Molecular Biology of Cellular Processes and Experimental Applications of Theory
This course presents the fundamentals of modern molecular biology from the perspectives of known mechanisms as well as theoretical perspectives used in laboratories.
What you can learn.
- Apply molecular biology as a tool to understand cancer and stem cells
- Develop a sophisticated understanding of DNA, RNA, and protein
- Interpret experimental data and design basic biology experiments
About this course:This course presents the basic fundamentals of modern molecular biology both from the perspective of known molecular mechanisms for regulating fundamental processes in cells and from a theoretical applied perspective for using molecular biology as a laboratory tool. Special emphasis will be placed on molecular mechanisms that relate to chromatin and histone modifications, DNA replication and repair, transposition, microRNAs, meiosis, and splicing. Application of molecular biology as a tool to understand embryonic development, reprogramming, cancer, and stem cells will also be presented. Emphasis will be placed on helping students develop a sophisticated understanding of DNA, RNA, and protein, as well as the capability of interpreting experimental data and designing basic experiments to address fundamental questions in biology.
Life Sciences XL 3, XL 4, XL 23L OR Life Sciences XL 7A, XL 7B, XL 7C, and XL 107.
Fall 2020 Schedule
These courses have regular meeting times and are fully online, via remote instruction. Click “See Details” below for more information.
Enrollment deadline: October 6, 2020. Internet access required. Visitors not permitted.