— Systems & Synthetic Biology Lab
Principles & applications of systems and synthetic biology. Bistable & monostable switches, single cell sequencing, genetic circuits, design of biological parts and pathway modeling. Computational & experimental labs use single cell sequence data to determine switch types in cell identity, design and characterize promoter libraries and use genomics-enabled approaches to discover and characterize enzymes & metabolites.
Prerequisites & course information
Course Description: Principles & applications of systems and synthetic biology. Bistable & monostable switches, single cell sequencing, genetic circuits, design of biological parts and pathway modeling. Computational & experimental labs use single cell sequence data to determine switch types in cell identity, design and characterize promoter libraries and use genomics-enabled approaches to discover and characterize enzymes & metabolites. Learning Activities: Discussion 1 hour(s), Laboratory 6 hour(s), Lecture 2 hour(s). Grade Mode: Letter. Learning Activities: Discussion 1 hour(s), Laboratory 6 hour(s), Lecture 2 hour(s). Grade Mode: Letter.
Sources
- Course catalogue ↗2026-2027