Details for Accession #: P12611


Protein Sequence

>sp|P12611|WHI2_YEAST Growth regulation protein OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=WHI2 PE=1 SV=2
MDDIITQVSPDNAESAPILQEQQQQQNSQYEGNEEDYGDSLIHLNIQENHYFITRDQLMS
LPESLLLCLFPSGVFLDRCGQVITNLTRDDEVYIVNFPPDCFEYIMEIYTKAHDDLYNHP
VEKFFDRPSSSFVSNAKGFFGLSSNNSISSNNEQDILHQKPAIIVLREDLDYYCVPQEEF
QFDSTNEENNEDLLRHFMAQVKMAAGSYLTSKTSIFQGLYSSNRLKQQQQQQKIEKGSNS
SSNTKSTSKKLGPAEQHLMDMLCSSGFTKETCWGNRTQETGKTVISSLSLCRLANETTEG
FRQKFNEAKAKWEAEHKPSQDNFITPMQSNISINSLSASKSNSTISTARNLTSGSTAPAT
ARDKRKSRLSKLADNVRSHSSSRHSSQTRSKPPELPKLYDLVPKPNINAKLLLFWRKPAR
KCWWGEEDIELEVEVFGSWKDESKKIIELILPTNVDPEAELHKIIVPVRLHIRRVWTLEL
SVIGVQ

Peptide Information

ID Peptide Seq Site Residue Position in Peptide Position in Protein
7309 NLTSGSTAPATAR T 3 352.0
7397 HSSQTRSK T 5 388.0
8788 NLTSGSTAPATAR S 4 353.0
9675 NLTSGSTAPATAR S 6 355.0
10013483 HSSQTRSK S 2 385
10013484 HSSQTRSK S 3 386

O-GlcNAcylation Information

ID Method Analytical Throughput Ambiguity Species Sample Type Data Source PMID Comments
7309 MS HTP None yeast sOGT-expressing cells 33229814 None
7397 MS HTP None yeast sOGT-expressing cells 33229814 None
8788 MS HTP None yeast sOGT-expressing cells 33229814 None
9675 MS HTP None yeast sOGT-expressing cells 33229814 None
10013483 MS HTP None yeast sOGT-expressing cells 33229814 None
10013484 MS HTP None yeast sOGT-expressing cells 33229814 None

ID Peptide Seq Site Residue Position in Peptide Position in Protein Method Analytical Throughput Ambiguity Species Sample Type Data Source PMID Comments
7309 NLTSGSTAPATAR T 3 352.0 MS HTP None yeast sOGT-expressing cells 33229814 None
7397 HSSQTRSK T 5 388.0 MS HTP None yeast sOGT-expressing cells 33229814 None
8788 NLTSGSTAPATAR S 4 353.0 MS HTP None yeast sOGT-expressing cells 33229814 None
9675 NLTSGSTAPATAR S 6 355.0 MS HTP None yeast sOGT-expressing cells 33229814 None
10013483 HSSQTRSK S 2 385 MS HTP None yeast sOGT-expressing cells 33229814 None
10013484 HSSQTRSK S 3 386 MS HTP None yeast sOGT-expressing cells 33229814 None