Other Species / Isoforms
  EEF1A1 (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.

 
S21-p
GHVDSGKstttGHLI
Upstream
Downstream
1 9
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • apoptosis, induced
Kinase, in vitro:
  • BRAF (human)
EEF1A1 (human) GHVDSGKstttGHLI S21-p
EEF1A1 (mouse) GHVDSGKSTTTGHLI S21
EEF1A1 (rat) GHVDSGKSTttGHLI S21
EEF1A1 (rabbit) GHVDSGKSTTTGHLI S21
T22-p
HVDSGKstttGHLIy
0 3
EEF1A1 (human) HVDSGKstttGHLIy T22-p
EEF1A1 (mouse) HVDSGKSTTTGHLIy T22
EEF1A1 (rat) HVDSGKSTttGHLIy T22
EEF1A1 (rabbit) HVDSGKSTTTGHLIY T22
T23-p
VDSGKstttGHLIyk
0 4
EEF1A1 (human) VDSGKstttGHLIyk T23-p
EEF1A1 (mouse) VDSGKSTTTGHLIyk T23
EEF1A1 (rat) VDSGKSTttGHLIyK T23-p
EEF1A1 (rabbit) VDSGKSTTTGHLIYK T23
T24-p
DSGKstttGHLIykC
0 5
EEF1A1 (human) DSGKstttGHLIykC T24-p
EEF1A1 (mouse) DSGKSTTTGHLIykC T24
EEF1A1 (rat) DSGKSTttGHLIyKC T24-p
EEF1A1 (rabbit) DSGKSTTTGHLIYKC T24
Y29-p
tttGHLIykCGGIDk
Upstream
1 1918
Regulatory protein:
  • CSFR (human)
  • ZAP70 (human)
Treatment
  • FGF2
  • HGF
  • U0126
view more >
EEF1A1 (human) tttGHLIykCGGIDk Y29-p
EEF1A1 (mouse) TTTGHLIykCGGIDk Y29-p
EEF1A1 (rat) TttGHLIyKCGGIDK Y29-p
EEF1A1 (rabbit) TTTGHLIYKCGGIDk Y29
K30-ac
ttGHLIykCGGIDkR
0 13
EEF1A1 (human) ttGHLIykCGGIDkR K30-ac
EEF1A1 (mouse) TTGHLIykCGGIDkR K30-ac
EEF1A1 (rat) ttGHLIyKCGGIDKR K30
EEF1A1 (rabbit) TTGHLIYKCGGIDkR K30
K30-ub
ttGHLIykCGGIDkR
0 4
EEF1A1 (human) ttGHLIykCGGIDkR K30-ub
EEF1A1 (mouse) TTGHLIykCGGIDkR K30-ub
EEF1A1 (rat) ttGHLIyKCGGIDKR K30
EEF1A1 (rabbit) TTGHLIYKCGGIDkR K30
K36-ac
ykCGGIDkRTIEkFE
0 11
EEF1A1 (human) ykCGGIDkRTIEkFE K36-ac
EEF1A1 (mouse) ykCGGIDkRTIEkFE K36-ac
EEF1A1 (rat) yKCGGIDKRTIEkFE K36
EEF1A1 (rabbit) YKCGGIDKRTIEKFE K36
K36-me
ykCGGIDkRTIEkFE
Downstream
2 2
Effects on Biological Processes:
  • translation, induced
EEF1A1 (human) ykCGGIDkRTIEkFE K36-me
EEF1A1 (mouse) ykCGGIDKRTIEkFE K36
EEF1A1 (rat) yKCGGIDKRTIEkFE K36
EEF1A1 (rabbit) YKCGGIDkRTIEKFE K36-me
K41-ac
IDkRTIEkFEkEAAE
0 27
EEF1A1 (human) IDkRTIEkFEkEAAE K41-ac
EEF1A1 (mouse) IDkRTIEkFEkEAAE K41-ac
EEF1A1 (rat) IDKRTIEkFEkEAAE K41-ac
EEF1A1 (rabbit) IDkRTIEKFEKEAAE K41
K41-ub
IDkRTIEkFEkEAAE
0 13
EEF1A1 (human) IDkRTIEkFEkEAAE K41-ub
EEF1A1 (mouse) IDkRTIEkFEkEAAE K41-ub
EEF1A1 (rat) IDKRTIEKFEkEAAE K41
EEF1A1 (rabbit) IDkRTIEKFEKEAAE K41
K44-ac
RTIEkFEkEAAEMGK
0 13
EEF1A1 (human) RTIEkFEkEAAEMGK K44-ac
EEF1A1 (mouse) RTIEkFEkEAAEMGK K44-ac
EEF1A1 (rat) RTIEkFEkEAAEMGK K44-ac
EEF1A1 (rabbit) RTIEKFEKEAAEMGK K44
K44-ub
RTIEkFEkEAAEMGK
0 41
EEF1A1 (human) RTIEkFEkEAAEMGK K44-ub
EEF1A1 (mouse) RTIEkFEkEAAEMGK K44-ub
EEF1A1 (rat) RTIEkFEkEAAEMGK K44-ub
EEF1A1 (rabbit) RTIEKFEKEAAEMGK K44
K55-me
EMGKGSFkyAWVLDK
2 1
EEF1A1 (human) EMGKGSFkyAWVLDK K55-me
EEF1A1 (mouse) EMGKGSFKYAWVLDK K55
EEF1A1 (rat) EMGKGSFKYAWVLDK K55
EEF1A1 (rabbit) EMGKGSFkYAWVLDK K55-me
K55-m1
EMGKGSFkyAWVLDK
Downstream
1 50
Effects on Modified Protein
  • molecular association, regulation
EEF1A1 (human) EMGKGSFkyAWVLDK K55-m1
EEF1A1 (mouse) EMGKGSFkYAWVLDK K55-m1
EEF1A1 (rat) EMGKGSFKYAWVLDK K55
EEF1A1 (rabbit) EMGKGSFKYAWVLDK K55
K55-m2
EMGKGSFkyAWVLDK
Downstream
4 18
Effects on Modified Protein
  • enzymatic activity, induced
  • molecular association, regulation
Effects on Biological Processes:
  • apoptosis, inhibited
  • carcinogenesis, induced
  • cell growth, induced
  • cell motility, induced
  • translation, induced
EEF1A1 (human) EMGKGSFkyAWVLDK K55-m2
EEF1A1 (mouse) EMGKGSFKYAWVLDK K55
EEF1A1 (rat) EMGKGSFkYAWVLDK K55-m2
EEF1A1 (rabbit) EMGKGSFKYAWVLDK K55
K55-m3
EMGKGSFkyAWVLDK
0 6
EEF1A1 (human) EMGKGSFkyAWVLDK K55-m3
EEF1A1 (mouse) EMGKGSFKYAWVLDK K55
EEF1A1 (rat) EMGKGSFKYAWVLDK K55
EEF1A1 (rabbit) EMGKGSFKYAWVLDK K55
Y56-p
MGKGSFkyAWVLDKL
0 1
EEF1A1 (human) MGKGSFkyAWVLDKL Y56-p
EEF1A1 (mouse) MGKGSFkYAWVLDKL Y56
EEF1A1 (rat) MGKGSFkYAWVLDKL Y56
EEF1A1 (rabbit) MGKGSFkYAWVLDKL Y56
S76-p
RGITIDIsLWkFEtS
0 1
EEF1A1 (human) RGITIDIsLWkFEtS S76-p
EEF1A1 (mouse) RGITIDISLWkFETS S76
EEF1A1 (rat) RGITIDISLWKFETS S76
EEF1A1 (rabbit) RGITIDISLWkFETS S76
K79-ac
TIDIsLWkFEtSkyy
0 45
EEF1A1 (human) TIDIsLWkFEtSkyy K79-ac
EEF1A1 (mouse) TIDISLWkFETSkYy K79-ac
EEF1A1 (rat) TIDISLWKFETSKYY K79
EEF1A1 (rabbit) TIDISLWKFETSKYY K79
K79
TIDIsLWKFEtSkyy
1 1
EEF1A1 (human) TIDIsLWKFEtSkyy K79
EEF1A1 (mouse) TIDISLWKFETSkYy K79
EEF1A1 (rat) TIDISLWKFETSKYY K79
EEF1A1 (rabbit) TIDISLWkFETSKYY K79-me
K79-m3
TIDIsLWkFEtSkyy
1 15
EEF1A1 (human) TIDIsLWkFEtSkyy K79-m3
EEF1A1 (mouse) TIDISLWKFETSkYy K79
EEF1A1 (rat) TIDISLWKFETSKYY K79
EEF1A1 (rabbit) TIDISLWKFETSKYY K79
K79-m1
TIDIsLWkFEtSkyy
0 21
EEF1A1 (human) TIDIsLWkFEtSkyy K79-m1
EEF1A1 (mouse) TIDISLWKFETSkYy K79
EEF1A1 (rat) TIDISLWKFETSKYY K79
EEF1A1 (rabbit) TIDISLWKFETSKYY K79
K79-m2
TIDIsLWkFEtSkyy
0 5
EEF1A1 (human) TIDIsLWkFEtSkyy K79-m2
EEF1A1 (mouse) TIDISLWKFETSkYy K79
EEF1A1 (rat) TIDISLWKFETSKYY K79
EEF1A1 (rabbit) TIDISLWKFETSKYY K79
T82-p
IsLWkFEtSkyyVtI
0 6
EEF1A1 (human) IsLWkFEtSkyyVtI T82-p
EEF1A1 (mouse) ISLWkFETSkYyVTI T82
EEF1A1 (rat) ISLWKFETSKYYVTI T82
EEF1A1 (rabbit) ISLWkFETSKYYVTI T82
K84-ac
LWkFEtSkyyVtIID
0 4
EEF1A1 (human) LWkFEtSkyyVtIID K84-ac
EEF1A1 (mouse) LWkFETSkYyVTIID K84-ac
EEF1A1 (rat) LWKFETSKYYVTIID K84
EEF1A1 (rabbit) LWkFETSKYYVTIID K84
K84-ub
LWkFEtSkyyVtIID
0 11
EEF1A1 (human) LWkFEtSkyyVtIID K84-ub
EEF1A1 (mouse) LWkFETSKYyVTIID K84
EEF1A1 (rat) LWKFETSKYYVTIID K84
EEF1A1 (rabbit) LWkFETSKYYVTIID K84
K84-m2
LWkFEtSkyyVtIID
0 2
EEF1A1 (human) LWkFEtSkyyVtIID K84-m2
EEF1A1 (mouse) LWkFETSKYyVTIID K84
EEF1A1 (rat) LWKFETSKYYVTIID K84
EEF1A1 (rabbit) LWkFETSKYYVTIID K84
K84-m3
LWkFEtSkyyVtIID
0 2
EEF1A1 (human) LWkFEtSkyyVtIID K84-m3
EEF1A1 (mouse) LWkFETSKYyVTIID K84
EEF1A1 (rat) LWKFETSKYYVTIID K84
EEF1A1 (rabbit) LWkFETSKYYVTIID K84
K84-m1
LWkFEtSkyyVtIID
0 4
EEF1A1 (human) LWkFEtSkyyVtIID K84-m1
EEF1A1 (mouse) LWkFETSKYyVTIID K84
EEF1A1 (rat) LWKFETSKYYVTIID K84
EEF1A1 (rabbit) LWkFETSKYYVTIID K84
Y85-p
WkFEtSkyyVtIIDA
0 11
EEF1A1 (human) WkFEtSkyyVtIIDA Y85-p
EEF1A1 (mouse) WkFETSkYyVTIIDA Y85
EEF1A1 (rat) WKFETSKYYVTIIDA Y85
EEF1A1 (rabbit) WkFETSKYYVTIIDA Y85
Y86-p
kFEtSkyyVtIIDAP
Upstream
0 66
Treatment
  • antibody
EEF1A1 (human) kFEtSkyyVtIIDAP Y86-p
EEF1A1 (mouse) kFETSkYyVTIIDAP Y86-p
EEF1A1 (rat) KFETSKYYVTIIDAP Y86
EEF1A1 (rabbit) kFETSKYYVTIIDAP Y86
T88-p
EtSkyyVtIIDAPGH
Upstream
1 6
Kinase, in vitro:
  • BRAF (human)
EEF1A1 (human) EtSkyyVtIIDAPGH T88-p
EEF1A1 (mouse) ETSkYyVTIIDAPGH T88
EEF1A1 (rat) ETSKYYVTIIDAPGH T88
EEF1A1 (rabbit) ETSKYYVTIIDAPGH T88
R96-m1
IIDAPGHrDFIKNMI
0 1
EEF1A1 (human) IIDAPGHrDFIKNMI R96-m1
EEF1A1 (mouse) IIDAPGHRDFIKNMI R96
EEF1A1 (rat) IIDAPGHRDFIKNMI R96
EEF1A1 (rabbit) IIDAPGHRDFIKNMI R96
S128-p
GEFEAGIskNGQTRE
0 3
EEF1A1 (human) GEFEAGIskNGQTRE S128-p
EEF1A1 (mouse) GEFEAGIskNGQTRE S128-p
EEF1A1 (rat) GEFEAGISKNGQTRE S128
EEF1A1 (rabbit) GEFEAGISKNGQTRE S128
K129-ub
EFEAGIskNGQTREH
0 31
EEF1A1 (human) EFEAGIskNGQTREH K129-ub
EEF1A1 (mouse) EFEAGIskNGQTREH K129-ub
EEF1A1 (rat) EFEAGISKNGQTREH K129
EEF1A1 (rabbit) EFEAGISKNGQTREH K129
Y141-p
REHALLAytLGVkQL
Upstream
0 1206
Regulatory protein:
  • ZAP70 (human)
Treatment
  • HGF
EEF1A1 (human) REHALLAytLGVkQL Y141-p
EEF1A1 (mouse) REHALLAytLGVkQL Y141-p
EEF1A1 (rat) REHALLAytLGVkQL Y141-p
EEF1A1 (rabbit) REHALLAYTLGVKQL Y141
T142-p
EHALLAytLGVkQLI
0 34
EEF1A1 (human) EHALLAytLGVkQLI T142-p
EEF1A1 (mouse) EHALLAytLGVkQLI T142-p
EEF1A1 (rat) EHALLAytLGVkQLI T142-p
EEF1A1 (rabbit) EHALLAYTLGVKQLI T142
K146-ac
LAytLGVkQLIVGVN
0 18
EEF1A1 (human) LAytLGVkQLIVGVN K146-ac
EEF1A1 (mouse) LAytLGVKQLIVGVN K146
EEF1A1 (rat) LAytLGVkQLIVGVN K146-ac
EEF1A1 (rabbit) LAYTLGVKQLIVGVN K146
K146-ub
LAytLGVkQLIVGVN
0 72
EEF1A1 (human) LAytLGVkQLIVGVN K146-ub
EEF1A1 (mouse) LAytLGVkQLIVGVN K146-ub
EEF1A1 (rat) LAytLGVKQLIVGVN K146
EEF1A1 (rabbit) LAYTLGVKQLIVGVN K146
K154-ub
QLIVGVNkMDstEPP
0 26
EEF1A1 (human) QLIVGVNkMDstEPP K154-ub
EEF1A1 (mouse) QLIVGVNkMDSTEPP K154-ub
EEF1A1 (rat) QLIVGVNKMDSTEPP K154
EEF1A1 (rabbit) QLIVGVNKMDSTEPP K154
K154-m1
QLIVGVNkMDstEPP
0 5
EEF1A1 (human) QLIVGVNkMDstEPP K154-m1
EEF1A1 (mouse) QLIVGVNKMDSTEPP K154
EEF1A1 (rat) QLIVGVNKMDSTEPP K154
EEF1A1 (rabbit) QLIVGVNKMDSTEPP K154
K154
QLIVGVNKMDstEPP
0 1
EEF1A1 (human) QLIVGVNKMDstEPP K154
EEF1A1 (mouse) QLIVGVNKMDSTEPP K154
EEF1A1 (rat) QLIVGVNkMDSTEPP K154-ac
EEF1A1 (rabbit) QLIVGVNKMDSTEPP K154
S157-p
VGVNkMDstEPPysQ
0 8
EEF1A1 (human) VGVNkMDstEPPysQ S157-p
EEF1A1 (mouse) VGVNkMDSTEPPYsQ S157
EEF1A1 (rat) VGVNkMDSTEPPYSQ S157
EEF1A1 (rabbit) VGVNKMDSTEPPYSQ S157
T158-p
GVNkMDstEPPysQk
0 62
EEF1A1 (human) GVNkMDstEPPysQk T158-p
EEF1A1 (mouse) GVNkMDSTEPPYsQk T158
EEF1A1 (rat) GVNkMDSTEPPYSQk T158
EEF1A1 (rabbit) GVNKMDSTEPPYSQk T158
Y162-p
MDstEPPysQkryEE
0 3
EEF1A1 (human) MDstEPPysQkryEE Y162-p
EEF1A1 (mouse) MDSTEPPYsQkrYEE Y162
EEF1A1 (rat) MDSTEPPYSQkRYEE Y162
EEF1A1 (rabbit) MDSTEPPYSQkRYEE Y162
S163-p
DstEPPysQkryEEI
0 63
EEF1A1 (human) DstEPPysQkryEEI S163-p
EEF1A1 (mouse) DSTEPPYsQkrYEEI S163-p
EEF1A1 (rat) DSTEPPYSQkRYEEI S163
EEF1A1 (rabbit) DSTEPPYSQkRYEEI S163
K165
tEPPysQKryEEIVk
0 40
EEF1A1 (human) tEPPysQKryEEIVk K165
EEF1A1 (mouse) TEPPYsQkrYEEIVk K165-ac
EEF1A1 (rat) TEPPYSQkRYEEIVk K165-ac
EEF1A1 (rabbit) TEPPYSQKRYEEIVK K165
K165
tEPPysQKryEEIVk
1 1
EEF1A1 (human) tEPPysQKryEEIVk K165
EEF1A1 (mouse) TEPPYsQKrYEEIVk K165
EEF1A1 (rat) TEPPYSQKRYEEIVk K165
EEF1A1 (rabbit) TEPPYSQkRYEEIVK K165-me
K165-ub
tEPPysQkryEEIVk
0 40
EEF1A1 (human) tEPPysQkryEEIVk K165-ub
EEF1A1 (mouse) TEPPYsQkrYEEIVk K165-ub
EEF1A1 (rat) TEPPYSQkRYEEIVk K165-ub
EEF1A1 (rabbit) TEPPYSQKRYEEIVK K165
K165-m2
tEPPysQkryEEIVk
Upstream
Downstream
1 19
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • translation, altered
Treatment
  • brefeldin_A
  • olomoucine
  • rapamycin
  • serum_starvation
  • tanespimycin
  • tunicamycin
view more >
EEF1A1 (human) tEPPysQkryEEIVk K165-m2
EEF1A1 (mouse) TEPPYsQkrYEEIVk K165-m2
EEF1A1 (rat) TEPPYSQkRYEEIVk K165-m2
EEF1A1 (rabbit) TEPPYSQKRYEEIVK K165
K165-m1
tEPPysQkryEEIVk
Upstream
Downstream
2 54
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • translation, altered
Treatment
  • brefeldin_A
  • olomoucine
  • rapamycin
  • tanespimycin
  • tunicamycin
view more >
EEF1A1 (human) tEPPysQkryEEIVk K165-m1
EEF1A1 (mouse) TEPPYsQkrYEEIVk K165-m1
EEF1A1 (rat) TEPPYSQkRYEEIVk K165-m1
EEF1A1 (rabbit) TEPPYSQKRYEEIVK K165
K165-m3
tEPPysQkryEEIVk
Downstream
1 6
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • translation, altered
EEF1A1 (human) tEPPysQkryEEIVk K165-m3
EEF1A1 (mouse) TEPPYsQkrYEEIVk K165-m3
EEF1A1 (rat) TEPPYSQkRYEEIVk K165-m3
EEF1A1 (rabbit) TEPPYSQKRYEEIVK K165
K165
tEPPysQKryEEIVk
0 1
EEF1A1 (human) tEPPysQKryEEIVk K165
EEF1A1 (mouse) TEPPYsQkrYEEIVk K165-sc
EEF1A1 (rat) TEPPYSQKRYEEIVk K165
EEF1A1 (rabbit) TEPPYSQKRYEEIVK K165
R166-m1
EPPysQkryEEIVkE
0 9
EEF1A1 (human) EPPysQkryEEIVkE R166-m1
EEF1A1 (mouse) EPPYsQkrYEEIVkE R166-m1
EEF1A1 (rat) EPPYSQkRYEEIVkE R166
EEF1A1 (rabbit) EPPYSQkRYEEIVKE R166
R166-m2
EPPysQkryEEIVkE
0 7
EEF1A1 (human) EPPysQkryEEIVkE R166-m2
EEF1A1 (mouse) EPPYsQkrYEEIVkE R166-m2
EEF1A1 (rat) EPPYSQkRYEEIVkE R166
EEF1A1 (rabbit) EPPYSQkRYEEIVKE R166
Y167-p
PPysQkryEEIVkEV
0 4
EEF1A1 (human) PPysQkryEEIVkEV Y167-p
EEF1A1 (mouse) PPYsQkrYEEIVkEV Y167
EEF1A1 (rat) PPYSQkRYEEIVkEV Y167
EEF1A1 (rabbit) PPYSQkRYEEIVKEV Y167
K172-ac
kryEEIVkEVstyIk
Upstream
0 18
Treatment
  • vorinostat
EEF1A1 (human) kryEEIVkEVstyIk K172-ac
EEF1A1 (mouse) krYEEIVkEVStyIk K172-ac
EEF1A1 (rat) kRYEEIVkEVSTyIk K172-ac
EEF1A1 (rabbit) kRYEEIVKEVSTYIK K172
K172-ub
kryEEIVkEVstyIk
0 95
EEF1A1 (human) kryEEIVkEVstyIk K172-ub
EEF1A1 (mouse) krYEEIVkEVStyIk K172-ub
EEF1A1 (rat) kRYEEIVKEVSTyIk K172
EEF1A1 (rabbit) kRYEEIVKEVSTYIK K172
K172-sc
kryEEIVkEVstyIk
0 1
EEF1A1 (human) kryEEIVkEVstyIk K172-sc
EEF1A1 (mouse) krYEEIVKEVStyIk K172
EEF1A1 (rat) kRYEEIVKEVSTyIk K172
EEF1A1 (rabbit) kRYEEIVKEVSTYIK K172
K172-m1
kryEEIVkEVstyIk
0 4
EEF1A1 (human) kryEEIVkEVstyIk K172-m1
EEF1A1 (mouse) krYEEIVKEVStyIk K172
EEF1A1 (rat) kRYEEIVKEVSTyIk K172
EEF1A1 (rabbit) kRYEEIVKEVSTYIK K172
S175-p
EEIVkEVstyIkkIG
0 4
EEF1A1 (human) EEIVkEVstyIkkIG S175-p
EEF1A1 (mouse) EEIVkEVStyIkkIG S175
EEF1A1 (rat) EEIVkEVSTyIkKIG S175
EEF1A1 (rabbit) EEIVKEVSTYIKKIG S175
T176-p
EIVkEVstyIkkIGY
0 9
EEF1A1 (human) EIVkEVstyIkkIGY T176-p
EEF1A1 (mouse) EIVkEVStyIkkIGY T176-p
EEF1A1 (rat) EIVkEVSTyIkKIGY T176
EEF1A1 (rabbit) EIVKEVSTYIKKIGY T176
Y177-p
IVkEVstyIkkIGYN
0 103
EEF1A1 (human) IVkEVstyIkkIGYN Y177-p
EEF1A1 (mouse) IVkEVStyIkkIGYN Y177-p
EEF1A1 (rat) IVkEVSTyIkKIGYN Y177-p
EEF1A1 (rabbit) IVKEVSTYIKKIGYN Y177
K179-ac
kEVstyIkkIGYNPD
0 49
EEF1A1 (human) kEVstyIkkIGYNPD K179-ac
EEF1A1 (mouse) kEVStyIkkIGYNPD K179-ac
EEF1A1 (rat) kEVSTyIkKIGYNPD K179-ac
EEF1A1 (rabbit) KEVSTYIKKIGYNPD K179
K179-ub
kEVstyIkkIGYNPD
0 36
EEF1A1 (human) kEVstyIkkIGYNPD K179-ub
EEF1A1 (mouse) kEVStyIKkIGYNPD K179
EEF1A1 (rat) kEVSTyIKKIGYNPD K179
EEF1A1 (rabbit) KEVSTYIKKIGYNPD K179
K179-sc
kEVstyIkkIGYNPD
0 1
EEF1A1 (human) kEVstyIkkIGYNPD K179-sc
EEF1A1 (mouse) kEVStyIkkIGYNPD K179-sc
EEF1A1 (rat) kEVSTyIKKIGYNPD K179
EEF1A1 (rabbit) KEVSTYIKKIGYNPD K179
K179-m1
kEVstyIkkIGYNPD
0 1
EEF1A1 (human) kEVstyIkkIGYNPD K179-m1
EEF1A1 (mouse) kEVStyIKkIGYNPD K179
EEF1A1 (rat) kEVSTyIKKIGYNPD K179
EEF1A1 (rabbit) KEVSTYIKKIGYNPD K179
K180-ac
EVstyIkkIGYNPDT
0 5
EEF1A1 (human) EVstyIkkIGYNPDT K180-ac
EEF1A1 (mouse) EVStyIkKIGYNPDT K180
EEF1A1 (rat) EVSTyIkKIGYNPDT K180
EEF1A1 (rabbit) EVSTYIKKIGYNPDT K180
K180-ub
EVstyIkkIGYNPDT
0 10
EEF1A1 (human) EVstyIkkIGYNPDT K180-ub
EEF1A1 (mouse) EVStyIkkIGYNPDT K180-ub
EEF1A1 (rat) EVSTyIkKIGYNPDT K180
EEF1A1 (rabbit) EVSTYIKKIGYNPDT K180
K212-ac
SANMPWFkGWKVTRk
0 12
EEF1A1 (human) SANMPWFkGWKVTRk K212-ac
EEF1A1 (mouse) SANMPWFkGWKVTRk K212-ac
EEF1A1 (rat) SANMPWFKGWkVTRK K212
EEF1A1 (rabbit) SANMPWFKGWKVTRK K212
K212-ub
SANMPWFkGWKVTRk
0 2
EEF1A1 (human) SANMPWFkGWKVTRk K212-ub
EEF1A1 (mouse) SANMPWFKGWKVTRk K212
EEF1A1 (rat) SANMPWFKGWkVTRK K212
EEF1A1 (rabbit) SANMPWFKGWKVTRK K212
K215
MPWFkGWKVTRkDGN
0 1
EEF1A1 (human) MPWFkGWKVTRkDGN K215
EEF1A1 (mouse) MPWFkGWKVTRkDGs K215
EEF1A1 (rat) MPWFKGWkVTRKDGS K215-ac
EEF1A1 (rabbit) MPWFKGWKVTRKDGN K215
K219-ub
kGWKVTRkDGNAsGT
0 57
EEF1A1 (human) kGWKVTRkDGNAsGT K219-ub
EEF1A1 (mouse) kGWKVTRkDGsAsGT K219-ub
EEF1A1 (rat) KGWkVTRKDGSASGT K219
EEF1A1 (rabbit) KGWKVTRKDGNASGT K219
N222
KVTRkDGNAsGTTLL
0 2
EEF1A1 (human) KVTRkDGNAsGTTLL N222
EEF1A1 (mouse) KVTRkDGsAsGTTLL S222-p
EEF1A1 (rat) kVTRKDGSASGTTLL S222
EEF1A1 (rabbit) KVTRKDGNASGTTLL N222
S224-p
TRkDGNAsGTTLLEA
0 2
EEF1A1 (human) TRkDGNAsGTTLLEA S224-p
EEF1A1 (mouse) TRkDGsAsGTTLLEA S224-p
EEF1A1 (rat) TRKDGSASGTTLLEA S224
EEF1A1 (rabbit) TRKDGNASGTTLLEA S224
T239-p
LDCILPPtRPtDkPL
0 2
EEF1A1 (human) LDCILPPtRPtDkPL T239-p
EEF1A1 (mouse) LDCILPPTRPTDkPL T239
EEF1A1 (rat) LDCILPPTRPTDkPL T239
EEF1A1 (rabbit) LDCILPPTRPTDKPL T239
T242-p
ILPPtRPtDkPLRLP
0 1
EEF1A1 (human) ILPPtRPtDkPLRLP T242-p
EEF1A1 (mouse) ILPPTRPTDkPLRLP T242
EEF1A1 (rat) ILPPTRPTDkPLRLP T242
EEF1A1 (rabbit) ILPPTRPTDKPLRLP T242
K244-ac
PPtRPtDkPLRLPLQ
0 8
EEF1A1 (human) PPtRPtDkPLRLPLQ K244-ac
EEF1A1 (mouse) PPTRPTDkPLRLPLQ K244-ac
EEF1A1 (rat) PPTRPTDKPLRLPLQ K244
EEF1A1 (rabbit) PPTRPTDKPLRLPLQ K244
K244-ub
PPtRPtDkPLRLPLQ
0 11
EEF1A1 (human) PPtRPtDkPLRLPLQ K244-ub
EEF1A1 (mouse) PPTRPTDKPLRLPLQ K244
EEF1A1 (rat) PPTRPTDkPLRLPLQ K244-ub
EEF1A1 (rabbit) PPTRPTDKPLRLPLQ K244
Y254-p
RLPLQDVykIGGIGt
0 54
EEF1A1 (human) RLPLQDVykIGGIGt Y254-p
EEF1A1 (mouse) RLPLQDVykIGGIGt Y254-p
EEF1A1 (rat) RLPLQDVYkIGGIGT Y254
EEF1A1 (rabbit) RLPLQDVYKIGGIGT Y254
K255-ac
LPLQDVykIGGIGtV
0 14
EEF1A1 (human) LPLQDVykIGGIGtV K255-ac
EEF1A1 (mouse) LPLQDVykIGGIGtV K255-ac
EEF1A1 (rat) LPLQDVYkIGGIGTV K255-ac
EEF1A1 (rabbit) LPLQDVYKIGGIGTV K255
K255-ub
LPLQDVykIGGIGtV
0 73
EEF1A1 (human) LPLQDVykIGGIGtV K255-ub
EEF1A1 (mouse) LPLQDVykIGGIGtV K255-ub
EEF1A1 (rat) LPLQDVYkIGGIGTV K255-ub
EEF1A1 (rabbit) LPLQDVYKIGGIGTV K255
T261-p
ykIGGIGtVPVGRVE
Upstream
1 11
Kinase, in vitro:
  • TAK1 (human)
EEF1A1 (human) ykIGGIGtVPVGRVE T261-p
EEF1A1 (mouse) ykIGGIGtVPVGRVE T261-p
EEF1A1 (rat) YkIGGIGTVPVGRVE T261
EEF1A1 (rabbit) YKIGGIGTVPVGRVE T261
T269-p
VPVGRVEtGVLkPGM
0 14
EEF1A1 (human) VPVGRVEtGVLkPGM T269-p
EEF1A1 (mouse) VPVGRVEtGVLkPGM T269-p
EEF1A1 (rat) VPVGRVETGVLkPGM T269
EEF1A1 (rabbit) VPVGRVETGVLKPGM T269
K273-ac
RVEtGVLkPGMVVTF
0 5
EEF1A1 (human) RVEtGVLkPGMVVTF K273-ac
EEF1A1 (mouse) RVEtGVLkPGMVVTF K273-ac
EEF1A1 (rat) RVETGVLkPGMVVTF K273-ac
EEF1A1 (rabbit) RVETGVLKPGMVVTF K273
K273-ub
RVEtGVLkPGMVVTF
0 93
EEF1A1 (human) RVEtGVLkPGMVVTF K273-ub
EEF1A1 (mouse) RVEtGVLkPGMVVTF K273-ub
EEF1A1 (rat) RVETGVLkPGMVVTF K273-ub
EEF1A1 (rabbit) RVETGVLKPGMVVTF K273
K273-sc
RVEtGVLkPGMVVTF
0 1
EEF1A1 (human) RVEtGVLkPGMVVTF K273-sc
EEF1A1 (mouse) RVEtGVLkPGMVVTF K273-sc
EEF1A1 (rat) RVETGVLKPGMVVTF K273
EEF1A1 (rabbit) RVETGVLKPGMVVTF K273
T286-p
TFAPVNVtTEVksVE
0 2
EEF1A1 (human) TFAPVNVtTEVksVE T286-p
EEF1A1 (mouse) TFAPVNVtTEVkSVE T286-p
EEF1A1 (rat) TFAPVNVTTEVKSVE T286
EEF1A1 (rabbit) TFAPVNVTTEVKSVE T286
K290-ub
VNVtTEVksVEMHHE
0 14
EEF1A1 (human) VNVtTEVksVEMHHE K290-ub
EEF1A1 (mouse) VNVtTEVkSVEMHHE K290-ub
EEF1A1 (rat) VNVTTEVKSVEMHHE K290
EEF1A1 (rabbit) VNVTTEVKSVEMHHE K290
S291-p
NVtTEVksVEMHHEA
0 3
EEF1A1 (human) NVtTEVksVEMHHEA S291-p
EEF1A1 (mouse) NVtTEVkSVEMHHEA S291
EEF1A1 (rat) NVTTEVKSVEMHHEA S291
EEF1A1 (rabbit) NVTTEVKSVEMHHEA S291
S300-p
EMHHEALsEALPGDN
Upstream
Downstream
1 5
Effects on Modified Protein
  • molecular association, regulation
Effects on Biological Processes:
  • carcinogenesis, altered
  • cell cycle regulation
  • cell growth, altered
  • translation, altered
Kinase, in vitro:
  • TGFBR1 (human)
Putative in vivo kinases:
  • TGFBR1 (human)
Treatment
  • SB431542
  • TGF-beta
EEF1A1 (human) EMHHEALsEALPGDN S300-p
EEF1A1 (mouse) EMHHEALsEALPGDN S300-p
EEF1A1 (rat) EMHHEALSEALPGDN S300
EEF1A1 (rabbit) EMHHEALSEALPGDN S300
S316-p
GFNVKNVsVkDVRRG
Upstream
Downstream
1 3
Effects on Modified Protein
  • methylation
Regulatory protein:
  • EEF1A1 (human)
EEF1A1 (human) GFNVKNVsVkDVRRG S316-p
EEF1A1 (mouse) GFNVKNVsVKDVRRG S316-p
EEF1A1 (rat) GFNVKNVSVKDVRRG S316
EEF1A1 (rabbit) GFNVKNVSVkDVRRG S316
K318-ac
NVKNVsVkDVRRGNV
0 3
EEF1A1 (human) NVKNVsVkDVRRGNV K318-ac
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVKDVRRGNV K318
K318-me
NVKNVsVkDVRRGNV
Upstream
2 2
Regulatory protein:
  • EEF1A1 (human)
EEF1A1 (human) NVKNVsVkDVRRGNV K318-me
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVkDVRRGNV K318-me
K318-m1
NVKNVsVkDVRRGNV
0 14
EEF1A1 (human) NVKNVsVkDVRRGNV K318-m1
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVKDVRRGNV K318
K318-m2
NVKNVsVkDVRRGNV
Downstream
0 5
Effects on Modified Protein
  • molecular association, regulation
EEF1A1 (human) NVKNVsVkDVRRGNV K318-m2
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVKDVRRGNV K318
K318-ub
NVKNVsVkDVRRGNV
0 10
EEF1A1 (human) NVKNVsVkDVRRGNV K318-ub
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVKDVRRGNV K318
K318-sc
NVKNVsVkDVRRGNV
0 1
EEF1A1 (human) NVKNVsVkDVRRGNV K318-sc
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVKDVRRGNV K318
K318-m3
NVKNVsVkDVRRGNV
1 2
EEF1A1 (human) NVKNVsVkDVRRGNV K318-m3
EEF1A1 (mouse) NVKNVsVKDVRRGNV K318
EEF1A1 (rat) NVKNVSVKDVRRGNV K318
EEF1A1 (rabbit) NVKNVSVKDVRRGNV K318
S329
RGNVAGDSkNDPPME
0 1
EEF1A1 (human) RGNVAGDSkNDPPME S329
EEF1A1 (mouse) RGNVAGDsKNDPPME S329-p
EEF1A1 (rat) RGNVAGDSKNDPPME S329
EEF1A1 (rabbit) RGNVAGDSKNDPPME S329
K330-ac
GNVAGDSkNDPPMEA
0 8