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Another possible inhibitory kinase is AMPK.
Hence, in the current model we use Wee1/Myt1 to represent the overall Cdk1 inhibitory kinase activity.
In this regard, an inhibitory kinase is available to phosphorylate Cdk1 in both the nucleus and cytoplasm.
The observed diakinetic chromosome coating exhibited by the WEE-1.3 antibody is extremely intriguing and provides evidence for a potential new role for this particular inhibitory kinase.
In small cells, membrane surface and nuclear volume to cell volume ratios are high, resulting in high inhibitory kinase activity toward soluble Cdk1.
We show here that the Fcp1 phosphatase and Wee1, the cyclin B-dependent kinase (cdk) 1 inhibitory kinase, play a role for this slippage/resistance mechanism.
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These inhibitors included a RETINOBLASTOMA protein 1 (RBR1), two inhibitory kinases of cyclin-dependent kinases--namely, Kip-related proteins 1 and 3 (KRP3 --as3)--as well as DEL3 and PAS2.
On this peptide consensus motifs for the inhibitory kinases WEE and MYT (also found in Arabidopsis) are present [45], [46].
A similar pathway operating in fission yeast could generate active CDK even in cells arrested in response to DNA damage, because the inhibitory kinases that phosphorylate Tyr15 of Cdk1 and which are terminal effectors of negative signaling by the G2 checkpoint act preferentially on CDK/cyclin complexes [56], [57].
In summary, inactivation of inhibitory kinases advances mitotic entry at low CycB level, and mitotic entry is still irreversible.
This affected the cyclins and inhibitory kinases and finally induced a cell-cycle arrest at the G1 phase [ 26].
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