Open-rank faculty position opening in bioanalytical chemistry in the Department of Chemistry & Biochemistry at the University of Maryland, College Park: https://t.co/qDXelSPEQY. Thank you for sharing/reposting.
Huge congratulations to Bowen and Fei on developing Real–Time Eco–AI to broaden access to single-cell proteomics. I hope you'll enjoy the (open-access) report: https://t.co/r5EBUbkIup.
We are hosting the 3rd International Single-cell Mass Spectrometry meeting in Chicago Sep 25-27, https://t.co/FUAsLOeS9K, co-hosting the meeting with @LingjunLi2 . Keynote speakers: @JesperOlsenLab@LabLaskin and @jbsweedler
There will be a hackathon as well, register today!
Congrats to Dash. It's been quite a wizardry to levitate a droplet, allow it to shrink midair, and then inject from it online for CE-MS proteomics, with deeper proteomics. I hope you'll enjoy the read! https://t.co/5Yp1jdHZH3
The Nemes Lab at the U. of Maryland has an opening for a postdoc with existing experience in quantitative LC- or CE MS-based proteomics and/or metabolomics for cell/developmental biology, addiction, and/or neuroscience research. Applicants can be emailed (nemes at umd dot edu).
Congrats to Dash who merged acoustic droplet leviation online with CE-ESI-MS. It's really cool to see your analyte droplet floating midair, shrinking, and then getting deeper proteome coverage. Enjoy the read!
https://t.co/OMsEy82XuN
Bravo to Bowen and Fei for developing "Electrophoresis-Correlative Ion Mobility Deepens Single-cell Proteomics in Capillary Electrophoresis Mass Spectrometry", Mol. Cell. Prot. https://t.co/Np3Wq4B4Gw
Applications for @cshlxeno are due next Friday, January 31st! Apply to learn from Marko Horb about the phenomenal resources available through the National Xenopus Resource @XenopusNXR at theMarine Biological Laboratory @MBLScience!
A huuuuuge bravo to Dashuang ("Dash") Jia, who developed "RoboCap", from scratch, the first automated CE platform capable of analyzing from <100 nL proteome. This opens to high-throughput single-cell CE-MS-based proteomics. Enjoy the paper and SI here: https://t.co/L80THMe3fY
Bravo to Bowen and Jerry on developing electrophoresis-correlative MS to deepen proteome coverage in CE (single-cell) MS. Kudos also to the team on preparing the Supplementary Cover image of the issue. Beautiful work, guys! https://t.co/N6ZO1Yoejq
Congratulations to Bowen and Leena on developing fast CE-MS and coupling it to DIA-MS to enable the 15-min subcellular proteome of a single stem cell in a X. laevis embryo. https://t.co/RYK7ZFtwCy
How cool is it to merge the powers of MS and Xenopus to discover new biology?! Bravo to everyone for revising the Spemann-Mangold Organizer and finding reactive oxygen species (H2O2) as a morphogen https://t.co/bD8L1r8RjH. @PNASNews@asmsnews@Xenbase@UMDscience
Huge congrats to Leena, @Dr_Camille_LB, and Jie on YODEC for deeper MS proteomics in "messy" (yolk-laden Xenopus) proteomes. What an honor to be selected as the Editor’s Choice and featured on the cover page. @JProteomeRes rocks. Paper in chat. @XenopusNXR@ExrcXenopus@asmsnews
It is a tremendous honor to be recognized by @us_hupo. The honor belongs to the whole nanoPOTS team @YumiKwon55@JongminWoo@SaraiWi21371511 @cajun_science @qian_weijun and many others. I can not get here without long-time mentoring and support from @ryankellybyu