LTP 

LTP (Low Throughput Papers) : The number of records in which this modification site was determined using methods other than discovery mass spectrometry.


  HTP 

HTP (High Throughput Papers): The number of records in which this modification site was assigned using ONLY proteomic discovery mass spectrometry.


       human

► Hide Isoforms 		 
0 1   - gap
0 1   - gap
0 1   - gap
0 1   - gap
0 2   K29‑ub TMPGGVAkAGYLHKK
0 2   T39‑p YLHKKGGtQLQLLKW
4 0   Y174‑p YPTDNEDyEHDDEDD
4 0   Y183‑p HDDEDDSyLEPDSPE
0 1   S218‑p TPRKPAFsDMPRAHs
1 9   S225‑p sDMPRAHsFTsKGPG
0 1   T227 MPRAHsFTsKGPGPL
0 1   S228‑p PRAHsFTsKGPGPLL
1 12   S278‑p PATPRRMsDPPLStM
0 1   T284‑p MsDPPLStMPTAPGL
0 3   S336‑p RNCDKLKsFHLsPRG
0 5   S340‑p KLKsFHLsPRGPPTS
0 1   K361‑ub ANKPKFLkIAEEDPP
0 16   S416‑p QLPHLQRsPPDGQSF
0 1   S425‑p PDGQSFRsFsFEkPR
0 23   S427‑p GQSFRsFsFEkPRQP
0 2   K430‑ub FRsFsFEkPRQPSQA
0 6   S435 FEkPRQPSQADTGGD
0 1   T439 RQPSQADTGGDDsDE
0 13   S444‑p ADTGGDDsDEDyEKV
5 0   Y448‑p GDDsDEDyEKVPLPN
  SH3BP2 iso3  
T25‑p RAMCWVStIsFMAAE
- gap
- gap
S27‑p MCWVStIsFMAAEEM
K57 TMPGGVAKAGYLHKK
T67 YLHKKGGTQLQLLKW
Y202 YPTDNEDYEHDDEDD
Y211 HDDEDDSYLEPDSPE
S246 TPRKPAFSDMPRAHS
S253 SDMPRAHSFTSKGPG
T255 MPRAHSFTSKGPGPL
S256 PRAHSFTSKGPGPLL
S306 PATPRRMSDPPLSTM
T312 MSDPPLSTMPTAPGL
S364 RNCDKLKSFHLSPRG
S368 KLKSFHLSPRGPPTS
K389 ANKPKFLKIAEEDPP
S444 QLPHLQRSPPDGQSF
S453 PDGQSFRSFSFEKPR
S455 GQSFRSFSFEKPRQP
K458 FRSFSFEKPRQPSQA
S463 FEKPRQPSQADTGGD
T467 RQPSQADTGGDDSDE
S472 ADTGGDDSDEDYEKV
Y476 GDDSDEDYEKVPLPN
  SH3BP2 iso4  
- gap
R28‑m1 EAAAAGGrGPGPCrC
R34‑m1 GrGPGPCrCSQGRRA
P56 AMPAAWTPFMAAEEM
K86 TMPGGVAKAGYLHKK
T96 YLHKKGGTQLQLLKW
Y231 YPTDNEDYEHDDEDD
Y240 HDDEDDSYLEPDSPE
S275 TPRKPAFSDMPRAHS
S282 SDMPRAHSFTSKGPG
T284 MPRAHSFTSKGPGPL
S285 PRAHSFTSKGPGPLL
S335 PATPRRMSDPPLSTM
T341 MSDPPLSTMPTAPGL
S393 RNCDKLKSFHLSPRG
S397 KLKSFHLSPRGPPTS
K418 ANKPKFLKIAEEDPP
S473 QLPHLQRSPPDGQSF
S482 PDGQSFRSFSFEKPR
S484 GQSFRSFSFEKPRQP
K487 FRSFSFEKPRQPSQA
S492 FEKPRQPSQADTGGD
T496 RQPSQADTGGDDSDE
S501 ADTGGDDSDEDYEKV
Y505 GDDSDEDYEKVPLPN
  mouse

 
- gap
- gap
- gap
- gap
K29 TMPGGVAKAGYLHKK
T39 YLHKKGGTQLQLLKW
Y174‑p YPMDNEDyEHEDEDD
Y183‑p HEDEDDSyLEPDSPG
S218 VPRKPAFSDLPRAHs
S225‑p SDLPRAHsFtSKSPS
T227‑p LPRAHsFtSKSPSPL
S228 PRAHsFtSKSPSPLL
S277‑p PATPRRMsDPPMSNV
N283 MsDPPMSNVPTVPNL
S335 RNCDKLKSFHLSSRG
S339 KLKSFHLSSRGPPTS
K360 ANKPKFLKIAEEPSP
S414‑p PLPHLQRsPPDGQSF
G423 PDGQSFRGFsFEKAR
S425‑p GQSFRGFsFEKARQP
K428 FRGFsFEKARQPsQA
S433‑p FEKARQPsQADtGEE
T437‑p RQPsQADtGEEDsDE
S442‑p ADtGEEDsDEDyEKV
Y446‑p EEDsDEDyEKVPLPN
  rat

 
- gap
T5 ___MGFGTGRGHARH
R11 GTGRGHARHSRVSET
S30 WNLCPAVSFMEAEEM
K60 TMPGGVAKAGYLHKK
T70 YLHKKGGTQLQLLKW
Y205 YPTDNEDYEHEDEED
Y214 HEDEEDSYLEPDSPG
S249 VPRKPTFSDLPRAHS
S256 SDLPRAHSFTSKSPS
T258 LPRAHSFTSKSPSPL
S259 PRAHSFTSKSPSPLL
S309 PATPRRMSDPPVSNV
N315 MSDPPVSNVPTVPNL
S367 RNCDKLKSFHLSSRG
S371 KLKSFHLSSRGPPAS
K392 ANKPKFLKIVEEASP
S446 PLPHLQRSPPDGQSF
G455 PDGQSFRGFsFEKAR
S457‑p GQSFRGFsFEKARQP
K460 FRGFsFEKARQPsQA
S465‑p FEKARQPsQADTGEE
T469 RQPsQADTGEEDsDE
S474‑p ADTGEEDsDEDYEKV
Y478 EEDsDEDYEKVPLPN
  chicken

 
- gap
- gap
- gap
- gap
K29 TMPGGVTKSGYLHKK
T39 YLHKKGGTQLQILKW
Y174‑p HSADNEDyDQEEDDE
Y183‑p QEEDDESyLQPDTSD
S217 HVRKAAYSESRSHSF
S223 YSESRSHSFSGKTAG
S225 ESRSHSFSGKTAGST
G226 SRSHSFSGKTAGSTP
S276 QSSSRRPSEQPPPVP
P281 RPSEQPPPVPPLPLF
T321 EGCEKLKTLNLSPRT
S325 KLKTLNLSPRTPPPL
Q341 SNKPKLSQITEKTVE
S394 SCPQLQRSPPDGQSF
S403 PDGQSFRSFSFEKPA
S405 GQSFRSFSFEKPALP
K408 FRSFSFEKPALPSKP
S413 FEKPALPSKPNQVND
Q417 ALPSKPNQVNDDSDD
S422 PNQVNDDSDDDyEKV
Y426‑p NDDSDDDyEKVELPT