RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
Congrats!
@TTUChemGrad
RT @BookerMan_PSU: @asbmb
RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
@asbmb
RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
RT @ALGchembio: Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based…
Thanks to @NIGMS for funding our project aimed at using chemoproteomics to identify new 4E-BP1 kinases! This grant is based on our recent paper in @CellChemBiol https://t.co/NApDd4gVRN We are actively seeking a new post doc for this project!
RT @NCICancerBio: In a study funded by @theNCI, researchers @UMich developed a #proteomic approach for identifying kinase-substrate interac…
RT @NCICancerBio: In a study funded by @theNCI, researchers @UMich developed a #proteomic approach for identifying kinase-substrate interac…
RT @NCICancerBio: In a study funded by @theNCI, researchers @UMich developed a #proteomic approach for identifying kinase-substrate interac…
RT @NCICancerBio: In a study funded by @theNCI, researchers @UMich developed a #proteomic approach for identifying kinase-substrate interac…
In a study funded by @theNCI, researchers @UMich developed a #proteomic approach for identifying kinase-substrate interactions with phospho-site specificity, which revealed the role of #CDK4 in the regulation of a translational suppressor @CellChemBiol htt
RT @ALGchembio: And finally, part 3...yes, we've been busy! Chemoproteomics reveals a new 4E-BP1 kinase https://t.co/enddvyyJ1i
RT @CellChemBiol: A new study by the Garner Lab @UMich sheds light on the mechanisms by which CDK4/6 inhibitors control cell proliferation…
Great to hear @ALGchembio present on their work recently published in @CellChemBiol. #WorldPharmaWeek https://t.co/DLrAdSSdsu
If you’ve not already read this paper from my former lab mate Dylan Mitchell, check out this fantastic story on how he ID’d a new 4E-BP1 kinase in his PhD! It came out earlier this month in @CellChemBiol. https://t.co/poJe0gCrWP
RT @CellChemBiol: A new study by the Garner Lab @UMich sheds light on the mechanisms by which CDK4/6 inhibitors control cell proliferation…
RT @ALGchembio: And finally, part 3...yes, we've been busy! Chemoproteomics reveals a new 4E-BP1 kinase https://t.co/enddvyyJ1i
RT @CellChemBiol: A new study by the Garner Lab @UMich sheds light on the mechanisms by which CDK4/6 inhibitors control cell proliferation…
And finally, part 3...yes, we've been busy! Chemoproteomics reveals a new 4E-BP1 kinase https://t.co/enddvyyJ1i
RT @CraigAGoodman1: CDK4 phosphorylates 4E-BP1 to maintain rapamycin-resistant cap-dependent translation and regulates c-myc expression in…
CDK4 phosphorylates 4E-BP1 to maintain rapamycin-resistant cap-dependent translation and regulates c-myc expression in Hek293 and breast cancer cells. Could this mechanism play a role in skeletal muscle hypertrophy in response to mechanical loading? https:
My husbands PhD work/first author paper. He built this project from the ground up, and absolutely killed it 💯
RT @CellChemBiol: A new study by the Garner Lab @UMich sheds light on the mechanisms by which CDK4/6 inhibitors control cell proliferation…
RT @CellChemBiol: A new study by the Garner Lab @UMich sheds light on the mechanisms by which CDK4/6 inhibitors control cell proliferation…
A new study by the Garner Lab @UMich sheds light on the mechanisms by which CDK4/6 inhibitors control cell proliferation https://t.co/YWMpphIG8W https://t.co/d6L6SUljUJ
RT @UMRogelCancer: New in @CellChemBiol from Rogel member Amanda Garner (@UMichPharmacy) & colleagues: "Chemoproteomic Profiling Uncovers C…
New in @CellChemBiol from Rogel member Amanda Garner (@UMichPharmacy) & colleagues: "Chemoproteomic Profiling Uncovers CDK4-Mediated Phosphorylation of the Translational Suppressor 4E-BP1" https://t.co/ckYUqs9023