今週の抄読会(11/2)で、『Cyclin-dependent kinase 4 inhibits the translational repressor 4E-BP1 to promote cap-dependent translation during mitosis–G1 transition』という論文を紹介しました。 https://t.co/weWiyaeebg #タンパク質合成 #名工大 #eIF4F

RT @FEBS_Letters: Highlighted in our current issue: Study by the Garner Lab @UMichPharmacy reveals a novel function of cyclin-dependent #ki…

RT @FEBS_Letters: Highlighted in our current issue: Study by the Garner Lab @UMichPharmacy reveals a novel function of cyclin-dependent #ki…

RT @FEBS_Letters: Highlighted in our current issue: Study by the Garner Lab @UMichPharmacy reveals a novel function of cyclin-dependent #ki…

RT @FEBS_Letters: Highlighted in our current issue: Study by the Garner Lab @UMichPharmacy reveals a novel function of cyclin-dependent #ki…

Highlighted in our current issue: Study by the Garner Lab @UMichPharmacy reveals a novel function of cyclin-dependent #kinase #CDK4 in regulating cap-dependent translation during #mitosis-G1 transition →https://t.co/zugfYsKtIs #cellcycle #celldivision @ALG

#CDK4 inhibits 4E-BP1 to promote cap-dependent translation during #mitosis-G1 transition →https://t.co/zugfYsKtIs #cellcycle #cellcycleregulation #cyclindependentkinase #proteintranslation #mTOR #cancer https://t.co/VYpTHVl2Mx

RT @ALGchembio: New work as a follow-up to our @CellChemBiol paper from last year. Using PhAXA, we now show that CDK4 can (controversially)…

RT @ALGchembio: New work as a follow-up to our @CellChemBiol paper from last year. Using PhAXA, we now show that CDK4 can (controversially)…

RT @ALGchembio: New work as a follow-up to our @CellChemBiol paper from last year. Using PhAXA, we now show that CDK4 can (controversially)…

New work as a follow-up to our @CellChemBiol paper from last year. Using PhAXA, we now show that CDK4 can (controversially) phosphorylate 4E-BP1 during the mitosis-G1 transition: https://t.co/88HA5C4OWb