Pharmacology - Course Work

Formal didactic courses are taken mainly in the first two years of the Ph.D. program. Courses are identified as "core" and "elective." Descriptions of these offerings can be found below. All graduate students in pharmacology take the core courses, unless specifically exempted because they have taken similar graduate-level courses elsewhere. Normally, students take for academic credit at least two courses in specialized areas of pharmacology. In addition, students, in consultation with their advisers, may customize their curriculum by taking graduate-level electives offered by other departments. Students can expect to be involved in laboratory research throughout their graduate school years.

Opportunities for wider exposure to issues of current biomedical interest are provided by weekly departmental seminars. The speakers are from within the department, from other departments in the Medical Center, from other colleges in the University, and from academic, governmental, or industrial research centers. A list of recent seminar speakers can be found as an insert in a center folder. Graduate students often meet with visiting scientists for 2 to 3 hours for an exchange of ideas at a personal level.

Core Courses - Ph.D. Degree

 

Title Course Name Credits Description
Pharmacology PHARM 502 4 Molecular basis of drug action in the CNS and the metabolic and endocrine systems.
Molecular Pharmacology PHARM 503 4 Detailed analysis of drug action in the autonomic, cardiovascular and pulmonary systems.
Molecular Pharmacology PHARM 504 4 Advanced topics in pharamcology.
Principles of drug actions PHARM 520 2 Detailed analysis of basic parameters governing drug actions.
Colloquium PHARM 590 1 Seminar presentation.
Individual Studies PHARM 596 1-9 Experience in three to four different laboratories.
Journal Club PHARM 597 1 Presentation an discussion of journal articles.
Special Topics PHARM 597 1-3 Advanced topics in pharmacology.
Thesis research PHARM 600 1-9 Labroatory research leading to a Ph.D. degree.
Cell and Molecular Biology CMBIO 540 3 Lectures in cell biology including membrane, cytoskeleton, and organelle structure and function; cell division, differentiation, adhesion, communication, and movement. Prerequisite: BCHEM 502.
Integrative Biosciences IBIOS 591 1 Ethics in Life Sciences; an examination of integrity and misconduct in life sciences research, including issues of data collection, publication, authorship, and peer review.
Molecular Biology BCHEM 503 3 Principles of molecular and microbial genetics; emphasis placed on experimental design toward solving problems in prokaryotes and eukaryotes. Prerequisite: BCHEM 502
Cellular and Integrative Physiology PHYSIOL 504 3 A physiology course that integrates cellular and organ-based physiology concepts.