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

 
0 1   S2‑p ______MsLQVLNDk
0 1   K9‑ub sLQVLNDkNVsNEKN
0 2   S12‑p VLNDkNVsNEKNTEN
0 17   S25‑p ENCDFLFsPPEVtGr
0 1   T30‑p LFsPPEVtGrSSVLR
0 1   R32‑m1 sPPEVtGrSSVLRVs
1 0   S34 PEVtGrSSVLRVsQK
0 18   S39‑p rSSVLRVsQKENVPP
0 1   K51‑m3 VPPKNLAkAMkVtFQ
0 1   K54‑m3 KNLAkAMkVtFQtPL
0 6   T56‑p LAkAMkVtFQtPLRD
0 83   T59‑p AMkVtFQtPLRDPQt
0 5   T66‑p tPLRDPQtHRILsPs
0 25   S71‑p PQtHRILsPsMASKL
0 1   S73‑p tHRILsPsMASKLEA
0 1   K100‑ub SHPVWTQkENQQLIK
0 2   S170‑p SSENQMVsPGKVsGs
0 3   S175‑p MVsPGKVsGsPEQAV
0 7   S177‑p sPGKVsGsPEQAVEE
0 1   S187‑p QAVEENLsSYSLDRR
0 2   T196‑p YSLDRRVtPASETLE
0 3   T216‑p ESQHKAEtPHGAEEE
0 6   T228‑p EEECKAEtPHGAEEE
0 2   T249‑p CAPAAVAtsPPGAIP
0 22   S250‑p APAAVAtsPPGAIPK
0 9   T315‑p LVAGRAMtLsPQEEV
0 23   S317‑p AGRAMtLsPQEEVAA
0 8   S402‑p PMPASRGsyHLDWDK
0 1   Y403‑p MPASRGsyHLDWDKM
0 1   K423‑ac IPFGGDTkSGCSEAQ
0 23   S434‑p SEAQPPEsPEtRLGQ
0 2   T437‑p QPPEsPEtRLGQPAA
0 2   T481‑p VVQLAAEtPTAESKE
0 1   T496‑p RALNSAStSLPTSCP
0 1   S505‑p LPTSCPGsEPVPTHQ
0 1   S524‑p ALELKEEsFRDPAEV
0 1   T534‑p DPAEVLGtGAEVDyL
0 9   Y540‑p GtGAEVDyLEQFGTS
0 2   K550‑ub QFGTSSFkESALRKQ
1 0   S552 GTSSFkESALRKQsL
12 47   S558‑p ESALRKQsLyLkFDP
0 31   Y560‑p ALRKQsLyLkFDPLL
0 3   K562‑ub RKQsLyLkFDPLLRD
0 6   S570‑p FDPLLRDsPGRPVPV
0 5   T590‑p SMHGANEtPsGRPRE
0 1   S592‑p HGANEtPsGRPREAK
0 18   K649‑ub KDLDAVVkATQEENR
0 1   C662 NRELRSRCEELHGkN
0 1   K668‑ub RCEELHGkNLELGkI
0 3   K674‑ub GkNLELGkIMDRFEE
1 9   Y684‑p DRFEEVVyQAMEEVQ
0 1   K703‑ub LSKAEIQkVLKEKDQ
0 1   K720 TDLNSMEKSFsDLFK
0 1   K720‑ub TDLNSMEkSFsDLFK
0 2   S723‑p NSMEkSFsDLFKRFE
0 1   K731 DLFKRFEKQKEVIEG
0 1   Y739‑p QKEVIEGyRKNEESL
0 1   K741 EVIEGyRKNEESLKk
0 1   K748‑ub KNEESLKkCVEDYLA
0 1   K768‑ub GQRYQALkAHAEEKL
0 1   K788‑ub EIAQVRSkAQAEALA
0 3   S799‑p EALALQAsLRKEQMR
0 2   K819‑ub KTVEQKTkENEELTR
0 4   K834‑ub ICDDLISkMEKI___
5645 : Phospho-TACC3 (Ser558) Antibody
8842 : Phospho-TACC3 (Ser558) (D8H10) XP(R) Rabbit mAb
  mouse

 
S2 ______MSLHVLNDE
E9 SLHVLNDENVPNEKS
P12 VLNDENVPNEKSSQC
L25 QCRDFQFLPPELTGR
T30 QFLPPELTGRSSVLC
R32 LPPELTGRSSVLCLS
S34 PELTGRSSVLCLSQK
S39 RSSVLCLSQKENVPP
K51 VPPQSQAKATNVTFQ
N54 QSQAKATNVTFQtPP
T56 QAKATNVTFQtPPRD
T59‑p ATNVTFQtPPRDPQT
T66 tPPRDPQTHRILsPN
S71‑p PQTHRILsPNMTNKR
N73 THRILsPNMTNKREA
K94 DHCVFLQKENQRPLA
T145 LLDSELVTPPIEPVL
L152 TPPIEPVLEPSHQGL
P154 PIEPVLEPSHQGLEP
E164 QGLEPVLESELVTPP
T169 VLESELVTPPVEPVL
S189 ELEPVLESELVTPPI
T193 VLESELVTPPIEPVL
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
T289 VLDSELVTPPIEPLL
- gap
I292 SELVTPPIEPLLEPS
S313 VVDLKEESFRDPSEV
T323 DPSEVLGTGAEVDYL
Y329 GTGAEVDYLEQFGTS
K339 QFGTSSFKESAWRKQ
S341 GTSSFKESAWRKQsL
S347‑p ESAWRKQsLyVKFDP
Y349‑p AWRKQsLyVKFDPLL
K351 RKQsLyVKFDPLLKD
S359 FDPLLKDSPLRPMPV
S380 TQDTEEESGSGKPTE
S382 DTEEESGSGKPTEAE
N439 KDLDAVVNVMQQENL
Y452‑p NLELKSKyEDLNTKY
K458 KyEDLNTKYLEMGKS
K464 TKYLEMGKSVDEFEK
Y474 DEFEKIAYKSLEEAE
K496 IAEDKIQKVLKERDQ
K513‑ac ADLNSMEkSFsDLFK
K513 ADLNSMEKSFsDLFK
S516‑p NSMEkSFsDLFKRFE
K524‑ac DLFKRFEkRKEVIEG
Y532 RKEVIEGYQkNEESL
K534‑ac EVIEGYQkNEESLKK
K541 kNEESLKKYVGECIV
K561 GQRYQALKIHAEEKL
K581 EIAQVHSKAQAEVLA
S592‑p EVLALQAsLRKAQMQ
K612 MTLEQKTKEIDELTR
K627 ICDDLISKMEKI___
  rat

 
N2 ______MNLHILTDE
E9 NLHILTDENVPNEKS
P12 ILTDENVPNEKSSES
S25 ESRDFLFSAPELTGR
T30 LFSAPELTGRSSVLR
R32 SAPELTGRSSVLRLS
S34 PELTGRSSVLRLSQK
S39 RSSVLRLSQKENVPP
K51 VPPKNQAKAAKVTFQ
K54 KNQAKAAKVTFQTPL
T56 QAKAAKVTFQTPLRD
T59 AAKVTFQTPLRDPQT
T66 TPLRDPQTHRILSPN
S71 PQTHRILSPNMTSKL
N73 THRILSPNMTSKLEA
K100 DHCVFLQKENTKVSS
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
V361 SEPVTLPVEPVPESS
S382 LLDPKEESFRDPAEV
A392 DPAEVLGAGAEVDYL
Y398 GAGAEVDYLEQFGTS
K408 QFGTSSFKESAWRKQ
S410 GTSSFKESAWRKQSL
S416 ESAWRKQSLYLKFDP
Y418 AWRKQSLYLKFDPLL
K420 RKQSLYLKFDPLLKE
S428 FDPLLKESPLRSMPV
S450 STQDTEESGSGNPTE
S452 QDTEESGSGNPTEAK
N508 KDLDAVVNVMQQENL
Y521 NLELRNKYEDLNTKY
K527 KYEDLNTKYLEMGKI
K533 TKYLEMGKIVDGFEK
Y543 DGFEKIVYKSMEEAE
K562 LAEDKIQKILRERDQ
K579 ADLNSMEKSFSDLFK
K579 ADLNSMEKSFSDLFK
S582 NSMEKSFSDLFKRFE
K590 DLFKRFEKQKEVIEG
Y598 QKEVIEGYQKNEDSL
K600 EVIEGYQKNEDSLKK
K607 KNEDSLKKCVEDYIV
K627 GQRYQALKAHAEEKL
K647 EIAQVRSKAQAEALA
S658 EALALQASLRKAQLQ
K678 KTVEQKTKENDELNR
K693 ICDELIAKMEKKI__
  pig

 
S2 ______MSLHVFSDE
E9 SLHVFSDENVTGDRS
T12 VFSDENVTGDRSTEN
S25 ENCDFLFSPLELTGR
T30 LFSPLELTGRSSVLR
R32 SPLELTGRSSVLRLS
S34 LELTGRSSVLRLSQK
S39 RSSVLRLSQKENVPP
K51 VPPKSTAKATKVTFQ
K54 KSTAKATKVTFQTPL
T56 TAKATKVTFQTPLRD
T59 ATKVTFQTPLRDPQT
T66 TPLRDPQTHRILSPS
S71 PQTHRILSPSMGSKL
S73 THRILSPSMGSKLDA
K100 SHQGRARKESQQLTK
R144 SEEQHPDRPPATPLA
A151 RPPATPLASPDPPSS
P153 PATPLASPDPPSSPQ
E163 PSSPQMPERAESQVA
A170 ERAESQVAPGGQGSC
R188 HSPQRHSRPRPSEDS
- gap
A201 DSLAAASAPPPQDRA
P202 SLAAASAPPPQDRAE
S263 AAAGGAPSPSPRKHE
S265 AGGAPSPSPRKHEAA
- gap
- gap
E343 NPLGGDGEARTPEPC
R367 AEDTSPSRQVPSASV
- gap
T386 GLQPMAGTPGATGEE
G400 EGATDASGTPAPTSS
T409 PAPTSSPTPPVPCSP
Q426 APDLSGEQFRDPADV
T436 DPADVLGTGAEVDYL
Y442 GTGAEVDYLEQFGAS
K452 QFGASSFKDSALRKQ
S454 GASSFKDSALRKQsL
S460‑p DSALRKQsLYLKFDP
Y462 ALRKQsLYLKFDPLL
K464 RKQsLYLKFDPLLQD
S472 FDPLLQDSPRRPAPT
P492 SACGMDAPSSGSAPE
S494 CGMDAPSSGSAPEAA
E551 RDLDAAVEATQKENA
C564 NAELRSRCTELQEKV
K570 RCTELQEKVLEMGKI
K576 EKVLEMGKIMDRFEE
Y586 DRFEETVYQAMEEAQ
K605 LARVEVQKALQEQEH
K622 GDLRSVEKSFSELFR
K622 GDLRSVEKSFSELFR
S625 RSVEKSFSELFRRFE
K633 ELFRRFEKQKEVIEG
Y641 QKEVIEGYRTNEASL
T643 EVIEGYRTNEASLKK
K650 TNEASLKKCVEEYME
K670 GQRYQALKAHAEEKL
R690 EMAQVRSRAQAEVLA
V701 EVLALQAVLKKEQMR
K721 KAMEQKTKENDELTR
K736 ICDDLISKMERI___
  chicken

 
S2 ______MSLQILNAE
E12 ILNAENGENVSDDLT
S15 AENGENVSDDLTAEE
A28 EECGFYFALPEPTER
T33 YFALPEPTERPsILR
R35 ALPEPTERPsILRLS
S37‑p PEPTERPsILRLSQK
S42 RPsILRLSQKENLPP
K54 LPPKSVAKAMKVTFQ
K57 KSVAKAMKVTFQTPL
T59 VAKAMKVTFQTPLRD
T62 AMKVTFQTPLRDPQS
S69 TPLRDPQSRKILSPT
S74 PQSRKILSPTMTDKL
T76 SRKILSPTMTDKLDS
Q110 STVSISQQKTEASDT
K173 NSPGNLQKSPVRVSS
S179 QKSPVRVSSSPEKTS
S181 SPVRVSSSPEKTSEE
N191 KTSEESSNSLPLDNT
S200 LPLDNTASPSTTAST
T207 SPSTTASTEYPSEQD
S219 EQDNTFSSGKKSVLL
S230 SVLLELESNKPDLFP
N231 VLLELESNKPDLFPK
A300 LKPLEEPAISKGEPA
S302 PLEEPAISKGEPAEK
S378 EAPVPRASYKFDWDK
Y379 APVPRASYKFDWDKL
K399 NPFGGGSKISTSPKC
R427 QHSTPPRREHLPVEQ
L430 TPPRREHLPVEQDNR
L479 EVQGQTDLPGELSME
M494 KQISPSKMSPANVPS
E518 GKRSMPAEEIKPTSH
L543 ASTEPEELFRPSAEV
M553 PSAEVLGMGIDYLEQ
Y557 VLGMGIDYLEQFGTS
K567 QFGTSSFKEsALRKQ
S569‑p GTSSFKEsALRKQsL
S575‑p EsALRKQsLYLKFDP
Y577 ALRKQsLYLKFDPLL
K579 RKQsLYLKFDPLLRD
S587 FDPLLRDSPRKQPIF
P626 LLEETEKPTSSLQNE
S628 EETEKPTSSLQNEEK
E694 KDMDAAVELVKREVQ
Y714 ALEWKKKYNKLHMEY
E720 KYNKLHMEYKEMGKV
K726 MEYKEMGKVVAEFEG
T736 AEFEGTITQMMEDSQ
R755 LSKKEIQRMVEEKQQ
K772 SDLNSMEKSFSELFK
K772 SDLNSMEKSFSELFK
S775 NSMEKSFSELFKRFE
K783 ELFKRFEKQKEVLEG
Y791 QKEVLEGYRKNEEAL
K793 EVLEGYRKNEEALKK
K800 KNEEALKKCAEEYLA
K820 EQRYQALKAHAEEKL
K840 EIAQVRNKAKSETAA
S851 ETAALQASLRKEQMR
K871 RSLEQKTKENDELTK
K886 ICDDLILKMGKNG__