Unlocking the potential of sEVs! Discover how a simple microfluidic device extracts Evs from blood using hydrodynamic forces, opening doors to cancer clinical diagnostics. https://t.co/k0qPeUd2Wt
Single #cancer cells separate from their #tumour and dissipate via the bloodstream. Early #detection can help physicians to intervene in time. Check out this article and learn more about Stavros Stavrakis' (@deMelloGroup ) promising #diagnostic method:
https://t.co/KpAYL6dlO8
What can we do with just one drop? 💧
Create catalysts, of course! @thommgs@sharonjmitchell@catalysis_eth and @deMelloGroup use a droplet-based microfluidics platform to synthesize single atom catalysts!
Read it in @AdvSciNews 👉🏻 https://t.co/g4z5WY2RVa
See how microfluidic droplets can measure fast biomolecular kinetics in milliseconds to seconds at high temperatures!
Read more at https://t.co/mvyEdnMJeE
Together with the @ArosioLab_ETH and @matteoslvlgl groups, we are excited to announce our newest paper on how to use droplet microfluidics to probe the thermodynamics and kinetics of liquid–liquid phase separation of polymer and protein solutions. https://t.co/SXFZapHScj
Bioinformatics and microfluidics for industrial enzyme evolution get pipelined! Thanks to our partners from
@MasarykUni Jiri Damborsky and Zbynek Prokop
Read more at https://t.co/p22coSmHoO
Just a lovely work... In-situ anitigen-anitibody binding measurement using fluoresence lifetime imaging.
Read more at https://t.co/tWJ5QScJmc
@GovindKaigala
Its online! https://t.co/oBGlWHplsK. Exploiting compartments to tune reactions and synthetic cell networks. Congratulations 1st authors: Adrian, Giorgio, @gao_mengfei!!!🥳 Great working with collaborators @deMelloGroup, Appelhans #Synbio#collaborations
Very humbled to receive Runner-Up Talk Prize at the @NCCR_Catalysis Annual event ! Many thanks to the organising committee, all the amazing presenters, and my collaborators @deMelloGroup@catalysis_eth for the support 🚀
Simple or sensitive, we can have it both! DropCRISPR, we report the first microfluidic LAMP-Cas12a-based droplet digital detection platform—a combination of convenient isothermal amplification and ultra-sensitive CRISPR diagnostics.
Read more at https://t.co/qMn7jwgIUq
My first piece of postdoc work is finally out. Many thanks to @soft_isa Lucio for the great support! It has been a joint effort of my previous student Nico, my colleague @LauraAlvarez_F , @deMelloGroup & Prof. Ma in Xiamen Uni. Now I am looking forward to more out in future!
Hidden in Plain Sight: The History, Science, and Engineering of Microfluidic Technology by Albert Folch shares stories behind essential microfluidic devices, from the inkjet printer to the DNA sequencing chip.
https://t.co/2yHW13NdnI