"Feeling fortunate to work with the talented postdoctoral fellow, Sanjeev Sharma! Excited for his talk on: "Activation and delayed inactivation of ERK and CDK kinases drives a coupled proliferation and differentiation program." #CellSignaling#SystemsBiology#SystemsBio"
Thursday! We've got Sanjeev Sharma from @TeruelLab and Greg Reeves! If you have more questions about their talks, both speakers will be available afterwards for a more in-depth conversation.
Looking forward to the @InSIDE_Seminar today! Updated title for @SavasTay_UChi talk is: "Understanding and modeling signaling dynamics by microfluidic live-cell analysis and single-cell proteomics"
For those who can see this tweet and didn’t reach their 300 tweet max…we have some great speakers on Thursday! Join us for talks from Hannah Katrina Co from the Chen Lab and @SavasTay_UChi!
Excited for a summer of engaging weekly seminars on single-cell signaling dynamics starting June 1st! Learn more at https://t.co/FLJmWDAmb8. #CellSignaling#SystemsBiology#systemsbio
InSiDE 2023 is starting June 1st! We will kick off the series with Keynote lecture by @TobiasMeyerLab followed by a social on GatherTown. Click the link in our bio to be added to the mailing list for the Zoom link!
Congratulations to Dr. Tobias Meyer (@TobiasMeyerLab) on being been elected to the American Academy of Arts and Sciences (@americanacad).
Join us in applauding Dr. Meyer on this tremendous achievement.
https://t.co/dwzuZe4OHD
A particular protein that allows DNA replication to begin on a DNA site also keeps the replication process in check, according to new findings from a team led by Dr. Tobias Meyer (@TobiasMeyerLab) and doctorate student @NalinRatnayeke.
https://t.co/9TSjzlHTku
Really enjoyed presenting and participating in the Samsung Advanced Bio-imaging Research Symposium in Seoul and hearing so much exciting science. Thanks to Wondo Heo, co-organizers, and Samsung for putting together an outstanding program!
Excited to share our new paper out in @NatureComms, led by our postdoc Debasish Paul. We developed a biosensor for the ubiquitin ligase beta-TrCP to study its activity in live, single cells. 1/3
https://t.co/HEonq6Mp82
Weill Cornell, @CornellEng and @cornell_tech leaders launch Cornell Engineering Innovations in Medicine initiative, spanning across @Cornell.
"The future of medicine, the future of optimizing health outcomes, is data and technology," said Dr. Yoon Kang. https://t.co/hJuT3WEXoX
We are only 10 days away from the Cornell FIRST Future Faculty Symposium! We're so excited to welcome participants to campus! Looking forward to meeting everyone! https://t.co/bSQ1rmtqMY
We have an opening for a postdoctoral fellow in the lab to study beta cells and diabetes. Come join us in NYC. DM me if interested. Please RT!
https://t.co/AWW7gTcMyx
#RSOS will be attending the International Society for Systems Biology's international conference in Berlin. Find out more about the meeting here: https://t.co/pB0nlGwx64 @RuneLinding@EddaKlipp#SystemsBiology
@TobiWalther@FandWLab@MSKCancerCenter @BobFarese @HHMINEWS Exciting to have the Farese and Walther lab here in NYC this fall, and even better across the street! Welcome to NYC!
(3/3) We answer the fundamental question how a perpetual daily clock can regulate a multi-day process such as cell differentiation. A big thank you to @TeruelLab and discussions with @TobiasMeyerLab! @zhang_zhibo@sinha_joydeb@ZiziCherries
(2/3) Using live single-cell microscopy, we show that fat cells do not differentiate randomly. Differentiation is gated by the circadian clock to occur almost exclusively during the circadian clock phase corresponding to evening in humans.