Other Species / Isoforms
  SNX27 iso2 (human)      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.

 
-
gap
0 5
SNX27 (human) GGGGGGGsGLHCAGN S26-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) GGGGGGGSGLHCAGN S26
SNX27 iso4 (human) gap -
SNX27 (mouse) NGGGGGGsGLHCAGN S24-p
SNX27 (rat) NGGGGGGSGLHCAGN S24
-
gap
0 1
SNX27 (human) PRVVRIVksEsGYGF K48-ub
SNX27 iso2 (human) gap -
SNX27 iso3 (human) PRVVRIVKSESGYGF K48
SNX27 iso4 (human) gap -
SNX27 (mouse) PRVVRIVKsEsGYGF K46
SNX27 (rat) PRVVRIVKSEsGYGF K46
-
gap
0 2
SNX27 (human) RVVRIVksEsGYGFN S49-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) RVVRIVKSESGYGFN S49
SNX27 iso4 (human) gap -
SNX27 (mouse) RVVRIVKsEsGYGFN S47-p
SNX27 (rat) RVVRIVKSEsGYGFN S47
-
gap
1 26
SNX27 (human) VRIVksEsGYGFNVR S51-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) VRIVKSESGYGFNVR S51
SNX27 iso4 (human) gap -
SNX27 (mouse) VRIVKsEsGYGFNVR S49-p
SNX27 (rat) VRIVKSEsGYGFNVR S49-p
-
gap
0 7
SNX27 (human) FNVRGQVsEGGQLRs S62-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) FNVRGQVSEGGQLRS S62
SNX27 iso4 (human) gap -
SNX27 (mouse) FNVRGQVsEGGQLRS S60-p
SNX27 (rat) FNVRGQVSEGGQLRS S60
-
gap
0 1
SNX27 (human) sEGGQLRsINGELyA S69-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) SEGGQLRSINGELYA S69
SNX27 iso4 (human) gap -
SNX27 (mouse) sEGGQLRSINGELYA S67
SNX27 (rat) SEGGQLRSINGELYA S67
-
gap
0 4
SNX27 (human) RsINGELyAPLQHVs Y75-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) RSINGELYAPLQHVS Y75
SNX27 iso4 (human) gap -
SNX27 (mouse) RSINGELYAPLQHVS Y73
SNX27 (rat) RSINGELYAPLQHVS Y73
-
gap
0 1
SNX27 (human) yAPLQHVsAVLPGGA S82-p
SNX27 iso2 (human) gap -
SNX27 iso3 (human) YAPLQHVSAVLPGGA S82
SNX27 iso4 (human) gap -
SNX27 (mouse) YAPLQHVSAVLPGGA S80
SNX27 (rat) YAPLQHVSAVLPGGA S80
K22
NVEGATHKQVVDLIR
0 1
SNX27 (human) NVEGATHkQVVDLIR K115-ub
SNX27 iso2 (human) NVEGATHKQVVDLIR K22
SNX27 iso3 (human) NVEGATHKQVVDLIR K115
SNX27 iso4 (human) gap -
SNX27 (mouse) NVEGATHKQVVDLIR K113
SNX27 (rat) NVEGATHKQVVDLIR K113
K33
DLIRAGEKELILTVL
0 1
SNX27 (human) DLIRAGEkELILTVL K126-ub
SNX27 iso2 (human) DLIRAGEKELILTVL K33
SNX27 iso3 (human) DLIRAGEKELILTVL K126
SNX27 iso4 (human) gap -
SNX27 (mouse) DLIRAGEKELILTVL K124
SNX27 (rat) DLIRAGEKELILTVL K124
T65
GQSFYDYTEKQAVPI
0 1
SNX27 (human) GQSFYDYTEkQAVPI T158
SNX27 iso2 (human) GQSFYDYTEKQAVPI T65
SNX27 iso3 (human) GQSFYDYTEKQAVPI T158
SNX27 iso4 (human) gap -
SNX27 (mouse) GQSFYDYtEKQAVPI T156-p
SNX27 (rat) GQSFYDYTEKQAVPI T156
K67
SFYDYTEKQAVPISV
0 1
SNX27 (human) SFYDYTEkQAVPISV K160-ub
SNX27 iso2 (human) SFYDYTEKQAVPISV K67
SNX27 iso3 (human) SFYDYTEKQAVPISV K160
SNX27 iso4 (human) gap -
SNX27 (mouse) SFYDYtEKQAVPISV K158
SNX27 (rat) SFYDYTEKQAVPISV K158
Y93
KFVVYNVYMAGRQLC
0 24
SNX27 (human) KFVVYNVyMAGRQLC Y186-p
SNX27 iso2 (human) KFVVYNVYMAGRQLC Y93
SNX27 iso3 (human) KFVVYNVYMAGRQLC Y186
SNX27 iso4 (human) gap -
SNX27 (mouse) KFVVYNVYMAGRQLC Y184
SNX27 (rat) KFVVYNVYMAGRQLC Y184
T122
KREFANFTFPRLPGK
0 8
SNX27 (human) KREFANFtFPrLPGk T215-p
SNX27 iso2 (human) KREFANFTFPRLPGK T122
SNX27 iso3 (human) KREFANFTFPRLPGK T215
SNX27 iso4 (human) gap -
SNX27 (mouse) KREFANFtFPRLPGk T213-p
SNX27 (rat) KREFANFTFPRLPGK T213
R125
FANFTFPRLPGKWPF
0 1
SNX27 (human) FANFtFPrLPGkWPF R218-m1
SNX27 iso2 (human) FANFTFPRLPGKWPF R125
SNX27 iso3 (human) FANFTFPRLPGKWPF R218
SNX27 iso4 (human) gap -
SNX27 (mouse) FANFtFPRLPGkWPF R216
SNX27 (rat) FANFTFPRLPGKWPF R216
K129
TFPRLPGKWPFSLSE
0 16
SNX27 (human) tFPrLPGkWPFsLSE K222-ub
SNX27 iso2 (human) TFPRLPGKWPFSLSE K129
SNX27 iso3 (human) TFPRLPGKWPFSLSE K222
SNX27 iso4 (human) gap -
SNX27 (mouse) tFPRLPGkWPFSLSE K220-ub
SNX27 (rat) TFPRLPGKWPFSLSE K220
S133
LPGKWPFSLSEQQLD
0 3
SNX27 (human) LPGkWPFsLSEQQLD S226-p
SNX27 iso2 (human) LPGKWPFSLSEQQLD S133
SNX27 iso3 (human) LPGKWPFSLSEQQLD S226
SNX27 iso4 (human) gap -
SNX27 (mouse) LPGkWPFSLSEQQLD S224
SNX27 (rat) LPGKWPFSLSEQQLD S224
K152
GLEEYLEKVCSIRVI
0 1
SNX27 (human) GLEEYLEkVCSIRVI K245-ub
SNX27 iso2 (human) GLEEYLEKVCSIRVI K152
SNX27 iso3 (human) GLEEYLEKVCSIRVI K245
SNX27 iso4 (human) gap -
SNX27 (mouse) GLEEYLEKVCSIRVI K243
SNX27 (rat) GLEEYLEKVCSIRVI K243
Y176
LSESDENYNGVSDVE
0 14
SNX27 (human) LSESDENyNGVSDVE Y269-p
SNX27 iso2 (human) LSESDENYNGVSDVE Y176
SNX27 iso3 (human) LSESDENYNGVSDVE Y269
SNX27 iso4 (human) gap -
SNX27 (mouse) LSESDENYNGVSDVE Y267
SNX27 (rat) LSESDENYNGVSDVE Y267
S202
TVRVKKNSTTDQVYQ
0 1
SNX27 (human) TVRVKKNsttDQVYQ S295-p
SNX27 iso2 (human) TVRVKKNSTTDQVYQ S202
SNX27 iso3 (human) TVRVKKNSTTDQVYQ S295
SNX27 iso4 (human) gap -
SNX27 (mouse) TVRVKKNSTTDQVYQ S293
SNX27 (rat) TVRVKKNSTTDQVyQ S293
T203
VRVKKNSTTDQVYQA
0 1
SNX27 (human) VRVKKNsttDQVYQA T296-p
SNX27 iso2 (human) VRVKKNSTTDQVYQA T203
SNX27 iso3 (human) VRVKKNSTTDQVYQA T296
SNX27 iso4 (human) gap -
SNX27 (mouse) VRVKKNSTTDQVYQA T294
SNX27 (rat) VRVKKNSTTDQVyQA T294
T204
RVKKNSTTDQVYQAI
0 1
SNX27 (human) RVKKNsttDQVYQAI T297-p
SNX27 iso2 (human) RVKKNSTTDQVYQAI T204
SNX27 iso3 (human) RVKKNSTTDQVYQAI T297
SNX27 iso4 (human) gap -
SNX27 (mouse) RVKKNSTTDQVYQAI T295
SNX27 (rat) RVKKNSTTDQVyQAI T295
Y208
NSTTDQVYQAIAAKV
0 1
SNX27 (human) NsttDQVYQAIAAKV Y301
SNX27 iso2 (human) NSTTDQVYQAIAAKV Y208
SNX27 iso3 (human) NSTTDQVYQAIAAKV Y301
SNX27 iso4 (human) gap -
SNX27 (mouse) NSTTDQVYQAIAAKV Y299
SNX27 (rat) NSTTDQVyQAIAAKV Y299-p
K247
APNEFPHKLYIQNYT
0 1
SNX27 (human) APNEFPHkLYIQNyT K340-ub
SNX27 iso2 (human) APNEFPHKLYIQNYT K247
SNX27 iso3 (human) APNEFPHKLYIQNYT K340
SNX27 iso4 (human) APNEFPHKLYIQNYT K31
SNX27 (mouse) APNEFPHKLYVQNYT K338
SNX27 (rat) APNEFPHKLYVQNYT K338
Y253
HKLYIQNYTSAVPGT
0 3
SNX27 (human) HkLYIQNyTSAVPGT Y346-p
SNX27 iso2 (human) HKLYIQNYTSAVPGT Y253
SNX27 iso3 (human) HKLYIQNYTSAVPGT Y346
SNX27 iso4 (human) HKLYIQNYTSAVPGT Y37
SNX27 (mouse) HKLYVQNYTSAVPGT Y344
SNX27 (rat) HKLYVQNYTSAVPGT Y344
Y299
VDDVKKGYIKAEEKS
0 1
SNX27 (human) VDDVKKGyIKAEEkS Y392-p
SNX27 iso2 (human) VDDVKKGYIKAEEKS Y299
SNX27 iso3 (human) VDDVKKGYIKAEEKS Y392
SNX27 iso4 (human) VDDVKKGYIKAEEKS Y83
SNX27 (mouse) VDDVKKGYIKAEEKS Y390
SNX27 (rat) VDDVKKGYIKAEEKS Y390
K305
GYIKAEEKSYQLQKL
0 1
SNX27 (human) GyIKAEEkSyQLQkL K398-ub
SNX27 iso2 (human) GYIKAEEKSYQLQKL K305
SNX27 iso3 (human) GYIKAEEKSYQLQKL K398
SNX27 iso4 (human) GYIKAEEKSYQLQKL K89
SNX27 (mouse) GYIKAEEKSYQLQKL K396
SNX27 (rat) GYIKAEEKSYQLQKL K396
Y307
IKAEEKSYQLQKLYE
0 1
SNX27 (human) IKAEEkSyQLQkLYE Y400-p
SNX27 iso2 (human) IKAEEKSYQLQKLYE Y307
SNX27 iso3 (human) IKAEEKSYQLQKLYE Y400
SNX27 iso4 (human) IKAEEKSYQLQKLYE Y91
SNX27 (mouse) IKAEEKSYQLQKLHE Y398
SNX27 (rat) IKAEEKSYQLQKLYE Y398
K311
EKSYQLQKLYEQRKM
0 2
SNX27 (human) EkSyQLQkLYEQRKM K404-ub
SNX27 iso2 (human) EKSYQLQKLYEQRKM K311
SNX27 iso3 (human) EKSYQLQKLYEQRKM K404
SNX27 iso4 (human) EKSYQLQKLYEQRKM K95
SNX27 (mouse) EKSYQLQKLHEQRKM K402
SNX27 (rat) EKSYQLQKLYEQRKM K402
T411
PRWVKIFTPYFNYMH
0 1
SNX27 (human) PRWVKIFtPYFNYMH T504-p
SNX27 iso2 (human) PRWVKIFTPYFNYMH T411
SNX27 iso3 (human) PRWVKIFTPYFNYMH T504
SNX27 iso4 (human) PRWVKIFTPYFNYMH T195
SNX27 (mouse) PRWVKIFTPYFNYMH T502
SNX27 (rat) PRWVKIFTPYFNYMH T502
K429
ERVFCELKWRKENIF
0 2
SNX27 (human) ERVFCELkWRKENIF K522-ub
SNX27 iso2 (human) ERVFCELKWRKENIF K429
SNX27 iso3 (human) ERVFCELKWRKEEy_ K522
SNX27 iso4 (human) ERVFCELKWRKENIF K213
SNX27 (mouse) ERVFCELKWRKENIF K520
SNX27 (rat) ERVFCELKWRKENIF K520
-
gap
0 1
SNX27 (human) gap -
SNX27 iso2 (human) gap -
SNX27 iso3 (human) LKWRKEEy_______ Y528-p
SNX27 iso4 (human) gap -
SNX27 (mouse) gap -
SNX27 (rat) gap -