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Introduction to principles and methods of pathology. Pathology role in stem cell research, regenerative medicine and cancer biology. Systematic evaluation of mouse models, with a particular attention to such topics as experimental design, model validation, identification of novel phenotypes, histotechnology and mouse necropsy.

Presents a brief historical review of the cell cycle; a summary of cell cycle regulatory processes; and practical methods for cell cycle analysis, including mathematical representations. Topics include: growth control of bacterial cell cycle including chemostats, mammalian cell tissue culture, cell synchronization, flow cytometry, age-density representation, G1 regulation, labile regulatory protein models, cell transformation, regulation by growth factors and the cytoskeleton, cyclin/E2F/RB regulatory model, practical examples for analysis of cell cycle phase durations, cell cycle phase specific growth factor sensitivity, timing of RB protein phosphorylation within the cell cycle. The objective of the course is to present graduate students with methods for cell cycle analyses that will be used in their research.

Thesis research for master's students.

Thesis research for Ph.D. candidates.