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| Title | Kinase domain autophosphorylation rewires the activity and substrate specificity of CK1 enzymes. |
|---|---|
| Journal, issue, pages | Mol. Cell, Vol. 82, Page 2006-, Year 2022 |
| Publish date | Jul 19, 2021 (structure data deposition date) |
Authors | Cullati, S.N. / Chaikuad, A. / Chen, J.S. / Gebel, J. / Tesmer, L. / Zhubi, R. / Navarrete-Perea, J. / Guillen, R.X. / Gygi, S.P. / Hummer, G. ...Cullati, S.N. / Chaikuad, A. / Chen, J.S. / Gebel, J. / Tesmer, L. / Zhubi, R. / Navarrete-Perea, J. / Guillen, R.X. / Gygi, S.P. / Hummer, G. / Dotsch, V. / Knapp, S. / Gould, K.L. |
External links | Mol. Cell / PubMed:35353987 |
| Methods | X-ray diffraction |
| Resolution | 1.7 - 2.4 Å |
| Structure data | ![]() PDB-7p7f: ![]() PDB-7p7g: ![]() PDB-7p7h: |
| Chemicals | ![]() ChemComp-SO4: ![]() ChemComp-EDO: ![]() ChemComp-AMP: ![]() ChemComp-ADN: ![]() ChemComp-HOH: ![]() ChemComp-CIT: |
| Source |
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Keywords | TRANSFERASE / casein kinase / CK1d / CSNK1D / conformation plasticity / alpha G / activation segment / phosphorylation. / Structural Genomics / Structural Genomics Consortium / SGC / activation segment. |
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homo sapiens (human)
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