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Course Designator
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Title and Description
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MedC 5185
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Principles of Biomolecular Simulation (3 cr Molecular simulation for students in medicinal chemistry, pharmaceutics, biochemistry, and chemical physics.
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MedC 5200
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The New Drug Development Process (1 cr)
New drug development process in the U.S. pharmaceutical industry.
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MedC 5202
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Research and Development Process of Pharmaceutical
Products (2 cr)
New drug development process in the
U.S. pharmaceutical industry.
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MedC 5245
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Introduction to Drug Design (3 cr)
Concepts that govern design/discovery of drugs. Physical, bioorganic, medicinal chemical principles applied to explain rational design, mechanism of action drugs.
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MedC 5494
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Advanced Methods in Quantitative Drug Analysis (3 cr)
Quantitative methods (HPLC, GC, TLC, and immunoassays) for the analysis of drugs and metabolites in biological fluids. Advanced techniques such as capillary electrophoresis, supercritical fluid chromatography, GC-MS, LC-MS, and tandem mass spectrometry. Chromatographic theory and statistical approaches to method validation.
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MedC 5495
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Vistas in Medicinal Chemistry Research (1 cr)
Selected topics of contemporary interest in medicinal chemistry.
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MedC 5600
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General Principles of Medicinal Chemistry (3 cr)
Fundamental principles of drug receptors as therapeutic targets, drug-receptor interactions, enzyme inhibitors, drug metabolism and disposition.
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MedC 8100
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Medicinal Chemistry Seminar
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MedC 8500
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Design of Chemotherapeutic Agents (2 cr)
Modern aspects of designing chemotherapeutic agents. Strategies for enzyme inhibition and metabolic blocks in development of anticancer, antimicrobial, and antiviral agents.
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MedC 8600
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Chemical Aspects of Drug Metabolism and Bioactivation (2 cr)
Chemical and enzymatic mechanisms of biotransformation and bioactivation of drugs and other xenobiotics. Reactivity and fate of bioactivated metabolites.
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MedC 8700
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Advanced Concepts in Drug Design (2 cr)
Use of combinatorial chemistry in drug design and discovery.
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MedC 8760
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Design of Peptidomimetics (2 cr)
Current approaches to design and synthesis of mimetics of biologically active peptides. Structural and conformational rationale used in peptidomimetic design.
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MedC 8800
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Medicinal Chemistry Laboratory Techniques (1-2 cr Experiential rotations in medicinal chemistry research laboratories.
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MedC 8900
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Research in Medicinal Chemistry (1-4 cr)
Study and experimental investigation.
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MedC 8333
MedC 8444
MedC 8666
MedC 8777
MedC 8888
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FTE: Master’s (1 cr)
FTE: Doctoral (1 cr)
Doctoral Pre-Thesis Credits (1-18 cr)
Thesis Credits: Master's (1-18 cr)
Thesis Credits: Doctoral (1-24 cr)
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