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   T23 LCLAKATTVQWCAVS
1 0   S53 KVGGPPLSCVKKSST
1 0   S53 KVGGPPLSCVKKSST
1 0   K56 GPPLSCVKKSSTRQC
0 3   Y110 KEQPRTHYYAVAVVK
0 1   Y111 EQPRTHYYAVAVVKn
0 1   N118‑ng YAVAVVKnSSNFHLN
0 5   Y210 PEEPYSGYAGALRCL
0 1   R215 SGYAGALRCLRDNAG
0 1   K255 LCPDNTWKPVTEYKE
0 1   E259 NTWKPVTEYKECHLA
0 1   K261 WKPVTEYKECHLAQV
0 1   S277 SHAVVSRSTNDKEEA
0 3   K319 GQKDLLFKESAIGFV
0 1   V326 KESAIGFVRVPQKVD
1 0   K351 TSIQNLNKKQQDVIA
1 0   K404 DCIVAIMKGDADAMS
2 0   K422 GYIYTAGKCGLVPVL
1 0   K422 GYIYTAGKCGLVPVL
0 3   K434 PVLAENQKSSKSNGL
1 0   K434 PVLAENQKSSKSNGL
0 1   Y451 VNRPVEGYLAVAAVR
0 2   S474 SSLRGKKSCHTAVDR
0 1   T477 RGKKSCHTAVDRTAG
0 1   T482 CHTAVDRTAGWNIPM
0 1   N494‑ng IPMGLLAnQTRSCKF
0 1   T496 MGLLAnQTRSCKFNE
0 1   S498 LLAnQTRSCKFNEFF
0 1   S537 ENKCAPNSKERYQGY
0 32   Q542 PNSKERYQGYTGALR
0 338   Y544 SKERYQGYTGALRCL
0 1   K562 AGNVAFLKDSTVLQN
0 1   T600 DDTRKPVTEAKNCHL
0 1   N604 KPVTEAKNCHLAIAP
0 1   S617 APNHAVVSRTDKVEV
  human

► Hide Isoforms 		 
S24‑p CLAGRRRsVQWCAVS
S54‑p KVRGPPVsCIkRDSP
S54‑gl KVRGPPVsCIkRDSP
K57‑sm GPPVsCIkRDSPIQC
Y111‑p ERQPRTHyyAVAVVK
Y112‑p RQPRTHyyAVAVVKK
K119 yAVAVVKKGGSFQLN
Y211‑p SQEPYFSySGAFkCL
K216‑ac FSySGAFkCLRDGAG
K256‑ac LCPDNTRkPVDkFkD
K260‑ac NTRkPVDkFkDCHLA
K262‑ac RkPVDkFkDCHLARV
S278‑p SHAVVARsVNGKEDA
K320‑ac GQKDLLFkDSAIGFs
S327‑p kDSAIGFsRVPPRID
K352‑sm TAIQNLRkSEEEVAA
K405‑sm DCIALVLkGEADAMS
K423‑ub GYVYTAGkCGLVPVL
K423‑sm GYVYTAGkCGLVPVL
K435‑ac PVLAENYkSQQSSDP
K435‑sm PVLAENYkSQQSSDP
Y454‑p VDRPVEGyLAVAVVR
S477‑p NSVKGKKsCHtAVDR
T480‑p KGKKsCHtAVDRtAG
T485‑p CHtAVDRtAGWNIPM
N497 IPMGLLFNQtGsCKF
T499‑p MGLLFNQtGsCKFDE
S501‑p LLFNQtGsCKFDEYF
S540‑p ENKCVPNsNERYyGy
Y545‑p PNsNERYyGyTGAFR
Y547‑p sNERYyGyTGAFRCL
K565‑ac AGDVAFVkDVTVLQN
T603‑p DGKRKPVtEARsCHL
S607‑p KPVtEARsCHLAMAP
S620‑p APNHAVVsRMDKVER
  LTF iso2  
- gap
S10 KVRGPPVSCIKRDSP
S10 KVRGPPVSCIKRDSP
K13 GPPVSCIKRDSPIQC
Y67 ERQPRTHYYAVAVVK
Y68 RQPRTHYYAVAVVKK
K75 YAVAVVKKGGSFQLN
Y167 SQEPYFSYSGAFKCL
K172 FSYSGAFKCLRDGAG
K212 LCPDNTRKPVDKFKD
K216 NTRKPVDKFKDCHLA
K218 RKPVDKFKDCHLARV
S234 SHAVVARSVNGKEDA
K276 GQKDLLFKDSAIGFS
S283 KDSAIGFSRVPPRID
K308 TAIQNLRKSEEEVAA
K361 DCIALVLKGEADAMS
K379 GYVYTAGKCGLVPVL
K379 GYVYTAGKCGLVPVL
K391 PVLAENYKSQQSSDP
K391 PVLAENYKSQQSSDP
Y410 VDRPVEGYLAVAVVR
S433 NSVKGKKSCHTAVDR
T436 KGKKSCHTAVDRTAG
T441 CHTAVDRTAGWNIPM
N453 IPMGLLFNQTGSCKF
T455 MGLLFNQTGSCKFDE
S457 LLFNQTGSCKFDEYF
S496 ENKCVPNSNERYYGY
Y501 PNSNERYYGYTGAFR
Y503 SNERYYGYTGAFRCL
K521 AGDVAFVKDVTVLQN
T559 DGKRKPVTEARSCHL
S563 KPVTEARSCHLAMAP
S576 APNHAVVSRMDKVER
  rat

 
V24 FLARIDTVVRWCTIS
R54 KAGVPKLRCARKYFM
R54 KAGVPKLRCARKYFM
R57 VPKLRCARKYFMPHC
Y110 KEKPRIHYYAVAVVK
Y111 EKPRIHYYAVAVVKN
N118 YAVAVVKNSSDIRLN
Y210 PQEPYAGYAGAFRCL
R215 AGYAGAFRCLRDNAG
K255 LCPDNTWKPVTEYKE
E259 NTWKPVTEYKECHLA
K261 WKPVTEYKECHLAQI
V277 SRAVVAHVRSEKDSA
K319 GQKDLLFKDSVIGFV
V326 KDSVIGFVRVPFTVN
E351 MALKSLKESKENVMA
M404 QCIFSITMGDADAMN
K422 GYIYSAGKCGLVPVL
K422 GYIYSAGKCGLVPVL
K434 PVLAEIQKSPNSNGS
K434 PVLAEIQKSPNSNGS
Y451 VDRPAEGYLAVAAVR
S474 STVRGKKSCHTAVDR
T477 RGKKSCHTAVDRTAG
T482 CHTAVDRTAGWNIPM
N494 IPMGLLVNQTNSCQF
T496 MGLLVNQTNSCQFKE
S498 LLVNQTNSCQFKEFF
S537 KDKCNPNSQERYQGY
Q542 PNSQERYQGYVGAFR
Y544 SQERYQGYVGAFRCL
K562 AGNVAFLKDATVLQN
T600 DDTRKPVTEAKNCHL
N604 KPVTEAKNCHLAVAP
A617 APNHAVVARKDKARL