UT College of Medicine: Undergraduate Medical Education
First Year
The biomedical sciences
portion of the curriculum is approximately 72 weeks in duration. The first year
curriculum runs from August through March and is devoted to the courses of
Prevention, Community and Culture; Doctoring: Recognizing Signs and Symptoms;
Gross Anatomy; Molecular Basis of Disease; and Physiology.
The
first year format consists primarily
of basic science activities in the General Education Building. Approximately
twenty hours weekly are devoted to scheduled activities.
Required Courses
Lecture
Hours
Conferences/
Small Group/Lab
Hours
Total
Hours
Semester Hours
Doctoring:
Recognizing Signs and Symptoms
10
50
60
3
Prevention,
Community, and Culture
10
50
60
3
Gross
Anatomy
53
117
170
7
Molecular
Basis of Disease
112
43
155
9
Physiology
110
32
142
9
Fall and Spring Semesters
111 DRS -
Doctoring: Recognizing Signs and Symptoms (3 credit hours). This introductory
course in the art and science of patient care is presented in five block-weeks
throughout the fall and spring semesters. DRS is a hands-on course that introduces
skills such as patient communication, medical history-taking, physical examination,
case presentation, and chart documentation. Also presented are basic skills
in recognition and interpretation of signs and symptoms of health and disease.
Learning activities include interactive small group sessions with upper class
students and clinical faculty, and a community preceptor experience with a practicing
physician in the Memphis area. Assessment of clinical skills is by participation in learning
activities, written assignments modeling patient charting, and ratings on observed
standardized patient encounters at the end of the spring semester.
111 PCC -
Prevention, Community, and Culture (3 credit hours). This curriculum introduces
patient care through cases structured along a preventive medicine theme. The
course also includes human behavior issues, ethics, professionalism, alternative
and complementary medicine, nutrition, and epidemiology. The case discussions
occur in small groups facilitated by clinicians and require self-directed learning,
synthesis of information, and presentation skills. In addition, a community
(service learning) project is required in which the student will learn the challenges
of community organizations in providing services for clients. The course is
taught in five week-long blocks spanning the first year.
PCC
and DRS are components of a longitudinal curriculum that spans all four years.
111 GA - Human Gross Anatomy (7 credit
hours). A study of the gross anatomical structure of the human body by means
of complete dissection supplemented by lectures and the study of cross sections.
Human embryology is included in the program.
111 MBD - Molecular Basis of Disease
(9 credit hours). MBOD is an integrated course covering the principles of
biochemistry, cell biology, genetics, and molecular biology, with an emphasis on
clinical applications. The course focuses on the basic interdisciplinary
concepts underlying modern biomedical science. The principles of medical
genetics are woven throughout the course giving the student a basic and
practical fund of knowledge that can be used in the clinical clerkships. The
course is a blend of lectures, clinical correlations (some involving patients),
small group problem-solving sessions, and large group conferences.
123 PHYS -
Medical Physiology (9 credit hours). Integrated histology and general organology
with the functioning of the human body is considered, ranging from cellular
to higher organ-system levels. Lectures are supplemented with weekly or biweekly
conference meetings of small groups of students with individual faculty for
demonstrations, special clinical correlations, and problem-solving exercises.
Beginning
in the spring of the first academic year, students are exposed to basic
concepts in Immunology which is a part of Microbiology, Neurosciences, Pathology and Pharmacology. These four
courses continue into the second year with credit awarded at the completion of
the entire course.
Required
Courses
Lecture
Hours
Conferences/
Small Group/Lab
Hours
Total
HoursFirst Academic Year
Microbiology
(Immunology)
20
20
Pathology
9
9
Neurosciences
20
20
40
Pharmacology
22
22
212
MICR - Medical Microbiology (6 credit hours). A course that presents the
concepts of immunology and immunity, the basic aspects of microbial morphology,
growth metabolism and genetics, the actions of anti-microbial agents, and the
role of microorganisms in infectious diseases. Laboratory experiences complement
and expand the didactic material. Grades are assigned in the spring semester
of the second year.
212 NEUR - Neurosciences (7 credit hours).
This is a lecture/laboratory course dealing with the anatomy and function of the
central nervous system (CNS). The course includes the anatomy of the brain and
spinal cord, location of nuclei and their interconnections, and the origin and
termination of major fiber pathways in the CNS. Localizing neurology, disorders
of cognitive function and the major classes of neurologic disease are discussed.
Problem-solving sessions related to clinical application are emphasized. The
course allows the student to achieve an understanding of a clinical approach to
neurologic disease.
214
PATH -
Pathology (9 credit hours). The course develops the principles of the discipline
of pathology. Normal organologyand integrated histology are part of the course
which presents disease by organ systems. The methods of instruction include
lecture, laboratory experiences, demonstrations, and group discussions. Grades
are assigned in the spring semester of the second year.
222
PHA-
Medical Pharmacology (6 credit hours). The medical student is introduced to the
pharmacologic concepts of the action of drugs and other xenobiotics. The
classification, mechanisms of action, and toxic effects of pharmacologic agents
are stressed. Discussion of representative examples of major drug classes are
emphasized, and treatment modalities, whenever appropriate, are presented. This
basic course uses lectures, clinical correlative discussions, and independent
study to assist the student in understanding pharmacologic therapy in the
clinical phase of his/her medical education. Grades are assigned in the spring
semester of the second year.