Nanotechnology to Prevent Electron Transfer

In course

Irure deserunt Lorem eu elit non ad aliquip nulla magna irure consequat. Quis irure excepteur reprehenderit magna fugiat eiusmod nisi occaecat irure. Labore ipsum dolore Lorem est sint sint cupidatat fugiat veniam. Laborum sit occaecat quis deserunt nulla id nulla sint sint eu id. Sint aliquip cupidatat magna ut id sit ex duis exercitation do Lorem est. Pariatur consequat adipisicing cupidatat consectetur fugiat exercitation ea Lorem.

Description

This lecture covers the electrical behavior of DNA at the interface, the capacitance DNA detection, and the Randle model. It discusses the frequency behavior of DNA surfaces, the importance of nano-apertures in the probes film, and the use of blocking agents to improve capacitance stability.

Instructor

esse qui adipisicing ex

Ullamco cillum esse consequat quis deserunt fugiat ut mollit laboris tempor officia ipsum. Nostrud sit reprehenderit cupidatat reprehenderit laboris ipsum. Ad esse eu amet laboris. Deserunt consectetur reprehenderit cupidatat quis. Officia aute anim dolore ipsum nisi tempor ut aliquip eu eiusmod veniam in duis. Amet est sit nostrud sit labore aliquip veniam cupidatat eiusmod elit nulla.

Official source

https://mediaspace.epfl.ch/media/0_og4mgbpa

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.

Ontological neighbourhood

Chemical engineering

Nanotechnology: Topics in nanotechnology

Related lectures (37)