Simple, straightforward, and clear. Just pure knowledge and inspiration. It is so entertaining to see the technology lives, not just static from textbooks. Thank you Prof.
good day sr. i currently have a project on microfludics multiplex based on PDMS. i need to design three channels microfluidics device integrated with IDE. Kindly help me on how to do it. thank you
Simple, straightforward, and clear. Just pure knowledge and inspiration. It is so entertaining to see the technology lives, not just static from textbooks. Thank you Prof.
Thanks for the lecture! A nice overview of the production technologies!
An of course, the Classical Spagetto :D
Congratulations for the video! Very useful and well explained.
Wow. This is such an amaaazing video. Learnt so much from this.
awesome video. loved how simply you explained everything .
thanks :)
wonderful lecture
Thank you sir, this is a great useful video.
Very useful lecture. Love it!
Thank you very much.
good day sr. i currently have a project on microfludics multiplex based on PDMS. i need to design three channels microfluidics device integrated with IDE. Kindly help me on how to do it. thank you
Y don't they use nanotechnology. Does it have to do with PDMS that it cannot be magnetized to be manufactured with nanotechnology?
it can, and you can reach "nanofluidics", the problem is that the smaller the channel the higher the pressure you need to flow liquids inside.
I vote for 2: electrospinning
holy shit 9:16 looks SO much like what Julian at this european protein design startup does