Other Species / Isoforms
  RCC1 (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.

 
P2
______MPPKRIAKR
1 0
RCC1 (human) ______MsPKRIAKR S2-p
RCC1 iso2 (human) ______MSPKRIAKR S2
RCC1 (mouse) ______MPPKRIAKR P2
RCC1 (rat) ______MPPKRIAKR P2
S11-p
KRIAKRRsPPEDAIP
4 71
RCC1 (human)
S11-p
RCC1 (human) KRIAKRRsPPADAIP S11-p
RCC1 iso2 (human) KRIAKRRsPPADAIP S11-p
RCC1 (mouse) KRIAKRRsPPEDAIP S11-p
RCC1 (rat) KRIAKRRsPPEDAIP S11-p
S20
PEDAIPKSKKVKVSH
1 1
RCC1 (human) PADAIPKsKKVKVsH S20-p
RCC1 iso2 (human) PADAIPKSKKVKDTR S20
RCC1 (mouse) PEDAIPKSKKVKVSH S20
RCC1 (rat) PEDAIPKSKKVKVSH S20
-
gap
0 6
RCC1 (human) gap -
RCC1 iso2 (human) CQGACGPsPPDQKTR S47-p
RCC1 (mouse) gap -
RCC1 (rat) gap -
S26
KSKKVKVSHRSHNTE
1 0
RCC1 (human) KsKKVKVsHRsHStE S26-p
RCC1 iso2 (human) DQKTRPVSHRSHSTE S57
RCC1 (mouse) KSKKVKVSHRSHNTE S26
RCC1 (rat) KSKKVKVSHRSHNTE S26
S29
KVKVSHRSHNTEPGL
1 0
RCC1 (human) KVKVsHRsHStEPGL S29-p
RCC1 iso2 (human) TRPVSHRSHSTEPGL S60
RCC1 (mouse) KVKVSHRSHNTEPGL S29
RCC1 (rat) KVKVSHRSHNTEPGL S29
T32
VSHRSHNTEPGLVLT
1 0
RCC1 (human) VsHRsHStEPGLVLT T32-p
RCC1 iso2 (human) VSHRSHSTEPGLVLT T63
RCC1 (mouse) VSHRSHNTEPGLVLT T32
RCC1 (rat) VSHRSHNTEPGLVLT T32
S85
HTVCLSQSGQVYSFG
0 1
RCC1 (human) HTVCLSKsGQVysFG S85-p
RCC1 iso2 (human) HTVCLSKSGQVYSFG S116
RCC1 (mouse) HTVCLSQSGQVYSFG S85
RCC1 (rat) HTVCLSQSGQVYSFG S85
Y89
LSQSGQVYSFGCNDE
0 1
RCC1 (human) LSKsGQVysFGCNDE Y89-p
RCC1 iso2 (human) LSKSGQVYSFGCNDE Y120
RCC1 (mouse) LSQSGQVYSFGCNDE Y89
RCC1 (rat) LSQSGQVYSFGCNDE Y89
S90
SQSGQVYSFGCNDEG
0 2
RCC1 (human) SKsGQVysFGCNDEG S90-p
RCC1 iso2 (human) SKSGQVYSFGCNDEG S121
RCC1 (mouse) SQSGQVYSFGCNDEG S90
RCC1 (rat) SQSGQVYSFGCNDEG S90
S104
GALGRDTSVEGSEMV
0 4
RCC1 (human) GALGRDTsVEGSEMV S104-p
RCC1 iso2 (human) GALGRDTSVEGSEMV S135
RCC1 (mouse) GALGRDTSVEGSEMV S104
RCC1 (rat) GALGRDTSVEGSEMV S104
K114
GSEMVPGKVELQEKV
0 3
RCC1 (human) GSEMVPGkVELQEkV K114-ub
RCC1 iso2 (human) GSEMVPGKVELQEKV K145
RCC1 (mouse) GSEMVPGKVELQEKV K114
RCC1 (rat) GSEMVPGKVELQEKV K114
K114
GSEMVPGKVELQEKV
0 1
RCC1 (human) GSEMVPGkVELQEkV K114-sm
RCC1 iso2 (human) GSEMVPGKVELQEKV K145
RCC1 (mouse) GSEMVPGKVELQEKV K114
RCC1 (rat) GSEMVPGKVELQEKV K114
K120
GKVELQEKVVQVSAG
0 1
RCC1 (human) GkVELQEkVVQVSAG K120-ub
RCC1 iso2 (human) GKVELQEKVVQVSAG K151
RCC1 (mouse) GKVELQEKVVQVSAG K120
RCC1 (rat) GKVELQEKVVQVSAG K120
T131
VSAGDSHTAALTEDG
0 1
RCC1 (human) VSAGDSHtAALtDDG T131-p
RCC1 iso2 (human) VSAGDSHTAALTDDG T162
RCC1 (mouse) VSAGDSHTAALTEDG T131
RCC1 (rat) VSAGDSHTAALTEDG T131
T135
DSHTAALTEDGRVFL
0 1
RCC1 (human) DSHtAALtDDGRVFL T135-p
RCC1 iso2 (human) DSHTAALTDDGRVFL T166
RCC1 (mouse) DSHTAALTEDGRVFL T135
RCC1 (rat) DSHTAALTEDGRVFL T135
K160
IGLLEPMKKSMVPVQ
0 1
RCC1 (human) IGLLEPMkksMVPVQ K160-ub
RCC1 iso2 (human) IGLLEPMKKSMVPVQ K191
RCC1 (mouse) IGLLEPMKKSMVPVQ K160
RCC1 (rat) IGLLEPMKKSMVPVQ K160
K161
GLLEPMKKSMVPVQV
0 4
RCC1 (human) GLLEPMkksMVPVQV K161-ub
RCC1 iso2 (human) GLLEPMKKSMVPVQV K192
RCC1 (mouse) GLLEPMKKSMVPVQV K161
RCC1 (rat) GLLEPMKKSMVPVQV K161
S162
LLEPMKKSMVPVQVQ
0 1
RCC1 (human) LLEPMkksMVPVQVQ S162-p
RCC1 iso2 (human) LLEPMKKSMVPVQVQ S193
RCC1 (mouse) LLEPMKKSMVPVQVQ S162
RCC1 (rat) LLEPMKKSMVPVQVQ S162
R214
VPELFANRGGRQGLE
0 4
RCC1 (human) VPELFANrGGRQGLE R214-m1
RCC1 iso2 (human) VPELFANRGGRQGLE R245
RCC1 (mouse) VPELFANrGGRQGLG R214-m1
RCC1 (rat) VPELFANRGGRQGLE R214
R227
LERLLVPRCVLLKSR
0 1
RCC1 (human) LERLLVPkCVMLkSR K227-ub
RCC1 iso2 (human) LERLLVPKCVMLKSR K258
RCC1 (mouse) LGRLLVPRCVLLKSR R227
RCC1 (rat) LERLLVPRCVLLKSR R227
K232
VPRCVLLKSRGTRGR
0 2
RCC1 (human) VPkCVMLkSRGSRGH K232-ub
RCC1 iso2 (human) VPKCVMLKSRGSRGH K263
RCC1 (mouse) VPRCVLLKSRGTRGR K232
RCC1 (rat) VPRCVLLKSRGTRGR K232
T274
SNYHQLGTPGTGSCF
1 0
RCC1 (human) SNYHQLGtPGTESCF T274-p
RCC1 iso2 (human) SNYHQLGTPGTESCF T305
RCC1 (mouse) SNYHQLGTPGTGSCF T274
RCC1 (rat) SNYHQLGTPGTGSCF T274
T306
FSGGQHHTVCMDSEG
0 1
RCC1 (human) FSGGQHHtVCMDsEG T306-p
RCC1 iso2 (human) FSGGQHHTVCMDSEG T337
RCC1 (mouse) FSGGQHHTVCMDSEG T306
RCC1 (rat) FSGGQHHTVCMDSEG T306
S311
HHTVCMDSEGKAYSL
0 1
RCC1 (human) HHtVCMDsEGKAYSL S311-p
RCC1 iso2 (human) HHTVCMDSEGKAYSL S342
RCC1 (mouse) HHTVCMDSEGKAYSL S311
RCC1 (rat) HHTVCMDSEGKAYSL S311
K335
LGEGAEEKSIPTLIS
0 7
RCC1 (human) LGEGAEEksIPtLIS K335-ub
RCC1 iso2 (human) LGEGAEEKSIPTLIS K366
RCC1 (mouse) LGEGAEEKSIPTLIS K335
RCC1 (rat) LGEGAEEKSIPTLIS K335
K335
LGEGAEEKSIPTLIS
0 2
RCC1 (human) LGEGAEEksIPtLIS K335-sm
RCC1 iso2 (human) LGEGAEEKSIPTLIS K366
RCC1 (mouse) LGEGAEEKSIPTLIS K335
RCC1 (rat) LGEGAEEKSIPTLIS K335
S336
GEGAEEKSIPTLISR
0 1
RCC1 (human) GEGAEEksIPtLISR S336-p
RCC1 iso2 (human) GEGAEEKSIPTLISR S367
RCC1 (mouse) GEGAEEKSIPTLISR S336
RCC1 (rat) GEGAEEKSIPTLISR S336
T339
AEEKSIPTLISRLPV
0 1
RCC1 (human) AEEksIPtLISRLPA T339-p
RCC1 iso2 (human) AEEKSIPTLISRLPA T370
RCC1 (mouse) AEEKSIPTLISRLPV T339
RCC1 (rat) AEEKSIPTLISRLPV T339
K362
SVGYAVSKDGRVFAW
0 2
RCC1 (human) SVGYAVTkDGRVFAW K362-ub
RCC1 iso2 (human) SVGYAVTKDGRVFAW K393
RCC1 (mouse) SVGYAVSKDGRVFAW K362
RCC1 (rat) SVGYAVSKDGRVFAW K362
S387
GQEDDAWSPVEMTGK
1 1
RCC1 (human) GQDEDAWsPVEMMGK S387-p
RCC1 iso2 (human) GQDEDAWSPVEMMGK S418
RCC1 (mouse) GQDEDAWSPVEMTGK S387
RCC1 (rat) GQEDDAWSPVEMTGK S387
T403
LENREVLTVSSGGQH
0 1
RCC1 (human) LENRVVLsVssGGQH S403-p
RCC1 iso2 (human) LENRVVLSVSSGGQH S434
RCC1 (mouse) LENRVVLTVSSGGQH T403
RCC1 (rat) LENREVLTVSSGGQH T403
S405
NREVLTVSSGGQHTV
0 1
RCC1 (human) NRVVLsVssGGQHtV S405-p
RCC1 iso2 (human) NRVVLSVSSGGQHTV S436
RCC1 (mouse) NRVVLTVSSGGQHTV S405
RCC1 (rat) NREVLTVSSGGQHTV S405
S406
REVLTVSSGGQHTVL
0 1
RCC1 (human) RVVLsVssGGQHtVL S406-p
RCC1 iso2 (human) RVVLSVSSGGQHTVL S437
RCC1 (mouse) RVVLTVSSGGQHTVL S406
RCC1 (rat) REVLTVSSGGQHTVL S406
T411
VSSGGQHTVLLVKDK
0 1
RCC1 (human) VssGGQHtVLLVKDK T411-p
RCC1 iso2 (human) VSSGGQHTVLLVKDK T442
RCC1 (mouse) VSSGGQHTVLLVKDQ T411
RCC1 (rat) VSSGGQHTVLLVKDK T411