Other Species / Isoforms
  DLG1 (rat)      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.

 
Y18
ALHLLEEYRSKLSQT
0 2
DLG1 (human) ALHLLEEyRSKLsQT Y18-p
DLG1 iso2 (human) ALHLLEEYRSKLSQT Y18
DLG1 iso3 (human) ALHLLEEYRSKLSQT Y18
DLG1 iso5 (human) ALHLLEEYRSKLSQT Y18
DLG1 iso9 (human) gap -
DLG1 (mouse) ALHLLEEYRSKLSQT Y18
DLG1 iso2 (mouse) ALHLLEEYRSKLSQT Y18
DLG1 iso3 (mouse) ALHLLEEYRSKLSQT Y18
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) ALHLLEEYRSKLSQT Y22
DLG1 (rat) ALHLLEEYRSKLSQT Y18
S23
EEYRSKLSQTEDRQL
0 1
DLG1 (human) EEyRSKLsQTEDRQL S23-p
DLG1 iso2 (human) EEYRSKLSQTEDRQL S23
DLG1 iso3 (human) EEYRSKLSQTEDRQL S23
DLG1 iso5 (human) EEYRSKLSQTEDRQL S23
DLG1 iso9 (human) gap -
DLG1 (mouse) EEYRSKLSQTEDRQL S23
DLG1 iso2 (mouse) EEYRSKLSQTEDRQL S23
DLG1 iso3 (mouse) EEYRSKLSQTEDRQL S23
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) EEYRSKLSQTEDRQL S27
DLG1 (rat) EEYRSKLSQTEDRQL S23
S39-p
SSIERVIsIFQSNLF
Upstream
Downstream
3 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Kinase, in vitro:
  • CAMK2A (human)
Putative in vivo kinases:
  • CAMK2A (rat)
Treatment
  • APV
  • caffeine
  • thapsigargin
view more >
DLG1 (human) SSIERVINIFQSNLF N39
DLG1 iso2 (human) SSIERVINIFQSNLF N39
DLG1 iso3 (human) SSIERVINIFQSNLF N39
DLG1 iso5 (human) SSIERVINIFQSNLF N39
DLG1 iso9 (human) gap -
DLG1 (mouse) SSIERVINIFQSNLF N39
DLG1 iso2 (mouse) SSIERVINIFQSNLF N39
DLG1 iso3 (mouse) SSIERVINIFQSNLF N39
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) SSIERVINIFQSNLF N43
DLG1 (rat) SSIERVIsIFQSNLF S39-p
Y56
LIDIQEFYEVTLLDN
0 1
DLG1 (human) LIDIQEFyEVTLLDN Y56-p
DLG1 iso2 (human) LIDIQEFYEVTLLDN Y56
DLG1 iso3 (human) LIDIQEFYEVTLLDN Y56
DLG1 iso5 (human) LIDIQEFYEVTLLDN Y56
DLG1 iso9 (human) gap -
DLG1 (mouse) LIDIQEFYEVTLLDN Y56
DLG1 iso2 (mouse) LIDIQEFYEVTLLDN Y56
DLG1 iso3 (mouse) LIDIQEFYEVTLLDN Y56
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) LIDIQEFYEVTLLDN Y60
DLG1 (rat) LIDIQEFYEVTLLDN Y56
S102
ESLPGGLSPPVEKYR
0 4
DLG1 (human) ETLPSSLsPsVEkYR S102-p
DLG1 iso2 (human) ETLPSSLSPSVEKYR S102
DLG1 iso3 (human) ETLPSSLSPSVEKYR S102
DLG1 iso5 (human) ETLPSSLSPSVEKYR S102
DLG1 iso9 (human) gap -
DLG1 (mouse) ETLPGSLsPPVEKYR S102-p
DLG1 iso2 (mouse) ETLPGSLsPPVEKYR S102-p
DLG1 iso3 (mouse) ETLPGSLSPPVEKYR S102
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) ETLPGSLSPPVEKYR S106
DLG1 (rat) ESLPGGLSPPVEKYR S102
P104
LPGGLSPPVEKYRYQ
0 1
DLG1 (human) LPSSLsPsVEkYRyQ S104-p
DLG1 iso2 (human) LPSSLSPSVEKYRYQ S104
DLG1 iso3 (human) LPSSLSPSVEKYRYQ S104
DLG1 iso5 (human) LPSSLSPSVEKYRYQ S104
DLG1 iso9 (human) gap -
DLG1 (mouse) LPGSLsPPVEKYRYQ P104
DLG1 iso2 (mouse) LPGSLsPPVEKYRYQ P104
DLG1 iso3 (mouse) LPGSLSPPVEKYRYQ P104
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) LPGSLSPPVEKYRYQ P108
DLG1 (rat) LPGGLSPPVEKYRYQ P104
K107
GLSPPVEKYRYQDEE
0 2
DLG1 (human) SLsPsVEkYRyQDED K107-ub
DLG1 iso2 (human) SLSPSVEKYRYQDED K107
DLG1 iso3 (human) SLSPSVEKYRYQDED K107
DLG1 iso5 (human) SLSPSVEKYRYQDED K107
DLG1 iso9 (human) gap -
DLG1 (mouse) SLsPPVEKYRYQDEE K107
DLG1 iso2 (mouse) SLsPPVEKYRYQDEE K107
DLG1 iso3 (mouse) SLSPPVEKYRYQDEE K107
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) SLSPPVEKYRYQDEE K111
DLG1 (rat) GLSPPVEKYRYQDEE K107
Y110
PPVEKYRYQDEEVLP
0 4
DLG1 (human) PsVEkYRyQDEDtPP Y110-p
DLG1 iso2 (human) PSVEKYRYQDEDTPP Y110
DLG1 iso3 (human) PSVEKYRYQDEDTPP Y110
DLG1 iso5 (human) PSVEKYRYQDEDTPP Y110
DLG1 iso9 (human) gap -
DLG1 (mouse) PPVEKYRYQDEEVLP Y110
DLG1 iso2 (mouse) PPVEKYRYQDEEVLP Y110
DLG1 iso3 (mouse) PPVEKYRYQDEEVLP Y110
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) PPVEKYRYQDEEVLP Y114
DLG1 (rat) PPVEKYRYQDEEVLP Y110
V115
YRYQDEEVLPSERIs
0 22
DLG1 (human) YRyQDEDtPPQEHIs T115-p
DLG1 iso2 (human) YRYQDEDTPPQEHIS T115
DLG1 iso3 (human) YRYQDEDTPPQEHIS T115
DLG1 iso5 (human) YRYQDEDTPPQEHIS T115
DLG1 iso9 (human) gap -
DLG1 (mouse) YRYQDEEVLPPEHIs V115
DLG1 iso2 (mouse) YRYQDEEVLPPEHIs V115
DLG1 iso3 (mouse) YRYQDEEVLPPEHIS V115
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) YRYQDEEVLPPEHIS V119
DLG1 (rat) YRYQDEEVLPSERIs V115
S122-p
VLPSERIsPQVPNEV
Upstream
1 20
Kinase, in vitro:
  • P38D (mouse)
  • P38G (rat)
Treatment
  • PD184352
  • serum
DLG1 (human) tPPQEHIsPQItNEV S122-p
DLG1 iso2 (human) TPPQEHISPQITNEV S122
DLG1 iso3 (human) TPPQEHISPQITNEV S122
DLG1 iso5 (human) TPPQEHISPQITNEV S122
DLG1 iso9 (human) gap -
DLG1 (mouse) VLPPEHIsPQVtNEV S122-p
DLG1 iso2 (mouse) VLPPEHIsPQVTNEV S122-p
DLG1 iso3 (mouse) VLPPEHISPQVTNEV S122
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) VLPPEHISPQVTNEV S126
DLG1 (rat) VLPSERIsPQVPNEV S122-p
P126
ERIsPQVPNEVLGPE
0 4
DLG1 (human) EHIsPQItNEVIGPE T126-p
DLG1 iso2 (human) EHISPQITNEVIGPE T126
DLG1 iso3 (human) EHISPQITNEVIGPE T126
DLG1 iso5 (human) EHISPQITNEVIGPE T126
DLG1 iso9 (human) gap -
DLG1 (mouse) EHIsPQVtNEVLGPE T126-p
DLG1 iso2 (mouse) EHIsPQVTNEVLGPE T126
DLG1 iso3 (mouse) EHISPQVTNEVLGPE T126
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) EHISPQVTNEVLGPE T130
DLG1 (rat) ERIsPQVPNEVLGPE P126
S138-p
GPELVHVsEKSLSEI
0 21
DLG1 (human) GPELVHVsEkNLSEI S138-p
DLG1 iso2 (human) GPELVHVSEKNLSEI S138
DLG1 iso3 (human) GPELVHVSEKNLSEI S138
DLG1 iso5 (human) GPELVHVSEKNLSEI S138
DLG1 iso9 (human) gap -
DLG1 (mouse) GPELVHVsEKNLsEI S138-p
DLG1 iso2 (mouse) GPELVHVSEKNLSEI S138
DLG1 iso3 (mouse) GPELVHVSEKNLSEI S138
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) GPELVHVSEKNLSEI S142
DLG1 (rat) GPELVHVsEKSLSEI S138-p
K140
ELVHVsEKSLSEIEN
0 1
DLG1 (human) ELVHVsEkNLSEIEN K140-ub
DLG1 iso2 (human) ELVHVSEKNLSEIEN K140
DLG1 iso3 (human) ELVHVSEKNLSEIEN K140
DLG1 iso5 (human) ELVHVSEKNLSEIEN K140
DLG1 iso9 (human) gap -
DLG1 (mouse) ELVHVsEKNLsEIEN K140
DLG1 iso2 (mouse) ELVHVSEKNLSEIEN K140
DLG1 iso3 (mouse) ELVHVSEKNLSEIEN K140
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) ELVHVSEKNLSEIEN K144
DLG1 (rat) ELVHVsEKSLSEIEN K140
S143
HVsEKSLSEIENVHG
0 1
DLG1 (human) HVsEkNLSEIENVHG S143
DLG1 iso2 (human) HVSEKNLSEIENVHG S143
DLG1 iso3 (human) HVSEKNLSEIENVHG S143
DLG1 iso5 (human) HVSEKNLSEIENVHG S143
DLG1 iso9 (human) gap -
DLG1 (mouse) HVsEKNLsEIENVHG S143-p
DLG1 iso2 (mouse) HVSEKNLSEIENVHG S143
DLG1 iso3 (mouse) HVSEKNLSEIENVHG S143
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) HVSEKNLSEIENVHG S147
DLG1 (rat) HVsEKSLSEIENVHG S143
S153
ENVHGFVSHSHIsPI
0 1
DLG1 (human) ENVHGFVsHsHIsPI S153-p
DLG1 iso2 (human) ENVHGFVSHSHISPI S153
DLG1 iso3 (human) ENVHGFVSHSHISPI S153
DLG1 iso5 (human) ENVHGFVSHSHIsPI S153
DLG1 iso9 (human) gap -
DLG1 (mouse) ENVHGFVSHSHIsPI S153
DLG1 iso2 (mouse) ENVHGFVSHSHIsPI S153
DLG1 iso3 (mouse) ENVHGFVSHSHISPI S153
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) ENVHGFVSHSHIsPI S157
DLG1 (rat) ENVHGFVSHSHIsPI S153
S155
VHGFVSHSHIsPIKP
0 1
DLG1 (human) VHGFVsHsHIsPIKP S155-p
DLG1 iso2 (human) VHGFVSHSHISPIKP S155
DLG1 iso3 (human) VHGFVSHSHISPIKA S155
DLG1 iso5 (human) VHGFVSHSHIsPIKV S155
DLG1 iso9 (human) gap -
DLG1 (mouse) VHGFVSHSHIsPIKP S155
DLG1 iso2 (mouse) VHGFVSHSHIsPIKA S155
DLG1 iso3 (mouse) VHGFVSHSHISPIKP S155
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) VHGFVSHSHIsPIKA S159
DLG1 (rat) VHGFVSHSHIsPIKP S155
S158-p
FVSHSHIsPIKPTEA
Upstream
Downstream
4 15
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • cytoskeletal reorganization
Kinase, in vitro:
  • P38D (mouse)
  • P38G (rat)
Putative in vivo kinases:
  • P38D (human)
  • P38G (human)
Treatment
  • PD184352
  • SB203580
  • sorbitol
  • UVC
view more >
DLG1 (human) FVsHsHIsPIKPTEA S158-p
DLG1 iso2 (human) FVSHSHISPIKPTEA S158
DLG1 iso3 (human) FVSHSHISPIKANPP S158
DLG1 iso5 (human) FVSHSHIsPIKVNGT S158-p
DLG1 iso9 (human) gap -
DLG1 (mouse) FVSHSHIsPIKPTEA S158-p
DLG1 iso2 (mouse) FVSHSHIsPIKANPP S158-p
DLG1 iso3 (mouse) FVSHSHISPIKPTEA S158
DLG1 iso5 (mouse) gap -
DLG1 iso6 (mouse) FVSHSHIsPIKANPP S162-p
DLG1 (rat) FVSHSHIsPIKPTEA S158-p
-
gap
0 1
DLG1 (human) gap -
DLG1 iso2 (human) gap -
DLG1 iso3 (human) gap -
DLG1 iso5 (human) gap -
DLG1 iso9 (human) _____MNyIFGNNTL Y3-p
DLG1 (mouse) gap -
DLG1 iso2 (mouse) gap -
DLG1 iso3 (mouse) gap -
DLG1 iso5 (mouse) _____MNYIFGNNTL Y3
DLG1 iso6 (mouse) gap -
DLG1 (rat) gap -
-
gap
0 1
DLG1 (human) gap -
DLG1 iso2 (human) gap -
DLG1 iso3 (human) gap -
DLG1 iso5 (human) gap -
DLG1 iso9 (human) FGNNTLLySRGSRGG Y12-p
DLG1 (mouse) gap -
DLG1 iso2 (mouse) gap -
DLG1 iso3 (mouse) gap -
DLG1 iso5 (mouse) FGNNTLLYSRASrGG Y12
DLG1 iso6 (mouse) gap -
DLG1 (rat) gap -
-
gap
0 6
DLG1 (human) gap -
DLG1 iso2 (human) gap -
DLG1 iso3 (human) gap -
DLG1 iso5 (human) gap -
DLG1 iso9 (human) LLySRGSRGGNTSSS R17
DLG1 (mouse) gap -
DLG1 iso2 (mouse) gap -
DLG1 iso3 (mouse) gap -
DLG1 iso5 (mouse) LLYSRASrGGNASSS R17-m1
DLG1 iso6 (mouse) gap -
DLG1 (rat) gap -
-
gap
0 1
DLG1 (human) gap -
DLG1 iso2 (human) gap -
DLG1 iso3 (human) gap -
DLG1 iso5 (human) gap -
DLG1 iso9 (human) NTSSSHGSAGPKQKH S27
DLG1 (mouse) gap -
DLG1 iso2 (mouse) gap -
DLG1 iso3 (mouse) gap -
DLG1 iso5 (mouse) NASSSHGsVGPKQKH S27-p
DLG1 iso6 (mouse) gap -
DLG1 (rat) gap -
-
gap
0 4
DLG1 (human) gap -
DLG1 iso2 (human) gap -
DLG1 iso3 (human) gap -
DLG1 iso5 (human) gap -
DLG1 iso9 (human) KHWAKKGSSDELQAE S40
DLG1 (mouse) gap -
DLG1 iso2 (mouse) gap -
DLG1 iso3 (mouse) gap -
DLG1 iso5 (mouse) KHWAKKGssDELQAE S40-p
DLG1 iso6 (mouse) gap -
DLG1 (rat) gap -
-
gap
0 2
DLG1 (human) gap -
DLG1 iso2 (human) gap -
DLG1 iso3 (human) gap -
DLG1 iso5 (human) gap -
DLG1 iso9 (human) HWAKKGSSDELQAEP S41
DLG1 (mouse) gap -
DLG1 iso2 (mouse) gap -
DLG1 iso3 (mouse) gap -
DLG1 iso5 (mouse) HWAKKGssDELQAEP S41-p
DLG1 iso6 (mouse) gap -
DLG1 (rat) gap -
T209-p
VNTDSLEtPTYVNGT
Upstream
Downstream
1 1
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • cytoskeletal reorganization
Kinase, in vitro:
  • P38D (mouse)
  • P38G (rat)
Putative in vivo kinases:
  • P38D (human)
  • P38G (human)
Treatment
  • PD184352
  • SB203580
  • sorbitol
  • UVC
view more >
DLG1 (human) VNTDSLEtPTYVNGT T209-p
DLG1 iso2 (human) VNTDSLETPTYVNGT T209
DLG1 iso3 (human) VNTDSLETPTYVNGT T176
DLG1 iso5 (human) gap -
DLG1 iso9 (human) VNTDSLETPTYVNGT T93
DLG1 (mouse) VNTDSLETPTYVNGT T209
DLG1 iso2 (mouse) VNTDSLETPTYVNGT T176
DLG1 iso3 (mouse) VNTDSLETPTYVNGT T209
DLG1 iso5 (mouse) VNTDSLETPTYVNGT T126
DLG1 iso6 (mouse) VNTDSLETPTYVNGT T180
DLG1 (rat) VNTDSLEtPTYVNGT T209-p
Y222
GTDADYEYEEITLER
1 0
DLG1 (human) GTDADYEYEEITLER Y222
DLG1 iso2 (human) GTDADYEYEEITLER Y222
DLG1 iso3 (human) GTDADYEYEEITLER Y189
DLG1 iso5 (human) GTDADYEYEEITLER Y171
DLG1 iso9 (human) GTDADYEYEEITLER Y106
DLG1 (mouse) GTDADYEyEEITLER Y222-p
DLG1 iso2 (mouse) GTDADYEYEEITLER Y189
DLG1 iso3 (mouse) GTDADYEYEEITLER Y222
DLG1 iso5 (mouse) GTDADYEYEEITLER Y139
DLG1 iso6 (mouse) GTDADYEYEEITLER Y193
DLG1 (rat) GTDADYEYEEITLER Y222
S232-p
ITLERGNsGLGFSIA
Upstream
Downstream
4 4
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • neural plasticity
Kinase, in vitro:
  • CAMK2A (human)
  • CAMK2A (rat)
Putative in vivo kinases:
  • CAMK2A (rat)
Treatment
  • APV
  • caffeine
  • NMDA
  • ryanodine
view more >
DLG1 (human) ITLERGNSGLGFSIA S232
DLG1 iso2 (human) ITLERGNSGLGFSIA S232
DLG1 iso3 (human) ITLERGNSGLGFSIA S199
DLG1 iso5 (human) ITLERGNSGLGFSIA S181
DLG1 iso9 (human) ITLERGNSGLGFSIA S116
DLG1 (mouse) ITLERGNsGLGFSIA S232-p
DLG1 iso2 (mouse) ITLERGNSGLGFSIA S199
DLG1 iso3 (mouse) ITLERGNSGLGFSIA S232
DLG1 iso5 (mouse) ITLERGNSGLGFSIA S149
DLG1 iso6 (mouse) ITLERGNSGLGFSIA S203
DLG1 (rat) ITLERGNsGLGFSIA S232-p
K291
VRDVTHSKAVEALkE
0 2
DLG1 (human) VRDVTHSkAVEALKE K291-ub
DLG1 iso2 (human) VRDVTHSKAVEALKE K291
DLG1 iso3 (human) VRDVTHSKAVEALKE K258
DLG1 iso5 (human) VRDVTHSKAVEALKE K240
DLG1 iso9 (human) VRDVTHSKAVEALKE K175
DLG1 (mouse) VRDVTHSkAVEALkE K291-ub
DLG1 iso2 (mouse) VRDVTHSKAVEALKE K258
DLG1 iso3 (mouse) VRDVTHSKAVEALKE K291
DLG1 iso5 (mouse) VRDVTHSKAVEALKE K208
DLG1 iso6 (mouse) VRDVTHSKAVEALKE K262
DLG1 (rat) VRDVTHSKAVEALkE K291
K297-ub
SKAVEALkEAGsIVR
0 12
DLG1 (human) SkAVEALKEAGsIVR K297
DLG1 iso2 (human) SKAVEALKEAGSIVR K297
DLG1 iso3 (human) SKAVEALKEAGSIVR K264
DLG1 iso5 (human) SKAVEALKEAGSIVR K246
DLG1 iso9 (human) SKAVEALKEAGSIVR K181
DLG1 (mouse) SkAVEALkEAGsIVR K297-ub
DLG1 iso2 (mouse) SKAVEALKEAGSIVR K264
DLG1 iso3 (mouse) SKAVEALKEAGSIVR K297
DLG1 iso5 (mouse) SKAVEALKEAGSIVR K214
DLG1 iso6 (mouse) SKAVEALKEAGSIVR K268
DLG1 (rat) SKAVEALkEAGsIVR K297-ub
S301-p
EALkEAGsIVRLYVK
0 14
DLG1 (human) EALKEAGsIVRLYVK S301-p
DLG1 iso2 (human) EALKEAGSIVRLYVK S301
DLG1 iso3 (human) EALKEAGSIVRLYVK S268
DLG1 iso5 (human) EALKEAGSIVRLYVK S250
DLG1 iso9 (human) EALKEAGSIVRLYVK S185
DLG1 (mouse) EALkEAGsIVRLYVK S301-p
DLG1 iso2 (mouse) EALKEAGSIVRLYVK S268
DLG1 iso3 (mouse) EALKEAGSIVRLYVK S301
DLG1 iso5 (mouse) EALKEAGSIVRLYVK S218
DLG1 iso6 (mouse) EALKEAGSIVRLYVK S272
DLG1 (rat) EALkEAGsIVRLYVK S301-p
K320
FRKNHEIKLIKGPKG
0 4
DLG1 (human) SEKIMEIkLIKGPKG K321-ub
DLG1 iso2 (human) SEKIMEIKLIKGPKG K321
DLG1 iso3 (human) SEKIMEIKLIKGPKG K288
DLG1 iso5 (human) SEKIMEIKLIKGPKG K270
DLG1 iso9 (human) SEKIMEIKLIKGPKG K205
DLG1 (mouse) SEKIMEIkLIKGPkG K321-ub
DLG1 iso2 (mouse) SEKIMEIKLIKGPKG K288
DLG1 iso3 (mouse) SEKIMEIKLIKGPKG K321
DLG1 iso5 (mouse) SEKIMEIKLIKGPKG K238
DLG1 iso6 (mouse) SEKIMEIKLIKGPKG K292
DLG1 (rat) FRKNHEIKLIKGPKG K320
K326
IKLIKGPKGLGFSIA
0 4
DLG1 (human) IkLIKGPKGLGFSIA K327
DLG1 iso2 (human) IKLIKGPKGLGFSIA K327
DLG1 iso3 (human) IKLIKGPKGLGFSIA K294
DLG1 iso5 (human) IKLIKGPKGLGFSIA K276
DLG1 iso9 (human) IKLIKGPKGLGFSIA K211
DLG1 (mouse) IkLIKGPkGLGFSIA K327-ub
DLG1 iso2 (mouse) IKLIKGPKGLGFSIA K294
DLG1 iso3 (mouse) IKLIKGPKGLGFSIA K327
DLG1 iso5 (mouse) IKLIKGPKGLGFSIA K244
DLG1 iso6 (mouse) IKLIKGPKGLGFSIA K298
DLG1 (rat) IKLIKGPKGLGFSIA K326
Y348-p
IPGDNSIyVtKIIEG
0 23
DLG1 (human) IPGDNSIYVtKIIEG Y349
DLG1 iso2 (human) IPGDNSIYVTKIIEG Y349
DLG1 iso3 (human) IPGDNSIYVTKIIEG Y316
DLG1 iso5 (human) IPGDNSIYVTKIIEG Y298
DLG1 iso9 (human) IPGDNSIYVTKIIEG Y233
DLG1 (mouse) IPGDNSIYVTKIIEG Y349
DLG1 iso2 (mouse) IPGDNSIYVTKIIEG Y316
DLG1 iso3 (mouse) IPGDNSIYVTKIIEG Y349
DLG1 iso5 (mouse) IPGDNSIYVTKIIEG Y266
DLG1 iso6 (mouse) IPGDNSIYVTKIIEG Y320
DLG1 (rat) IPGDNSIyVtKIIEG Y348-p
T350-p
GDNSIyVtKIIEGGA
0 2
DLG1 (human) GDNSIYVtKIIEGGA T351-p
DLG1 iso2 (human) GDNSIYVTKIIEGGA T351
DLG1 iso3 (human) GDNSIYVTKIIEGGA T318
DLG1 iso5 (human) GDNSIYVTKIIEGGA T300
DLG1 iso9 (human) GDNSIYVTKIIEGGA T235
DLG1 (mouse) GDNSIYVTKIIEGGA T351
DLG1 iso2 (mouse) GDNSIYVTKIIEGGA T318
DLG1 iso3 (mouse) GDNSIYVTKIIEGGA T351
DLG1 iso5 (mouse) GDNSIYVTKIIEGGA T268
DLG1 iso6 (mouse) GDNSIYVTKIIEGGA T322
DLG1 (rat) GDNSIyVtKIIEGGA T350-p
K360
IEGGAAHKDGKLQIG
0 1
DLG1 (human) IEGGAAHkDGKLQIG K361-ub
DLG1 iso2 (human) IEGGAAHKDGKLQIG K361
DLG1 iso3 (human) IEGGAAHKDGKLQIG K328
DLG1 iso5 (human) IEGGAAHKDGKLQIG K310
DLG1 iso9 (human) IEGGAAHKDGKLQIG K245
DLG1 (mouse) IEGGAAHKDGKLQIG K361
DLG1 iso2 (mouse) IEGGAAHKDGKLQIG K328
DLG1 iso3 (mouse) IEGGAAHKDGKLQIG K361
DLG1 iso5 (mouse) IEGGAAHKDGKLQIG K278
DLG1 iso6 (mouse) IEGGAAHKDGKLQIG K332
DLG1 (rat) IEGGAAHKDGKLQIG K360
K369
GKLQIGDKLLAVNSV
0 1
DLG1 (human) GKLQIGDkLLAVNNV K370-ub
DLG1 iso2 (human) GKLQIGDKLLAVNNV K370
DLG1 iso3 (human) GKLQIGDKLLAVNNV K337
DLG1 iso5 (human) GKLQIGDKLLAVNNV K319
DLG1 iso9 (human) GKLQIGDKLLAVNNV K254
DLG1 (mouse) GKLQIGDKLLAVNSV K370
DLG1 iso2 (mouse) GKLQIGDKLLAVNSV K337
DLG1 iso3 (mouse) GKLQIGDKLLAVNSV K370
DLG1 iso5 (mouse) GKLQIGDKLLAVNSV K287
DLG1 iso6 (mouse) GKLQIGDKLLAVNSV K341
DLG1 (rat) GKLQIGDKLLAVNSV K369
Y398-p
KNTSDFVyLKAAKPT
0 116
DLG1 (human) KNTSDFVyLkVAKPT Y399-p
DLG1 iso2 (human) KNTSDFVYLKVAKPT Y399
DLG1 iso3 (human) KNTSDFVYLKVAKPT Y366
DLG1 iso5 (human) KNTSDFVYLKVAKPT Y348
DLG1 iso9 (human) KNTSDFVYLKVAKPT Y283
DLG1 (mouse) KNTSDFVyLKVAKPT Y399-p
DLG1 iso2 (mouse) KNTSDFVYLKVAKPT Y366
DLG1 iso3 (mouse) KNTSDFVYLKVAKPT Y399
DLG1 iso5 (mouse) KNTSDFVYLKVAKPT Y316
DLG1 iso6 (mouse) KNTSDFVYLKVAKPT Y370
DLG1 (rat) KNTSDFVyLKAAKPT Y398-p
K400
TSDFVyLKAAKPTSM
0 2
DLG1 (human) TSDFVyLkVAKPTSM K401-ub
DLG1 iso2 (human) TSDFVYLKVAKPTSM K401
DLG1 iso3 (human) TSDFVYLKVAKPTSM K368
DLG1 iso5 (human) TSDFVYLKVAKPTSM K350
DLG1 iso9 (human) TSDFVYLKVAKPTSM K285
DLG1 (mouse) TSDFVyLKVAKPTSM K401
DLG1 iso2 (mouse) TSDFVYLKVAKPTSM K368
DLG1 iso3 (mouse) TSDFVYLKVAKPTSM K401
DLG1 iso5 (mouse) TSDFVYLKVAKPTSM K318
DLG1 iso6 (mouse) TSDFVYLKVAKPTTS K372
DLG1 (rat) TSDFVyLKAAKPTSM K400
Y408
AAKPTSMYINDGYAP
0 1
DLG1 (human) VAKPTSMyMNDGyAP Y409-p
DLG1 iso2 (human) VAKPTSMYMNDGYAP Y409
DLG1 iso3 (human) VAKPTSMYMNDGYAP Y376
DLG1 iso5 (human) VAKPTSMYMNDGYAP Y358
DLG1 iso9 (human) VAKPTSMYMNDGYAP Y293
DLG1 (mouse) VAKPTSMYINDGYAP Y409
DLG1 iso2 (mouse) VAKPTSMYINDGYAP Y376
DLG1 iso3 (mouse) VAKPTSMYINDGYAP Y409
DLG1 iso5 (mouse) VAKPTSMYINDGYAP Y326
DLG1 iso6 (mouse) gap -
DLG1 (rat) AAKPTSMYINDGYAP Y408
Y413
SMYINDGYAPPDITN
0 1
DLG1 (human) SMyMNDGyAPPDITN Y414-p
DLG1 iso2 (human) SMYMNDGYAPPDITN Y414
DLG1 iso3 (human) SMYMNDGYAPPDITN Y381
DLG1 iso5 (human) SMYMNDGYAPPDITN Y363
DLG1 iso9 (human) SMYMNDGYAPPDITN Y298
DLG1 (mouse) SMYINDGYAPPDITN Y414
DLG1 iso2 (mouse) SMYINDGYAPPDITN Y381
DLG1 iso3 (mouse) SMYINDGYAPPDITN Y414
DLG1 iso5 (mouse) SMYINDGYAPPDITN Y331
DLG1 iso6 (mouse) gap -
DLG1 (rat) SMYINDGYAPPDITN Y413
S431-p
QSVDNHVsPSSYLGQ
Upstream
Downstream
1 1
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • cytoskeletal reorganization
Kinase, in vitro:
  • P38D (mouse)
  • P38G (rat)
Treatment
  • PD184352
  • SB203580
  • sorbitol
  • UVC
view more >
DLG1 (human) QPVDNHVsPSSFLGQ S432-p
DLG1 iso2 (human) QPVDNHVSPSSFLGQ S432
DLG1 iso3 (human) QPVDNHVSPSSFLGQ S399
DLG1 iso5 (human) QPVDNHVSPSSFLGQ S381
DLG1 iso9 (human) QPVDNHVSPSSFLGQ S316
DLG1 (mouse) QSVDNHVsPssCLGQ S432-p
DLG1 iso2 (mouse) QSVDNHVSPSSCLGQ S399
DLG1 iso3 (mouse) QSVDNHVSPSSCLGQ S432
DLG1 iso5 (mouse) QSVDNHVSPSSCLGQ S349
DLG1 iso6 (mouse) QSVDNHVSPSSCLGQ S388
DLG1 (rat) QSVDNHVsPSSYLGQ S431-p
S433
VDNHVsPSSYLGQTP
0 1
DLG1 (human) VDNHVsPSSFLGQtP S434
DLG1 iso2 (human) VDNHVSPSSFLGQTP S434
DLG1 iso3 (human) VDNHVSPSSFLGQTP S401
DLG1 iso5 (human) VDNHVSPSSFLGQTP S383
DLG1 iso9 (human) VDNHVSPSSFLGQTP S318
DLG1 (mouse) VDNHVsPssCLGQtP S434-p
DLG1 iso2 (mouse) VDNHVSPSSCLGQTP S401
DLG1 iso3 (mouse) VDNHVSPSSCLGQTP S434
DLG1 iso5 (mouse) VDNHVSPSSCLGQTP S351
DLG1 iso6 (mouse) VDNHVSPSSCLGQTP S390
DLG1 (rat) VDNHVsPSSYLGQTP S433
S434
DNHVsPSSYLGQTPA
0 1
DLG1 (human) DNHVsPSSFLGQtPA S435
DLG1 iso2 (human) DNHVSPSSFLGQTPA S435
DLG1 iso3 (human) DNHVSPSSFLGQTPA S402
DLG1 iso5 (human) DNHVSPSSFLGQTPA S384
DLG1 iso9 (human) DNHVSPSSFLGQTPA S319
DLG1 (mouse) DNHVsPssCLGQtPt S435-p
DLG1 iso2 (mouse) DNHVSPSSCLGQTPT S402
DLG1 iso3 (mouse) DNHVSPSSCLGQTPT S435
DLG1 iso5 (mouse) DNHVSPSSCLGQTPT S352
DLG1 iso6 (mouse) DNHVSPSSCLGQTPT S391
DLG1 (rat) DNHVsPSSYLGQTPA S434
T439
PSSYLGQTPAsPARY
0 2
DLG1 (human) PSSFLGQtPAsPARy T440-p
DLG1 iso2 (human) PSSFLGQTPASPARY T440
DLG1 iso3 (human) PSSFLGQTPASPARY T407
DLG1 iso5 (human) PSSFLGQTPASPARY T389
DLG1 iso9 (human) PSSFLGQTPASPARY T324
DLG1 (mouse) PssCLGQtPtSPARy T440-p
DLG1 iso2 (mouse) PSSCLGQTPTSPARY T407
DLG1 iso3 (mouse) PSSCLGQTPTSPARY T440
DLG1 iso5 (mouse) PSSCLGQTPTSPARY T357
DLG1 iso6 (mouse) PSSCLGQTPTsPARY T396
DLG1 (rat) PSSYLGQTPAsPARY T439
A441
SYLGQTPAsPARYsP
0 1
DLG1 (human) SFLGQtPAsPARysP A442
DLG1 iso2 (human) SFLGQTPASPARYSP A442
DLG1 iso3 (human) SFLGQTPASPARYSP A409
DLG1 iso5 (human) SFLGQTPASPARYSP A391
DLG1 iso9 (human) SFLGQTPASPARYSP A326
DLG1 (mouse) sCLGQtPtSPARysP T442-p
DLG1 iso2 (mouse) SCLGQTPTSPARYSP T409
DLG1 iso3 (mouse) SCLGQTPTSPARYSP T442
DLG1 iso5 (mouse) SCLGQTPTSPARYSP T359
DLG1 iso6 (mouse) SCLGQTPTsPARYsP T398
DLG1 (rat) SYLGQTPAsPARYsP A441
S442-p
YLGQTPAsPARYsPI
Upstream
Downstream
3 12
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • cytoskeletal reorganization
Kinase, in vitro:
  • P38D (mouse)
  • P38G (rat)
Putative in vivo kinases:
  • P38D (human)
  • P38G (human)
Treatment
  • PD184352
  • SB203580
  • sorbitol
  • UVC
view more >
DLG1 (human) FLGQtPAsPARysPV S443-p
DLG1 iso2 (human) FLGQTPASPARYSPV S443
DLG1 iso3 (human) FLGQTPASPARYSPV S410
DLG1 iso5 (human) FLGQTPASPARYSPV S392
DLG1 iso9 (human) FLGQTPASPARYSPV S327
DLG1 (mouse) CLGQtPtSPARysPI S443
DLG1 iso2 (mouse) CLGQTPTSPARYSPI S410
DLG1 iso3 (mouse) CLGQTPTSPARYSPI S443
DLG1 iso5 (mouse) CLGQTPTSPARYSPI S360
DLG1 iso6 (mouse) CLGQTPTsPARYsPI S399-p
DLG1 (rat) YLGQTPAsPARYsPI S442-p
Y446
TPAsPARYsPISKAV
0 7
DLG1 (human) tPAsPARysPVskAV Y447-p
DLG1 iso2 (human) TPASPARYSPVSKAV Y447
DLG1 iso3 (human) TPASPARYSPVSKAV Y414
DLG1 iso5 (human) TPASPARYSPVSKAV Y396
DLG1 iso9 (human) TPASPARYSPVSKAV Y331
DLG1 (mouse) tPtSPARysPIskAV Y447-p
DLG1 iso2 (mouse) TPTSPARYSPISKAV Y414
DLG1 iso3 (mouse) TPTSPARYSPISKAV Y447
DLG1 iso5 (mouse) TPTSPARYSPISKAV Y364
DLG1 iso6 (mouse) TPTsPARYsPISKAV Y403
DLG1 (rat) TPAsPARYsPISKAV Y446
S447-p
PAsPARYsPISKAVL
Upstream
1 19
Kinase, in vitro:
  • P38D (mouse)
  • P38G (rat)
DLG1 (human) PAsPARysPVskAVL S448-p
DLG1 iso2 (human) PASPARYSPVSKAVL S448
DLG1 iso3 (human) PASPARYSPVSKAVL S415
DLG1 iso5 (human) PASPARYSPVSKAVL S397
DLG1 iso9 (human) PASPARYSPVSKAVL S332
DLG1 (mouse) PtSPARysPIskAVL S448-p
DLG1 iso2 (mouse) PTSPARYSPISKAVL S415
DLG1 iso3 (mouse) PTSPARYSPISKAVL S448
DLG1 iso5 (mouse) PTSPARYSPISKAVL S365
DLG1 iso6 (mouse) PTsPARYsPISKAVL S404-p
DLG1 (rat) PAsPARYsPISKAVL S447-p
S450
PARYsPISKAVLGDD
0 2
DLG1 (human) PARysPVskAVLGDD S451-p
DLG1 iso2 (human) PARYSPVSKAVLGDD S451
DLG1 iso3 (human