstrate
knowledge of the principles of electricity and magnetism (e.g. charge, current
flow, resistance, capacitance, electrical potential, and magnetic fields);
3.
Demonstrate
knowledge of wave generation and propagation to the production and transmission
of radiation;
4.
Demonstrate
knowledge of the principles of thermodynamics and fluid motion;
5.
Demonstrate
knowledge of quantum mechanics, such as atomic and molecular energy levels,
spin, and ionizing radiation;
6.
Demonstrate
knowledge of principles of systems behavior, including input-output
relationships and positive and negative feedback
Competency E4: Demonstrate knowledge of basic principles of
chemistry and some of their applications to the understanding of living
systems.
Learning Objectives:
1.
Demonstrate knowledge of atomic structure;
2.
Demonstrate
knowledge of molecular structure;
3.
Demonstrate
knowledge of molecular interactions;
4.
Demonstrate
knowledge of thermodynamic criteria for spontaneity of physical processes and
chemical reactions and the relationship of thermodynamics to chemical
equilibrium;
5.
Demonstrate
knowledge of principles of chemical reactivity to explain chemical kinetics and
derive possible reaction mechanisms;
6.
Demonstrate
knowledge of the chemistry of carbon-containing compounds relevant to their
behavior in an aqueous environment.
Competency E5: Demonstrate knowledge of how biomolecules
contribute to the structure and function of cells.
Learning Objectives:
1.
Demonstrate knowledge of the structure,
biosynthesis, and degradation of biological macromolecules;
2.
Demonstrate
knowledge of the principles of chemical thermodynamics and kinetics that drive
biological processes in the context of space (i.e. compartmentation) and
time: enzyme-catalyzed reactions and
metabolic pathways, regulation, integration, and the chemical logic of
sequential reaction steps;
3.
Demonstrate
knowledge of the biochemical processes that carry out transfer of biological
information from DNA, and how these processes are regulated;
4.
Demonstrate
knowledge of the principles of genetics and epigenetics to explain heritable
traits in a variety of organisms.
Competency E6: Apply understanding of principles of how
molecular and cell assemblies, organs, and organisms develop structure and
carry out function.
Learning Objectives:
1.
Employ knowledge
of the general components of prokaryotic and eukaryotic cells, such as
molecular, microscopic, macroscopic, and three-dimensional structure, to
explain how different components contribute to cellular and organismal
function;
2.
Demonstrate
knowledge of how cell-cell junctions and the extracellular matrix interact to
form tissues with specialized function;
3.
Demonstrate
knowledge of the mechanisms governing cell division and development of embryos;
4.
Demonstrate
knowledge of the principles of biomechanics and explain structural and
functional properties of tissues and organisms.
Competency E7: Explain
how organisms sense and control their internal environment and how they respond
to external stress.
Learning Objectives:
1.
Explain maintenance of homeostasis in living
organisms by using principles of mass transport, heat transfer, energy balance,
and feedback and control systems;
2.
Explain physical
and chemical mechanisms used for transduction and information processing in the
sensing and integration of internal and environmental signals;
3.
Explain how
living organisms use internal and external defense and avoidance mechanisms to
protect themselves from threats, spanning the spectrum from behavioral to
structural and immunologic responses.
Competency E8: Demonstrate an understanding of how the
organizing principle of evolution by natural selection explains the diversity
of life on earth.
Learning Objectives:
1. Explain how
genomic variability and mutation contribute to the success of populations;
2. Explain how evolutionary mechanisms contribute to
change in gene frequencies in populations and to reproductive isolation.
III.Criminal
background checks are now routine
One of the sessions at the NAAHP conference
in 2006 was devoted to the issue of criminal background checks. Robert Sabalis, Associate Vice President of
the Section for Student Affairs and Programs
for the Association of American Colleges gave a presentation on that
subject, based on an article he wrote which was published in the June 2006
issue of The Advisor.
The AAMC started addressing the issue of
criminal background checks for accepted applicants because of a number of
factors:
1.
State
legislatures’ consideration of statutes that would mandate such checks;
2.
Clinical
institutions (hospitals, in particular) which require such checks for medical students completing clinical
rotation in their facilities;
3.
Recent reports by
local and national media of criminal activities involving enrolled students.
The AAMC Executive Council decided to
establish criminal background checks on accepted applicants to accomplish 4
goals:
1.
To bolster the
public’s continuing trust in the medical professions;
2.
To enhance the
safety and well-being of patients;
3.
To ascertain the
ability of accepted applicants and enrolled medical students to eventually
become licensed as physicians; and
4.
To minimize the
liability of medical schools and their affiliated clinical facilities.
These background checks:
·
Will be iniaited
at the time of first acceptance by a medical school, or for a wait-listed
applicant, at the request of a medical school admissions officer;
·
Would NOT be a
component of the application, interviedw, or selection processes for medical
school, but would be a mandatory component of the pre-matriculation process for
each accepted applicant;
·
Would provide
medical school admissions committees with a complete list of offenses and
adjudications;
·
Would allow a
medical school to withdraw an acceptance;
·
Would allow for
the applicant to file an appeal.
At this point, approximately ¼ of the 125
AAMC-member allopathic medical schools in the
For
more information, read Sabalis, R.
(2006). Criminal Background
Checks: Meeting the Expectations of the
Public and the Needs of the Profession.
The Advisor 26(2):5-8.
IV. Some General Recommendations
In
the July 1996 issue of Issue Focus, a publication
of the Association of American Medical Colleges, there was an article regarding
the qualities that medical schools are looking for in their candidates. These
qualities can be applied to any other health-related profession:
How
Do Medical Schools Select Tomorrow’s Doctors?
Medical
school admissions committees face the challenge each year of assembling an
entering class of students who will best fulfill the mission of the school and
serve the nation’s diverse population. To meet this challenge, the admissions
committees select candidates based on a comprehensive review of each applicant’s
total academic and personal qualifications. Among the qualifications they
examine are an applicant’s:
- scholarship
- accomplishments
- intellectual curiosity
- emotional maturity
- character
- interest in medicine
- sensitivity to others
- communication skills
- critical thinking and problem-solving skills
- sense of caring for others, and
- commitment to service
Admissions
committees gather much of this information from the detailed application each
medical school applicant completes. These applications include a personal
statement from the candidate, his/her academic, extracurricular and volunteer
history, letters of recommendation, transcripts and a report of standardized
test scores. Admissions committees also may interview applications to explore
their qualifications further.
The Biology Department recommends that you
send your application to the appropriate school or Application Service as
soon as possible. All of the colleges at UT -
College of Allied Health Sciences
- Clinical Laboratory Sciences: March 1 and September 1
- Cytotechnology: December 15
- Dental Hygiene: February 15
- Health Information Management: March 1
- Medical Technology: December 1
- Occupational Therapy: January 15
- Master's in Physical Therapy (entry level): January 15
- Physical Therapy M.S. (for people who already have a BS in PT):
March 1 & Sept. 1
- Interdisciplinary Program: March 1
- Anatomy and Neurobiology: May 15
- Biochemistry: March 1
- Biomedical Engineering: May 15
- Dental Sciences: May 15
- Epidemiology: May 15
- Health Science Administration: March 15
- Microbiology: May 15
- Nursing Ph.D.: January 15
- Pathology: February 1
- Pharmaceutical Sciences: March 15
- Physiology & Biophysics: May 15
If
the application service allows for your references to send letters of recommendation
directly, please choose that option. Otherwise,
please fill out an Evaluation Request Form to the Director of Preprofessional
Health Programs as soon as possible, in order to ensure a prompt response
should you receive a request for supplementary information. Please use the CBU preprofessional evaluation
request form, which is attached at the end of this booklet.
A growing number of professional schools are
subscribing to application services, which serve as a central distribution
office. The applicant fills out a primary form, specifies the schools to which
(s)he wants the application to go, and submits it to the central office. Copies
of your file are then sent to the respective schools.
The following quote, which appeared in the
October 1996 (Vol. 4, No. 1) issue of the AAMC Newsletter for Prehealth
Advisors, pertains to the purpose of the secondary application, which some
schools send out following receipt of the initial report from AMCAS:
"Considerable variability exists with
regard to the purpose of the secondary application. At some schools, there is a
desire for additional information not included on the AMCAS application. Some
of the desired information may relate specifically to the individual medical
school. At other schools, particularly schools with very large applicant pools,
the secondary application helps to identify those who are interested enough in
the school to take the time to complete the responses to special questions. At
still other schools, there is an initial cut in the application pool made based
on criteria set by the school and secondary applications are sent only to
individuals who pass this cut. Finally, some state schools use information from
the secondary application to determine whether the applicant qualifies as a
resident of the state."
V. Medicine:
The MCAT is undergoing changes which will be implemented starting in 2015.
The Commercial Appeal ran an article, Medical college entrance test to be
updated: MCAT to include 4 parts,
nix writing sample, (http://www.commercialappeal.com/news/2011/may/16/medical-college-test-to-be-updated/
) which describes these changes:
The new proposed exam would include four sections: one on biology, one on chemistry, one on "behavioral and social sciences principles," and a fourth on "critical analysis and reasoning skills" -- especially on the topics of "ethics and philosophy" and "cross-cultural studies." The writing sample will be dropped from the exam.
The incentive for these changes is an increasing awareness of the importance that nontraditional fields in medicine. The article cites the example of published studies which link childhood trauma with adult-onset illness, or poverty and disease.
As a result, the sentiment among the AAMC’s review committee members is that physicians will need to be more broadly prepared.
The committee also recommends ‘that the test "provide low-cost preparation materials" and "discounts or waivers on testing fees" for needy students (Coleman spent at least $200 on preparatory material, plus a $235 testing fee and another $60 fee to move her exam date from May to June). The test, which is already 51/2 hours long, will also be 90 minutes longer and nix the writing sample.’
For more information, go
to http://www.aamc.org/students/mcat/mcatschedule.htm
One
physician’s answer to the age-old question, “Hey, I’m premed, why must I take organic chemistry?
From
the HLTHPROF listserv, a reply from a retired cardiothoracic surgeon:
I would like to respond to your analysis of the usefulness of organic chemistry
as a milestone in the selection process for medical school. I am a retired
cardiothoracic surgeon with over twenty-five years of clinical practice.
Although, on a day to day basis I clearly did not use organic chemistry per se,
I did have to continue to teach and learn throughout my career. What organic
chemistry demonstrates, insofar as undergraduates [are concerned], is the
capacity to absorb huge amounts of information in the context of a rigorous
concomitant course load. When the student matriculates at medical school, they
take the equivalent of 30 to 35 credits per semester and are expected to be
able to conduct excellent time management and learn all of this material. As a
practicing physician, you may not use every piece of data that you had to learn
in medical school, but you do need to have the capacity to apply knowledge, and
continue to learn (and teach) throughout your career.
Medical schools recognize that organic chemistry helps to demonstrate these
abilities as prospective applicants.
|
My take on it? It builds character. |
|
A. Allopathic Medicine
Most allopathic medical schools, including UT -
Number Crunching
101: What It Takes To Get Into Selected
Allopathic Schools
|
State |
School |
Mean GPA |
Mean VR |
Mean Writing Sample |
Mean Physical Sciences |
Mean Biological Sciences |
|
|
UAMS |
3.63 |
9.0 |
NA |
9.0 |
9.0 |
|
|
Emory |
3.75 |
10.1 |
P |
10.8 |
10.8 |
|
|
Tulane |
3.5 |
10 |
NA |
10 |
10 |
|
Mass. |
Harvard |
3.8 |
10.5 |
NA |
11.7 |
11.8 |
|
|
U
of Miss |
3.65 |
NA |
NA |
NA |
NA |
|
|
St.Louis
U |
3.68 |
9.4 |
Q |
9.9 |
10.2 |
|
|
|
3.8 |
11.0 |
NA |
12.3 |
12.5 |
|
|
ETSU
for Fall 2011 entering class |
3.5 |
10.0 |
O |
9.6 |
10.1 |
|
|
UT
Health Science Center- Mem |
3.55 |
9 |
O |
9 |
10 |
|
|
Vanderbilt |
3.73 |
11.2 |
NA |
11.2 |
11.2 |
The
following table shows the number of people who applied to allopathic medical
schools using the AMCAS service, the changes per year, the number of
matriculants entering medical school, and the ratio of matriculants to
applicants from 1992 to 2001.
|
Application Year |
Number applying |
Change since previous year (%) |
Number matriculants |
Change since previous year (%) |
Ratio Matriculants/ Applicants (%) |
|
1992 |
37,402 |
----------- |
16,289 |
------- |
43.6 |
|
1993 |
42,806 |
14.45 |
16,307 |
0.11 |
38.1 |
|
1994 |
45,360 |
5.97 |
16,287 |
-0.12 |
35.9 |
|
1995 |
46,586 |
2.70 |
16,253 |
-0.21 |
34.9 |
|
1996 |
46,965 |
0.81 |
16,201 |
-0.32 |
34.5 |
|
1997 |
43,016 |
-8.41 |
16,165 |
-0.22 |
37.6 |
|
1998 |
40,996 |
-4.70 |
16,170 |
0.03 |
39.4 |
|
1999 |
38,443 |
-6.23 |
16,221 |
0.32 |
42.2 |
|
2000 |
37,008 |
-3.73 |
16,301 |
0.49 |
44.0 |
|
2001 |
34,860 |
-5.80 |
16,365 |
0.39 |
46.9 |
|
2002 |
33,625 |
-3.54 |
16,488 |
0.75 |
49.0 |
|
2003 |
34,791 |
3.47 |
16,541 |
0.32 |
47.5 |
|
2004 |
35,735 |
2.71 |
16,648 |
0.65 |
46.6 |
|
2005 |
37,372 |
4.58 |
17,003 |
2.13 |
45.5 |
|
2006 |
39,108 |
4.65 |
17,361 |
2.11 |
44.4 |
|
2007 |
42,315 |
8.20 |
17,753 |
2.26 |
42.0 |
|
2008 |
42,231 |
-0.20 |
18,036 |
1.59 |
42.7 |
|
2009 |
42,269 |
0.09 |
18,390 |
1.96 |
43.5 |
|
What They Want |
# of Hours |
What We Call It @ CBU |
|
Biology w/Lab |
8 |
BIOL 111 Lec & Lab BIOL 112 Lec & Lab |
|
General Chemistry |
8 |
CHEM 113 Lec & Lab CHEM 114 Lec & Lab |
|
Organic Chemistry |
8 |
CHEM 211 Lec & Lab CHEM 212 Lec & Lab |
|
Physics |
8 |
PHYS 201 Lec & Lab PHYS 202 Lec & Lab |
|
English/Literature* |
6 |
ENG 111 ENG 112 |
|
Electives |
52 |
Free to choose |
*” Facility in the
use of both oral and written English is considered highly essential to the
successful study of medicine. Introductory freshman English (six semester
hours) will meet the admission requirement. Students who qualify for
advanced placement credit in English will not be required to take additional
English courses, although such students are encouraged to do so.”
Some courses that may be worth taking in the
relatively sheltered undergraduate environment:
|
Biology ·
Vertebrate Embryology (BIOL
211) ·
Medical and Scientific
Terminology (BIOL 213) ·
Genetics (BIOL 311) ·
Microbiology (BIOL 321) ·
Animal Histology (BIOL 414) ·
Immunology (BIOL 415) ·
Cell/Molecular Biology (BIOL
421) |
Chemistry ·
Biochemistry (CHEM 315 &
316) Other ·
Economics of Health and
Healthcare (ECON 323) ·
Literature (virtually any
upper-level English course) ·
Personal Finance (FIN 346) ·
Foreign language (especially
Spanish) ·
Medical Ethics (PHIL 322) |
Admissions
to all professional schools is extremely competitive. For example, the following data pertains to
the
|
|
University
of |
|
University
of |
|||
|
Application
cycle |
#
of Applicants |
#
of Available spaces |
#
of Applicants |
#
of Available Spaces |
#
of Applicants |
#
of Available spaces |
|
1993-1994 |
896 |
165 |
1898 |
60 |
|
|
|
1994-1995 |
2320 |
165 (1st year
of AMCAS) |
2232 |
60 |
|
|
|
1995-1996 |
2337 |
165 |
2090 |
60 |
890 |
150 |
|
1996-1997 |
1959 |
165 |
1826 |
60 |
906 |
150 |
|
1997-1998 |
1767 |
165 |
1570 |
60 |
757 |
150 |
|
1998-1999 |
1700 |
165 |
1574 |
60 |
664 |
150 |
|
1999-2000 |
1637 |
165 |
1464 |
60 |
560 |
150 |
|
2000-2001 |
1529 |
150 |
1131 |
60 |
673 |
150 |
|
2001-2002 |
1600 |
150 |
1144 |
60 |
755 |
150 |
|
2002-2003 |
1354 |
150 |
1033 |
60 |
675 |
150 |
|
2003-2004 |
1268 |
150 |
995 |
60 |
693 |
150 |
|
2004-2005 |
1051 |
150 |
1187 |
60 |
694 |
150 |
|
2005-2006 |
1268 |
150 |
1225 |
60 |
949 |
160 |
|
2006-2007 |
1477 |
150 |
1449 |
60 |
1249 |
160 |
|
2007-2008 |
n.a. |
n.a. |
1641 |
60 |
1542 |
160 |
|
2008-2009 |
1353 |
165 |
1445 |
66 |
1714 |
174 |
|
2009-2010 |
1345 |
165 |
1586 |
60 |
2119 |
174 |
|
2010-2011 |
1302 |
165 |
1658 |
60 |
2163 |
174 |
The
As
you can see, Admissions Departments will have no difficulty in filling the
available spaces with qualified students.
The challenge to you is to present yourself as well as possible:
1) Try to find work, either as a paid employee or as a
volunteer, in a clinic, practice, or hospital in your field of interest. That way, you can demonstrate to the
Admissions Committee members that you know what you're getting yourself into,
and you want it;
2) Visit the schools.
This is not difficult if you're interested in a program at UT -
3) Submit your application as soon as possible, as
discussed above;
4) Do some kind of preparation for the aptitude test. This may mean enrolling in a Kaplan study
course, or working through a book on your own.
You may not learn any more than you already know, but it helps to
organize your thoughts and to take exams;
5) Create for yourself a more professional-sounding e-mail
address. Here's what Adam Pack, PHP
Director at Utica College in New York had to say on the subject: "People
who certainly CAN benefit from a two address system are the students with email
addresses like (none of these are made up - the information after the '@' is
deleted to protect their anonymity) "village_idiot",
"SweetSexxxtoy", "XXXgurl", and others. At my gentle suggestion,
they now have a second, more professional-sounding address with which to
correspond with grad schools and my committee..."
How
important is it to be prompt in the submission of your AMCAS application and
evaluation request form? Here's a
timeline for applicants applying to medical school from the Admissions Office
of the University of Tennessee Health Science Center:
|
What you should be doing |
When you should finish doing it |
|
AMCAS Application
|
5 June 2007 |
|
AMCAS Application Deadline |
15 November 2007 |
|
Processing of AMCAS
Application Materials
|
June 2007 through January 2008 |
|
Notification of Interviews
|
September 2007 through February 2008 |
|
Pre-professional
Evaluation Deadline
|
1 March 2008, depending on when you receive a secondary application |
|
Admissions Committee
Decision
|
October 2007 through March 2008 |
|
Deadline to Receive
Notification of Admissions Committee Decisions 1. Final decisions completed
and remaining applicants notified in writing |
1 April 2008 |
|
Applicants Who are Not
Offered Admission
|
April 2008 through August 2008 |
|
|
February 2008 through March 2008 |
|
Financial Aid Priority
Deadline
|
End of February 2008 |
|
Deadline to Withdraw
Acceptance
|
15 May 2008 |
|
Final Official Transcript
Deadline
|
31 July 2008 |
Some Useful
Sources of Information regarding Allopathic Medical Schools:
Association of
American Medical Colleges
<http://www.aamc.org/>
Schools in the Mid-South (Address Inquiries To):
Office of Student Admissions
(501) 686-5354; 686-5873 (FAX)
E-Mail: SouthTomG@uams.edu
Web site: http://www.uams.edu
Contact people:
Tom South,
Assistant Dean, Medical Student Admissions and Financial Aid
Linda DuPuy, Director of Medical Student Admissions and Recruitment
Chairman, Admissions
Committee
(601) 984-5010; 984-5008
(FAX)
Contact person:
Dr. Steven T. Case, Chairman, Admissions Committee
Assistant Dean for
Admissions and Records
(423) 929-6221;
929-6616 (FAX)
E-mail: sacom@etsu.edu
Contact person:
Edwin Taylor, Assistant Dean for Admissions & Records
Director, Admissions and
Records
(615) 327-6223;
327-6228 (FAX)
Contact person:
Allen D. Mosley, Director, Admissions and Records
(901)
448-5559; 448-7255 (FAX)
Contact person:
Nelson Strother, Assistant Dean for Admissions and Student Affairs
Office of Admissions
209 Light Hall
(615) 322-2145;
343-8397 (FAX)
E-Mail: medsch.admis@mcmail.vanderbilt.edu
Web Site: http://www.mc.vanderbilt.edu/medschool
Contact person: Dr. John Lukens, Chairman, Committee for
Admissions
Other relatively nearby medical schools:
Office of Admissions
Campus
(314) 362-6844 FAX:
(314) 362-4658
E-Mail: wumscoa@msnotes.wustl.edu
Web Site: http://medschool.wustl.edu/admissions/
Contact person: Dr. W. Edwin Dodson, Assoc. Dean
B. Osteopathic Medicine
The following comparison between
osteopathic and allopathic medicine appears in "Mind/Body/Spirit", a
brochure distributed by the Kirksville (MO)
"Osteopathic physicians (D.O.s and allopathic
physicians (M.D.s) are the only two types of complete physicians. They are both fully trained and licensed to
prescribe medication and perform surgery.
The similarities include the following:
·
Applicants to both D.O. and M.D. colleges have a four-year
undergraduate degree with an emphasis on science courses.
·
Both D.O.s and M.D.s complete four years of basic medical education.
·
After medical school, both D.O.s and M.D.s can choose to practice any
area of medicine after completing an internship and residency program.
·
Both D.O.s and M.D.s must pass national and state licensing
examinations.
·
D.O.'s and M.D.s practice together in accredited hospitals and centers.
· D.O.s and M.D.s both take educational courses annually.
· Most osteopathic and allopathic medical schools use the MCAT as part of their admissions criteria.
The differences include the following:
·
Osteopathic medical schools graduate more students who become primary
care physicians.
·
D.O.s practice a "whole person" approach to medicine. Instead of just treating specific symptoms or
illnesses, they regard the body as an integrated whole.
·
Osteopathic physicians focus on preventive health care.
·
D.O.s receive more training in the musculoskeletal system- the body's
interconnected system of nerves, muscles, and bones. This training provides osteopathic physicians
with a better understanding of the ways that an injury or illness in one part
of the body can affect another.
·
Osteopathic manipulative treatment (OMT) is incorporated in the
training and practice of osteopathic physicians. With OMT, osteopathic physicians can also use
their hands to diagnose injury and illness and encourage the body's natural
tendency toward good health. By
combining all other medical procedures with OMT, D.O.s offer their patients the
most comprehensive care available in medicine today."
From An Introduction to Osteopathic Medical
Education, a brochure distributed by the American Association of Colleges of
Osteopathic Medicine:
Osteopathic medicine is a distinctive form of
medical care founded on the philosophy that all body systems are interrelated
and dependent upon one another for good health. This philosophy was developed
in 1874 by Dr. Andrew Taylor Still, who helped pioneer the concept of
"wellness" and recognized the importance of treating illness within
the context of the whole body. Based on this philosophy, Dr. Still opened the
first osteopathic medical college in
Doctors of Osteopathic Medicine (D.O.s) provide
comprehensive medical care to patients in all 50 states and the
Osteopathic physicians use all of the tools
available to modern medicine including prescription medicine and surgery. They also incorporate a hands-on system of
diagnosis and treatment known as osteopathic manipulative medicine into patient
care as appropriate. These techniques
are used to relieve pain, restore range of motion and enhance the body's
natural capacity to heal.
Currently, there are approximately 52,000 D.O.s
practicing in the
Today, there are 25 colleges of osteopathic medicine
that train future physicians to provide holistic, full-spectrum health care.
For information on applying to the colleges of
osteopathic medicine, please visit the association's web site at www.aacom.org
.
"To find health should be the object of the
doctor, anyone can find disease."
-- Andrew Taylor Still, founder of
osteopathic medicine.
Factoids About Selected Osteopathic Medical
Schools: 2010-2011 Enrollment
|
Name of Institution |
AACOMAS
Applications received |
First-Year
Enrollment |
Total
Enrollment |
|
A.T. Still
University – Kirksville College of Osteopathic Medicine Kirksville, MO |
3,478 |
177 |
701 |
|
University
of |
3,052 |
244 |
985 |
|
West
Virginia |
3,384 |
219 |
811 |
|
Pikeville |
2,513 |
83 |
304 |
|
DeBusk
College of Osteopathic Medicine, |
2,616 |
168 |
620 |
Courses Required by the Selected Osteopathic Schools Mentioned Above
|
|
|
|
|
Pikeville - |
DeBusk College of Osteopathic Medicine |
|
|
# of Required Hours |
||||
|
English Comp |
6 |
6 |
6 |
6 8 8 |
6 |
|
General Chem |
8 |
8 |
8 |
8 |
8 |
|
Organic Chem |
8 |
8* |
8 |
8 |
8 |
|
Physics |
8 |
8* |
8 |
8 |
8 |
|
Biological
Sci |
8 |
12 |
8 |
12 |
8 |
|
Minimum # of
hours |
90 |
90 |
90 |
90 |
Not specified |
|
Biochemistry |
|
3 |
|
|
|
|
Genetics |
|
3 |
|
|
|
|
Cardiopulmonary
Resuscitation (CPR) prior to matriculation |
|
|
ü |
|
|
*A total of 16 hours in chemistry are required, of
which 3 must be biochemistry.
Grade point Averages and Average (Mean) Medical College Admission Test
(MCAT) Scores (Quantitative sections) for Entering Students
|
|
Year |
||
|
|
2008 |
2009 |
2010 |
|
GPA |
|
|
|
|
·
Science |
3.39 |
3.35 |
3.36 |
|
·
Non-science |
3.58 |
3.58 |
3.57 |
|
·
Overall Mean |
3.48 |
3.48 |
3.47 |
|
MCAT |
|
|
|
|
·
Biological Science |
9.13 |
9.22 |
9.29 |
|
·
Physical Science |
8.40 |
8.38 |
8.51 |
|
·
Verbal Reasoning |
8.59 |
8.59 |
8.69 |
Contact people for regional Osteopathic Schools:
DeBusk
College of Osteopathic Medicine
Office
of Admissions
LMU-DCOM
Attn:
Admissions
phone:
1.800.325.0900 ext. 7090
Internet: http://www.lmunet.edu/DCOM/index.htm
email: dcomadmissions@lmunet.edu
fax: 423.869.7172