General Seminar
Discussions of current animal science research.
Prereq: Grad standing, and permission of instructor. Repeatable to a maximum of 15 cr hrs. This course is graded S/U.
Animal Sciences
Interdisciplinary Seminar
Discussions of current animal science research.
Prereq: Grad standing, and permission of instructor. Repeatable to a maximum of 10 cr hrs. This course is graded S/U.
Grantsmantship
Capstone course for the OSUN PhD program will train students on grantsmanship skills.
Prereq: Grad standing. Not open to students with credit for FdScTe 8835 or HumnNtr 8835. Cross-listed in FdScTe and HumnNtr.
Comprehensive Approach to Food Safety
A comprehensive overview of food safety challenges and solutions as experienced through the food chain from farm to consumers. Demonstration of food safety system from cellular aspects though public policy.
Prereq: Micrbiol 509 or equiv. Not open to students with credit for 830.10, FdScTe 8834 (830.10), or HumnNtr 8834 (830.10). Cross-listed in FdScTe and HumnNtr.
Diet, Nutrition and Cancer
Epidemiological, clinical and basic perspective of how diet and nutrition practices predict for cancer risk.
Prereq: 7761 (761), FoodSci 7761 (761), or HumnNtr 7761 (761). Not open to students with credit for 830.12, HumnNtr 8833 (830.12), or FdScTe 8833 (830.12). Cross-listed in FdScTe and HumnNtr.
Advanced Micronutrient Metabolism
Comparative study of the regulation of micronutrient status and its influence on physiological and molecular events, including nuclear receptor activity and transcription.
Prereq: 7762 (762), FdScTe 7762 (762), or HumnNtr 7762 (762). Not open to students with credit for 830.02, FdScTe 8802 (830.02), or HumnNtr 8802 (830.02). Cross-listed in FdScTe and HumnNtr.
Macronutrients - Lipids and Energy Balance
Discussion of lipids as storage molecules used for energy and metabolism modulation as well as how they influence energy balance conditions such as obesity, cachexia, weight loss and weight gain.
Prereq: 7761 (761), FdScTe 7761 (761), or HumnNtr 7761 (761). Not open to students with credit for 830.01, FdScTe 8801 (830.01), or HumnNtr 8801 (830.01). Cross-listed in FdScTe and HumnNtr.
Molecular Biology Techniques
Demonstrates the applications of molecular biology by involving the students in a real time research project. Students will perform experiments using molecular biology techniques in the context of a muscle protein functionality study.
Prereq: Grad standing, or permission of instructor.
Individual Studies
Exploratory research and advanced assignments.
Prereq: Grad standing, and permission of instructor. This course is graded S/U.
Animal Physiology I
This course will explore the physiology of neuronal, muscular, endocrine, & reproductive tissues at systemic, cellular, & molecular levels with a focus on domestic mammals. Human physiology will be presented at times to expand upon limited information available for animals.
Prereq: Grad standing, or permission of instructor.
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