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   K8 MDSTACLKSLLLSIS
0 1   Y17 LLLSISQYKAVKSEA
0 1   K18 LLSISQYKAVKSEAN
0 2   K21 ISQYKAVKSEANATQ
0 1   K40 LEVVSGQKLTRLFTS
0 3   K40 LEVVSGQKLTRLFTS
0 1   T236 HARNIHQTFQLIFNI
0 1   T250 ILINGDGTLTRKYSV
0 1   T252 INGDGTLTRKYSVDL
0 1   Y255 DGTLTRKYSVDLLMD
0 1   K439 SLKMHVVKILTTLKC
0 1   T442 MHVVKILTTLKCTTL
0 2   T443 HVVKILTTLKCTTLI
0 1   K466 IDLGFGTKVADSELC
0 2   K474 VADSELCKLAADVIL
0 1   K489 KTLTLMNKLKQLVPG
0 2   K503 GMEVSFYKILQDPRL
0 1   K568 ETEHLPRKMTFQPLN
0 2   L574 RKMTFQPLNHGFSTS
0 1   K583 HGFSTSAKCLtPPPs
0 9   T586‑p STSAKCLtPPPsKDN
0 1   S590‑p KCLtPPPsKDNAPAL
0 2   K591 CLtPPPsKDNAPALN
0 1   K605 NIEDLIEKLQAGVMV
0 3   K613 LQAGVMVKDQISDIR
0 1   Y628 ISDIMDVYEMKLSTL
0 3   K631 IMDVYEMKLSTLASK
0 3   K638 KLSTLASKESRLQDL
0 1   S640 STLASKESRLQDLLE
0 16   K649 LQDLLEAKALALAQA
0 1   R658 LALAQADRLIAQYRC
0 2   K687 MLREVERKNEELSVL
0 2   K696 EELSVLLKSQQLESE
0 1   K718 HLFQHSKKLESVAAE
0 1   K731 AEHEILTKSYMELVQ
0 1   T748 EATEKKNTDLQTTCE
0 2   T763 SLNKHIETMKKLNEA
0 1   K766 KHIETMKKLNEALKQ
0 1   K777 ALKQQNEKTIAQLIE
0 1   K785 TIAQLIEKEEQRKEV
0 1   K802 QLADRECKLSNLHKI
0 1   K822 EKLNVLQKEKEDKQE
0 1   T830 EKEDKQETIDILRKE
0 1   S849 EQIRKELSIKASSLE
0 1   K859 ASSLEMHKAQLEGRL
0 1   K874 EEKESLLKLQQEELN
0 3   S899‑p SLSGGKIsPEtVNLS
0 2   T902‑p GGKIsPEtVNLSI__
1 11   S906 sPEtVNLSI______
  human

 
K8‑ub MDSTACLkSLLLTVS
Y17‑p LLLTVSQykAVkSEA
K18‑ub LLTVSQykAVkSEAN
K21‑ub VSQykAVkSEANATQ
K40‑ac LEVISGQkLTRLFTS
K40‑ub LEVISGQkLTRLFTS
T234‑p HARNIHQtFQLIFNI
T248‑p ILINGDGtLtRKySV
T250‑p INGDGtLtRKySVDL
Y253‑p DGtLtRKySVDLLMD
K438‑ub TLKMHIAkILttVKC
T441‑p MHIAkILttVKCTTL
T442‑p HIAkILttVKCTTLI
K465‑ub IDLGFGTkVADSELC
K473‑ub VADSELCkLAADVIL
K488‑ub KTLDLINkLKPLVPG
K502‑ub GMEVSFYkILQDPRL
K567‑ub ETEHIPRkMPWQSsN
S573‑p RkMPWQSsNHSFPTS
K582‑ub HSFPTSIkCLtPHLk
T585‑p PTSIkCLtPHLkDGV
L588 IkCLtPHLkDGVPGL
K589‑ub kCLtPHLkDGVPGLN
K603‑ub NIEELIEkLQSGMVV
K611‑ub LQSGMVVkDQICDVR
Y626‑p ISDIMDVyEMkLSTL
K629‑ub IMDVyEMkLSTLASk
K636‑ub kLSTLASkEsRLQDL
S638‑p STLASkEsRLQDLLE
K647‑ub LQDLLETkALALAQA
R656‑m1 LALAQADrLIAQHRC
K685‑ub MLREVERkNEELSVL
K694‑ub EELSVLLkAQQVESE
K716‑ub HLFQHNRkLESVAEE
K729‑ub EEHEILTkSYMELLQ
K746‑ub ESTEKKNkDLQITCD
T761‑p SLNKQIEtVKkLNES
K764‑ac KQIEtVKkLNESLKE
K775‑ub SLKEQNEkSIAQLIE
K783‑ub SIAQLIEkEEQRKEV
K800‑ub QLVDREHkLANLHQK
K820‑ac EKIKTLQkEREDKEE
T828‑p EREDKEEtIDILRKE
S847 EQIRKELSIKASSLE
K857‑ub ASSLEVQkAQLEGRL
K872‑ub EEKESLVkLQQEELN
N897 SLSGGKINPETVNLs
T900 GGKINPETVNLsI__
S904‑p NPETVNLsI______
  rat

 
K8 MDSTACLKSLLLSIS
Y17 LLLSISQYKAVKSEA
K18 LLSISQYKAVKSEAN
K21 ISQYKAVKSEANATQ
K40 LEVVSGQKLTRLFTS
K40 LEVVSGQKLTRLFTS
T236 HARNIHQTFQLIFNI
T250 ILINGDGTLTRKYSV
T252 INGDGTLTRKYSVDL
Y255 DGTLTRKYSVDLLMD
K441 TLKTHVVKILTTMKC
T444 THVVKILTTMKCSML
T445 HVVKILTTMKCSMLI
K468 IDLGFGTKVADSELC
K476 VADSELCKLAADVIL
K491 KTLILMNKLKQLVPG
K505 GMEVSFYKILQDPRL
K570 ETERLPRKMTLQPLN
L576 RKMTLQPLNHCLSAS
- under review  
T588 SASAKCLTPPLSKDN
S592 KCLTPPLSKDNAPAL
K593 CLTPPLSKDNAPALN
K607 NIEDLIEKLQAGVMV
K615 LQAGVMVKDQINDIR
Y630 ISDIMDVYEMKLSTL
K633 IMDVYEMKLSTLASK
K640 KLSTLASKESRLQDL
S642 STLASKESRLQDLLE
K651 LQDLLEAKALALAQA
R660 LALAQADRLIAQYRC
K689 MLRDVERKNEELSVL
K698 EELSVLLKSQQLESE
K720 HLFQHSKKLESVAEE
K733 EEHEILTKSYMELVQ
A750 EDMEKKNADLQTTCE
T765 SLNKHIETVKKLNES
K768 KHIETVKKLNESLKQ
K779 SLKQQNEKTIAQLIE
K787 TIAQLIEKEEQRKEV
K804 QLVDRECKLSNLHKK
K824 EKINVLQKEKEDKQE
T832 EKEDKQETIDILRKE
S851‑p EQIRKELsIKASSLE
K861 ASSLEMQKAQLEGRL
K876 EEKESLVKLQQDELN
S901 SLSGGKISPETVNLS
T904 GGKISPETVNLSI__
S908 SPETVNLSI______