#CellCyle - Twitter Hashtag

4 months ago

Although CDK1 is best known as a regulator of specific phases of the #CellCyle, a recent study unexpectedly identifies a pool of CDK1 at cell-cell junctions that supports the integrity of the epithelium during the entire cell cycle. @GloerichLab @UMCU_Intl https://t.co/FlzQFoyakm

scisignal's tweet photo. Although CDK1 is best known as a regulator of specific phases of the #CellCyle, a recent study unexpectedly identifies a pool of CDK1 at cell-cell junctions that supports the integrity of the epithelium during the entire cell cycle. @GloerichLab @UMCU_Intl https://t.co/FlzQFoyakm https://t.co/KyxeaHyErq

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Science Signaling @scisignal

4 months ago

Although CDK1 is best known as a regulator of specific phases of the #CellCyle, a new study unexpectedly identifies a pool of CDK1 at cell-cell junctions that supports the integrity of the epithelium during the entire cell cycle. @GloerichLab @UMCU_Intl https://t.co/FlzQFoyakm

scisignal's tweet photo. Although CDK1 is best known as a regulator of specific phases of the #CellCyle, a new study unexpectedly identifies a pool of CDK1 at cell-cell junctions that supports the integrity of the epithelium during the entire cell cycle. @GloerichLab @UMCU_Intl https://t.co/FlzQFoyakm https://t.co/iwCR8KnMa7

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Debasish Paul @paul6589

about 1 year ago

Ever wonder how cells manage their energy for rapid growth? Our new @Nature paper reveals a key trick! We found how #mTOR signaling temporarily turns down a cell brake (APC/C) to create a vital burst of #glycolysis, essential for cell cycle entry. #Cancer #Cellcyle #metabolism

Steve Cappell @steve_cappell

about 1 year ago

Check out our new paper led by @paul6589 out now in @Nature. Cells need a boost of energy to jumpstart the cell cycle, but how can this happen while the APC/C is actively inhibiting glycolysis? Cells solve this paradox through a highly dynamic mechanism. https://t.co/XdwY1v3TC9

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