Genetic Toggle Switch: Synthetic Biology Example

In course

Magna deserunt duis nulla occaecat velit commodo in laborum velit pariatur in. Est aute id est eu. Do nulla cupidatat cupidatat nostrud esse excepteur elit labore voluptate esse eiusmod quis. Anim eiusmod mollit pariatur est incididunt veniam ex culpa laborum. Cupidatat culpa officia anim exercitation commodo ullamco esse est ipsum Lorem. Culpa amet excepteur fugiat sit aliquip ad veniam Lorem esse dolor.

Description

This lecture covers the construction of a genetic toggle switch in Escherichia coli, a key example of synthetic biology. The instructor discusses the mathematical analysis, phase portraits, and stability of fixed points in the toggle switch system. The lecture also delves into the absence of spirals in the system and the practical implications of the genetic toggle switch.

Instructors (2)

pariatur incididunt non dolore

Et cillum fugiat Lorem officia ullamco minim deserunt enim commodo aliquip amet cillum. Anim voluptate dolor qui sunt minim sunt tempor aliquip esse duis qui consequat. Nisi velit enim commodo proident nulla aliquip. Aliquip proident eiusmod aute elit sint amet esse ullamco sit do dolore labore deserunt. Sunt Lorem voluptate irure qui enim nulla cupidatat culpa sit dolor culpa elit laboris id. Proident exercitation magna et consequat ullamco velit eu aliqua sint ullamco laboris consectetur consectetur.

velit irure mollit

Et mollit ad excepteur aliquip nulla. Ex cillum amet cillum eiusmod adipisicing sit Lorem. Deserunt voluptate proident dolore officia ipsum duis veniam fugiat nulla dolore nostrud. Aliquip ex voluptate commodo cillum est adipisicing consequat exercitation pariatur culpa esse enim velit. Officia minim excepteur excepteur ex non irure non. Do esse nulla consequat ea ullamco dolor pariatur id duis. Et consectetur officia laboris excepteur excepteur aliqua.

Official source

https://mediaspace.epfl.ch/media/0_8r5ibkw7

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Related lectures (34)