Other Species / Isoforms
  MITF (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.

 
S180-p
PGSSAPNsPMAMLTL
Upstream
Downstream
17 1
Effects on Modified Protein
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • carcinogenesis, induced
  • cell growth, induced
  • cell motility, induced
Putative in vivo kinases:
  • ERK2 (human)
Treatment
  • siRNA
MITF (human) PGSSAPNsPMAMLTL S180-p
MITF iso2 (human) PGSSAPNSPMAMLTL S180
MITF iso5 (human) PGSSAPNSPMAMLTL S179
MITF iso9 (human) PGSSAPNsPMAMLTL S73-p
MITF (mouse) PGSSAPNsPMAMLTL S180-p
MITF iso8 (mouse) PGSSAPNsPMAMLTL S73-p
MITF (rat) PGSSAPNSPMAMLTL S180
-
gap
0 1
MITF (human) gap -
MITF iso2 (human) gap -
MITF iso5 (human) KLTLCLFsRSSSAEH S32-p
MITF iso9 (human) gap -
MITF (mouse) gap -
MITF iso8 (mouse) gap -
MITF (rat) gap -
K45
AEHPGASKPPISSSS
0 1
MITF (human) AEHPGASKPPISSSS K45
MITF iso2 (human) AEHPGASKPPISSSS K45
MITF iso5 (human) AEHPGASKPPISSSS K44
MITF iso9 (human) gap -
MITF (mouse) AEHSGASKPPLSSST K45
MITF iso8 (mouse) gap -
MITF (rat) AEHSGASkPPLSSST K45-ac
T54-p
PISSSSMtsRILLRQ
0 1
MITF (human) PISSSSMtsRILLRQ T54-p
MITF iso2 (human) PISSSSMTSRILLRQ T54
MITF iso5 (human) PISSSSMTSRILLRQ T53
MITF iso9 (human) gap -
MITF (mouse) PLSSSTMTSRILLRQ T54
MITF iso8 (mouse) gap -
MITF (rat) PLSSSTMTSRILLRQ T54
S55-p
ISSSSMtsRILLRQQ
0 1
MITF (human) ISSSSMtsRILLRQQ S55-p
MITF iso2 (human) ISSSSMTSRILLRQQ S55
MITF iso5 (human) ISSSSMTSRILLRQQ S54
MITF iso9 (human) gap -
MITF (mouse) LSSSTMTSRILLRQQ S55
MITF iso8 (mouse) gap -
MITF (rat) LSSSTMTSRILLRQQ S55
K79-sm
ERREQQQkLQAAQFM
0 1
MITF (human) ERREQQQkLQAAQFM K79-sm
MITF iso2 (human) ERREQQQKLQAAQFM K79
MITF iso5 (human) ERREQQQKLQAAQFM K78
MITF iso9 (human) gap -
MITF (mouse) ERREQQQKLQAAQFM K79
MITF iso8 (mouse) gap -
MITF (rat) ERREQQQKLQAAQFM K79
K128-ac
THLENPTkYHIQQAQ
0 1
MITF (human) THLENPTkYHIQQAQ K128-ac
MITF iso2 (human) THLENPTKYHIQQAQ K128
MITF iso5 (human) THLENPTKYHIQQAQ K127
MITF iso9 (human) THLENPTKYHIQQAQ K21
MITF (mouse) THLENPTKYHIQQAQ K128
MITF iso8 (mouse) THLENPTKYHIQQAQ K21
MITF (rat) THLENPTKYHIQQAQ K128
K128-ub
THLENPTkYHIQQAQ
0 1
MITF (human) THLENPTkYHIQQAQ K128-ub
MITF iso2 (human) THLENPTKYHIQQAQ K128
MITF iso5 (human) THLENPTKYHIQQAQ K127
MITF iso9 (human) THLENPTKYHIQQAQ K21
MITF (mouse) THLENPTKYHIQQAQ K128
MITF iso8 (mouse) THLENPTKYHIQQAQ K21
MITF (rat) THLENPTKYHIQQAQ K128
K140-sm
QAQRQQVkQYLSTTL
0 1
MITF (human) QAQRQQVkQYLSTTL K140-sm
MITF iso2 (human) QAQRQQVKQYLSTTL K140
MITF iso5 (human) QAQRQQVKQYLSTTL K139
MITF iso9 (human) QAQRQQVKQYLSTTL K33
MITF (mouse) QAQRHQVKQYLSTTL K140
MITF iso8 (mouse) QAQRHQVKQYLSTTL K33
MITF (rat) QAQRHQVKQYLSTTL K140
S157-p
KHANQVLsLPCPNQP
0 1
MITF (human) KHANQVLsLPCPNQP S157-p
MITF iso2 (human) KHANQVLSLPCPNQP S157
MITF iso5 (human) KHANQVLSLPCPNQP S156
MITF iso9 (human) KHANQVLSLPCPNQP S50
MITF (mouse) KHASQVLSSPCPNQP S157
MITF iso8 (mouse) KHASQVLSSPCPNQP S50
MITF (rat) KHAGQVLSPPCPNQP S157
K198-ub
CEKEGFYkFEEQNRA
0 1
MITF (human) CEKEGFYkFEEQNRA K198-ub
MITF iso2 (human) CEKEGFYKFEEQNRA K198
MITF iso5 (human) CEKEGFYKFEEQNRA K197
MITF iso9 (human) CEKEGFYKFEEQNRA K91
MITF (mouse) CEKEAFYKFEEQSRA K198
MITF iso8 (mouse) CEKEAFYKFEEQSRA K91
MITF (rat) CEKEAFYKFEEQSRA K198
S216-p
CPGMNTHsRASCMQM
0 1
MITF (human) CPGMNTHsRASCMQM S216-p
MITF iso2 (human) CPGMNTHSRASCMQM S216
MITF iso5 (human) CPGMNTHSRASCMQM S215
MITF iso9 (human) CPGMNTHSRASCMQM S109
MITF (mouse) CPGMNTHSRASCMQM S216
MITF iso8 (mouse) CPGMNTHSRASCMQM S109
MITF (rat) CPGMNTHSRASCMQM S216
S280
PGLTISNSCPANLPN
1 0
MITF (human) PGLTISNSCPANLPN S280
MITF iso2 (human) PGLTISNSCPANLPN S280
MITF iso5 (human) PGLTISNSCPANLPN S279
MITF iso9 (human) PGLTISNSCPANLPN S173
MITF (mouse) PGLTISNSCPANLPN S280
MITF iso8 (mouse) PGLTISNsCPANLPN S173-p
MITF (rat) PGLTISNSCPANLPN S280
K289-sm
PANLPNIkRELTACI
3 1
MITF (human) PANLPNIkRELTACI K289-sm
MITF iso2 (human) PANLPNIKRELTESE K289
MITF iso5 (human) PANLPNIKRELTACI K288
MITF iso9 (human) PANLPNIkRELTACI K182-sm
MITF (mouse) PANLPNIkRELTACI K289-sm
MITF iso8 (mouse) PANLPNIkRELTACI K182-sm
MITF (rat) PANLPNIKRELTACI K289
K308-ub
SEARALAkERQKKDN
Downstream
2 0
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
Effects on Biological Processes:
  • autophagy, induced
MITF (human) SEARALAkERQKKDN K308-ub
MITF iso2 (human) SEARALAKERQKKDN K302
MITF iso5 (human) SEARALAKERQKKDN K307
MITF iso9 (human) SEARALAKERQKkDN K201
MITF (mouse) SEARALAKERQKKDN K308
MITF iso8 (mouse) SEARALAKERQKKDN K201
MITF (rat) SEARALAKERQKKDN K308
K313
LAkERQKKDNHNLIE
1 1
MITF (human) LAkERQKKDNHNLIE K313
MITF iso2 (human) LAKERQKKDNHNLIE K307
MITF iso5 (human) LAKERQKKDNHNLIE K312
MITF iso9 (human) LAKERQKkDNHNLIE K206-ac
MITF (mouse) LAKERQKKDNHNLIE K313
MITF iso8 (mouse) LAKERQKKDNHNLIE K206
MITF (rat) LAKERQKKDNHNLIE K313
K350
DPDMRWNKGTILKAs
1 0
MITF (human) DPDMRWNKGTILKAs K350
MITF iso2 (human) DPDMRWNKGTILKAS K344
MITF iso5 (human) DPDMRWNKGTILKAS K349
MITF iso9 (human) DPDMRWNkGTILKAS K243-ac
MITF (mouse) DPDMRWNKGTILKAs K350
MITF iso8 (mouse) DPDMRWNKGTILKAS K243
MITF (rat) DPDMRWNKGTILKAS K350
S357-p
KGTILKAsVDyIRKL
0 1
MITF (human) KGTILKAsVDyIRKL S357-p
MITF iso2 (human) KGTILKASVDYIRKL S351
MITF iso5 (human) KGTILKASVDYIRKL S356
MITF iso9 (human) kGTILKASVDYIRKL S250
MITF (mouse) KGTILKAsVDyIRKL S357-p
MITF iso8 (mouse) KGTILKASVDYIRKL S250
MITF (rat) KGTILKASVDYIRKL S357
Y360-p
ILKAsVDyIRKLQRE
Upstream
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
Effects on Biological Processes:
  • autophagy, induced
Putative in vivo kinases:
  • CLK4 (human)
MITF (human) ILKAsVDyIRKLQRE Y360-p
MITF iso2 (human) ILKASVDYIRKLQRE Y354
MITF iso5 (human) ILKASVDYIRKLQRE Y359
MITF iso9 (human) ILKASVDYIRKLQRE Y253
MITF (mouse) ILKAsVDyIRKLQRE Y360-p
MITF iso8 (mouse) ILKASVDYIRKLQRE Y253
MITF (rat) ILKASVDYIRKLQRE Y360
K372-ub
QREQQRAkELENRQK
Downstream
1 1
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
Effects on Biological Processes:
  • autophagy, induced
MITF (human) QREQQRAkELENRQK K372-ub
MITF iso2 (human) QREQQRAKELENRQK K366
MITF iso5 (human) QREQQRAKELENRQK K371
MITF iso9 (human) QREQQRAKELENRQK K265
MITF (mouse) QREQQRAKDLENRQK K372
MITF iso8 (mouse) QREQQRAKDLENRQK K265
MITF (rat) QREQQRAKDLENRQK K372
S405-p
QARAHGLsLIPSTGL
2 1
MITF (human) QARAHGLsLIPSTGL S405-p
MITF iso2 (human) QARAHGLSLIPSTGL S399
MITF iso5 (human) QARAHGLSLIPSTGL S404
MITF iso9 (human) QARAHGLsLIPSTGL S298-p
MITF (mouse) QARAHGLsLIPSTGL S405-p
MITF iso8 (mouse) QARAHGLSLIPSTGL S298
MITF (rat) QARAHGLSLIPSTGL S405
S414-p
IPSTGLCsPDLVNRI
Upstream
2 27
Treatment
  • nocodazole
  • Y27632
MITF (human) IPSTGLCsPDLVNRI S414-p
MITF iso2 (human) IPSTGLCSPDLVNRI S408
MITF iso5 (human) IPSTGLCSPDLVNRI S413
MITF iso9 (human) IPSTGLCSPDLVNRI S307
MITF (mouse) IPSTGLCsPDLVNRI S414-p
MITF iso8 (mouse) IPSTGLCsPDLVNRI S307-p
MITF (rat) IPSTGLCSPDLVNRI S414
K423-sm
DLVNRIIkQEPVLEN
4 1
MITF (human) DLVNRIIkQEPVLEN K423-sm
MITF iso2 (human) DLVNRIIKQEPVLEN K417
MITF iso5 (human) DLVNRIIKQEPVLEN K422
MITF iso9 (human) DLVNRIIkQEPVLEN K316-sm
MITF (mouse) DLVNRIIkQEPVLEN K423-sm
MITF iso8 (mouse) DLVNRIIkQEPVLEN K316-sm
MITF (rat) DLVNRIIKQEPVLEN K423
S432-p
EPVLENCsQDLLQHH
Upstream
Downstream
1 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • phosphorylation
  • protein degradation
  • protein stabilization
Effects on Biological Processes:
  • DNA repair, altered
  • cell growth, induced
  • transcription, inhibited
Kinase, in vitro:
  • DNAPK (human)
Putative in vivo kinases:
  • DNAPK (human)
Regulatory protein:
  • MITF (human)
Treatment
  • KU-55933
  • NU7441
  • UV
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MITF (human) EPVLENCsQDLLQHH S432-p
MITF iso2 (human) EPVLENCSQDLLQHH S426
MITF iso5 (human) EPVLENCSQDLLQHH S431
MITF iso9 (human) EPVLENCSQDLLQHH S325
MITF (mouse) EPVLENCSQELVQHQ S432
MITF iso8 (mouse) EPVLENCSQELVQHQ S325
MITF (rat) EPVLENCSQELVQHQ S432
T489-p
EDILMDDtLsPVGVT
Upstream
0 2
Treatment
  • AZD1152
  • ZM447439
MITF (human) EDILMDDtLsPVGVT T489-p
MITF iso2 (human) EDILMDDTLSPVGVT T483
MITF iso5 (human) EDILMDDTLSPVGVT T488
MITF iso9 (human) EDILMDDTLSPVGVT T382
MITF (mouse) EDILMDDALsPVGVT A489
MITF iso8 (mouse) EDILMDDALSPVGVT A382
MITF (rat) EDILMDDALSPVGVT A489
S491-p
ILMDDtLsPVGVTDP
Upstream
0 14
Treatment
  • nocodazole
MITF (human) ILMDDtLsPVGVTDP S491-p
MITF iso2 (human) ILMDDTLSPVGVTDP S485
MITF iso5 (human) ILMDDTLSPVGVTDP S490
MITF iso9 (human) ILMDDTLSPVGVTDP S384
MITF (mouse) ILMDDALsPVGVTDP S491-p
MITF iso8 (mouse) ILMDDALSPVGVTDP S384
MITF (rat) ILMDDALSPVGVTDP S491
S502-p
VTDPLLSsVsPGAsK
0 1
MITF (human) VTDPLLSsVsPGAsK S502-p
MITF iso2 (human) VTDPLLSSVSPGASK S496
MITF iso5 (human) VTDPLLSSVSPGASK S501
MITF iso9 (human) VTDPLLSSVsPGAsK S395
MITF (mouse) VTDPLLSSVsPGAsK S502
MITF iso8 (mouse) VTDPLLSSVSPGASK S395
MITF (rat) VTDPLLSSVSPGASK S502
S504-p
DPLLSsVsPGAsKts
Upstream
1 11
Treatment
  • AZD1152
  • ZM447439
MITF (human) DPLLSsVsPGAsKts S504-p
MITF iso2 (human) DPLLSSVSPGASKTS S498
MITF iso5 (human) DPLLSSVSPGASKTS S503
MITF iso9 (human) DPLLSSVsPGAsKTS S397-p
MITF (mouse) DPLLSSVsPGAsKTS S504-p
MITF iso8 (mouse) DPLLSSVSPGASKTS S397
MITF (rat) DPLLSSVSPGASKTS S504
S508-p
SsVsPGAsKtssRRs
1 2
MITF (human) SsVsPGAsKtssRRs S508-p
MITF iso2 (human) SSVSPGASKTSSRRS S502
MITF iso5 (human) SSVSPGASKTSSRRS S507
MITF iso9 (human) SSVsPGAsKTSsRRS S401-p
MITF (mouse) SSVsPGAsKTSSRRS S508-p
MITF iso8 (mouse) SSVSPGASKTSSRRS S401
MITF (rat) SSVSPGASKTSSRRS S508
T510-p
VsPGAsKtssRRssM
0 1
MITF (human) VsPGAsKtssRRssM T510-p
MITF iso2 (human) VSPGASKTSSRRSSM T504
MITF iso5 (human) VSPGASKTSSRRSSM T509
MITF iso9 (human) VsPGAsKTSsRRSsM T403
MITF (mouse) VsPGAsKTSSRRSsM T510
MITF iso8 (mouse) VSPGASKTSSRRSsM T403
MITF (rat) VSPGASKTSSRRSSM T510
S511-p
sPGAsKtssRRssMS
0 1
MITF (human) sPGAsKtssRRssMS S511-p
MITF iso2 (human) SPGASKTSSRRSSMS S505
MITF iso5 (human) SPGASKTSSRRSSMS S510
MITF iso9 (human) sPGAsKTSsRRSsMS S404
MITF (mouse) sPGAsKTSSRRSsMs S511
MITF iso8 (mouse) SPGASKTSSRRSsMS S404
MITF (rat) SPGASKTSSRRSSMS S511
S512-p
PGAsKtssRRssMSM
1 1
MITF (human) PGAsKtssRRssMSM S512-p
MITF iso2 (human) PGASKTSSRRSSMSM S506
MITF iso5 (human) PGASKTSSRRSSMSM S511
MITF iso9 (human) PGAsKTSsRRSsMSM S405-p
MITF (mouse) PGAsKTSSRRSsMsA S512
MITF iso8 (mouse) PGASKTSSRRSsMSA S405
MITF (rat) PGASKTSSRRSSMSA S512
S515-p
sKtssRRssMSMEET
0 2
MITF (human) sKtssRRssMSMEET S515-p
MITF iso2 (human) SKTSSRRSSMSMEET S509
MITF iso5 (human) SKTSSRRSSMSMEET S514
MITF iso9 (human) sKTSsRRSsMSMEET S408
MITF (mouse) sKTSSRRSsMsAEET S515
MITF iso8 (mouse) SKTSSRRSsMSAEET S408
MITF (rat) SKTSSRRSSMSAEET S515
S516-p
KtssRRssMSMEETE
Upstream
Downstream
9 5
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • protein degradation
Effects on Biological Processes:
  • cell growth, inhibited
  • transcription, induced
  • transcription, inhibited
Kinase, in vitro:
  • Akt1 (human)
Putative in vivo kinases:
  • Akt1 (human)
MITF (human) KtssRRssMSMEETE S516-p
MITF iso2 (human) KTSSRRSSMSMEETE S510
MITF iso5 (human) KTSSRRSSMSMEETE S515
MITF iso9 (human) KTSsRRSsMSMEETE S409-p
MITF (mouse) KTSSRRSsMsAEETE S516-p
MITF iso8 (mouse) KTSSRRSsMSAEETE S409-p
MITF (rat) KTSSRRSSMSAEETE S516
S518
ssRRssMSMEETEHT
0 1
MITF (human) ssRRssMSMEETEHT S518
MITF iso2 (human) SSRRSSMSMEETEHT S512
MITF iso5 (human) SSRRSSMSMEETEHT S517
MITF iso9 (human) SsRRSsMSMEETEHT S411
MITF (mouse) SSRRSsMsAEETEHA S518-p
MITF iso8 (mouse) SSRRSsMSAEETEHA S411
MITF (rat) SSRRSSMSAEETEHA S518