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.


       mouse

 
0 2   S29 KVARHEESVADDFED
0 1   R43 DEKQKPRRKSSFPKV
0 1   K44 EKQKPRRKSSFPKVS
0 1   K49 RRKSSFPKVSQGKRK
0 2   K49 RRKSSFPKVSQGKRK
0 1   R57 VSQGKRKRGCsDPGD
0 11   S60‑p GKRKRGCsDPGDPTN
0 1   T78 KKKVAKATAKSKNLK
0 2   K80 KVAKATAKSKNLKVL
0 2   K80 KVAKATAKSKNLKVL
0 1   K85 TAKSKNLKVLKEEAL
1 46   S93‑p VLKEEALsDGDDFRD
0 1   S101‑p DGDDFRDsPADCKKA
0 4   A103 DDFRDsPADCKKAKK
0 1   V116 KKHPKSKVVDQGTDE
0 6   Q119 PKSKVVDQGTDEDDS
0 2   T121 SKVVDQGTDEDDSED
1 11   S126 QGTDEDDSEDDWEEV
0 1   T137 WEEVEELTEPVLDMG
0 1   N146 PVLDMGENSATSPSD
0 1   S150 MGENSATSPSDMPVK
0 1   S152 ENSATSPSDMPVKAV
0 1   K157 SPSDMPVKAVEIEIE
0 41   K157 SPSDMPVKAVEIEIE
0 22   T165 AVEIEIETPQQAkER
0 19   K170‑ub IETPQQAkERERSEK
0 1   K177 kERERSEKIKMEFET
0 5   K179 RERSEKIKMEFETYL
0 1   S335‑p RKSSKETsVEGPGGS
0 1   V336 KSSKETsVEGPGGSS
0 3   S342 sVEGPGGSSELSSNs
0 6   S343 VEGPGGSSELSSNsP
0 4   L345 GPGGSSELSSNsPES
0 2   S346 PGGSSELSSNsPESH
0 13   S347 GGSSELSSNsPESHN
0 6   S349‑p SSELSSNsPESHNKP
0 1   N354 SNsPESHNKPTTsRR
0 3   K355 NsPESHNKPTTsRRI
0 1   S359‑p SHNKPTTsRRIKEEE
0 2   K363 PTTsRRIKEEETLsE
0 6   S369‑p IKEEETLsEGRGKAT
0 4   E370 KEEETLsEGRGKATA
0 19   S395‑p SRQRRKPsCsEGEEA
0 8   C396 RQRRKPsCsEGEEAE
0 17   S397‑p QRRKPsCsEGEEAEQ
0 1   A419 ARKRRVAAKVSYKEE
0 1   Q446 EPSSGEGQHSSDEDC
0 1   C453 QHSSDEDCEPGPRKQ
0 2   E486 TQRGSQCEPSSFPEA
0 2   S489 GSQCEPSSFPEASSS
0 1   S494 PSSFPEASSSSSGCK
0 1   S495 SSFPEASSSSSGCKR
0 1   G499 EASSSSSGCKRGKKV
0 1   C500 ASSSSSGCKRGKKVS
0 3   K501 SSSSSGCKRGKKVSS
0 1   S508 KRGKKVSSGAEEMAD
0 1   K553 GQPVACYKYATKPMT
0 3   K612 SLLTEREKKEDQEFQ
0 2   K613 LLTEREKKEDQEFQA
0 1   K621 EDQEFQAKHLDQPLP
0 1   K635 PTSISTYKNHPLYAL
0 5   K643‑ub NHPLYALkRHLLKFQ
1 0   K648 ALkRHLLKFQAIYPE
0 1   Y653 LLKFQAIYPETAAVL
0 1   T656 FQAIYPETAAVLGYC
0 1   Y662 ETAAVLGYCRGEAVY
0 2   Y669 YCRGEAVYSRDCVHT
0 1   S670 CRGEAVYSRDCVHTL
0 1   K685‑ub HSRDTWLkQARVVRL
0 1   K698 RLGEVPYKMVKGFSN
0 2   K701 EVPYKMVKGFSNRAR
0 6   K743‑ub PPIAVDGkVPRNEFG
0 1   K778 NLNRVARKLGIDCVQ
0 2   K842 KRALGNWKLLVRGLL
0 2   R846 GNWKLLVRGLLIRER
0 1   S862‑p KLRYGAKsEAAAPHA
0 6   A869 sEAAAPHAAGGGLss
0 70   S875‑p HAAGGGLssDEEEGT
0 70   S876‑p AAGGGLssDEEEGTS
0 2   T882 ssDEEEGTSSQAEAA
0 3   S883 sDEEEGTSSQAEAAR
1 5   S884 DEEEGTSSQAEAARV
0 5   S895 AARVLAASWPQNRED
  human

► Hide Isoforms 		 
E32 SKARREEEEEDAFED
K44‑ac FEDEKPPkkSLLSkV
K45‑ac EDEKPPkkSLLSkVS
K50‑ac PkkSLLSkVSQGKRK
K50‑ub PkkSLLSkVSQGKRK
R58‑m1 VSQGKRKrGCsHPGG
S61‑p GKRKrGCsHPGGSAD
T79‑p KKKVAKVtVkSENLk
K81‑ub KVAKVtVkSENLkVI
K81‑sm KVAKVtVkSENLkVI
K86‑ub tVkSENLkVIKDEAL
S94‑p VIKDEALsDGDDLRD
F102 DGDDLRDFPsDLKKA
S104‑p DDLRDFPsDLKKAHH
T117‑p HHLKRGAtMNEDsNE
S122‑p GAtMNEDsNEEEEEs
E124 tMNEDsNEEEEEsEN
S129‑p sNEEEEEsENDWEEV
S140‑p WEEVEELsEPVLGDV
S150‑p VLGDVREsTAFsRsL
S154‑p VREsTAFsRsLLPVk
S156‑p EsTAFsRsLLPVkPV
K161‑ac sRsLLPVkPVEIEIE
K161‑ub sRsLLPVkPVEIEIE
T169‑p PVEIEIEtPEQAkTR
K174‑ub IEtPEQAkTRERSEk
K181‑ub kTRERSEkIkLEFET
K183‑ub RERSEkIkLEFETYL
L339 KKPSKERLtADPGGs
T340‑p KPSKERLtADPGGss
S346‑p LtADPGGssEtssQV
S347‑p tADPGGssEtssQVL
T349‑p DPGGssEtssQVLEN
S350‑p PGGssEtssQVLENH
S351‑p GGssEtssQVLENHt
V353 ssEtssQVLENHtkP
T358‑p sQVLENHtkPKTSKG
K359‑ub QVLENHtkPKTSKGT
S363 NHtkPKTSKGTkQEE
K367‑ub PKTSKGTkQEETFAk
A373 TkQEETFAkGTCRPS
K374‑ub kQEETFAkGTCRPSA
S397‑p RKKRSKPsssEEDEG
S398‑p KKRSKPsssEEDEGP
S399‑p KRSKPsssEEDEGPG
S426‑p GRERRVAsRVSYKEE
S453‑p ELSSGEAsDPSDEDs
S460‑p sDPSDEDsEPGPPKQ
K493‑ub THRGSHRkDPsLPAA
S496‑p GSHRkDPsLPAAssS
S501‑p DPsLPAAssSSSssk
S502‑p PsLPAAssSSSsskR
S506‑p AAssSSSsskRGKKM
S507‑p AssSSSsskRGKKMC
K508‑ub ssSSSsskRGKKMCs
S515‑p kRGKKMCsDGEKAEK
K560‑ub GQPLTCYkYATKPMT
K619‑ub SPFMDREkkEDLEFQ
K620‑ub PFMDREkkEDLEFQA
K628‑ub EDLEFQAkHMDQPLP
K642‑ub PTAIGLYkNHPLYAL
K650‑ub NHPLYALkRHLLkYE
K655‑sm ALkRHLLkYEAIyPE
Y660‑p LLkYEAIyPEtAAIL
T663‑p YEAIyPEtAAILGyC
Y669‑p EtAAILGyCRGEAVy
Y676‑p yCRGEAVysRDCVHT
S677‑p CRGEAVysRDCVHTL
K692 HSRDTWLKKARVVRL
K705‑ub RLGEVPYkMVkGFSN
K708‑ub EVPYkMVkGFSNRAR
K750‑ub PPVAVDGkVPRNEFG
K785‑ub NLHRVARkLDIDCVQ
K849‑ub KRALGNWkLLAkGLL
K853‑ub GNWkLLAkGLLIRER
S869 KRRYGPKSEAAAPHt
T876‑p SEAAAPHtDAGGGLs
S883‑p tDAGGGLssDEEEGt
S884‑p DAGGGLssDEEEGts
T890‑p ssDEEEGtssQAEAA
S891‑p sDEEEGtssQAEAAR
S892‑p DEEEGtssQAEAARI
S903‑p AARILAAsWPQNRED
  XPC iso2  
E32 SKARREEEEEDAFED
K44 FEDEKPPKKSLLSKV
K45 EDEKPPKKSLLSKVS
K50 PKKSLLSKVSQGKRK
K50 PKKSLLSKVSQGKRK
R58 VSQGKRKRGCSHPGG
S61 GKRKRGCSHPGGSAD
T79 KKKVAKVTVKSENLK
K81 KVAKVTVKSENLKVI
K81 KVAKVTVKSENLKVI
K86 TVKSENLKVIKDEAL
S94 VIKDEALSDGDDLRD
F102 DGDDLRDFPSDLKKA
S104 DDLRDFPSDLKKAHH
T117 HHLKRGATMNEDSNE
S122 GATMNEDSNEEEEES
E124 TMNEDSNEEEEESEN
S129 SNEEEEESENDWEEA
- gap
- gap
- gap
- gap
- gap
- gap
- gap
K137 ENDWEEAKTRERSEK
K144 KTRERSEKIKLEFET
K146 RERSEKIKLEFETYL
L302 KKPSKERLTADPGGS
T303 KPSKERLTADPGGSS
S309 LTADPGGSSETSSQV
S310 TADPGGSSETSSQVL
T312 DPGGSSETSSQVLEN
S313 PGGSSETSSQVLENH
S314 GGSSETSSQVLENHT
V316 SSETSSQVLENHTKP
T321 SQVLENHTKPKTSKG
K322 QVLENHTKPKTSKGT
S326 NHTKPKTSKGTKQEE
K330 PKTSKGTKQEETFAK
A336 TKQEETFAKGTCRPS
K337 KQEETFAKGTCRPSA
S360 RKKRSKPSSSEEDEG
S361 KKRSKPSSSEEDEGP
S362 KRSKPSSSEEDEGPG
S389 GRERRVASRVSYKEE
S416 ELSSGEASDPSDEDS
S423 SDPSDEDSEPGPPKQ
K456 THRGSHRKDPSLPAA
S459 GSHRKDPSLPAASSS
S464 DPSLPAASSSSSSSK
S465 PSLPAASSSSSSSKR
S469 AASSSSSSSKRGKKM
S470 ASSSSSSSKRGKKMC
K471 SSSSSSSKRGKKMCS
S478 KRGKKMCSDGEKAEK
K523 GQPLTCYKYATKPMT
K582 SPFMDREKKEDLEFQ
K583 PFMDREKKEDLEFQA
K591 EDLEFQAKHMDQPLP
K605 PTAIGLYKNHPLYAL
K613 NHPLYALKRHLLKYE
K618 ALKRHLLKYEAIYPE
Y623 LLKYEAIYPETAAIL
T626 YEAIYPETAAILGYC
Y632 ETAAILGYCRGEAVY
Y639 YCRGEAVYSRDCVHT
S640 CRGEAVYSRDCVHTL
K655 HSRDTWLKKARVVRL
K668 RLGEVPYKMVKGFSN
K671 EVPYKMVKGFSNRAR
K713 PPVAVDGKVPRNEFG
K748 NLHRVARKLDIDCVQ
K812 KRALGNWKLLAKGLL
K816 GNWKLLAKGLLIRER
S832 KRRYGPKSEAAAPHT
T839 SEAAAPHTDAGGGLS
S846 TDAGGGLSSDEEEGT
S847 DAGGGLSSDEEEGTS
T853 SSDEEEGTSSQAEAA
S854 SDEEEGTSSQAEAAR
S855 DEEEGTSSQAEAARI
S866 AARILAASWPQNRED
  rat

 
S29‑p KATRPEEsDADDFED
R43 DEKQKPPRKCFLPKV
K44 EKQKPPRKCFLPKVS
K49 PRKCFLPKVSQGKRK
K49 PRKCFLPKVSQGKRK
R57 VSQGKRKRDCSDPGD
S60 GKRKRDCSDPGDPTN
T78 KKKVAKATTKSKNLK
K80 KVAKATTKSKNLKAV
K80 KVAKATTKSKNLKAV
K85 TTKSKNLKAVKEEAL
S93‑p AVKEEALsDDGDDFR
S102 DGDDFRDSLSNCRKA
S104 DDFRDSLSNCRKAKK
V117 KKHPKREVVDQGtDE
Q120 PKREVVDQGtDEDDs
T122‑p REVVDQGtDEDDsED
S127‑p QGtDEDDsEDDWEEV
T138 WEEVEELTEPVLDMG
N147 PVLDMGENSATSRSD
S151 MGENSATSRSDLPVK
S153 ENSATSRSDLPVKAV
K158 SRSDLPVKAVEIEIE
K158 SRSDLPVKAVEIEIE
T166 AVEIEIETPEQAKAR
K171 IETPEQAKARERSEK
K178 KARERSEKIKMEFET
K180 RERSEKIKMEFETYL
S336 KKSSKETSLEGPGDS
L337 KSSKETSLEGPGDSS
S343 SLEGPGDSSEPSSNI
S344 LEGPGDSSEPSSNIP
P346 GPGDSSEPSSNIPES
S347 PGDSSEPSSNIPESH
S348 GDSSEPSSNIPESHN
I350 SSEPSSNIPESHNKP
N355 SNIPESHNKPKTSKR
K356 NIPESHNKPKTSKRI
S360 SHNKPKTSKRIKQEE
K364 PKTSKRIKQEETLSE
S370 IKQEETLSEGSGKAN
E371 KQEETLSEGSGKANA
S396‑p SRQQRKPsCsEGEEA
C397 RQQRKPsCsEGEEAK
S398‑p QQRKPsCsEGEEAKQ
A420 AQKRRVAAKVSYKEE
Q447 ELSSGEGQHSSDEDC
C454 QHSSDEDCKPGPRKQ
E487 TQSGSQWEPPSFSVA
S490 GSQWEPPSFSVASSS
S495 PPSFSVASSSSSACK
S496 PSFSVASSSSSACKR
A500 VASSSSSACKRGKKI
C501 ASSSSSACKRGKKIS
K502 SSSSSACKRGKKISC
C509 KRGKKISCGGEETDD
K554 GQPVACYKYATKPMT
K613 SPLTEREKKEDQEFQ
K614 PLTEREKKEDQEFQA
K622 EDQEFQAKHLDQPLP
K636 PTSISTYKNHPLYAL
K644 NHPLYALKRHLLKFQ
K649 ALKRHLLKFQAIYPE
Y654 LLKFQAIYPESAAVL
S657 FQAIYPESAAVLGYC
Y663 ESAAVLGYCRGEAVY
Y670 YCRGEAVYSRDCVHT
S671 CRGEAVYSRDCVHTL
K686 HSRDTWLKQARVVRL
K699 RLGEVPYKMVKGFSN
K702 EVPYKMVKGFSNRAR
K744 PPVAVDGKVPRNEFG
K779 NLHRVARKLGIDCVQ
K843 KRALGNWKLLVRGLL
R847 GNWKLLVRGLLIRER
S863 KLRYGAKSEAAAPHA
A870 SEAAAPHANAGGGLs
S877‑p ANAGGGLssDEEEGT
S878‑p NAGGGLssDEEEGTS
T884 ssDEEEGTSSQAEAA
S885 sDEEEGTSSQAEAAR
S886 DEEEGTSSQAEAARV
S897 AARVLAASWPQNRET