The chemoselective one-step alkylation and isolation of thiophosphorylated cdk2 substrates in the presence of native cysteine.

The chemoselective one-step alkylation and isolation of thiophosphorylated cdk2 substrates in the presence of native cysteine.

The elucidation of signalling pathways relies heavily upon the identification of protein kinase substrates. Recent investigations have demonstrated the efficacy of chemical genetics using ATP analogues and modified protein kinases for specific substrate labelling. Here we combine N(6) -(cyclohexyl)A...

Täydet tiedot

Bibliografiset tiedot
Päätekijät: Lee, SE, Elphick, L, Kramer, H, Jones, A, Child, E, Anderson, A, Bonnac, L, Suwaki, N, Kessler, B, Gouverneur, V, Mann, D
Aineistotyyppi: Journal article
Kieli:English
Julkaistu: 2011
Kuvaus
Yhteenveto:The elucidation of signalling pathways relies heavily upon the identification of protein kinase substrates. Recent investigations have demonstrated the efficacy of chemical genetics using ATP analogues and modified protein kinases for specific substrate labelling. Here we combine N(6) -(cyclohexyl)ATPγS with an analogue-sensitive cdk2 variant to thiophosphorylate its substrates and demonstrate a pH-dependent, chemoselective, one-step alkylation to facilitate the detection or isolation of thiophosphorylated peptides.

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