Courses at the 500-level

Topics may include solution chemistry, membrane structure, gene regulation, homeostasis, and cell organelle structure and function. Lecture. (Formerly Cell Morphology and Physiology.)
3 credit hours

• BIOL 320
• BIOL 206
• BIOL 205

Topics include neuroendocrinology, hypothalamic-pituitary relationships, mechanisms of hormone action, endocrine aspects of reproduction, carbohydrate metabolism, calcium homeostasis, and water/electrolyte balance. Lecture.
3 credit hours

• Two 300-level or above biology courses and consent of department chair

The molecular regulation of development, differentiation, control of the cell cycle, and regeneration are examined, with emphasis on recent research. Lecture and laboratory.
4 credit hours

• BIOL 221
• BIOL 300
• BIOL 320
• or equivalent

Students investigate a current biological topic using primary literature and develop skills that contribute to effective oral and written presentations in science.
1 credit hours

• Open to undergraduates with consent of department chair.
• Graduate status