Overview of comprehensive and interdisciplinary understanding of experimental methods and approaches used in the Pharmaceutical Sciences; introduction to to experimental design and theory by learning about different experimental approaches and designs, the Scientific Method and hypothesis formation, experimental validity and reliability, appropriate experimental control, data collection and basic analysis, and reporting of findings; basic principles and applications of a wide range of research techniques, including those that are immunological, biochemical, pharmacological, chromatography, analytical, etc.; journal club presentations. Prerequisites: Graduate classification Credits 4. 4 Lecture Hours.
Overview of comprehensive and interdisciplinary understanding of experimental methods and approaches used in the Pharmaceutical Sciences; introduction to to experimental design and theory by learning about different experimental approaches and designs, the Scientific Method and hypothesis formation, experimental validity and reliability, appropriate experimental control, data collection and basic analysis, and reporting of findings; basic principles and applications of a wide range of research techniques, including those that are immunological, biochemical, pharmacological, chromatography, analytical, etc.; journal club presentations. Prerequisites: Graduate classification Credits 4. 4 Lecture Hours.
