RT @GenesDev: In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK…
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
RT @NogalesLab: Cool!
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
Cool!
RT @TaatjesL: Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, her…
Thanks @WillOld & @rddowell (UC-Boulder), @SyrosPharm and other collaborators on this project! As published in @GenesDev, here is the animation (@janetiwasa and @Na_y_ak) showing how CDK7 may access its diverse substrates based on data from @NogalesLab
RT @WillOld: Our paper is out! Jenna Rimel and Zach Poss @CUBIOCHEM1 @CUBoulderMCDB illuminate new roles for the kinase CDK7. Huge collabor…
RT @rddowell: Our most recent collab paper...
RT @rddowell: Our most recent collab paper... https://t.co/9zCVIp4YzN
RT @rddowell: Our most recent collab paper... https://t.co/9zCVIp4YzN
Our most recent collab paper...
Our paper is out! Jenna Rimel and Zach Poss @CUBIOCHEM1 @CUBoulderMCDB illuminate new roles for the kinase CDK7. Huge collaborative effort with the Taatjes lab and many others: @SyrosPharm, Paraza Pharma, @rddowell, Bentley, Geyer, and Cantley labs. https:
RT @GenesDev: In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK…
RT @GenesDev: In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK…
RT @GenesDev: In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK…
RT @GenesDev: In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK…
@BJ_Greber your fav kinase phosphorylates one of my fav proteins 😲
RT @GenesDev: In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK…
In this study, Rimel et al. demonstrate a widespread requirement for CDK7 activity in splicing, and unexpected aspects of CDK7 kinase regulation that involve its association with TFIIH. @CUBIOCHEM1 @CUBoulder https://t.co/l9U9EAUpPe https://t.co/7AlJVK6Bal
RT @ThomasERivas: Congrats to Jenna Rimel and the Taatjes lab for this monster of a paper! @CUBIOCHEM1 "Selective inhibition of CDK7 reve…
New 3i Investigator Article Alert!! Selective inhibition of CDK7 reveals high-confidence targets and new models for TFIIH function in transcription. https://t.co/Oan8xvjZPf #sciencetwitter #academictwitter #researchmatters
Interesting new paper from Dylan J. Taatjes group on the functions of CDK7, including a novel small molecule inhibitor and novel cellular targets. https://t.co/7OGOVprqnM