Other Species / Isoforms
  MAFA (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.

 
S13
AMGAELPSsPLAIEY
0 1
MAFA (human) AMGAELPSsPLAIEY S13
MAFA (mouse) AMGAELPssPLAIEY S13-p
MAFA (quail) AMTAELPTsPLAIEY T13
S14-p
MGAELPSsPLAIEYV
Upstream
Downstream
2 2
Effects on Modified Protein
  • activity, induced
Effects on Biological Processes:
  • cell differentiation, altered
  • transcription, induced
Kinase, in vitro:
  • ERK2 (human)
Putative in vivo kinases:
  • ERK2 (human)
  • MEKK1 (human)
MAFA (human) MGAELPSsPLAIEYV S14-p
MAFA (mouse) MGAELPssPLAIEYV S14-p
MAFA (quail) MTAELPTsPLAIEYV S14-p
K32-sm
DLMKFEVkKEPPEAE
2 0
MAFA (human) DLMKFEVkKEPPEAE K32-sm
MAFA (mouse) DLMKFEVkKEPPEAE K32-sm
MAFA (quail) DLMKFEVKKEPAEAE K32
S49-p
CHRLPPGsLSStPLS
Upstream
Downstream
4 1
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • carcinogenesis, induced
  • transcription, induced
Kinase, in vitro:
  • GSK3B (human)
Putative in vivo kinases:
  • GSK3A (human)
  • GSK3B (human)
MAFA (human) CHRLPPGsLSStPLS S49-p
MAFA (mouse) CHRLPPGsLSStPLS S49-p
MAFA (quail) CHRLPAGSLSSTPLS S49
T53-p
PPGsLSStPLStPCS
Upstream
Downstream
4 1
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • carcinogenesis, induced
  • transcription, induced
Kinase, in vitro:
  • GSK3B (human)
Putative in vivo kinases:
  • GSK3A (human)
  • GSK3B (human)
Treatment
  • 1-azakenpaullone
  • lithium
  • seliciclib
  • U0126
MAFA (human) PPGsLSStPLStPCS T53-p
MAFA (mouse) PPGsLSStPLStPCS T53-p
MAFA (quail) PAGSLSSTPLStPCS T53
T57-p
LSStPLStPCSsVPS
Upstream
Downstream
7 1
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • carcinogenesis, induced
  • transcription, induced
Kinase, in vitro:
  • GSK3B (human)
Putative in vivo kinases:
  • GSK3A (human)
  • GSK3B (human)
  • P38A (human)
Treatment
  • 1-azakenpaullone
  • lithium
  • SB203580
  • seliciclib
  • U0126
MAFA (human) LSStPLStPCSsVPS T57-p
MAFA (mouse) LSStPLStPCSsVPS T57-p
MAFA (quail) LSSTPLStPCSSVPS T57-p
S61-p
PLStPCSsVPSsPSF
Upstream
Downstream
4 0
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • carcinogenesis, induced
  • transcription, induced
Kinase, in vitro:
  • GSK3B (human)
Putative in vivo kinases:
  • GSK3A (human)
  • GSK3B (human)
MAFA (human) PLStPCSsVPSsPSF S61-p
MAFA (mouse) PLStPCSsVPSsPSF S61-p
MAFA (quail) PLStPCSSVPSSPSF S61
S65-p
PCSsVPSsPSFCAPS
Upstream
Downstream
7 0
Effects on Modified Protein
  • activity, induced
Effects on Biological Processes:
  • cell differentiation, altered
  • transcription, induced
Kinase, in vitro:
  • ERK2 (human)
Putative in vivo kinases:
  • ERK2 (human)
  • MEKK1 (human)
MAFA (human) PCSsVPSsPSFCAPS S65-p
MAFA (mouse) PCSsVPSsPSFCAPS S65-p
MAFA (quail) PCSSVPSSPSFCAPS S65
S98
GGAPGPPSGGPGAVG
0 1
MAFA (human) GGAPGPPSGGPGAVG S98
MAFA (mouse) GGAPGPPsGGPGTVG S96-p
MAFA (quail) PSPGGQPSAGPTAAP S78
S120
LEDLYWMSGYQHHLN
0 1
MAFA (human) LEDLYWMSGYQHHLN S120
MAFA (mouse) LEDLYWMsGYQHHLN S118-p
MAFA (quail) LEELYWMSGYQHHLN S99
T134-p
NPEALNLtPEDAVEA
Upstream
Downstream
4 2
Effects on Modified Protein
  • protein degradation
Putative in vivo kinases:
  • P38A (human)
Treatment
  • SB203580
MAFA (human) NPEALNLtPEDAVEA T134-p
MAFA (mouse) NPEALNLtPEDAVEA T132-p
MAFA (quail) NPEALNLtPEDAVEA T113-p
S145
AVEALIGSGHHGAHH
0 1
MAFA (human) AVEALIGSGHHGAHH S145
MAFA (mouse) AVEALIGsGHHGAHH S143-p
MAFA (quail) AVEALIGAPHHHHHH A124
Y163
HPAAAAAYEAFRGPG
0 1
MAFA (human) HPAAAAAYEAFRGPG Y163
MAFA (mouse) HPAAAAAyEAFRGQs Y161-p
MAFA (quail) HHHHHQSYESFRPQP Y135
G170
YEAFRGPGFAGGGGA
0 1
MAFA (human) YEAFRGPGFAGGGGA G170
MAFA (mouse) yEAFRGQsFAGGGGA S168-p
MAFA (quail) YESFRPQPFGGEELP P142
S228
VRLEERFSDDQLVSM
0 2
MAFA (human) VRLEERFSDDQLVSM S228
MAFA (mouse) VRLEERFsDDQLVsM S234-p
MAFA (quail) LRLEERFSDDQLVSM S173
S234
FSDDQLVSMSVRELN
0 1
MAFA (human) FSDDQLVSMSVRELN S234
MAFA (mouse) FsDDQLVsMsVRELN S240-p
MAFA (quail) FSDDQLVSMSVRELN S179
S236
DDQLVSMSVRELNRQ
0 1
MAFA (human) DDQLVSMSVRELNRQ S236
MAFA (mouse) DDQLVsMsVRELNRQ S242-p
MAFA (quail) DDQLVSMSVRELNRQ S181
S248
NRQLRGFSKEEVIRL
0 1
MAFA (human) NRQLRGFSKEEVIRL S248
MAFA (mouse) NRQLRGFsKEEVIRL S254-p
MAFA (quail) NRQLRGFSKEEVIRL S193
S270
KNRGYAQSCRFKRVQ
0 1
MAFA (human) KNRGYAQSCRFKRVQ S270
MAFA (mouse) KNRGYAQsCRFKRVQ S276-p
MAFA (quail) KNRGYAQSCRYKRVQ S215
S284
QQRHILESEKCQLQS
1 1
MAFA (human) QQRHILESEKCQLQS S284
MAFA (mouse) QQRHILEsEKCQLQs S290-p
MAFA (quail) QQRHILENEKCQLQS N229
S291
SEKCQLQSQVEQLKL
1 1
MAFA (human) SEKCQLQSQVEQLKL S291
MAFA (mouse) sEKCQLQsQVEQLKL S297-p
MAFA (quail) NEKCQLQSQVEQLKQ S236
Y310
LAKERDLYKEKyEKL
0 1
MAFA (human) LAKERDLYKEKyEKL Y310
MAFA (mouse) LAKERDLyKEKyEKL Y316-p
MAFA (quail) LAKERDLYKEKYEKL Y255
Y314-p
RDLYKEKyEKLAGRG
0 3
MAFA (human) RDLYKEKyEKLAGRG Y314-p
MAFA (mouse) RDLyKEKyEKLAGRG Y320-p
MAFA (quail) RDLYKEKYEKLAARG Y259
S336-p
AGFPREPsPPQAGPG
3 3
MAFA (human) AGFPREPsPPQAGPG S336-p
MAFA (mouse) AGFPREPsPAQAGPG S342-p
MAFA (quail) RGFPRETsPPAAPKT S272-p