Knightwood Male Enhancement

0 votes
asked Sep 13, 2020 in Electron Microscopy by mnbvqwer (180 points)

Knightwood Male Enhancement  very very small scales and by small that surface tension is very dominant in these scales so for example this is an oil and water emulsion these emulsions used to be unstable in macro scale but in a micro scale they are extremely stable so you can take a chip that has these kinds of emulsions millions of droplets shake them around nothing ever happens to these droplets so they are actually like physical walls that we see in than in the lab so this this was so-called lab-on-a-chip devices the idea was to shrink a lab onto a chip and completely automate it so this is an example of some of the work that we're doing in our lab where we are able to now take a sample and segment it in this case into 10,000 smaller volumes very very quickly and we can now perform if we instrument it the right way 10,000 different asses all in parallel for instance right the other area where microfluidics has been applied is in terms of medical research here what you use is the capability of microfluidic devices to be on the same scale as the biological thing that you're studying it could be cells or it could be small organisms like this so for instance we are using microfluidic 

 

 

https://mumycares.com/knightwood-male-enhancement/

Please log in or register to answer this question.

Welcome to Bioimagingcore Q&A, where you can ask questions and receive answers from other members of the community.
...