IndraLab

Statements

NPAT phosphorylates PRPF8. 6 / 6
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"Despite only partial conservation of the C-terminus, both human and mouse p57 KIP2 are similarly effective in blocking p220 NPAT phosphorylation ( xref )."
19170105
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"Hence, our data suggest that the selective ability of human p57 KIP2 to prevent p220 NPAT phosphorylation is mediated in part by its unique C-terminus."
19170105
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"Both human and mouse wild type proteins are equally effective in blocking p220 NPAT phosphorylation ( xref )."
19170105
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"We tested the specificity of p57 KIP2 to block p220 NPAT phosphorylation at subnuclear foci using p57 KIP2 mutants ( xref )."
19170105
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"The data indicate that p220 NPAT phosphorylation may occur despite a reduction in cellular CDK kinase activity upon elevation of p21 CIP1/WAF1 levels."
19170105
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"Our data suggest that p57 KIP2 is more effective in blocking p220 NPAT phosphorylation in situ than the other two CKIs."
19170105