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PDB 
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Phospho-sites

Showing 8 results

Swiss-Prot Position Modification Source Evidence Singly phosphorylated
488 SER PRIDE yes
537 THR UP, PRIDE Combined yes
544 SER PRIDE yes
585 SER PRIDE yes
587 SER PRIDE yes
593 SER PRIDE
597 SER PRIDE
676 THR PRIDE yes

3D structure is not available

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Phosphorylated amino acids are colored red on the inner ring.

The first amino acid of the protein sequence is colored darker on each ring.

Phospho peptides

Showing 10 results

Sequence Modified position (Swiss-Prot) Peptide start Peptide end Modified position (Peptide) Number of projects
488 486 506 3 2
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000612 18 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture -
PXD001333 1 Anion-Exchange Chromatography of Tryptic and Phosphopeptides: WAX vs. SAX and AEX vs. ERLIC Homo sapiens (Human) PARTIAL 2015-04-23 HeLa cell
537 534 545 4 3
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000612 15 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture -
PXD001333 3 Anion-Exchange Chromatography of Tryptic and Phosphopeptides: WAX vs. SAX and AEX vs. ERLIC Homo sapiens (Human) PARTIAL 2015-04-23 HeLa cell
PXD006482 7 Identification of Missing Proteins in the Phosphoproteome of Kidney Cancer Homo sapiens (Human) COMPLETE 2017-09-01 kidney -
537 535 545 3 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000612 13 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture
544 535 545 10 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000612 1 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture
585 573 595 13 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000680 1 Stable isotope labeling of phosphoproteins for large-scale phosphorylation rate determination Homo sapiens (Human) COMPLETE 2014-04-15 HeLa cell,HEK-293 cell
585 573 589 13 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000612 1 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture
587 564 589 24 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD003531 1 Proteomics of Primary cells derived from Ovarian Cancer Homo sapiens (Human) PARTIAL 2017-04-03 primary cell
593 590 604 4 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD003531 6 Proteomics of Primary cells derived from Ovarian Cancer Homo sapiens (Human) PARTIAL 2017-04-03 primary cell
597 590 604 8 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD003531 6 Proteomics of Primary cells derived from Ovarian Cancer Homo sapiens (Human) PARTIAL 2017-04-03 primary cell
676 659 682 18 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI 
PXD000680 1 Stable isotope labeling of phosphoproteins for large-scale phosphorylation rate determination Homo sapiens (Human) COMPLETE 2014-04-15 HeLa cell,HEK-293 cell

Structures

Showing 0 results

PDB id Chain Method Resolution Stoichiometry Interfacing Molecule/Chain Complex Formation Significance Score (CSS) P-sites View Structure

Mutations

Showing 1 results

Swiss-Prot Position Amino acid (Wild type) Amino acid (Variant) Variant Type Disease
556 V I Polymorphism