Discover and read the best of Twitter Threads about #microfluidic
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After 6 months of #lockdown and #lab shutdown I spent a full day 9 am-8 pm in lab doing experiments! New #grad students in #lifesciences: There is always light 💡 and #fluorescent images at the end of the tunnel! Filing a #patent on my #invention from #phd work soon @OrganOnAChip 
This is an Organ on a Chip platform that enables mimicking #tissues and #organs in a high throughput manner! The main focus will be towards developing #mucosal organs with tissue resident #immune cells and lining #epithelial cells for #testing #COVID19 treatments #covidvaccines
I recently gave a talk at #oooc2020 organized by @GVNlab at @Columbia. In the talk I demonstrated the #ease of fabrication, #functionality, and #modularity of this platform.
We’re open to #collaborate with interested #researchers! Interested to learn more:
We’re open to #collaborate with interested #researchers! Interested to learn more:
@HectorEMunoz @BioEngUCLA @SerendipityWrk I will discuss Lab on a Particle Technologies that can democratize the most sensitive biological assays for individual cells and individual molecules.
My #SerendipityKeynote will touch on points related to #SW_FlowCytometry #SW_Microfluidics #SW_Fluorescence, and #SW_SingleCell
My #SerendipityKeynote will touch on points related to #SW_FlowCytometry #SW_Microfluidics #SW_Fluorescence, and #SW_SingleCell
@HectorEMunoz @BioEngUCLA @SerendipityWrk Scientists are currently able to measure biology at its ultimate "quantum" limits: single cells and molecules. However, these technologies require specialized commercial instruments. bit.ly/3ddMIcK, bit.ly/30UMgO7
@HectorEMunoz @BioEngUCLA @SerendipityWrk Small uniform nanoliter-scale #microfluidic fluid compartments allow sensitive detection of single entities and amplification of signal. #serendipityworkshop2020
