Other Species / Isoforms
  RNF138 (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.

 
K26-ub
PVCQEVLktPVRTTA
0 1
RNF138 (human) PVCQEVLktPVRTTA K26-ub
RNF138 (mouse) PVCQEVLKTPVRTAA K26
RNF138 (rat) PVCQEVLKTPVRTAA K26
T27-p
VCQEVLktPVRTTAC
Upstream
Downstream
1 1
Effects on Modified Protein
  • phosphorylation
  • ubiquitination
Effects on Biological Processes:
  • DNA repair, induced
  • cell cycle regulation
Kinase, in vitro:
  • CDK2 (human)
Putative in vivo kinases:
  • CDK1 (human)
  • CDK2 (human)
Treatment
  • AZD5438
  • RO-3306
  • SB203580
  • seliciclib
  • siRNA
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RNF138 (human) VCQEVLktPVRTTAC T27-p
RNF138 (mouse) VCQEVLKTPVRTAAC T27
RNF138 (rat) VCQEVLKTPVRTAAC T27
K41-ac
CQHVFCRkCFLTAMR
0 1
RNF138 (human) CQHVFCRkCFLTAMR K41-ac
RNF138 (mouse) CQHVFCRKCFLTAMR K41
RNF138 (rat) CQHVFCRKCFLTAMR K41
K41-ub
CQHVFCRkCFLTAMR
0 1
RNF138 (human) CQHVFCRkCFLTAMR K41-ub
RNF138 (mouse) CQHVFCRKCFLTAMR K41
RNF138 (rat) CQHVFCRKCFLTAMR K41
R80-m1
LDLENIMrKFSGSCR
0 1
RNF138 (human) LDLENIMrKFSGSCR R80-m1
RNF138 (mouse) LDLENIMRRFSGSCR R80
RNF138 (rat) IDLENIMRRVSGSCR R80
K94-ub
RCCAKQIkFYRMRHH
0 1
RNF138 (human) RCCAKQIkFYRMRHH K94-ub
RNF138 (mouse) RCCSKKIKFyRMRHH K94
RNF138 (rat) RCCSKKIKFYRMRHH K94
Y96
CAKQIkFYRMRHHYK
0 1
RNF138 (human) CAKQIkFYRMRHHYK Y96
RNF138 (mouse) CSKKIKFyRMRHHYK Y96-p
RNF138 (rat) CSKKIKFYRMRHHYK Y96
Y108-p
HYKSCKKyQDEyGVS
0 1
RNF138 (human) HYKSCKKyQDEyGVS Y108-p
RNF138 (mouse) HYKSCKKYQDEYGVS Y108
RNF138 (rat) HYKSCKKYQDEYGVS Y108
Y112-p
CKKyQDEyGVSSIIP
0 1
RNF138 (human) CKKyQDEyGVSSIIP Y112-p
RNF138 (mouse) CKKYQDEYGVSSVIP Y112
RNF138 (rat) CKKYQDEYGVSSVIP Y112
Q122
SSIIPNFQIsQDsVG
0 6
RNF138 (human) SSIIPNFQIsQDsVG Q122
RNF138 (mouse) SSVIPNFkISQDSVR K122-ub
RNF138 (rat) SSVIPNVKISQDSVR K122
S124-p
IIPNFQIsQDsVGNS
Upstream
Downstream
2 9
Effects on Modified Protein
  • ubiquitination
Effects on Biological Processes:
  • DNA repair, induced
  • cell cycle regulation
Putative in vivo kinases:
  • ATM (human)
Treatment
  • camptothecin
RNF138 (human) IIPNFQIsQDsVGNS S124-p
RNF138 (mouse) VIPNFkISQDSVRSS S124
RNF138 (rat) VIPNVKISQDSVRSS S124
S127-p
NFQIsQDsVGNSNRS
0 3
RNF138 (human) NFQIsQDsVGNSNRS S127-p
RNF138 (mouse) NFkISQDSVRSSNRS S127
RNF138 (rat) NVKISQDSVRSSNRS S127
S137-p
NSNRSETsTsDNtEt
0 1
RNF138 (human) NSNRSETsTsDNtEt S137-p
RNF138 (mouse) SSNRSETSASDNTET S137
RNF138 (rat) SSNRSETSASDNTET S137
S139-p
NRSETsTsDNtEtyQ
0 3
RNF138 (human) NRSETsTsDNtEtyQ S139-p
RNF138 (mouse) NRSETSASDNTETYQ S139
RNF138 (rat) NRSETSASDNTETYQ S139
T142-p
ETsTsDNtEtyQENt
0 2
RNF138 (human) ETsTsDNtEtyQENt T142-p
RNF138 (mouse) ETSASDNTETYQEDT T142
RNF138 (rat) ETSASDNTETYQEDT T142
T144-p
sTsDNtEtyQENtSS
0 2
RNF138 (human) sTsDNtEtyQENtSS T144-p
RNF138 (mouse) SASDNTETYQEDTSS T144
RNF138 (rat) SASDNTETYQEDTSS T144
Y145-p
TsDNtEtyQENtSSS
0 20
RNF138 (human) TsDNtEtyQENtSSS Y145-p
RNF138 (mouse) ASDNTETYQEDTSSS Y145
RNF138 (rat) ASDNTETYQEDTSSS Y145
T149-p
tEtyQENtSSSGHPT
0 1
RNF138 (human) tEtyQENtSSSGHPT T149-p
RNF138 (mouse) TETYQEDTSSSGHPT T149
RNF138 (rat) TETYQEDTSSSGHPT T149
K158-ub
SSGHPTFkCPLCQES
Downstream
1 3
Effects on Modified Protein
  • protein degradation
Effects on Biological Processes:
  • DNA repair, induced
RNF138 (human) SSGHPTFkCPLCQES K158-ub
RNF138 (mouse) SSGHPTFKCPLCQES K158
RNF138 (rat) SSGHPTFKCPLCQES K158