Other Species / Isoforms
  EEF1A2 (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
  • protein degradation
  • ubiquitination
Effects on Biological Processes:
  • apoptosis, induced
Kinase, in vitro:
  • BRAF (human)
  • RAF1 (human)
EEF1A2 (human) GHVDSGKstttGHLI S21-p
EEF1A2 (mouse) GHVDSGKSTTTGHLI S21
EEF1A2 (rat) GHVDSGKSTttGHLI S21
T22-p
HVDSGKstttGHLIy
0 3
EEF1A2 (human) HVDSGKstttGHLIy T22-p
EEF1A2 (mouse) HVDSGKSTTTGHLIy T22
EEF1A2 (rat) HVDSGKSTttGHLIy T22
T23-p
VDSGKstttGHLIyk
0 4
EEF1A2 (human) VDSGKstttGHLIyk T23-p
EEF1A2 (mouse) VDSGKSTTTGHLIyk T23
EEF1A2 (rat) VDSGKSTttGHLIyK T23-p
T24-p
DSGKstttGHLIykC
0 5
EEF1A2 (human) DSGKstttGHLIykC T24-p
EEF1A2 (mouse) DSGKSTTTGHLIykC T24
EEF1A2 (rat) DSGKSTttGHLIyKC T24-p
Y29-p
tttGHLIykCGGIDk
Upstream
1 1917
Regulatory protein:
  • CSFR (human)
Treatment
  • ephrin_B2
  • FGF2
  • U0126
EEF1A2 (human) tttGHLIykCGGIDk Y29-p
EEF1A2 (mouse) TTTGHLIykCGGIDk Y29-p
EEF1A2 (rat) TttGHLIyKCGGIDK Y29-p
K30-ac
ttGHLIykCGGIDkR
0 13
EEF1A2 (human) ttGHLIykCGGIDkR K30-ac
EEF1A2 (mouse) TTGHLIykCGGIDkR K30-ac
EEF1A2 (rat) ttGHLIyKCGGIDKR K30
K30-ub
ttGHLIykCGGIDkR
0 4
EEF1A2 (human) ttGHLIykCGGIDkR K30-ub
EEF1A2 (mouse) TTGHLIykCGGIDkR K30-ub
EEF1A2 (rat) ttGHLIyKCGGIDKR K30
K36-ac
ykCGGIDkRTIEkFE
0 11
EEF1A2 (human) ykCGGIDkRTIEkFE K36-ac
EEF1A2 (mouse) ykCGGIDkRTIEkFE K36-ac
EEF1A2 (rat) yKCGGIDKRTIEkFE K36
K41-ac
IDkRTIEkFEkEAAE
0 27
EEF1A2 (human) IDkRTIEkFEkEAAE K41-ac
EEF1A2 (mouse) IDkRTIEkFEkEAAE K41-ac
EEF1A2 (rat) IDKRTIEkFEkEAAE K41-ac
K41-ub
IDkRTIEkFEkEAAE
0 13
EEF1A2 (human) IDkRTIEkFEkEAAE K41-ub
EEF1A2 (mouse) IDkRTIEkFEkEAAE K41-ub
EEF1A2 (rat) IDKRTIEKFEkEAAE K41
K44-ac
RTIEkFEkEAAEMGK
0 13
EEF1A2 (human) RTIEkFEkEAAEMGK K44-ac
EEF1A2 (mouse) RTIEkFEkEAAEMGK K44-ac
EEF1A2 (rat) RTIEkFEkEAAEMGK K44-ac
K44-ub
RTIEkFEkEAAEMGK
0 41
EEF1A2 (human) RTIEkFEkEAAEMGK K44-ub
EEF1A2 (mouse) RTIEkFEkEAAEMGK K44-ub
EEF1A2 (rat) RTIEkFEkEAAEMGK K44-ub
K55-m1
EMGKGSFkyAWVLDK
Downstream
0 49
Effects on Modified Protein
  • molecular association, regulation
EEF1A2 (human) EMGKGSFkyAWVLDK K55-m1
EEF1A2 (mouse) EMGKGSFkYAWVLDK K55-m1
EEF1A2 (rat) EMGKGSFKYAWVLDK K55
K55-m2
EMGKGSFkyAWVLDK
Downstream
0 17
Effects on Modified Protein
  • molecular association, regulation
EEF1A2 (human) EMGKGSFkyAWVLDK K55-m2
EEF1A2 (mouse) EMGKGSFKYAWVLDK K55
EEF1A2 (rat) EMGKGSFkYAWVLDK K55-m2
K55-m3
EMGKGSFkyAWVLDK
0 6
EEF1A2 (human) EMGKGSFkyAWVLDK K55-m3
EEF1A2 (mouse) EMGKGSFKYAWVLDK K55
EEF1A2 (rat) EMGKGSFKYAWVLDK K55
Y56-p
MGKGSFkyAWVLDKL
0 1
EEF1A2 (human) MGKGSFkyAWVLDKL Y56-p
EEF1A2 (mouse) MGKGSFkYAWVLDKL Y56
EEF1A2 (rat) MGKGSFkYAWVLDKL Y56
R69-m1
KLKAERErGITIDIS
0 3
EEF1A2 (human) KLKAERErGITIDIS R69-m1
EEF1A2 (mouse) KLKAERERGITIDIS R69
EEF1A2 (rat) KLKAERERGITIDIS R69
K79-ac
TIDISLWkFETTkyy
0 4
EEF1A2 (human) TIDISLWkFETTkyy K79-ac
EEF1A2 (mouse) TIDISLWKFETTKYY K79
EEF1A2 (rat) TIDISLWKFETTKYY K79
K79-m1
TIDISLWkFETTkyy
0 15
EEF1A2 (human) TIDISLWkFETTkyy K79-m1
EEF1A2 (mouse) TIDISLWKFETTKYY K79
EEF1A2 (rat) TIDISLWKFETTKYY K79
K79-m2
TIDISLWkFETTkyy
0 7
EEF1A2 (human) TIDISLWkFETTkyy K79-m2
EEF1A2 (mouse) TIDISLWKFETTKYY K79
EEF1A2 (rat) TIDISLWKFETTKYY K79
K79-m3
TIDISLWkFETTkyy
0 4
EEF1A2 (human) TIDISLWkFETTkyy K79-m3
EEF1A2 (mouse) TIDISLWKFETTKYY K79
EEF1A2 (rat) TIDISLWKFETTKYY K79
K84-m1
LWkFETTkyyItIID
0 10
EEF1A2 (human) LWkFETTkyyItIID K84-m1
EEF1A2 (mouse) LWKFETTKYYITIID K84
EEF1A2 (rat) LWKFETTKYYITIID K84
K84-m2
LWkFETTkyyItIID
0 3
EEF1A2 (human) LWkFETTkyyItIID K84-m2
EEF1A2 (mouse) LWKFETTKYYITIID K84
EEF1A2 (rat) LWKFETTKYYITIID K84
Y85-p
WkFETTkyyItIIDA
0 1
EEF1A2 (human) WkFETTkyyItIIDA Y85-p
EEF1A2 (mouse) WKFETTKYYITIIDA Y85
EEF1A2 (rat) WKFETTKYYITIIDA Y85
Y86-p
kFETTkyyItIIDAP
0 1
EEF1A2 (human) kFETTkyyItIIDAP Y86-p
EEF1A2 (mouse) KFETTKYYITIIDAP Y86
EEF1A2 (rat) KFETTKYYITIIDAP Y86
T88-p
ETTkyyItIIDAPGH
0 1
EEF1A2 (human) ETTkyyItIIDAPGH T88-p
EEF1A2 (mouse) ETTKYYITIIDAPGH T88
EEF1A2 (rat) ETTKYYITIIDAPGH T88
S128-p
GEFEAGIskNGQTRE
0 3
EEF1A2 (human) GEFEAGIskNGQTRE S128-p
EEF1A2 (mouse) GEFEAGIskNGQTRE S128-p
EEF1A2 (rat) GEFEAGISKNGQTRE S128
K129-ub
EFEAGIskNGQTREH
0 31
EEF1A2 (human) EFEAGIskNGQTREH K129-ub
EEF1A2 (mouse) EFEAGIskNGQTREH K129-ub
EEF1A2 (rat) EFEAGISKNGQTREH K129
Y141-p
REHALLAytLGVkQL
0 1207
EEF1A2 (human) REHALLAytLGVkQL Y141-p
EEF1A2 (mouse) REHALLAytLGVkQL Y141-p
EEF1A2 (rat) REHALLAytLGVkQL Y141-p
T142-p
EHALLAytLGVkQLI
0 34
EEF1A2 (human) EHALLAytLGVkQLI T142-p
EEF1A2 (mouse) EHALLAytLGVkQLI T142-p
EEF1A2 (rat) EHALLAytLGVkQLI T142-p
K146-ac
LAytLGVkQLIVGVN
0 18
EEF1A2 (human) LAytLGVkQLIVGVN K146-ac
EEF1A2 (mouse) LAytLGVKQLIVGVN K146
EEF1A2 (rat) LAytLGVkQLIVGVN K146-ac
K146-ub
LAytLGVkQLIVGVN
0 72
EEF1A2 (human) LAytLGVkQLIVGVN K146-ub
EEF1A2 (mouse) LAytLGVkQLIVGVN K146-ub
EEF1A2 (rat) LAytLGVKQLIVGVN K146
K154-ub
QLIVGVNkMDSTEPA
0 2
EEF1A2 (human) QLIVGVNkMDSTEPA K154-ub
EEF1A2 (mouse) QLIVGVNkMDSTEPA K154-ub
EEF1A2 (rat) QLIVGVNKMDSTEPA K154
K165-ac
TEPAYSEkrYDEIVk
0 2
EEF1A2 (human) TEPAYSEkrYDEIVk K165-ac
EEF1A2 (mouse) TEPAYSEKRYDEIVk K165
EEF1A2 (rat) TEPAYSEkRYDEIVk K165-ac
K165-ub
TEPAYSEkrYDEIVk
0 3
EEF1A2 (human) TEPAYSEkrYDEIVk K165-ub
EEF1A2 (mouse) TEPAYSEkRYDEIVk K165-ub
EEF1A2 (rat) TEPAYSEKRYDEIVk K165
K165-m1
TEPAYSEkrYDEIVk
0 15
EEF1A2 (human) TEPAYSEkrYDEIVk K165-m1
EEF1A2 (mouse) TEPAYSEKRYDEIVk K165
EEF1A2 (rat) TEPAYSEKRYDEIVk K165
K165-m2
TEPAYSEkrYDEIVk
0 10
EEF1A2 (human) TEPAYSEkrYDEIVk K165-m2
EEF1A2 (mouse) TEPAYSEKRYDEIVk K165
EEF1A2 (rat) TEPAYSEKRYDEIVk K165
K165-m3
TEPAYSEkrYDEIVk
0 1
EEF1A2 (human) TEPAYSEkrYDEIVk K165-m3
EEF1A2 (mouse) TEPAYSEKRYDEIVk K165
EEF1A2 (rat) TEPAYSEKRYDEIVk K165
R166-m1
EPAYSEkrYDEIVkE
0 2
EEF1A2 (human) EPAYSEkrYDEIVkE R166-m1
EEF1A2 (mouse) EPAYSEkRYDEIVkE R166
EEF1A2 (rat) EPAYSEkRYDEIVkE R166
K172
krYDEIVKEVsAyIk
0 1
EEF1A2 (human) krYDEIVKEVsAyIk K172
EEF1A2 (mouse) kRYDEIVKEVSAYIK K172
EEF1A2 (rat) kRYDEIVkEVSAyIk K172-ac
K172-ub
krYDEIVkEVsAyIk
0 3
EEF1A2 (human) krYDEIVkEVsAyIk K172-ub
EEF1A2 (mouse) kRYDEIVkEVSAYIK K172-ub
EEF1A2 (rat) kRYDEIVKEVSAyIk K172
S175-p
DEIVkEVsAyIkKIG
0 2
EEF1A2 (human) DEIVkEVsAyIkKIG S175-p
EEF1A2 (mouse) DEIVkEVSAYIKKIG S175
EEF1A2 (rat) DEIVkEVSAyIkKIG S175
Y177-p
IVkEVsAyIkKIGYN
0 23
EEF1A2 (human) IVkEVsAyIkKIGYN Y177-p
EEF1A2 (mouse) IVkEVSAYIKKIGYN Y177
EEF1A2 (rat) IVkEVSAyIkKIGYN Y177-p
K179-ac
kEVsAyIkKIGYNPA
0 4
EEF1A2 (human) kEVsAyIkKIGYNPA K179-ac
EEF1A2 (mouse) kEVSAYIKKIGYNPA K179
EEF1A2 (rat) kEVSAyIkKIGYNPA K179-ac
S205-p
GDNMLEPsPNMPWFK
Upstream
Downstream
1 0
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
Kinase, in vitro:
  • JNK1 (human)
Putative in vivo kinases:
  • JNK1 (mouse)
EEF1A2 (human) GDNMLEPsPNMPWFK S205-p
EEF1A2 (mouse) GDNMLEPSPNMPWFK S205
EEF1A2 (rat) GDNMLEPSPNMPWFK S205
K215
MPWFKGWKVERkEGN
0 1
EEF1A2 (human) MPWFKGWKVERkEGN K215
EEF1A2 (mouse) MPWFKGWKVERkEGN K215
EEF1A2 (rat) MPWFKGWkVERKEGN K215-ac
K219-ub
KGWKVERkEGNASGV
0 2
EEF1A2 (human) KGWKVERkEGNASGV K219-ub
EEF1A2 (mouse) KGWKVERkEGNASGV K219-ub
EEF1A2 (rat) KGWkVERKEGNAsGV K219
S224
ERkEGNASGVSLLEA
0 1
EEF1A2 (human) ERkEGNASGVSLLEA S224
EEF1A2 (mouse) ERkEGNASGVSLLEA S224
EEF1A2 (rat) ERKEGNAsGVSLLEA S224-p
T234-p
SLLEALDtILPPtRP
0 1
EEF1A2 (human) SLLEALDtILPPtRP T234-p
EEF1A2 (mouse) SLLEALDTILPPTRP T234
EEF1A2 (rat) SLLEALDTILPPTRP T234
T239-p
LDtILPPtRPTDkPL
0 1
EEF1A2 (human) LDtILPPtRPTDkPL T239-p
EEF1A2 (mouse) LDTILPPTRPTDKPL T239
EEF1A2 (rat) LDTILPPTRPTDkPL T239
K244-ub
PPtRPTDkPLRLPLQ
0 2
EEF1A2 (human) PPtRPTDkPLRLPLQ K244-ub
EEF1A2 (mouse) PPTRPTDKPLRLPLQ K244
EEF1A2 (rat) PPTRPTDkPLRLPLQ K244-ub
Y254-p
RLPLQDVykIGGIGt
0 51
EEF1A2 (human) RLPLQDVykIGGIGt Y254-p
EEF1A2 (mouse) RLPLQDVykIGGIGt Y254-p
EEF1A2 (rat) RLPLQDVYkIGGIGT Y254
K255-ac
LPLQDVykIGGIGtV
0 9
EEF1A2 (human) LPLQDVykIGGIGtV K255-ac
EEF1A2 (mouse) LPLQDVykIGGIGtV K255-ac
EEF1A2 (rat) LPLQDVYkIGGIGTV K255-ac
K255-ub
LPLQDVykIGGIGtV
0 71
EEF1A2 (human) LPLQDVykIGGIGtV K255-ub
EEF1A2 (mouse) LPLQDVykIGGIGtV K255-ub
EEF1A2 (rat) LPLQDVYkIGGIGTV K255-ub
T261-p
ykIGGIGtVPVGRVE
0 8
EEF1A2 (human) ykIGGIGtVPVGRVE T261-p
EEF1A2 (mouse) ykIGGIGtVPVGRVE T261-p
EEF1A2 (rat) YkIGGIGTVPVGRVE T261
T269-p
VPVGRVEtGILRPGM
0 3
EEF1A2 (human) VPVGRVEtGILRPGM T269-p
EEF1A2 (mouse) VPVGRVETGILRPGM T269
EEF1A2 (rat) VPVGRVETGILRPGM T269
T287-p
FAPVNITtEVKsVEM
0 1
EEF1A2 (human) FAPVNITtEVKsVEM T287-p
EEF1A2 (mouse) FAPVNITTEVKSVEM T287
EEF1A2 (rat) FAPVNITTEVKSVEM T287
S291-p
NITtEVKsVEMHHEA
0 3
EEF1A2 (human) NITtEVKsVEMHHEA S291-p
EEF1A2 (mouse) NITTEVKSVEMHHEA S291
EEF1A2 (rat) NITTEVKSVEMHHEA S291
S300-p
EMHHEALsEALPGDN
0 5
EEF1A2 (human) EMHHEALsEALPGDN S300-p
EEF1A2 (mouse) EMHHEALsEALPGDN S300-p
EEF1A2 (rat) EMHHEALSEALPGDN S300
K318-ac
NVKNVSVkDIRRGNV
0 1
EEF1A2 (human) NVKNVSVkDIRRGNV K318-ac
EEF1A2 (mouse) NVKNVSVKDIRRGNV K318
EEF1A2 (rat) NVKNVSVKDIRRGNV K318
K318-ub
NVKNVSVkDIRRGNV
0 1
EEF1A2 (human) NVKNVSVkDIRRGNV K318-ub
EEF1A2 (mouse) NVKNVSVKDIRRGNV K318
EEF1A2 (rat) NVKNVSVKDIRRGNV K318
K318-m1
NVKNVSVkDIRRGNV
0 7
EEF1A2 (human) NVKNVSVkDIRRGNV K318-m1
EEF1A2 (mouse) NVKNVSVKDIRRGNV K318
EEF1A2 (rat) NVKNVSVKDIRRGNV K318
K318-m2
NVKNVSVkDIRRGNV
0 2
EEF1A2 (human) NVKNVSVkDIRRGNV K318-m2
EEF1A2 (mouse) NVKNVSVKDIRRGNV K318
EEF1A2 (rat) NVKNVSVKDIRRGNV K318
K318-m3
NVKNVSVkDIRRGNV
0 1
EEF1A2 (human) NVKNVSVkDIRRGNV K318-m3
EEF1A2 (mouse) NVKNVSVKDIRRGNV K318
EEF1A2 (rat) NVKNVSVKDIRRGNV K318
K330-ac
GNVCGDSkSDPPQEA
0 2
EEF1A2 (human) GNVCGDSkSDPPQEA K330-ac
EEF1A2 (mouse) GNVCGDSKADPPQEA K330
EEF1A2 (rat) GNVCGDSKADPPQEA K330
S358-p
GQISAGYsPVIDCHT
Upstream
Downstream
1 0
Effects on Modified Protein
  • molecular association, regulation
  • protein degradation
Kinase, in vitro:
  • JNK1 (human)
Putative in vivo kinases:
  • JNK1 (mouse)
EEF1A2 (human) GQISAGYsPVIDCHT S358-p
EEF1A2 (mouse) GQISAGYSPVIDCHT S358
EEF1A2 (rat) GQISAGYSPVIDCHT S358
R382
LKEKIDRRsGKkLED
0 1
EEF1A2 (human) LKEKIDRRsGKkLED R382
EEF1A2 (mouse) LKEKIDRRSGKKLED R382
EEF1A2 (rat) LKEKIDRrSGKKLED R382-m1
S383-p
KEKIDRRsGKkLEDN
0 9
EEF1A2 (human) KEKIDRRsGKkLEDN S383-p
EEF1A2 (mouse) KEKIDRRSGKKLEDN S383
EEF1A2 (rat) KEKIDRrSGKKLEDN S383
K386-ac
IDRRsGKkLEDNPkS
0 6
EEF1A2 (human) IDRRsGKkLEDNPkS K386-ac
EEF1A2 (mouse) IDRRSGKKLEDNPkS K386
EEF1A2 (rat) IDRrSGKKLEDNPkS K386
K392-ub
KkLEDNPkSLKSGDA
0 9
EEF1A2 (human) KkLEDNPkSLKSGDA K392-ub
EEF1A2 (mouse) KKLEDNPkSLKSGDA K392-ub
EEF1A2 (rat) KKLEDNPkSLKSGDA K392-ub
K392-sc
KkLEDNPkSLKSGDA
0 1
EEF1A2 (human) KkLEDNPkSLKSGDA K392-sc
EEF1A2 (mouse) KKLEDNPKSLKSGDA K392
EEF1A2 (rat) KKLEDNPKSLKSGDA K392
T432-p
AVRDMRQtVAVGVIk
0 5
EEF1A2 (human) AVRDMRQtVAVGVIk T432-p
EEF1A2 (mouse) AVRDMRQtVAVGVIk T432-p
EEF1A2 (rat) AVRDMRQTVAVGVIk T432
K439-ac
tVAVGVIkNVEKKSG
0 4
EEF1A2 (human) tVAVGVIkNVEKKSG K439-ac
EEF1A2 (mouse) tVAVGVIKNVEKKSG K439
EEF1A2 (rat) TVAVGVIkNVEKKSG K439-ac
K439
tVAVGVIKNVEKKSG
0 1
EEF1A2 (human) tVAVGVIKNVEKKSG K439
EEF1A2 (mouse) tVAVGVIkNVEKKSG K439-ub
EEF1A2 (rat) TVAVGVIKNVEKKSG K439
T452-p
SGGAGKVtKSAQKAQ
0 2
EEF1A2 (human) SGGAGKVtKSAQKAQ T452-p
EEF1A2 (mouse) SGGAGKVTKSAQKAQ T452
EEF1A2 (rat) SGGAGKVTKSAQKAQ T452