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Researchers in this field focus on uncovering methods to create or regenerate organisms and tissues. They utilize diverse model systems, from established genetically modifiable species (such as C. elegans and zebrafish) to livestock (including sheep, horses, and cattle) and unconventional models like crustaceans and amphibians. Induced pluripotent stem cells and other stem cell types serve both as potential treatments and as tools for studying cellular differentiation and pluripotency in laboratory settings.
The Cell and Molecular Biology Program provides research opportunities across numerous disciplines, encompassing cancer biology, infectious diseases, metabolic studies (including biofuel research), neuroscience, plant sciences, molecular physiology, genetic regulation, reproductive science, developmental biology, and structural biology. This interdisciplinary graduate program involves more than 100 faculty members from 15 departments across 5 colleges, all united by their focus on cellular and molecular processes. Students can pursue both M.S. and Ph.D. degrees, with an additional option to specialize in Cancer Biology. The curriculum features foundational courses in molecular genetics, cell biology, research methodologies, and scientific ethics, along with specialized electives and training in grant proposal writing. Students participate in seminar series to present their work and attend weekly talks by both CSU researchers and visiting scholars. Most core coursework is finished in the first year, with M.S. degrees typically completed in two years and Ph.D. programs in approximately five years.