Other Species / Isoforms
  RPS10 (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.

 
Y12-p
KKNRIAIyELLFkEG
0 834
RPS10 (human) KKNRIAIyELLFkEG Y12-p
RPS10 (mouse) KKNRIAIyELLFKEG Y12-p
RPS10 (rat) KKNRIAIyELLFKEG Y12-p
K17-ac
AIyELLFkEGVMVAk
0 1
RPS10 (human) AIyELLFkEGVMVAk K17-ac
RPS10 (mouse) AIyELLFKEGVMVAK K17
RPS10 (rat) AIyELLFKEGVMVAK K17
K17-ub
AIyELLFkEGVMVAk
0 1
RPS10 (human) AIyELLFkEGVMVAk K17-ub
RPS10 (mouse) AIyELLFKEGVMVAK K17
RPS10 (rat) AIyELLFKEGVMVAK K17
K24-ac
kEGVMVAkKDVHMPk
0 1
RPS10 (human) kEGVMVAkKDVHMPk K24-ac
RPS10 (mouse) KEGVMVAKKDVHMPK K24
RPS10 (rat) KEGVMVAKKDVHMPK K24
K31-ub
kKDVHMPkHPELADk
0 2
RPS10 (human) kKDVHMPkHPELADk K31-ub
RPS10 (mouse) KKDVHMPKHPELADK K31
RPS10 (rat) KKDVHMPKHPELADK K31
K38-ac
kHPELADkNVPNLHV
0 1
RPS10 (human) kHPELADkNVPNLHV K38-ac
RPS10 (mouse) KHPELADKNVPNLHV K38
RPS10 (rat) KHPELADKNVPNLHV K38
K38-ub
kHPELADkNVPNLHV
0 4
RPS10 (human) kHPELADkNVPNLHV K38-ub
RPS10 (mouse) KHPELADKNVPNLHV K38
RPS10 (rat) KHPELADKNVPNLHV K38
K47-ub
VPNLHVMkAMQSLkS
0 4
RPS10 (human) VPNLHVMkAMQSLkS K47-ub
RPS10 (mouse) VPNLHVMKAMQSLKS K47
RPS10 (rat) VPNLHVMKAMQSLKS K47
K53-ub
MkAMQSLkSRGYVkE
0 3
RPS10 (human) MkAMQSLkSRGYVkE K53-ub
RPS10 (mouse) MKAMQSLKSRGYVKE K53
RPS10 (rat) MKAMQSLKSRGYVKE K53
K53-sc
MkAMQSLkSRGYVkE
0 1
RPS10 (human) MkAMQSLkSRGYVkE K53-sc
RPS10 (mouse) MKAMQSLKSRGYVKE K53
RPS10 (rat) MKAMQSLKSRGYVKE K53
K59-ub
LkSRGYVkEQFAWRH
0 6
RPS10 (human) LkSRGYVkEQFAWRH K59-ub
RPS10 (mouse) LKSRGYVKEQFAWRH K59
RPS10 (rat) LKSRGYVKEQFAWRH K59
K59-ac
LkSRGYVkEQFAWRH
0 1
RPS10 (human) LkSRGYVkEQFAWRH K59-ac
RPS10 (mouse) LKSRGYVKEQFAWRH K59
RPS10 (rat) LKSRGYVKEQFAWRH K59
Y78-p
LTNEGIQyLRDyLHL
0 11
RPS10 (human) LTNEGIQyLRDyLHL Y78-p
RPS10 (mouse) LTNEGIQyLRDyLHL Y78-p
RPS10 (rat) LTNEGIQYLRDYLHL Y78
Y82-p
GIQyLRDyLHLPPEI
0 34
RPS10 (human) GIQyLRDyLHLPPEI Y82-p
RPS10 (mouse) GIQyLRDyLHLPPEI Y82-p
RPS10 (rat) GIQYLRDYLHLPPEI Y82
T93-p
PPEIVPAtLRRSRPE
0 13
RPS10 (human) PPEIVPAtLRRSRPE T93-p
RPS10 (mouse) PPEIVPAtLRRSRPE T93-p
RPS10 (rat) PPEIVPATLRRSRPE T93
T101-p
LRRSRPEtGRPRPkG
0 14
RPS10 (human) LRRSRPEtGRPRPkG T101-p
RPS10 (mouse) LRRSRPEtGRPRPkG T101-p
RPS10 (rat) LRRSRPETGRPRPkG T101
K107-ub
EtGRPRPkGLEGERP
0 93
RPS10 (human) EtGRPRPkGLEGERP K107-ub
RPS10 (mouse) EtGRPRPkGPEGERP K107-ub
RPS10 (rat) ETGRPRPkGPEGERP K107-ub
K107-sm
EtGRPRPkGLEGERP
0 1
RPS10 (human) EtGRPRPkGLEGERP K107-sm
RPS10 (mouse) EtGRPRPKGPEGERP K107
RPS10 (rat) ETGRPRPKGPEGERP K107
T118-p
GERPARLtrGEADRD
0 5
RPS10 (human) GERPARLtrGEADRD T118-p
RPS10 (mouse) GERPARFtrGEADRD T118-p
RPS10 (rat) GERPARFTrGEADRD T118
R119-m1
ERPARLtrGEADRDt
0 29
RPS10 (human) ERPARLtrGEADRDt R119-m1
RPS10 (mouse) ERPARFtrGEADRDt R119-m1
RPS10 (rat) ERPARFTrGEADRDT R119-m1
T126-p
rGEADRDtyRRsAVP
0 38
RPS10 (human) rGEADRDtyRRsAVP T126-p
RPS10 (mouse) rGEADRDtyRRsAVP T126-p
RPS10 (rat) rGEADRDTYRRSAVP T126
Y127-p
GEADRDtyRRsAVPP
0 73
RPS10 (human) GEADRDtyRRsAVPP Y127-p
RPS10 (mouse) GEADRDtyRRsAVPP Y127-p
RPS10 (rat) GEADRDTYRRSAVPP Y127
S130-p
DRDtyRRsAVPPGAD
0 7
RPS10 (human) DRDtyRRsAVPPGAD S130-p
RPS10 (mouse) DRDtyRRsAVPPGAD S130-p
RPS10 (rat) DRDTYRRSAVPPGAD S130
K138-ub
AVPPGADkkAEAGAG
0 148
RPS10 (human) AVPPGADkkAEAGAG K138-ub
RPS10 (mouse) AVPPGADkkAEAGAG K138-ub
RPS10 (rat) AVPPGADkkAEAGAG K138-ub
K138-sm
AVPPGADkkAEAGAG
0 1
RPS10 (human) AVPPGADkkAEAGAG K138-sm
RPS10 (mouse) AVPPGADKkAEAGAG K138
RPS10 (rat) AVPPGADKkAEAGAG K138
K139-ub
VPPGADkkAEAGAGs
0 147
RPS10 (human) VPPGADkkAEAGAGs K139-ub
RPS10 (mouse) VPPGADkkAEAGAGs K139-ub
RPS10 (rat) VPPGADkkAEAGAGs K139-ub
K139-sm
VPPGADkkAEAGAGs
0 1
RPS10 (human) VPPGADkkAEAGAGs K139-sm
RPS10 (mouse) VPPGADkKAEAGAGs K139
RPS10 (rat) VPPGADkKAEAGAGs K139
K139-m1
VPPGADkkAEAGAGs
0 1
RPS10 (human) VPPGADkkAEAGAGs K139-m1
RPS10 (mouse) VPPGADkKAEAGAGs K139
RPS10 (rat) VPPGADkKAEAGAGs K139
S146-p
kAEAGAGsAtEFQFr
0 42
RPS10 (human) kAEAGAGsAtEFQFr S146-p
RPS10 (mouse) kAEAGAGsATEFQFr S146-p
RPS10 (rat) kAEAGAGsATEFQFR S146-p
T148-p
EAGAGsAtEFQFrGG
0 4
RPS10 (human) EAGAGsAtEFQFrGG T148-p
RPS10 (mouse) EAGAGsATEFQFrGG T148
RPS10 (rat) EAGAGsATEFQFRGG T148
R153-m1
sAtEFQFrGGFGrGr
0 33
RPS10 (human) sAtEFQFrGGFGrGr R153-m1
RPS10 (mouse) sATEFQFrGGFGRGR R153-m1
RPS10 (rat) sATEFQFRGGFGRGR R153
R158-me
QFrGGFGrGrGQPPQ
Effect
1 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • protein stabilization
RPS10 (human) QFrGGFGrGrGQPPQ R158-me
RPS10 (mouse) QFrGGFGRGRGQPPQ R158
RPS10 (rat) QFRGGFGRGRGQPPQ R158
R158-m1
QFrGGFGrGrGQPPQ
0 21
RPS10 (human) QFrGGFGrGrGQPPQ R158-m1
RPS10 (mouse) QFrGGFGRGRGQPPQ R158
RPS10 (rat) QFRGGFGRGRGQPPQ R158
R158-m2
QFrGGFGrGrGQPPQ
0 3
RPS10 (human) QFrGGFGrGrGQPPQ R158-m2
RPS10 (mouse) QFrGGFGRGRGQPPQ R158
RPS10 (rat) QFRGGFGRGRGQPPQ R158
R160-me
rGGFGrGrGQPPQ__
Effect
1 0
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
  • protein stabilization
RPS10 (human) rGGFGrGrGQPPQ__ R160-me
RPS10 (mouse) rGGFGRGRGQPPQ__ R160
RPS10 (rat) RGGFGRGRGQPPQ__ R160
R160-m1
rGGFGrGrGQPPQ__
0 22
RPS10 (human) rGGFGrGrGQPPQ__ R160-m1
RPS10 (mouse) rGGFGRGRGQPPQ__ R160
RPS10 (rat) RGGFGRGRGQPPQ__ R160
R160-m2
rGGFGrGrGQPPQ__
0 4
RPS10 (human) rGGFGrGrGQPPQ__ R160-m2
RPS10 (mouse) rGGFGRGRGQPPQ__ R160
RPS10 (rat) RGGFGRGRGQPPQ__ R160