Nature, Volume 434Sir Norman Lockyer Macmillan Journals Limited, 2005 |
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Página 35
... substrate and the enzyme's active site ( indicated here by the shape of the ' pocket ' ) . Small substrates ( a ) and relatively small modification sites on proteins ( b ) can be recognized by this mechanism . c , Some enzymes make ...
... substrate and the enzyme's active site ( indicated here by the shape of the ' pocket ' ) . Small substrates ( a ) and relatively small modification sites on proteins ( b ) can be recognized by this mechanism . c , Some enzymes make ...
Página 105
... substrates and only a few substrates that displayed minimal ( 2.5-3.0 - fold ) specificity for Clb2 . We next determined the mechanism underlying Clb5 specificity . Substrate recognition by cyclin - CDK complexes is known to be governed ...
... substrates and only a few substrates that displayed minimal ( 2.5-3.0 - fold ) specificity for Clb2 . We next determined the mechanism underlying Clb5 specificity . Substrate recognition by cyclin - CDK complexes is known to be governed ...
Página 107
... substrates Fin1 ( c ) and Sld2 ( d ) ( each TAP - tagged ) in wild - type and clb5 :: CLB2 strains . In both cases the upper band represents the phosphorylated form . A similar experiment was performed in a strain carrying the fin1 ...
... substrates Fin1 ( c ) and Sld2 ( d ) ( each TAP - tagged ) in wild - type and clb5 :: CLB2 strains . In both cases the upper band represents the phosphorylated form . A similar experiment was performed in a strain carrying the fin1 ...
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acid activity analysis antibody antigen apoptotic apoptotic cell applications areas assays binding biodiversity Biol biology cancer candidate CD8+ T cells Cell Biology centre Clb5 cluster complex cross-presentation cyclins dendritic detected drug electron emission encoded error experience expression function gap junctions GCRT gene genetic genome helpless CD8+ human HutP hydrogenosomes images indicated infection Institute interactions Izumo kinase laboratory levels ligand males measured mechanism mice mitochondrial molecular molecules monocytes mRNA mutant nanoparticles Nature nature publishing group Naturejobs observed ovalis peptide PGC-la PH domain PH-c phosphorylation Phys programme protein pyruvate quantum computing qubits radiolarites receptor region samples SCAN1 Science scientists sequence shown signalling siRNA SIRT1 sonoluminescence specific sperm structure substrates Supplementary Fig Supplementary Information Supplementary Table surface target TDP1 temperature transcription TRPC3 University wild-type XRCC1