Advanced Molecular Genetics

Course Description

This course will provide fundamental and applied knowledge in the broadly defined area of molecular genetics. The material is intended for graduate students entering biomedical research careers in disciplines represented by various College of Medicine graduate programs. Biomedical research training must incorporate an understanding of the central dogma that underlies all biological processes, together with an appreciation of how genetic differences impact complex cellular pathways and disease. This course provides students with a fundamental understanding of how DNA is inherited, mutated, transcribed into various types of RNA, and translated into proteins, in the context of single cells and multicellular model organisms. The goals of BMS 503, are to develop a common knowledge base and organizational framework for biomedical researchers and critical skills for future success as professional scientists. These skills include efficient and critical reading of the primary literature, well organized and scientifically rigorous responses to written prompts, effective and scientifically rigorous oral presentation of concepts; and a thorough understanding of basic genetic approaches used in biomedical sciences. This course focuses on core concepts, one at a time, and encourages independent learning, active in-class participation, and integrated thinking across systems.

Code

BMS 503

Credits

2

Subject

BMS

Programs That Include This Course

• Doctoral Doctor of Philosophy in Biomedical Sciences
• Master's Master of Science in Biomedical Sciences