This course covers a broad array of statistical methods for the biological and medical sciences.  Topics include descriptive statistics, non-parametric methods, categorical data analysis, and regression methods for normal, non-normal, and repeated measures data.   The course focuses on the analysis of real datasets using RStudio, although no previous programming experience is assumed.

This is an interactive seminar course where students discuss and debate ethics in biomedical sciences to foster integrity, professional character, and ethical problem solving skills.

This course covers a specific topic in biomedical sciences. The topics can vary among different special topics courses.

This course will give students a broad understanding of the synthesis and functions of the major macromolecules that comprise a cell, and the biochemical mechanisms by which these molecules interact to contribute to cellular function.

This course will provide students with knowledge of the structure and function of cells, including the experimental foundations of cell and molecular biology.

This course will provide first year graduate students with an introduction to human physiology.  Emphasis is placed on the major organ systems including the nervous, cardiovascular, pulmonary, renal, gastrointestinal and endocrine systems.  Basic physiology of blood, skin and bone, as well as introductory concepts in immunology and pharmacology are also covered. 

This course will familiarize first year graduate students with various methods that are used in contemporary biomedical research. It will introduce methods relevant to molecular biology, tissue culture, transgenic model systems, imaging, biochemistry, bioinformatics, electrophysiology, and immunology.