Details for Accession #: O43318


Protein Sequence










Peptide Information

ID Peptide Seq Site Residue Position in Peptide Position in Protein
10000790 GSSVESLPPTSEGK S 11 383
10002505 383
10011064 LGASRGSSVESLPPTSEGKRMSADMSEIEAR S 383
10025605 GSSVESLPPTSEGKR S 11 383
10025855 GSSVESLPPTSEGK S 11 383
10027413 SIQDLTVTGTEPGQVSSR S 1 439
10036860 GSSVESLPPTSEGKR 383
10037171 GSSVESLPPTSEGKR 383

O-GlcNAcylation Information

ID Method Analytical Throughput Ambiguity Species Sample Type Condition log2Ratio P Value Data Source PMID Comments
10000790 MS HTP unambiguous human HeLa cells 20 uM GalNAz/200 uM GalNAz 3.773584906 30059200
10002505 MS HTP unambiguous human HeLa cells Mitotic exit/Early mitosis 100 34161081 The p value was -log10p in original paper.
10011064 MS HTP unambiguous human HeLa cells 30059200
10025605 MS HTP unambiguous human HeLa cells 35254053
10025855 MS HTP unambiguous human HeLa cells 35254053
10027413 MS HTP unambiguous human HeLa cells 35254053
10036860 MS HTP unambiguous human HepG2 cells 30620550
10037171 MS HTP unambiguous human HEK 293T cells TMG/control 1.963474124 30620550 Peptide quantification value was applied to each modification site

ID Peptide Seq Site Residue Position in Peptide Position in Protein Method Analytical Throughput Ambiguity Species Sample Type Data Source PMID Comments
10000790 GSSVESLPPTSEGK S 11 383 MS HTP unambiguous human HeLa cells 30059200
10002505 383 MS HTP unambiguous human HeLa cells 34161081 The p value was -log10p in original paper.
10011064 LGASRGSSVESLPPTSEGKRMSADMSEIEAR S 383 MS HTP unambiguous human HeLa cells 30059200
10025605 GSSVESLPPTSEGKR S 11 383 MS HTP unambiguous human HeLa cells 35254053
10025855 GSSVESLPPTSEGK S 11 383 MS HTP unambiguous human HeLa cells 35254053
10027413 SIQDLTVTGTEPGQVSSR S 1 439 MS HTP unambiguous human HeLa cells 35254053
10036860 GSSVESLPPTSEGKR 383 MS HTP unambiguous human HepG2 cells 30620550
10037171 GSSVESLPPTSEGKR 383 MS HTP unambiguous human HEK 293T cells 30620550 Peptide quantification value was applied to each modification site