Other Species / Isoforms
  NDUFA10 (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.

 
K48-ub
WHFLLGDkASKRLTE
0 1
NDUFA10 (human) WHFLLGDkASKRLTE K48-ub
NDUFA10 (mouse) LAAILGDKTTKKLHE K48
NDUFA10 (rat) LASILGDKTTKKLHE K48
NDUFA10 (cow) LAYILGEKATKKMTE K36
S57-p
SKRLTERsRVItVDG
0 1
NDUFA10 (human) SKRLTERsRVItVDG S57-p
NDUFA10 (mouse) TKKLHEYSRVITVDG S57
NDUFA10 (rat) TKKLHEYSRVITVDG S57
NDUFA10 (cow) TKKMTEKSKLITVDG S45
T61-p
TERsRVItVDGNICT
0 1
NDUFA10 (human) TERsRVItVDGNICT T61-p
NDUFA10 (mouse) HEYSRVITVDGNICS T61
NDUFA10 (rat) HEYSRVITVDGNICS T61
NDUFA10 (cow) TEKSKLITVDGNICS T49
G71
GNICTGKGKLAkEIA
0 2
NDUFA10 (human) GNICTGKGKLAkEIA G71
NDUFA10 (mouse) GNICSGKNKLAkEIA N71
NDUFA10 (rat) GNICSGKNKLARDIA N71
NDUFA10 (cow) GNICSGKsKLAKEIA S59-p
K75
TGKGKLAKEIAEkLG
0 1
NDUFA10 (human) TGKGKLAKEIAEkLG K75
NDUFA10 (mouse) SGKNKLAkEIAQQLG K75-ac
NDUFA10 (rat) SGKNKLARDIAEQLG R75
NDUFA10 (cow) SGKsKLAKEIAEKLG K63
K75-sc
TGKGKLAkEIAEkLG
0 2
NDUFA10 (human) TGKGKLAkEIAEkLG K75-sc
NDUFA10 (mouse) SGKNKLAkEIAQQLG K75-sc
NDUFA10 (rat) SGKNKLARDIAEQLG R75
NDUFA10 (cow) SGKsKLAKEIAEKLG K63
K80-ac
LAkEIAEkLGFkHFP
0 2
NDUFA10 (human) LAkEIAEkLGFkHFP K80-ac
NDUFA10 (mouse) LAkEIAQQLGMKHYP Q80
NDUFA10 (rat) LARDIAEQLGMKHYP Q80
NDUFA10 (cow) LAKEIAEKLGLKHFP K68
K80-ub
LAkEIAEkLGFkHFP
0 1
NDUFA10 (human) LAkEIAEkLGFkHFP K80-ub
NDUFA10 (mouse) LAkEIAQQLGMKHYP Q80
NDUFA10 (rat) LARDIAEQLGMKHYP Q80
NDUFA10 (cow) LAKEIAEKLGLKHFP K68
K84-ub
IAEkLGFkHFPEAGI
0 1
NDUFA10 (human) IAEkLGFkHFPEAGI K84-ub
NDUFA10 (mouse) IAQQLGMKHYPEAGI K84
NDUFA10 (rat) IAEQLGMKHYPEAGI K84
NDUFA10 (cow) IAEKLGLKHFPEAGI K72
K102-ub
DSTTGDGkPLATDYN
0 2
NDUFA10 (human) DSTTGDGkPLATDYN K102-ub
NDUFA10 (mouse) STTTGDGRPLDIEFS R102
NDUFA10 (rat) SSTTGDGRPLDIEFS R102
NDUFA10 (cow) DSTTGDGKPLPVQFS K90
R122
EKFYDDPRSNDGNSY
0 14
NDUFA10 (human) EKFYDDPRSNDGNSY R122
NDUFA10 (mouse) EKFYDDPkSNDGNSY K122-ac
NDUFA10 (rat) EKFYDNPKSNDGNSY K122
NDUFA10 (cow) EKFYDDPKSNDGNSY K110
R122
EKFYDDPRSNDGNSY
0 1
NDUFA10 (human) EKFYDDPRSNDGNSY R122
NDUFA10 (mouse) EKFYDDPkSNDGNSY K122-ub
NDUFA10 (rat) EKFYDNPKSNDGNSY K122
NDUFA10 (cow) EKFYDDPKSNDGNSY K110
R122
EKFYDDPRSNDGNSY
0 1
NDUFA10 (human) EKFYDDPRSNDGNSY R122
NDUFA10 (mouse) EKFYDDPkSNDGNSY K122-sc
NDUFA10 (rat) EKFYDNPKSNDGNSY K122
NDUFA10 (cow) EKFYDDPKSNDGNSY K110
R139
QSWLYSSRLLQYSDA
0 1
NDUFA10 (human) QSWLYSSRLLQYSDA R139
NDUFA10 (mouse) QSWLYASRLLQYADA R139
NDUFA10 (rat) QSWLYASrLLQYSDA R139-m2
NDUFA10 (cow) QAWLYASRLLQYADA R127
H149
QYSDALEHLLTTGQG
0 1
NDUFA10 (human) QYSDALEHLLTTGQG H149
NDUFA10 (mouse) QYADALEHLLSTGQG H149
NDUFA10 (rat) QYSDALEhLLSTGQG H149-me
NDUFA10 (cow) QYADALEHLLSTGQG H137
K181
YNQGFIRKQCVDHYN
0 1
NDUFA10 (human) YNQGFIRKQCVDHYN K181
NDUFA10 (mouse) YNQGYIRkQCVDHYN K181-ac
NDUFA10 (rat) YNQGFIRKQCVDHYN K181
NDUFA10 (cow) YRQGFIRKQCVDHYN K169
K181-ub
YNQGFIRkQCVDHYN
0 1
NDUFA10 (human) YNQGFIRkQCVDHYN K181-ub
NDUFA10 (mouse) YNQGYIRKQCVDHYN K181
NDUFA10 (rat) YNQGFIRKQCVDHYN K181
NDUFA10 (cow) YRQGFIRKQCVDHYN K169
K191
VDHYNEVKSVTICDY
0 17
NDUFA10 (human) VDHYNEVKSVTICDY K191
NDUFA10 (mouse) VDHYNEIkRLTLPEY K191-ac
NDUFA10 (rat) VDHYNEIkRLTLPEY K191-ac
NDUFA10 (cow) VDHYNQVKKVTICEY K179
K221-ac
VQRRIQKkGDPHEMK
0 2
NDUFA10 (human) VQRRIQKkGDPHEMK K221-ac
NDUFA10 (mouse) VQSRIQKKGDPHEMk K221
NDUFA10 (rat) IQSRIQKKGDPHEMk K221
NDUFA10 (cow) VQSRIQKKGNPHEMK K209
K228
kGDPHEMKItsAyLQ
0 2
NDUFA10 (human) kGDPHEMKItsAyLQ K228
NDUFA10 (mouse) KGDPHEMkVTsAYLQ K228-ac
NDUFA10 (rat) KGDPHEMkVTSAYLQ K228-ac
NDUFA10 (cow) KGNPHEMKITSAYLQ K216
T230-p
DPHEMKItsAyLQDI
0 1
NDUFA10 (human) DPHEMKItsAyLQDI T230-p
NDUFA10 (mouse) DPHEMkVTsAYLQDI T230
NDUFA10 (rat) DPHEMkVTSAYLQDI T230
NDUFA10 (cow) NPHEMKITSAYLQDI T218
S231-p
PHEMKItsAyLQDIE
0 2
NDUFA10 (human) PHEMKItsAyLQDIE S231-p
NDUFA10 (mouse) PHEMkVTsAYLQDIE S231-p
NDUFA10 (rat) PHEMkVTSAYLQDIE S231
NDUFA10 (cow) PHEMKITSAYLQDIE S219
Y233-p
EMKItsAyLQDIENA
0 1
NDUFA10 (human) EMKItsAyLQDIENA Y233-p
NDUFA10 (mouse) EMkVTsAYLQDIEnA Y233
NDUFA10 (rat) EMkVTSAYLQDIEDA Y233
NDUFA10 (cow) EMKITSAYLQDIENA Y221
N239
AyLQDIENAykkTFL
0 1
NDUFA10 (human) AyLQDIENAykkTFL N239
NDUFA10 (mouse) AYLQDIEnAYkkTFL N239-ng
NDUFA10 (rat) AYLQDIEDAYKKTFL D239
NDUFA10 (cow) AYLQDIENAYKGTFL N227
Y241-p
LQDIENAykkTFLPE
0 2
NDUFA10 (human) LQDIENAykkTFLPE Y241-p
NDUFA10 (mouse) LQDIEnAYkkTFLPK Y241
NDUFA10 (rat) LQDIEDAYKKTFLPK Y241
NDUFA10 (cow) LQDIENAYKGTFLPE Y229
K242-ac
QDIENAykkTFLPEM
0 91
NDUFA10 (human) QDIENAykkTFLPEM K242-ac
NDUFA10 (mouse) QDIEnAYkkTFLPKM K242-ac
NDUFA10 (rat) QDIEDAYKKTFLPKM K242
NDUFA10 (cow) QDIENAYKGTFLPEM K230
K242-ub
QDIENAykkTFLPEM
0 1
NDUFA10 (human) QDIENAykkTFLPEM K242-ub
NDUFA10 (mouse) QDIEnAYKkTFLPKM K242
NDUFA10 (rat) QDIEDAYKKTFLPKM K242
NDUFA10 (cow) QDIENAYKGTFLPEM K230
K242
QDIENAyKkTFLPEM
0 1
NDUFA10 (human) QDIENAyKkTFLPEM K242
NDUFA10 (mouse) QDIEnAYkkTFLPKM K242-sc
NDUFA10 (rat) QDIEDAYKKTFLPKM K242
NDUFA10 (cow) QDIENAYKGTFLPEM K230
K243-ac
DIENAykkTFLPEMs
0 19
NDUFA10 (human) DIENAykkTFLPEMs K243-ac
NDUFA10 (mouse) DIEnAYkkTFLPKMs K243-ac
NDUFA10 (rat) DIEDAYKKTFLPKMS K243
NDUFA10 (cow) DIENAYKGTFLPEMS G231
K243-ub
DIENAykkTFLPEMs
0 1
NDUFA10 (human) DIENAykkTFLPEMs K243-ub
NDUFA10 (mouse) DIEnAYkKTFLPKMs K243
NDUFA10 (rat) DIEDAYKKTFLPKMS K243
NDUFA10 (cow) DIENAYKGTFLPEMS G231
S250-p
kTFLPEMsEkCEVLQ
Effect
2 0
Effects on Modified Protein
  • activity, induced
NDUFA10 (human) kTFLPEMsEkCEVLQ S250-p
NDUFA10 (mouse) kTFLPKMsEMCEVLV S250-p
NDUFA10 (rat) KTFLPKMSEICEVLV S250
NDUFA10 (cow) GTFLPEMSEKCEVLQ S238
K252-ub
FLPEMsEkCEVLQYS
0 1
NDUFA10 (human) FLPEMsEkCEVLQYS K252-ub
NDUFA10 (mouse) FLPKMsEMCEVLVYD M252
NDUFA10 (rat) FLPKMSEICEVLVYS I252
NDUFA10 (cow) FLPEMSEKCEVLQYS K240
K267-ac
AREAQDSkkVVEDIE
0 1
NDUFA10 (human) AREAQDSkkVVEDIE K267-ac
NDUFA10 (mouse) SWEAEDPTKVVEDIE T267
NDUFA10 (rat) SWEAEDSTKVVEDIE T267
NDUFA10 (cow) AWEAQDAEKVVEDIE E255
K268-ub
REAQDSkkVVEDIEy
0 1
NDUFA10 (human) REAQDSkkVVEDIEy K268-ub
NDUFA10 (mouse) WEAEDPTKVVEDIEY K268
NDUFA10 (rat) WEAEDSTKVVEDIEY K268
NDUFA10 (cow) WEAQDAEKVVEDIEY K256
Y275-p
kVVEDIEyLkFDkGP
0 2
NDUFA10 (human) kVVEDIEyLkFDkGP Y275-p
NDUFA10 (mouse) KVVEDIEYLkYNKGP Y275
NDUFA10 (rat) KVVEDIEYLNYNkGP Y275
NDUFA10 (cow) KVVEDIEYLKYDKGP Y263
K277
VEDIEyLKFDkGPWL
0 1
NDUFA10 (human) VEDIEyLKFDkGPWL K277
NDUFA10 (mouse) VEDIEYLkYNKGPWL K277-ac
NDUFA10 (rat) VEDIEYLNYNkGPWL N277
NDUFA10 (cow) VEDIEYLKYDKGPWL K265
K277-ub
VEDIEyLkFDkGPWL
0 4
NDUFA10 (human) VEDIEyLkFDkGPWL K277-ub
NDUFA10 (mouse) VEDIEYLkYNKGPWL K277-ub
NDUFA10 (rat) VEDIEYLNYNkGPWL N277
NDUFA10 (cow) VEDIEYLKYDKGPWL K265
K277
VEDIEyLKFDkGPWL
0 1
NDUFA10 (human) VEDIEyLKFDkGPWL K277
NDUFA10 (mouse) VEDIEYLkYNKGPWL K277-sc
NDUFA10 (rat) VEDIEYLNYNkGPWL N277
NDUFA10 (cow) VEDIEYLKYDKGPWL K265
K280
IEyLkFDKGPWLkQD
0 1
NDUFA10 (human) IEyLkFDKGPWLkQD K280
NDUFA10 (mouse) IEYLkYNKGPWLKQD K280
NDUFA10 (rat) IEYLNYNkGPWLkQD K280-ac
NDUFA10 (cow) IEYLKYDKGPWLDQN K268
K280-ub
IEyLkFDkGPWLkQD
0 2
NDUFA10 (human) IEyLkFDkGPWLkQD K280-ub
NDUFA10 (mouse) IEYLkYNKGPWLKQD K280
NDUFA10 (rat) IEYLNYNKGPWLkQD K280
NDUFA10 (cow) IEYLKYDKGPWLDQN K268
K285
FDkGPWLKQDNRTLY
0 1
NDUFA10 (human) FDkGPWLKQDNRTLY K285
NDUFA10 (mouse) YNKGPWLKQDDWTFH K285
NDUFA10 (rat) YNkGPWLkQDDRTFH K285-ac
NDUFA10 (cow) YDKGPWLDQNDRNLH D273
K285-ub
FDkGPWLkQDNRTLY
0 2
NDUFA10 (human) FDkGPWLkQDNRTLY K285-ub
NDUFA10 (mouse) YNKGPWLKQDDWTFH K285
NDUFA10 (rat) YNkGPWLKQDDRTFH K285
NDUFA10 (cow) YDKGPWLDQNDRNLH D273
K301
LRLLVQDKFEVLNYT
0 1
NDUFA10 (human) LRLLVQDKFEVLNYT K301
NDUFA10 (mouse) LRMLVQDKTEVLNYT K301
NDUFA10 (rat) LRMLVQDkREVLNYT K301-ac
NDUFA10 (cow) LRMLVQDKLEVLNYT K289
H322
PEVTIGAHQTDRVLH
0 1
NDUFA10 (human) PEVTIGAHQTDRVLH H322
NDUFA10 (mouse) PEITIGAHQGSRIYN H322
NDUFA10 (rat) PEITIGAhQGSrIYD H322-me
NDUFA10 (cow) PEVTVGAHQSDQVFQ H310
R326
IGAHQTDRVLHQFRE
0 1
NDUFA10 (human) IGAHQTDRVLHQFRE R326
NDUFA10 (mouse) IGAHQGSRIYNSFRE R326
NDUFA10 (rat) IGAhQGSrIYDSFrE R326-m2
NDUFA10 (cow) VGAHQSDQVFQEFTE Q314
R332
DRVLHQFRELPGRkY
0 1
NDUFA10 (human) DRVLHQFRELPGRkY R332
NDUFA10 (mouse) SRIYNSFRELPGRKY R332
NDUFA10 (rat) SrIYDSFrELPGRKY R332-m2
NDUFA10 (cow) DQVFQEFTELPGRKY T320
K338-ub
FRELPGRkYSPGYNt
0 3
NDUFA10 (human) FRELPGRkYSPGYNt K338-ub
NDUFA10 (mouse) FRELPGRKYAPGYNA K338
NDUFA10 (rat) FrELPGRKYAPGYNA K338
NDUFA10 (cow) FTELPGRKYRAGYNE K326
T345-p
kYSPGYNtEVGDkWI
0 1
NDUFA10 (human) kYSPGYNtEVGDkWI T345-p
NDUFA10 (mouse) KYAPGYNAEVGDkWI A345
NDUFA10 (rat) KYAPGYNADVGDkWI A345
NDUFA10 (cow) KYRAGYNEDVGDKWI E333
K350
YNtEVGDKWIWLK__
0 7
NDUFA10 (human) YNtEVGDKWIWLK__ K350
NDUFA10 (mouse) YNAEVGDkWIWLK__ K350-ac
NDUFA10 (rat) YNADVGDkWIWLK__ K350-ac
NDUFA10 (cow) YNEDVGDKWIWLK__ K338
K350
YNtEVGDKWIWLK__
0 1
NDUFA10 (human) YNtEVGDKWIWLK__ K350
NDUFA10 (mouse) YNAEVGDKWIWLK__ K350
NDUFA10 (rat) YNADVGDkWIWLK__ K350-m3
NDUFA10 (cow) YNEDVGDKWIWLK__ K338
K350-ub
YNtEVGDkWIWLK__
0 2
NDUFA10 (human) YNtEVGDkWIWLK__ K350-ub
NDUFA10 (mouse) YNAEVGDKWIWLK__ K350
NDUFA10 (rat) YNADVGDKWIWLK__ K350
NDUFA10 (cow) YNEDVGDKWIWLK__ K338
K350
YNtEVGDKWIWLK__
0 1
NDUFA10 (human) YNtEVGDKWIWLK__ K350
NDUFA10 (mouse) YNAEVGDkWIWLK__ K350-sc
NDUFA10 (rat) YNADVGDKWIWLK__ K350
NDUFA10 (cow) YNEDVGDKWIWLK__ K338