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PDB 
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Phospho-sites

Showing 5 results

Swiss-Prot Position Modification Source Evidence Singly phosphorylated
193 PhosphoS PRIDE
195 PhosphoS PRIDE yes
214 PhosphoS PRIDE yes
229 PhosphoT PRIDE
231 PhosphoS PRIDE

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 8 results

Sequence Modified position (Swiss-Prot) Peptide start Peptide end Modified position (Peptide) Number of projects
193 178 206 16 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD000680 2 Stable isotope labeling of phosphoproteins for large-scale phosphorylation rate determination Homo sapiens (Human) COMPLETE 2014-04-15 HeLa cell,HEK-293 cell
195 178 206 18 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD000680 3 Stable isotope labeling of phosphoproteins for large-scale phosphorylation rate determination Homo sapiens (Human) COMPLETE 2014-04-15 HeLa cell,HEK-293 cell
195 186 207 10 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD004452 1 HeLa proteome of 12,250 protein-coding genes Homo sapiens (Human) PARTIAL 2017-06-12 liver,colon
214 208 222 7 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD000612 3 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture
229 225 248 5 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD000612 4 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture
229 225 238 5 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD000612 3 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture
231 216 232 16 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
231 225 238 7 1
ProteomeXchange accession Peptide frequency Project Title Species Submission Type Publication Date Tissues USI
PXD000612 3 Ultra-deep human phosphoproteome reveals different regulatory nature of Tyr and Ser/Thr-based signaling Homo sapiens (Human) PARTIAL 2014-08-06 cell culture

Structures

Showing 3 results

PDB id Chain Method Resolution Stoichiometry Interfacing Molecule/Chain Complex Formation Significance Score (CSS) P-sites View Structure
3POW A X-ray 1.5499999523162842 Monomer [CA]A:900 0.1 193, 195
Swiss-Prot position PDB position Residue Secondary Structure Conserved Scale Accessible surface area Buried surface area
182 182 TYR E 1.0 0.9831220507621765 0.0
193 193 SER E 1.0 42.971885681152344 0.0
195 195 SER E 0.86 27.359298706054688 0.0
3POS A X-ray 1.649999976158142 Monomer [CA]A:1 0.1 193, 195
Swiss-Prot position PDB position Residue Secondary Structure Conserved Scale Accessible surface area Buried surface area
182 182 TYR E 1.0 0.9826838970184326 0.0
193 193 SER E 1.0 43.392921447753906 0.0
195 195 SER E 0.86 28.293832778930664 0.0
5LK5 A X-ray 2.299999952316284 Monomer I 0.0 193, 195
Swiss-Prot position PDB position Residue Secondary Structure Conserved Scale Accessible surface area Buried surface area
182 182 TYR E 1.0 0.860027015209198 0.0
193 193 SER E 1.0 45.00056838989258 0.0
195 195 SER E 0.86 24.382217407226562 0.0

Mutations

Showing 0 results

Swiss-Prot Position Amino acid (Wild type) Amino acid (Variant) Variant Type Disease