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College of Pharmacy
PhD

Graduate Curriculum

The Doctor of Philosophy degree in Pharmacy is awarded by the ÃÛ½ÛÖ±²¥ Graduate School through the College of Pharmacy.Ìý Students must select a major specialization from among the areas of Medicinal Chemistry, Pharmaceutics, Pharmacology, and Toxicology.

Each student's specific degree plan is organized to meet their individual needs, as determined by the student, faculty advisor and dissertation advisory committee.Ìý A minimum of 30 semester hours of structured coursework, excluding seminars, dissertation research and directed study.Ìý Of the minimum 30 hours, 80 percent must be in the 5000 or higher level courses.ÌýÌý

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General Requirements

Minimum combined score of 283 on the GRE

Minimum undergraduate GPA of 2.5 (on a 4.0 scale)

Minimum formula score of 707.50 (GPA x GRE)

Detailed information can be found here

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Medicinal Chemistry

If you are interested in pursuing a Doctor of Philosophy degree in Pharmacy with a concentration in Medicinal Chemistry you will find a listing of graduate courses that you may choose from.Ìý (*Note - these are not to be considered required courses)

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PHAR 5000 Molecular Structure and Function of Proteins
PHAR 5013 Pharmacokinetics
PHAR 5014 Advanced Biopharmaceutics
PHAR 5034 Natural Products
PHAR 5035 Natural Products
PHAR 5050 Biochemical Toxicology
PHAR 5052 Seminar
PHAR 5053 Research Methods and Literature Evaluation
PHAR 5058 Advanced Cancer Pharmacology
PHAR 5066 Advanced Medicinal Analysis
PHAR 5068 Advanced Medicinal Analysis Laboratory
PHAR 5069 Concepts in Drug Design
PHAR 5070 Medicinal Chemistry Drug Discovery
PHAR 5084 Chemical Kinetics and Stability of Pharmaceuticals
PHAR 5090 Methods and Principles of Toxicology
PHAR 5137 Medicinal Chemistry Survey
PHAR 5139 Molecular and Theoretical Foundations
PHAR 6099 Dissertation
CHEM 5031 Organic Syntheses
CHEM 5032 Organic Spectroscopy
CHEM 5041 Analytical Chemistry
CHEM 5042 Analytical Chemistry

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Pharmaceutics

If you are interested in pursuing a Doctor of Philosophy degree in Pharmacy with a concentration in Pharmaceutics you will find a listing of graduate courses that you may choose from.Ìý (*Note - these are not to be considered required courses)

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PHAR 5000 Molecular Structure and Function of Proteins
PHAR 5013 Pharmacokinetics
PHAR 5014 Advanced Biopharmaceutics
PHAR 5021 Advanced Pharmacology
PHAR 5022 Advanced Pharmacology Laboratory
PHAR 5027 Principles of Drug Action II
PHAR 5033 Drug Information Retrieval
PHAR 5034 Natural Products
PHAR 5035 Natural Products
PHAR 5050 Biochemical Toxicology
PHAR 5053 Research Methods and Literature Evaluation
PHAR 5058 Advanced Cancer Pharmacology
PHAR 5064 Pharmacogenetics
PHAR 5066 Advanced Medicinal Analysis
PHAR 5068 Advanced Medicinal Analysis Laboratory
PHAR 5069 Concepts in Drug Design
PHAR 5076 Advanced Pharmaceutics
PHAR 5077 Pharmaceutical Preformulation
PHAR 5078 Solid-State Chemistry of Drugs
PHAR 5079 Dosage Form Design
PHAR 5083 Surface and Interfacial Phenomena
PHAR 5084 Chemical Kinetics and Stability of Pharmaceuticals
PHAR 5139 Molecular and Theoretical Foundations
CHEM 5032 Organic Spectroscopy
CHEM 5041 Analytical Chemistry
CHEM 5042 Analytical Chemistry

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Toxicology

Core Courses

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PHAR 5050 Biochemical Toxicology
PHAR 5081 Advanced Toxicology
PHAR 5082 Advanced Toxicology Laboratory
PHAR 5052 Seminar
MATH 5021 Statistical Methods for the Experimenter
PHAR 5090 Methods and Principals of Toxicology
PHAR 6099 Dissertation

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Other classes will be decided between the student, the major professor and the advisory committee. The student will select a major advisor (if not admitted specifically to a faculty member's program) and, no later than the second semester of enrollment, select an advisory committee. For the Ph.D. student, the committee will consist of a minimum of 4 members (including the major professor), at least 3 of which must be from the School of Basic Pharmaceutical and Toxicological Sciences.

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A comprehensive written examination will be administered after the student has completed approximately 80% of his/her coursework. For the majority of candidates, this turns out to be approximately two years after they have been in the Pharmacy Graduate Program. The examination is divided into two sections: Core and Advanced.

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The Core examination is administered during the first day of the Comprehensive Examination to all graduate degree candidates (Ph.D.) ÌýIn general, the Core examination is intended to test competency in graduate educational enrichment offered through various formal courses. Factual and conceptual areas of competency are tested in this examination.

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The Advanced examination is administered to the doctoral (Ph.D.) candidates during the second day of the two-day Comprehensive Examination. In this section, in addition to testing the candidate's competency in the conceptual areas of learning enrichment, the candidates are tested for their competency in synthetic, analytical, data interpretation and critical conceptualization skills as future researchers.

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Pharmacology

In general, the curriculum sequence for the PhD Program in Pharmacology is described below.

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MATH 5020 Statistical Methods for the Experimenter
PHAR 5021 Advanced Physiology
PHAR 5022 Advanced Pharmacology Laboratory
Math 5021 Statistical Methods for the Experimenter
PHAR 5081 Advanced Toxicology
PHAR 5052 Seminar
PHAR 5082 Advanced Toxicology Laboratory
PHAR 6099 Dissertation
PHAR 5058 Advanced Cancer Pharmacology
BIOL 5096 Special Topics:Ìý Cell and Molecular Biology
PHAR 5050 Biochemical Toxicology
PHAR 5010 Advanced Cardiovascular Physiology
BIOL 4025 Neurology
BIOL 4043 Neurology Laboratory
PHAR 6051 Advanced Directed Study
BIOL 5042 Endocrinology
BIOL 5005 Research Methods

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ÃÛ½ÛÖ±²¥ College of Pharmacy
Bienville Building
1800 Bienville Dr
Monroe, LA 71201

Monday-Thursday
7:30 a.m. to 5:00 p.m.
Friday
7:30 a.m. to 11:30 a.m.

Dr. George Matthaiolampakis
Associate Director, School of Basic Pharmaceutical and Toxicological Sciences
Director of Graduate Studies and Research
College of Pharmacy
Bienville 380
(318) 342-7930
ulmcopgraduateprog@ulm.edu