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Dec 22, 2024
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Catalog 2020-2021 [ARCHIVED CATALOG]
Pharmacology, Toxicology, and Neuroscience, Ph.D (CIP 26.1001)
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The goal of the graduate training program in Pharmacology, Toxicology and Neuroscience is to provide the skills necessary for the graduate to pursue an independent career in biomedical research at a university, research institute, hospital, government agency, or in industry. The program provides graduate training through advanced courses, participation in seminars and national meetings, and the preparation of grant proposals. Hands-on laboratory research is emphasized at all stages of the program.
The major research interests in the Department of Pharmacology, Toxicology and Neuroscience are in the areas of: NEUROPHARMACOLOGY, NEUROSCIENCE, TOXICOLOGY, DRUG AND ALCOHOL ADDICTION, STRESS, GENE THERAPY, MOLECULAR BASIS OF LOCOMOTOR ACTIVITY IN AGING AND NEURODEGENERATIVE DISEASE, BIOTECHNOLOGY, CARCINOGENESIS AND CANCER CHEMOPREVENTION, OXIDATIVE MECHANISMS OF TOXICITY, MOLECULAR REGULATION OF TOXICITY AND APOPTOSIS
All students enrolled in the Department of Pharmacology will be considered departmental graduate students and, as such, required to complete the core curriculum. At the start of their second year, students will choose either the Neuroscience or Toxicology track. In the fall semester of their second year, students will take either Neuropharmacology/Neurochemistry OR Toxicology, as appropriate. Note that they may take both if desired. A set of advanced electives has been established for each of these specialization tracks. For the Toxicology track, students will enroll in at least two of these electives, based on recommendations from their advisor and/or Advisory Committee. Students in the Neuroscience track will enroll in at least two of these electives.
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Core Requirements
The program for obtaining the Ph.D. can be tailored to the requirement of each individual student, but the core requirements for all students are: - IDSP 110 - Basic Biochemistry, Molecular and Cellular Biology I 3 Credits, letter grade
- IDSP 116 - Methods in Biomedical Sciences: Biochemical & Molecular Methods 1 Credit, letter grade
- IDSP 117 - Methods in Biomedical Sciences: Recombinant DNA and Cell Biology 1 Credit, letter grade
- IDSP 118 - Cell Biology 3 Credits, letter grade
- IDSP 212 - Foundations of Biomedical Sciences I - Cardiovascular System 2 Credits, letter grade
- IDSP 213 - Foundations of Biomedical Sciences I -The Renal System 1 Credit, letter grade
- IDSP 214 - Foundations of Biomedical Sciences I - Respiratory System 1 Credit, letter grade
- IDSP 216 - Foundations of Biomedical Sciences II - Gastrointestinal System 1 Credit, letter grade
- IDSP 217 - Foundations of Biomedical Sciences II - Endocrine System 1 Credit, letter grade
- IDSP 218 - Foundations of Biomedical Sciences II - Nervous System 1.5 Credits, letter grade
- IDSP 226 - Basic Biostatistics 1 Credit, letter grade
- IDSP 227 - Advanced Biostatistics 1 Credit, letter grade
- IDSP 235 A and B - Grant Writing A offered for 1 letter grade Credit, B offered for S/U
- IDSP 240A - Philosophical and Ethical Issues in Science 0.5 Credit, S/U
- IDSP 240B - Philosophical and Ethical Issues in Science 0.5 Credit, S/U
Core Pharmacology course requirements:
- PHARM 209 - Introduction to Research in Pharmacology 1 Credit, S/U
- PHARM 258 - Pharmacokinetics and Pharmacodynamics 1 Credit, letter grade
- PHARM 260 - Molecular Pharmacology 1.5 Credits, letter grade
- PHARM 233 - Neuropharmacology 2 Credits, letter Credit
- PHARM 245 - Toxicology 2 Credits, letter grade
- PHARM 272 - Discussions in Pharmacology 1 Credit, S/U
- PHARM 270 - Discussions in Neurochemistry & Neuropharmacology 1 Credit, S/U
- PHARM 271 - Discussions in Toxicology 1 Credit, S/U
- PHARM 298 - Seminar 1 Credit, S/U
- PHARM 299 - Research Proposal in Pharmacology 3 Credits
- PHARM 400 - Dissertation Research 1-9 Credits, S/U
Specialization Requirements:
All students enrolled in the Department of Pharmacology will be considered departmental graduate students and, as such, required to complete the core curriculum. At the start of their second year, students will choose either the Neuroscience or Toxicology track. In the fall semester of their second year, students will take either Neuropharmacology/Neurochemistry OR Toxicology, as appropriate. Note that they may take both if desired. A set of advanced electives has been established for each of these specialization tracks. For the Toxicology track, students will enroll in at least two of these electives, based on recommendations from their advisor and/or Advisory Committee. Students in the Neuroscience track will enroll in at least two of these electives.
Additional Curricula for Neuroscience Specialization:
Additional Curricula for Toxicology Specialization:
Note:
The student will be required by his/her Advisory Committee to supplement the core curriculum with advanced courses, including courses from other departments, as appropriate. At least one of these courses must be a letter-graded (A-F) course.
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