GMS
CM 761, 762 Critical Thinking in Cell and Molecular
Biology The purpose
of this course is to train students in the art of reasoning and critical
thinking in the pursuit of answers to biological questions. An in-depth
study of the process of refinement and reasoning which leads to the
acceptance or rejection of biological models. 2 cr, 1st and 2nd sem.
GMS
CM 765, 766 Mini-Courses in Cell and Molecular
Biology Two six-week mini-courses on specialized
current topics in cell and molecular biology will be presented. Topics
will vary from semester to semester and from year to year. Current
journal articles will be read and discussed. 2 cr, 1st and 2nd sem.
Required
Courses
GMS
MS 753 Cell Biology 4 cr
GMS
BI 755, 756 Biochemistry 8
cr
GMS
BI 782 Molecular Biology 4
cr
GMS
CM 761, 762 Critical Thinking in Cell
and Molecular Biology 2 cr each sem.
GMS
CM 785, 786 Minicourses in Cell and Molecular
Biology 2 cr
Additional
requirements of the student's basic science department and the program
must be completed. The second-year programs for students in each basic
science department are shown below.
Projected
Curricula
The
following are projected curricula for second-year cell and molecular
biology students, organized according to the student's basic science
department:
Anatomy
and Neurobiology:
Semester
I
GMS
AN 701
Gross Anatomy*
(8 cr)
GMS
AN 705
Microscopic Anatomy*
(6 cr)
Semester
II
GMS
MS 703
Neuroscience*
(4 cr)
*At
least 2 of the above must be taken.
-
2
Minicourses (2 cr.)
-
2
semesters of Anatomy Seminar (2cr.)
-
Three
courses from an approved department list
-
12
cr of additional research and/or electives (maximum).
Biochemistry
-
A
minimum of two courses from group I and II of the approved department
list.
-
A
minimum of two minicourses (2 cr)
-
Two
semesters of Biochemistry Seminar (2 cr)
-
20
cr of additional research and/or electives (maximum)
Biophysics
-
GMS
BY 771
Macromolecular Assemblies (4
cr) 1st sem.
-
A
minimum of two minicourses (2 cr)
-
Two
semesters of Biophysics Seminar (4 cr)
-
22
cr of additional research and/or electives (maximum)
Microbiology
-
8
credits of Microbiology courses from an approved department list
-
A
minimum of two minicourses (2 cr)
-
Two
semesters of Microbiology Seminar (2 cr)
-
20
cr of additional research and/or electives (maximum)
Pathology
and Laboratory Medicine
Semester
I
GMS
PA 700
Experimental Pathology (6
cr)
Semester
II
GMS
PA 801
Special Topics in Pathology
(2 cr)
GMS
EB 703
Biostatistics
(4 cr)
-
A
minimum of 2 minicourses (2 cr)
-
Two
semesters of Pathology Seminar (2 cr)
-
16
cr of additional research and/or electives (maximum)
Pharmacology
and Experimental Therapeutics:
Semester
I
GMS
PM 810
Current Topics in Pharmacology
(2 cr)
Semester
II
GMS
PM 700
Molecular Neurobiology
(4 cr)
-
A
minimum of 2 minicourses (2 cr)
-
Two
semesters of Pharmacology Seminar (2 cr)
-
22
cr of additional research and/or electives (maximum)
Physiology
Semester
I
GMS
PH 542 Human
Physiology (4
cr)
GMS
PH 741 Experimental
Methods in Physiology
(2 cr)
Semester
II
GMS
PH 543 Human
Physiology
(4
cr)
GMS
PH 742 Experimental
Methods in Physiology B
(2 cr)
-
A
minimum of 2 minicourses (2 cr)
-
Two
semesters of Physiology Seminar (2 cr)
-
12
cr of additional research and/or electives (maximum)
Elective
Courses:
Elective
courses must be chosen from the following list:
Graduate
Medical Sciences
GMS
MS 781 Introduction
to Human Genetics
4 cr
GMS
MS 783 Molecular
Basis of Neurological Disease I
2 cr
GMS
MS 784 Molecular
Basis of Neurological Disease II
2 cr
Anatomy
and Neurobiology
GMS
AN 709 Neural
Development and Plasticity
2 cr
GMS
AN 808 Quantitative
Methods for Biological Investigations
2 cr
Biochemistry
GMS
BI 787 Molecular
Mechanisms of Growth and Development 2
cr
GMS
BI 790 Receptors
and Signal Transduction
2 cr
GMS
BI 783 Structure
and Function of Proteins
2 cr
GMS
BI 788 Enzyme
Catalysis
2 cr
GMS
BI 786 Biochemical
Mechanisms of Aging
2 cr
GMS
BI 776 Gene
Targeting in Transgenic Mice
2 cr
Biophysics
GMS
BY 771 Biophysics
of Macromolecular Assemblies
4 cr
GMS
BY 774 Metabolism
and Cellular Function of Complex Lipids
2 cr
Microbiology
GMS
MI 714 Genetics
of Microorganisms
4 cr
GMS
MI 716 Bacterial
Physiology
4 cr
GMS
MI 717 Growth
Control and Cell Transformation
4 cr
GMS
MI 718 Virology
4 cr
GMS
PA 715 Advanced
Immunology
2 cr
Pathology
and Laboratory Medicine
GMS
PA 700 Basic
and Experimental Pathology
6 cr
GMS
PA 725 Molecular
Immunology
2 cr
GMS
PA 801 Special
Topics in Pathology (Transmembrane Signaling)
2 cr
Pharmacology
and Experimental Therapeutics
GMS
PM 700 Molecular
Neurobiology and Pharmacology
4 cr
GMS
PM 880 Gene
Regulation and Pharmacology
2 cr
Physiology
GMS
PH 542 Human
Physiology A
4 cr
GMS
PH 543 Human
Physiology B
4 cr
GMS
PH 741 Experimental
Methods in Physiology A
2 cr
GMS
PH 742 Experimental
Methods in Physiology B
2 cr
GMS
PH 843 Cellular
Physiology I
4 cr