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 1   S5‑p ___MADLsFSDGDPT
0 1   P11 LsFSDGDPTVRTLLR
2 2   T12 sFSDGDPTVRTLLRR
1 27   T28 LETADSRTPMRRRST
0 3   T46 AQRRRSQTPYSNRQG
2 14   Y48 RRRSQTPYSNRQGSQ
0 1   T58 RQGSQTKTSARKQSH
2 11   T86 RGRLEEQTPRTLLRN
1 0   S102 LLTAPESSTVMPDPV
0 13   S126‑p ARSSRREsSRGSLEL
0 1   S174 VDQGLPLSQEPRRSR
0 5   S191 DVSSLASSFNLTFVL
0 3   T195 LASSFNLTFVLPGQP
2 3   L198 SFNLTFVLPGQPETV
0 1   T204 VLPGQPETVERPGLA
0 1   T259‑p MDVGLEDtQPFSQSL
0 2   S276‑p FSLSGKHsLPsPSRP
0 5   S279‑p SGKHsLPsPSRPGVE
0 1   S296 ERVMGPPSSGTRLQS
0 1   - gap
0 1   S308‑p LQSRMSRsGPAAsPs
0 3   S313‑p SRsGPAAsPsPFLEP
0 2   S315‑p sGPAAsPsPFLEPQP
0 3   P324 FLEPQPPPAEPREAV
0 2   S333‑p EPREAVGsNEAAEPK
0 2   S345 EPKDQEGSSGYEETS
0 2   S346 PKDQEGSSGYEETSA
1 22   S357 ETSARPASGELSSST
0 4   L360 ARPASGELSSSTHDS
0 1   S363 ASGELSSSTHDSLPA
1 1   T364 SGELSSSTHDSLPAE
0 2   S367 LSSSTHDSLPAEQPP
0 1   S376 PAEQPPPSPGVAVLS
  human

► Hide Isoforms
 
N5 ___MADHNPDSDstP
S10‑p DHNPDSDstPRTLLR
T11‑p HNPDSDstPRTLLRR
T27‑p LDTADPRtPRRPRSA
T45‑p ARRALLEtAsPRKLS
S47‑p RALLEtAsPRKLSGQ
T57‑p KLSGQTRtIARGRSH
T85‑p SGHLEEQtPRTLLKN
S101 LLTAPESSILMPESV
S125‑p VQPSRQEsSCGSLEL
S173‑p VDQGLSLsQEPQGNA
S188‑p DASSLTRsLNLtFAt
T192‑p LTRsLNLtFAtPLQP
T195‑p sLNLtFAtPLQPQsV
S201‑p AtPLQPQsVQRPGLA
T241 PNIVLEDTQPFSQPM
S257‑p GSPNVYHsLPCTPHT
C260 NVYHsLPCTPHTGAE
S279‑p AAGRKTQsSGPGLQK
S343‑p KMEEEGVsVSEMEAT
- gap
- gap
- gap
- gap
S373‑p EVTEAEGsQGTAEAD
S385‑p EADGPGAssGDEDAS
S386‑p ADGPGAssGDEDASG
S397‑p DASGRAAsPEsASst
S400‑p GRAAsPEsASstPEs
S403‑p AsPEsASstPEsLQA
T404‑p sPEsASstPEsLQAR
S407‑p sASstPEsLQARRHH
- gap
  CENPT iso2  
N5 ___MADHNPDSDSTP
S10 DHNPDSDSTPRTLLR
T11 HNPDSDSTPRTLLRR
T27‑p LDTADPRtPRRPRSA
T45 ARRALLETASPRKLS
S47 RALLETASPRKLSGQ
T57 KLSGQTRTIARGRSH
T85 SGHLEEQTPRTLLKN
S101 LLTAPESSILMPESV
S125 VQPSRQESSCGSLEL
S173 VDQGLSLSQEPQGNA
S188 DASSLTRSLNLTFAT
T192 LTRSLNLTFATPLQP
T195 SLNLTFATPLQPQSV
S201 ATPLQPQSVQRPGLA
T241 PNIVLEDTQPFSQPM
S257 GSPNVYHSLPCTPHT
C260 NVYHSLPCTPHTGAE
S279 AAGRKTQSSGPGLQK
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  rat

 
S5 ___MADLSSPDGDPT
P11 LSSPDGDPTIRTLLR
T12 SSPDGDPTIRTLLRH
T28 LDTADSHTPRRRQST
T46 PQRRRSQTPYSKRQG
Y48 RRRSQTPYSKRQGSQ
T58 RQGSQRKTSTRKHSH
T86 HGHLEEQTPRTLLQN
S102 LLTAPESSTVMPNPV
S126 ARPSRRGSSRGSLEL
P174 VNQQLPLPQEQRGAA
S189 DGSSLASSFNLSFVP
S193 LASSFNLSFVPSVQP
P196 SFNLSFVPSVQPQTV
T202 VPSVQPQTVDRPGLA
T257 TDVVFEDTQPFSQPL
S274 CSLSVHHSLPNPSQT
N277 SVHHSLPNPSQTEVE
S296 VVGPRTPSTGTRPQS
- gap
A308 PQSQMSRAGFGAsPL
S313‑p SRAGFGAsPLPFSEP
L315 AGFGAsPLPFSEPQP
S324‑p FSEPQPQsPELREAV
S333 ELREAVGSKEAEEPK
S345‑p EPKDLEGssGDEETS
S346‑p PKDLEGssGDEETSG
S357 ETSGMPASRELSSSA
L360 GMPASRELSSSAQDL
S363 ASRELSSSAQDLLLA
A364 SRELSSSAQDLLLAE
L367 LSSSAQDLLLAEEPH
S382‑p QLFEPPPsPGVAAVS
  chicken

 
- gap
- gap
- gap
- gap
- gap
- gap
S44 VVSAMSGSGLGKENK
T72‑p FSELDNAtPRVMLRK
S88‑p IQNQPQVsPLALQTV
S113 EPPSQRTSSTVELQL
N158 ADKRLPQNQAHSTLD
S171 LDSTLVRSLRMSVGS
S175 LVRSLRMSVGSVMAP
S178 SLRMSVGSVMAPDTV
T184 GSVMAPDTVEKRGLL
T247 AEVVLNNTELFVEPQ
T303 VSTDERRTLRFSEKD
R305 TDERRTLRFSEKDLI
- gap
- gap
- gap
Q406 VAEGTEHQDSPKAEL
S408 EGTEHQDSPKAELQM
K410 TEHQDSPKAELQMAG
T451 TGEIERGTITGVLDA
A463 LDAAEEEATDDESDK
T464 DAAEEEATDDESDKE
S475 SDKEDHESEEISMKT
I478 EDHESEEISMKTPMF
K481 ESEEISMKTPMFVHA
T482 SEEISMKTPMFVHAA
F485 ISMKTPMFVHAAAYR
- gap