Other Species / Isoforms
  SKP2 (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.

 
K43-sm
MGVSALEkEEPDsEN
0 1
SKP2 (human) MGVSALEkEEPDsEN K43-sm
SKP2 (mouse) MGVSALEKEEVDSEN K43
S48-p
LEkEEPDsENIPQEL
0 2
SKP2 (human) LEkEEPDsENIPQEL S48-p
SKP2 (mouse) LEKEEVDSENIPHGL S48
S57-p
NIPQELLsNLGHPEs
0 2
SKP2 (human) NIPQELLsNLGHPEs S57-p
SKP2 (mouse) NIPHGLLSNLGHPQs S57
S64-p
sNLGHPEsPPRkRLk
Effect
4 29
SKP2 (human)
S64-p
Effects on Modified Protein
  • activity, induced
  • molecular association, regulation
  • phosphorylation
  • protein stabilization
  • ubiquitination
Effects on Biological Processes:
  • cell cycle regulation
  • transcription, induced
SKP2 (human) sNLGHPEsPPRkRLk S64-p
SKP2 (mouse) SNLGHPQsPPRkRVk S64-p
K68-ac
HPEsPPRkRLkskGs
Effect
2 0
Effects on Modified Protein
  • protein stabilization
SKP2 (human) HPEsPPRkRLkskGs K68-ac
SKP2 (mouse) HPQsPPRkRVkGKGS K68-ac
K71-ac
sPPRkRLkskGsDkD
Effect
2 0
Effects on Modified Protein
  • protein stabilization
SKP2 (human) sPPRkRLkskGsDkD K71-ac
SKP2 (mouse) sPPRkRVkGKGSDKD K71-ac
S72-p
PPRkRLkskGsDkDF
Effect
4 13
Effects on Modified Protein
  • activity, induced
  • phosphorylation
  • protein stabilization
Effects on Biological Processes:
  • cell cycle regulation
SKP2 (human) PPRkRLkskGsDkDF S72-p
SKP2 (mouse) PPRkRVkGKGSDKDF G72
K73-ub
PRkRLkskGsDkDFV
0 1
SKP2 (human) PRkRLkskGsDkDFV K73-ub
SKP2 (mouse) PRkRVkGKGSDKDFV K73
S75-p
kRLkskGsDkDFVIV
1 10
SKP2 (human) kRLkskGsDkDFVIV S75-p
SKP2 (mouse) kRVkGKGSDKDFVII S75
K77-ub
LkskGsDkDFVIVRR
0 2
SKP2 (human) LkskGsDkDFVIVRR K77-ub
SKP2 (mouse) VkGKGSDKDFVIIRR K77
K125-ub
LKVSGVCkRWYRLAS
0 1
SKP2 (human) LKVSGVCkRWYRLAS K125-ub
SKP2 (mouse) LRVSGVCKRWYRLSL K125
K145-ub
QTLDLTGkNLHPDVT
0 5
SKP2 (human) QTLDLTGkNLHPDVT K145-ub
SKP2 (mouse) QSLDLAGKNLHPDVT K145
S179-p
QPLAEHFsPFRVQHM
0 9
SKP2 (human) QPLAEHFsPFRVQHM S179-p
SKP2 (mouse) QPLGESFSSFRVQHM S179
S212-p
CSKLQNLsLEGLRLS
0 1
SKP2 (human) CSKLQNLsLEGLRLS S212-p
SKP2 (mouse) CSKLQNLSLEGLQLS S212
N224
RLSDPIVNTLAkNSN
0 3
SKP2 (human) RLSDPIVNTLAkNSN N224
SKP2 (mouse) QLSDPIVkTLAQNEN K224-ub
K228-ub
PIVNTLAkNSNLVRL
0 2
SKP2 (human) PIVNTLAkNSNLVRL K228-ub
SKP2 (mouse) PIVkTLAQNENLVRL Q228
S256-p
QTLLSSCsRLDELNL
1 0
SKP2 (human) QTLLSSCsRLDELNL S256-p
SKP2 (mouse) ATLLSSCsRLDELNL S256-p
K299-ub
GYRKNLQkSDLsTLV
0 4
SKP2 (human) GYRKNLQkSDLsTLV K299-ub
SKP2 (mouse) GYRKNLQKTDLCTII K299
S303-p
NLQkSDLsTLVRRCP
0 1
SKP2 (human) NLQkSDLsTLVRRCP S303-p
SKP2 (mouse) NLQKTDLCTIIKRCP C303
K405-ub
RPTIGNKkNQEIWGI
0 2
SKP2 (human) RPTIGNKkNQEIWGI K405-ub
SKP2 (mouse) RPTMDSKKNLEIWGI K405
K413-ub
NQEIWGIkCRLtLQk
0 2
SKP2 (human) NQEIWGIkCRLtLQk K413-ub
SKP2 (mouse) NLEIWGIKCRLTLQK K413
T417-p
WGIkCRLtLQkPSCL
Effect
1 0
Effects on Modified Protein
  • activity, induced
  • protein stabilization
  • ubiquitination
Effects on Biological Processes:
  • cell cycle regulation
SKP2 (human) WGIkCRLtLQkPSCL T417-p
SKP2 (mouse) WGIKCRLTLQKPSCL T417
K420-ub
kCRLtLQkPSCL___
0 1
SKP2 (human) kCRLtLQkPSCL___ K420-ub
SKP2 (mouse) KCRLTLQKPSCL___ K420