Studies and Majors

Pharmaceutics and Drug Design

Pharmaceutics and Drug Design
Leading Pharmaceutics and Drug Design Schools
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School   (degrees awarded)
University of Toledo   (74 Bachelors degrees)
South Dakota State University   (72 Bachelors degrees)
Campbell University   (25 Bachelors degrees)
Purdue University-Main Campus   (22 Bachelors degrees)
University of North Carolina at Chapel Hill   (15 PhD research/scholarship degrees)
University of Kentucky   (14 PhD research/scholarship degrees)
University of Utah   (13 PhD research/scholarship degrees)
University of Washington-Seattle Campus   (12 Masters degrees)
University of Kansas   (12 Masters degrees)
University at Buffalo   (10 Bachelors degrees)
University of Wisconsin-Madison   (9 PhD research/scholarship degrees)
University at Buffalo   (8 PhD research/scholarship degrees)
University of Toledo   (8 Masters degrees)
University of Kansas   (8 PhD research/scholarship degrees)
Auburn University   (8 PhD research/scholarship degrees)
University of Kentucky   (8 Masters degrees)
West Chester University of Pennsylvania   (7 Bachelors degrees)
Temple University   (7 Masters degrees)
University at Buffalo   (7 Masters degrees)
West Virginia University   (7 PhD research/scholarship degrees)
Mercer University   (6 PhD research/scholarship degrees)
Purdue University-Main Campus   (6 PhD research/scholarship degrees)
University of Toledo   (6 PhD research/scholarship degrees)
University of Connecticut   (6 PhD research/scholarship degrees)
Purdue University-Main Campus   (6 Masters degrees)
Purdue University-Main Campus   (5 Post Masters certificate degrees)
University of Houston   (5 PhD research/scholarship degrees)
University of North Carolina at Chapel Hill   (5 Masters degrees)
University of Rhode Island   (5 PhD research/scholarship degrees)
University of New Mexico-Main Campus   (4 Masters degrees)
Pharmaceutics and Drug Design Description

A program that focuses on the scientific study of the formulation of medicinal substances into product vehicles capable of being stored, transported, and then introduced into the patient and behaving in ways optimal to therapeutic interaction. Includes instruction in statistics, biopharmaceutics, drug metabolism, pharmacokinetics, pharmacodynamics, physical pharmacy, pharmacological analysis, drug design and development, pharmacological biotechnology, chemical separations, spectroscopy, drug-host interactions, immunology, quantitative drug measurement, enzymatic transformations, and metabolic excretion.

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