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Ph.D. in Biomedical
Sciences: Molecular and Integrative Biosciences Track
A joint program of
Eastern Virginia Medical School and
Old Dominion University
Sample CurriculumAn example of one possible sequence of coursework for a student in the program follows, with credit hours shown in parentheses.
First Year
-
Fall Semester:
Medical Molecular and Cell Biology (4), Special Topics in
Histology (1), Lab Rotation (2), Introduction to Research
Literature (1), Research Techniques (2), Research Ethics (1)
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Spring Semester:
Medical Biochemistry (4),
Concepts in Cell Biology and Physiology (3), Lab Rotation (2),
Lab Rotation (2), Molecular and Integrative Biosciences Seminar
(1)
-
Summer Session:
Bioinformatics (1), Advanced Electives or Research (3)
-
Complete Qualifying
Exam
Second Year
-
Fall Semester:
Statistics (3), Advanced Electives (3), Molecular and Integral
Biosciences Seminar (1), Research (3)
-
Spring Semester:
Advanced Electives (6), Molecular and Integrative Biosciences
Seminar (1), Research (3-6)
-
Summer Session: Research (3)
Note: The candidacy exam is usually taken at the end of the
second year.
Third Year
-
Fall Semester: Molecular and
Integrative Biosciences Seminar (1), Research (8)
-
Spring Semester:
Molecular and Integrative Biosciences Seminar (1), Research (8)
-
Summer Semester (maximum 3 credits unless otherwise required)
Fourth and Subsequent Years
This part of the curriculum consists of original dissertation research, submission of the dissertation proposal, completion of the dissertation research, writing of the dissertation, and the oral defense of the dissertation.
Advanced Electives
| Class Title |
Credits |
| Human Physiology |
5 |
| Topics in Molecular Biology |
3 |
| Advanced Endocrinology |
3 |
| Mammalian Reproduction |
3 |
| Advanced cardiovascular science |
3 |
| Advanced Immunology |
2 |
| Animal Virology |
3 |
| Medical microbiology – immunology |
2 |
| Medical microbiology – bacteriology |
2 |
| Medical microbiology – virology |
2 |
| Medical microbiology – mycology and parasitoloty |
2 |
| Neuropharmacology |
3 |
| Tumor biology |
3 |
| Medical neuroscience |
5 |
| Medical histology |
6 |
| Human anatomy |
6 |
| Pharmacology |
5 |
| Principles of gene manipulation |
1 |
| DNA sequencing |
1 |
| Genomics and microarray technology |
1 |
| Proteomics |
1 |
| Bioinformatics |
1 |
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