Table of Contents
00:00 - Opening credits
01:33 - Talk begins
03:26 - What is microfluidics?
09:24 - Microelectronics: a recent micro-tech revolution
13:12 - The complexity of biological systems
17:50 - How to unravel biological mysteries
21:24 - Is there a Moore's law for experimental biology?
23:55 - Methods and possibilities of modern microfluidics
30:23 - Studying single cells with microfluidics
34:33 - Moving cells with laser tweezers
35:18 - Preventing contamination using microfluidics
40:38 - Intestinal bacteria and their DNA
44:55 - A new revolution in life science is beginning...
46:30 - Acknowledgements
47:10 - Q&A