Other Species / Isoforms
  DYNC1I2 (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.

 
S2
______MSDkSELkA
0 2
DYNC1I2 (human) ______MsDKSELkA S2-p
DYNC1I2 iso2 (human) ______MSDKSELKA S2
DYNC1I2 iso3 (human) ______MSDKSELKA S2
DYNC1I2 (mouse) ______MSDKSDLKA S2
DYNC1I2 (rat) ______MSDkSELkA S2
DYNC1I2 iso3 (rat) ______MSDKSELKA S2
DYNC1I2 (cow) ______MSDKSELKA S2
K4-ac
____MSDkSELkAEL
0 1
DYNC1I2 (human) ____MsDKSELkAEL K4
DYNC1I2 iso2 (human) ____MSDKSELKAEL K4
DYNC1I2 iso3 (human) ____MSDKSELKAEL K4
DYNC1I2 (mouse) ____MSDKSDLKAEL K4
DYNC1I2 (rat) ____MSDkSELkAEL K4-ac
DYNC1I2 iso3 (rat) ____MSDKSELKAEL K4
DYNC1I2 (cow) ____MSDKSELKAEL K4
K8-ac
MSDkSELkAELERKK
0 2
DYNC1I2 (human) MsDKSELkAELERKK K8-ac
DYNC1I2 iso2 (human) MSDKSELKAELERKK K8
DYNC1I2 iso3 (human) MSDKSELKAELERKK K8
DYNC1I2 (mouse) MSDKSDLKAELERKK K8
DYNC1I2 (rat) MSDkSELkAELERKK K8-ac
DYNC1I2 iso3 (rat) MSDKSELKAELERKK K8
DYNC1I2 (cow) MSDKSELKAELERKK K8
K8
MSDkSELKAELERKK
0 1
DYNC1I2 (human) MsDKSELkAELERKK K8-ub
DYNC1I2 iso2 (human) MSDKSELKAELERKK K8
DYNC1I2 iso3 (human) MSDKSELKAELERKK K8
DYNC1I2 (mouse) MSDKSDLKAELERKK K8
DYNC1I2 (rat) MSDkSELKAELERKK K8
DYNC1I2 iso3 (rat) MSDKSELKAELERKK K8
DYNC1I2 (cow) MSDKSELKAELERKK K8
S51-p
AVSVQEEsDLEKKRR
1 16
DYNC1I2 (human) VAPVQEEsDLEKKRR S51-p
DYNC1I2 iso2 (human) VAPVQEESDLEKKRR S51
DYNC1I2 iso3 (human) VAPVQEESDLEKKRR S51
DYNC1I2 (mouse) AVSVQEEsDLEKKRR S51-p
DYNC1I2 (rat) AVSVQEEsDLEKKRR S51-p
DYNC1I2 iso3 (rat) AVSVQEESDLEKKRR S51
DYNC1I2 (cow) VAPVQEESDLEKKRR S51
S66
EAEALLQSMGLTTDS
0 2
DYNC1I2 (human) EAEALLQSMGLTPES S66
DYNC1I2 iso2 (human) EAEALLQSMGLtPEs S66
DYNC1I2 iso3 (human) EAEALLQsMGLtPEs S66-p
DYNC1I2 (mouse) EAEALLQSMGLTTDS S66
DYNC1I2 (rat) EAEALLQSMGLTTDS S66
DYNC1I2 iso3 (rat) EAEALLQSMGLTTDS S66
DYNC1I2 (cow) EAEALLQSMGLTAES S66
T70
LLQSMGLTTDSPIVF
0 3
DYNC1I2 (human) LLQSMGLTPESPIVF T70
DYNC1I2 iso2 (human) LLQSMGLtPEsPIVP T70-p
DYNC1I2 iso3 (human) LLQsMGLtPEsPIVP T70-p
DYNC1I2 (mouse) LLQSMGLTTDSPIVP T70
DYNC1I2 (rat) LLQSMGLTTDSPIVF T70
DYNC1I2 iso3 (rat) LLQSMGLTTDSPIVP T70
DYNC1I2 (cow) LLQSMGLTAESPIVP T70
S73
SMGLTTDSPIVFSEH
0 9
DYNC1I2 (human) SMGLTPESPIVFSEY S73
DYNC1I2 iso2 (human) SMGLtPEsPIVPPPM S73-p
DYNC1I2 iso3 (human) sMGLtPEsPIVPPPM S73-p
DYNC1I2 (mouse) SMGLTTDSPIVPPPM S73
DYNC1I2 (rat) SMGLTTDSPIVFSEH S73
DYNC1I2 iso3 (rat) SMGLTTDSPIVPPPM S73
DYNC1I2 (cow) SMGLTAESPIVPPPM S73
S87
HWVPPPMSPssKSVs
1 27
DYNC1I2 (human) YWVPPPMsPssKsVs S87-p
DYNC1I2 iso2 (human) PIVPPPMsPssKsVS S81-p
DYNC1I2 iso3 (human) PIVPPPMsPssKsVS S81-p
DYNC1I2 (mouse) PIVPPPMsPssKsVs S81-p
DYNC1I2 (rat) HWVPPPMSPssKSVs S87
DYNC1I2 iso3 (rat) PIVPPPMSPSsKSVS S81
DYNC1I2 (cow) PIVPPPMSPSSKSVS S81
S89-p
VPPPMSPssKSVstP
Upstream
Downstream
1 7
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • cell motility, induced
  • endocytosis, induced
Putative in vivo kinases:
  • PKCA (human)
Treatment
  • Go_6983
DYNC1I2 (human) VPPPMsPssKsVstP S89-p
DYNC1I2 iso2 (human) VPPPMsPssKsVStP S83-p
DYNC1I2 iso3 (human) VPPPMsPssKsVStP S83-p
DYNC1I2 (mouse) VPPPMsPssKsVstP S83-p
DYNC1I2 (rat) VPPPMSPssKSVstP S89-p
DYNC1I2 iso3 (rat) VPPPMSPSsKSVSTP S83
DYNC1I2 (cow) VPPPMSPSSKSVSTP S83
S90-p
PPPMSPssKSVstPs
Upstream
Downstream
3 12
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Effects on Biological Processes:
  • cell motility, induced
  • endocytosis, induced
Putative in vivo kinases:
  • PKCA (human)
Treatment
  • Go_6983
DYNC1I2 (human) PPPMsPssKsVstPs S90-p
DYNC1I2 iso2 (human) PPPMsPssKsVStPS S84-p
DYNC1I2 iso3 (human) PPPMsPssKsVStPS S84-p
DYNC1I2 (mouse) PPPMsPssKsVstPs S84-p
DYNC1I2 (rat) PPPMSPssKSVstPs S90-p
DYNC1I2 iso3 (rat) PPPMSPSsKSVSTPS S84-p
DYNC1I2 (cow) PPPMSPSSKSVSTPS S84
S92
PMSPssKSVstPsEA
0 18
DYNC1I2 (human) PMsPssKsVstPsEA S92-p
DYNC1I2 iso2 (human) PMsPssKsVStPSEA S86-p
DYNC1I2 iso3 (human) PMsPssKsVStPSEA S86-p
DYNC1I2 (mouse) PMsPssKsVstPsEA S86-p
DYNC1I2 (rat) PMSPssKSVstPsEA S92
DYNC1I2 iso3 (rat) PMSPSsKSVSTPSEA S86
DYNC1I2 (cow) PMSPSSKSVSTPSEA S86
S94-p
SPssKSVstPsEAGs
0 19
DYNC1I2 (human) sPssKsVstPsEAGs S94-p
DYNC1I2 iso2 (human) sPssKsVStPSEAGS S88
DYNC1I2 iso3 (human) sPssKsVStPSEAGs S88
DYNC1I2 (mouse) sPssKsVstPsEAGs S88-p
DYNC1I2 (rat) SPssKSVstPsEAGs S94-p
DYNC1I2 iso3 (rat) SPSsKSVSTPSEAGS S88
DYNC1I2 (cow) SPSSKSVSTPSEAGS S88
T95-p
PssKSVstPsEAGsQ
Upstream
Downstream
1 34
Effects on Modified Protein
  • intracellular localization
Effects on Biological Processes:
  • cell cycle regulation
Kinase, in vitro:
  • PLK1 (human)
Putative in vivo kinases:
  • PLK1 (rat)
Treatment
  • 3-MB-PP1
  • BTO-1
DYNC1I2 (human) PssKsVstPsEAGsQ T95-p
DYNC1I2 iso2 (human) PssKsVStPSEAGSQ T89-p
DYNC1I2 iso3 (human) PssKsVStPSEAGsQ T89-p
DYNC1I2 (mouse) PssKsVstPsEAGsQ T89-p
DYNC1I2 (rat) PssKSVstPsEAGsQ T95-p
DYNC1I2 iso3 (rat) PSsKSVSTPSEAGSQ T89
DYNC1I2 (cow) PSSKSVSTPSEAGSQ T89
S97-p
sKSVstPsEAGsQDs
0 30
DYNC1I2 (human) sKsVstPsEAGsQDs S97-p
DYNC1I2 iso2 (human) sKsVStPSEAGSQDS S91
DYNC1I2 iso3 (human) sKsVStPSEAGsQDs S91
DYNC1I2 (mouse) sKsVstPsEAGsQDs S91-p
DYNC1I2 (rat) sKSVstPsEAGsQDs S97-p
DYNC1I2 iso3 (rat) sKSVSTPSEAGSQDS S91
DYNC1I2 (cow) SKSVSTPSEAGSQDS S91
S101-p
stPsEAGsQDsGDGA
0 30
DYNC1I2 (human) stPsEAGsQDsGDGA S101-p
DYNC1I2 iso2 (human) StPSEAGSQDSGDGA S95
DYNC1I2 iso3 (human) StPSEAGsQDsGDGA S95-p
DYNC1I2 (mouse) stPsEAGsQDsGDGA S95-p
DYNC1I2 (rat) stPsEAGsQDsGDGA S101-p
DYNC1I2 iso3 (rat) STPSEAGSQDSGDGA S95
DYNC1I2 (cow) STPSEAGSQDSGDGA S95
S104-p
sEAGsQDsGDGAVGS
0 26
DYNC1I2 (human) sEAGsQDsGDGAVGS S104-p
DYNC1I2 iso2 (human) SEAGSQDSGDGAVGS S98
DYNC1I2 iso3 (human) SEAGsQDsGDGAVGS S98-p
DYNC1I2 (mouse) sEAGsQDsGDGAVGS S98-p
DYNC1I2 (rat) sEAGsQDsGDGAVGS S104-p
DYNC1I2 iso3 (rat) SEAGSQDSGDGAVGS S98
DYNC1I2 (cow) SEAGSQDSGDGAVGS S98
K137
DLGRGPIKLGMAKIT
0 1
DYNC1I2 (human) DLGRGPIkLGMAKIT K137-ub
DYNC1I2 iso2 (human) DLGRGPIKLGMAKIT K131
DYNC1I2 iso3 (human) GSRRGPIKLGMAKIT K111
DYNC1I2 (mouse) GSRRGPIKLGMAKIT K111
DYNC1I2 (rat) DLGRGPIKLGMAKIT K137
DYNC1I2 iso3 (rat) GSRRGPIKLGMAKIT K111
DYNC1I2 (cow) GSRRGPIKLGMAKIT K111
T162
TYTKETQTPVTAQPK
0 2
DYNC1I2 (human) TYTKETQtPVMAQPK T162-p
DYNC1I2 iso2 (human) TYTKETQTPVMAQPK T156
DYNC1I2 iso3 (human) TYTKETQTPVMAQPK T136
DYNC1I2 (mouse) TYTKETQTPVTAQPK T136
DYNC1I2 (rat) TYTKETQTPVTAQPK T162
DYNC1I2 iso3 (rat) TYTKETQTPVTAQPK T136
DYNC1I2 (cow) TYTKETQTPVMAQPK T136
A180
EEEDDVAAPKPPVEP
0 7
DYNC1I2 (human) EEDDDVVAPkPPIEP A180
DYNC1I2 iso2 (human) EEDDDVVAPKPPIEP A174
DYNC1I2 iso3 (human) EEDDDVVAPKPPIEP A154
DYNC1I2 (mouse) EEEDDVAtPKPPVEP T154-p
DYNC1I2 (rat) EEEDDVAAPKPPVEP A180
DYNC1I2 iso3 (rat) EEEDDVAAPKPPVEP A154
DYNC1I2 (cow) EEEDDVVTPKPPIEP T154
K182
EDDVAAPKPPVEPEE
0 1
DYNC1I2 (human) DDDVVAPkPPIEPEE K182-ub
DYNC1I2 iso2 (human) DDDVVAPKPPIEPEE K176
DYNC1I2 iso3 (human) DDDVVAPKPPIEPEE K156
DYNC1I2 (mouse) EDDVAtPKPPVEPEE K156
DYNC1I2 (rat) EDDVAAPKPPVEPEE K182
DYNC1I2 iso3 (rat) EDDVAAPKPPVEPEE K156
DYNC1I2 (cow) EDDVVTPKPPIEPEE K156
K191
PVEPEEEKILKKDEE
0 1
DYNC1I2 (human) PIEPEEEkTLKKDEE K191-ub
DYNC1I2 iso2 (human) PIEPEEEKTLKKDEE K185
DYNC1I2 iso3 (human) PIEPEEEKTLKKDEE K165
DYNC1I2 (mouse) PVEPEEEKTLKKDEE K165
DYNC1I2 (rat) PVEPEEEKILKKDEE K191
DYNC1I2 iso3 (rat) PVEPEEEKILKKDEE K165
DYNC1I2 (cow) PIEPEEEKTLKKDEE K165
T209
KAPPHELTEEEKQQI
0 2
DYNC1I2 (human) KAPPHELtEEEKQQI T209-p
DYNC1I2 iso2 (human) KAPPHELTEEEKQQI T203
DYNC1I2 iso3 (human) KAPPHELTEEEKQQI T183
DYNC1I2 (mouse) KAPPHELTEEEKQQI T183
DYNC1I2 (rat) KAPPHELTEEEKQQI T209
DYNC1I2 iso3 (rat) KAPPHELTEEEKQQI T183
DYNC1I2 (cow) KAPPHELTEEEKQQI T183
S219
EKQQILHSEEFLSFF
0 1
DYNC1I2 (human) EKQQILHsEEFLSFF S219-p
DYNC1I2 iso2 (human) EKQQILHSEEFLSFF S213
DYNC1I2 iso3 (human) EKQQILHSEEFLSFF S193
DYNC1I2 (mouse) EKQQILHSEEFLSFF S193
DYNC1I2 (rat) EKQQILHSEEFLSFF S219
DYNC1I2 iso3 (rat) EKQQILHSEEFLSFF S193
DYNC1I2 (cow) EKQQILHSEEFLSFF S193
S238
RIVERALSEQINIFF
0 1
DYNC1I2 (human) RIVERALsEQINIFF S238-p
DYNC1I2 iso2 (human) RIVERALSEQINIFF S232
DYNC1I2 iso3 (human) RIVERALSEQINIFF S212
DYNC1I2 (mouse) RIVERALSEQINIFF S212
DYNC1I2 (rat) RIVERALSEQINIFF S238
DYNC1I2 iso3 (rat) RIVERALSEQINIFF S212
DYNC1I2 (cow) RIVERALSEQINIFF S212
K255
SGRDLEDKEGEIQAG
0 4
DYNC1I2 (human) SGRDLEDkEGEIQAG K255-ub
DYNC1I2 iso2 (human) SGRDLEDKEGEIQAG K249
DYNC1I2 iso3 (human) SGRDLEDKEGEIQAG K229
DYNC1I2 (mouse) SGRDLEDkEGEIQAG K229-ub
DYNC1I2 (rat) SGRDLEDKEGEIQAG K255
DYNC1I2 iso3 (rat) SGRDLEDKEGEIQAG K229
DYNC1I2 (cow) SGRDLEDKEGEIQAG K229
K264
GEIQAGAKLSLNRQF
0 1
DYNC1I2 (human) GEIQAGAkLSLNrQF K264-ub
DYNC1I2 iso2 (human) GEIQAGAKLSLNRQF K258
DYNC1I2 iso3 (human) GEIQAGAKLSLNRQF K238
DYNC1I2 (mouse) GEIQAGAKLSLNRQF K238
DYNC1I2 (rat) GEIQAGAKLSLNRQF K264
DYNC1I2 iso3 (rat) GEIQAGAKLSLNRQF K238
DYNC1I2 (cow) GEIQAGAKLSLNRQF K238
R269
GAKLSLNRQFFDERW
0 1
DYNC1I2 (human) GAkLSLNrQFFDERW R269-m1
DYNC1I2 iso2 (human) GAKLSLNRQFFDERW R263
DYNC1I2 iso3 (human) GAKLSLNRQFFDERW R243
DYNC1I2 (mouse) GAKLSLNRQFFDERW R243
DYNC1I2 (rat) GAKLSLNRQFFDERW R269
DYNC1I2 iso3 (rat) GAKLSLNRQFFDERW R243
DYNC1I2 (cow) GAKLSLNRQFFDERW R243
K278-ac
FFDERWSkHRVVSCL
0 1
DYNC1I2 (human) FFDERWSKHRVVSCL K278
DYNC1I2 iso2 (human) FFDERWSKHRVVSCL K272
DYNC1I2 iso3 (human) FFDERWSKHRVVSCL K252
DYNC1I2 (mouse) FFDERWSKHRVVSCL K252
DYNC1I2 (rat) FFDERWSkHRVVSCL K278-ac
DYNC1I2 iso3 (rat) FFDERWSKHRVVSCL K252
DYNC1I2 (cow) FFDERWSKHRVVSCL K252
K427
DSMELVHKQSKAVAV
0 1
DYNC1I2 (human) DSMELVHkQSKAVAV K427-ub
DYNC1I2 iso2 (human) DSMELVHKQSKAVAV K421
DYNC1I2 iso3 (human) DSMELVHKQSKAVAV K401
DYNC1I2 (mouse) DSMELVHKQSKAVAV K401
DYNC1I2 (rat) DSMELVHKQSKAVAV K427
DYNC1I2 iso3 (rat) DSMELVHKQSKAVAV K401
DYNC1I2 (cow) DSMELVHKQSKAVAV K401