Other Species / Isoforms
  Ku80 (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.

 
K36-ub
SPFEQAKkVItMFVQ
Upstream
1 3
Treatment
  • MG132
Ku80 (human) SPFEQAKkVItMFVQ K36-ub
Ku80 (mouse) SPIEQAKKVMTMFVQ K36
T39-p
EQAKkVItMFVQRQV
0 1
Ku80 (human) EQAKkVItMFVQRQV T39-p
Ku80 (mouse) EQAKKVMTMFVQRQV T39
K51-sm
RQVFAENkDEIALVL
0 1
Ku80 (human) RQVFAENkDEIALVL K51-sm
Ku80 (mouse) RQVFSESKDEIALVL K51
S102-p
ESKIQPGsQQADFLD
0 2
Ku80 (human) ESKIQPGsQQADFLD S102-p
Ku80 (mouse) GNKIQPSSQQADFLD S102
K125-ub
IQHETIGkKFEKRHI
0 4
Ku80 (human) IQHETIGkKFEKRHI K125-ub
Ku80 (mouse) IQRETIGKKFGKKHI K125
R141-m1
IFTDLSSrFSksQLD
0 1
Ku80 (human) IFTDLSSrFSksQLD R141-m1
Ku80 (mouse) VFTDLSSPFSQDQLD P141
K144-ac
DLSSrFSksQLDIII
0 1
Ku80 (human) DLSSrFSksQLDIII K144-ac
Ku80 (mouse) DLSSPFSQDQLDVII Q144
K144-ub
DLSSrFSksQLDIII
Upstream
1 30
Treatment
  • MG132
Ku80 (human) DLSSrFSksQLDIII K144-ub
Ku80 (mouse) DLSSPFSQDQLDVII Q144
S145-p
LSSrFSksQLDIIIH
0 18
Ku80 (human) LSSrFSksQLDIIIH S145-p
Ku80 (mouse) LSSPFSQDQLDVIIC D145
K155-ac
DIIIHSLkkCDISLQ
Upstream
0 7
Treatment
  • vorinostat
Ku80 (human) DIIIHSLkkCDISLQ K155-ac
Ku80 (mouse) DVIICNLKKSGISLQ K155
K155-ub
DIIIHSLkkCDISLQ
1 3
Ku80 (human) DIIIHSLkkCDISLQ K155-ub
Ku80 (mouse) DVIICNLKKSGISLQ K155
K155-sc
DIIIHSLkkCDISLQ
0 1
Ku80 (human) DIIIHSLkkCDISLQ K155-sc
Ku80 (mouse) DVIICNLKKSGISLQ K155
K156-ub
IIIHSLkkCDISLQF
1 11
Ku80 (human) IIIHSLkkCDISLQF K156-ub
Ku80 (mouse) VIICNLKKSGISLQF K156
K171-ub
FLPFSLGkEDGsGDR
0 4
Ku80 (human) FLPFSLGkEDGsGDR K171-ub
Ku80 (mouse) FLPFPIDKNGEPGER K171
S175-p
SLGkEDGsGDRGDGP
0 2
Ku80 (human) SLGkEDGsGDRGDGP S175-p
Ku80 (mouse) gap -
S191-p
RLGGHGPsFPLkGIt
0 2
Ku80 (human) RLGGHGPsFPLkGIt S191-p
Ku80 (mouse) GLDHLKPSFPQKGLT S191
K195-ac
HGPsFPLkGItEQQk
Upstream
0 1
Treatment
  • MS275
Ku80 (human) HGPsFPLkGItEQQk K195-ac
Ku80 (mouse) LKPSFPQKGLTEQQK K195
K195-ub
HGPsFPLkGItEQQk
Upstream
1 94
Treatment
  • MG132
Ku80 (human) HGPsFPLkGItEQQk K195-ub
Ku80 (mouse) LKPSFPQKGLTEQQK K195
K195-sm
HGPsFPLkGItEQQk
0 2
Ku80 (human) HGPsFPLkGItEQQk K195-sm
Ku80 (mouse) LKPSFPQKGLTEQQK K195
T198-p
sFPLkGItEQQkEGL
0 1
Ku80 (human) sFPLkGItEQQkEGL T198-p
Ku80 (mouse) SFPQKGLTEQQKEGI T198
K202-ub
kGItEQQkEGLEIVk
1 7
Ku80 (human) kGItEQQkEGLEIVk K202-ub
Ku80 (mouse) KGLTEQQKEGIRMVT K202
K209-m1
kEGLEIVkMVMISLE
0 2
Ku80 (human) kEGLEIVkMVMISLE K209-m1
Ku80 (mouse) KEGIRMVTRVMLSLE T209
Y225-p
EDGLDEIySFSESLR
0 1
Ku80 (human) EDGLDEIySFSESLR Y225-p
Ku80 (mouse) EDGLDEIYSFSESLR Y225
K233-ac
SFSESLRkLCVFkKI
0 1
Ku80 (human) SFSESLRkLCVFkKI K233-ac
Ku80 (mouse) SFSESLRQLCVFKKI Q233
K233-ub
SFSESLRkLCVFkKI
0 6
Ku80 (human) SFSESLRkLCVFkKI K233-ub
Ku80 (mouse) SFSESLRQLCVFKKI Q233
K238-ub
LRkLCVFkKIERHsI
0 1
Ku80 (human) LRkLCVFkKIERHsI K238-ub
Ku80 (mouse) LRQLCVFKKIERRSM K238
S244-p
FkKIERHsIHWPCRL
0 4
Ku80 (human) FkKIERHsIHWPCRL S244-p
Ku80 (mouse) FKKIERRSMPWPCQL S244
S255-p
PCRLTIGsNLsIRIA
0 6
Ku80 (human) PCRLTIGsNLsIRIA S255-p
Ku80 (mouse) PCQLTIGPNLSIKIV P255
S258-p
LTIGsNLsIRIAAYk
0 4
Ku80 (human) LTIGsNLsIRIAAYk S258-p
Ku80 (mouse) LTIGPNLSIKIVAYK S258
K265-ac
sIRIAAYkSILQERV
0 6
Ku80 (human) sIRIAAYkSILQERV K265-ac
Ku80 (mouse) SIKIVAYKSIVQEKF K265
K265-ub
sIRIAAYkSILQERV
Upstream
0 43
Treatment
  • MG132
Ku80 (human) sIRIAAYkSILQERV K265-ub
Ku80 (mouse) SIKIVAYKSIVQEKF K265
K265-sc
sIRIAAYkSILQERV
0 1
Ku80 (human) sIRIAAYkSILQERV K265-sc
Ku80 (mouse) SIKIVAYKSIVQEKF K265
K274-ub
ILQERVKkTWtVVDA
0 10
Ku80 (human) ILQERVKkTWtVVDA K274-ub
Ku80 (mouse) IVQEKFKKSWVVVDA K274
T277-p
ERVKkTWtVVDAkTL
0 1
Ku80 (human) ERVKkTWtVVDAkTL T277-p
Ku80 (mouse) EKFKKSWVVVDARTL V277
K282-ub
TWtVVDAkTLkKEDI
1 12
Ku80 (human) TWtVVDAkTLkKEDI K282-ub
Ku80 (mouse) SWVVVDARTLKKEDI R282
K282-sc
TWtVVDAkTLkKEDI
0 1
Ku80 (human) TWtVVDAkTLkKEDI K282-sc
Ku80 (mouse) SWVVVDARTLKKEDI R282
K285-ub
VVDAkTLkKEDIQkE
1 0
Ku80 (human) VVDAkTLkKEDIQkE K285-ub
Ku80 (mouse) VVDARTLKKEDIQKE K285
K285-sm
VVDAkTLkKEDIQkE
0 1
Ku80 (human) VVDAkTLkKEDIQkE K285-sm
Ku80 (mouse) VVDARTLKKEDIQKE K285
K291-ub
LkKEDIQkETVyCLN
0 1
Ku80 (human) LkKEDIQkETVyCLN K291-ub
Ku80 (mouse) LKKEDIQKETVYCLN K291
Y295-p
DIQkETVyCLNDDDE
0 4
Ku80 (human) DIQkETVyCLNDDDE Y295-p
Ku80 (mouse) DIQKETVYCLNDDDE Y295
K307-ub
DDETEVLkEDIIQGF
0 57
Ku80 (human) DDETEVLkEDIIQGF K307-ub
Ku80 (mouse) DDETEVSKEDTIQGY K307
K307-sm
DDETEVLkEDIIQGF
0 1
Ku80 (human) DDETEVLkEDIIQGF K307-sm
Ku80 (mouse) DDETEVSKEDTIQGY K307
S318-p
IQGFRYGsDIVPFsk
0 4
Ku80 (human) IQGFRYGsDIVPFsk S318-p
Ku80 (mouse) IQGYRYGSDIIPFSk S318
S324-p
GsDIVPFskVDEEQM
0 1
Ku80 (human) GsDIVPFskVDEEQM S324-p
Ku80 (mouse) GSDIIPFSkVDEEQM S324
K325-ub
sDIVPFskVDEEQMk
0 25
Ku80 (human) sDIVPFskVDEEQMk K325-ub
Ku80 (mouse) SDIIPFSkVDEEQMk K325-ub
K325-sm
sDIVPFskVDEEQMk
0 2
Ku80 (human) sDIVPFskVDEEQMk K325-sm
Ku80 (mouse) SDIIPFSKVDEEQMk K325
K332-ac
kVDEEQMkYksEGkC
0 3
Ku80 (human) kVDEEQMkYksEGkC K332-ac
Ku80 (mouse) kVDEEQMkYKSEGKC K332-ac
K332-ub
kVDEEQMkYksEGkC
0 9
Ku80 (human) kVDEEQMkYksEGkC K332-ub
Ku80 (mouse) kVDEEQMKYKSEGKC K332
K332-sm
kVDEEQMkYksEGkC
0 1
Ku80 (human) kVDEEQMkYksEGkC K332-sm
Ku80 (mouse) kVDEEQMKYKSEGKC K332
K332-m1
kVDEEQMkYksEGkC
0 1
Ku80 (human) kVDEEQMkYksEGkC K332-m1
Ku80 (mouse) kVDEEQMKYKSEGKC K332
K334-ub
DEEQMkYksEGkCFs
1 1
Ku80 (human) DEEQMkYksEGkCFs K334-ub
Ku80 (mouse) DEEQMkYKSEGKCFS K334
K334-m1
DEEQMkYksEGkCFs
0 1
Ku80 (human) DEEQMkYksEGkCFs K334-m1
Ku80 (mouse) DEEQMkYKSEGKCFS K334
S335-p
EEQMkYksEGkCFsV
0 1
Ku80 (human) EEQMkYksEGkCFsV S335-p
Ku80 (mouse) EEQMkYKSEGKCFSV S335
K338-ac
MkYksEGkCFsVLGF
0 20
Ku80 (human) MkYksEGkCFsVLGF K338-ac
Ku80 (mouse) MkYKSEGKCFSVLGF K338
K338-ub
MkYksEGkCFsVLGF
0 14
Ku80 (human) MkYksEGkCFsVLGF K338-ub
Ku80 (mouse) MkYKSEGKCFSVLGF K338
K338-sm
MkYksEGkCFsVLGF
0 1
Ku80 (human) MkYksEGkCFsVLGF K338-sm
Ku80 (mouse) MkYKSEGKCFSVLGF K338
S341-p
ksEGkCFsVLGFCkS
0 2
Ku80 (human) ksEGkCFsVLGFCkS S341-p
Ku80 (mouse) KSEGKCFSVLGFCKS S341
K347-ub
FsVLGFCkSSQVQRR
0 21
Ku80 (human) FsVLGFCkSSQVQRR K347-ub
Ku80 (mouse) FSVLGFCKSSQVHRR K347
K363-ac
FMGNQVLkVFAARDD
0 1
Ku80 (human) FMGNQVLkVFAARDD K363-ac
Ku80 (mouse) FMGHQVLKVFAAKDD K363
K363-ub
FMGNQVLkVFAARDD
0 10
Ku80 (human) FMGNQVLkVFAARDD K363-ub
Ku80 (mouse) FMGHQVLKVFAAKDD K363
S378-p
EAAAVALssLIHALD
0 1
Ku80 (human) EAAAVALssLIHALD S378-p
Ku80 (mouse) EAAAVALSSLVHALD S378
S379-p
AAAVALssLIHALDD
0 1
Ku80 (human) AAAVALssLIHALDD S379-p
Ku80 (mouse) AAAVALSSLVHALDE S379
K399-ac
IVRYAYDkRANPQVG
0 3
Ku80 (human) IVRYAYDkRANPQVG K399-ac
Ku80 (mouse) IVRYAYDKRSNPQVG K399
K399-ub
IVRYAYDkRANPQVG
0 1
Ku80 (human) IVRYAYDkRANPQVG K399-ub
Ku80 (mouse) IVRYAYDKRSNPQVG K399
Y416-p
FPHIKHNyECLVYVQ
0 4
Ku80 (human) FPHIKHNyECLVYVQ Y416-p
Ku80 (mouse) FPYIKDAYECLVYVQ Y416
S436-p
DLRQYMFssLkNSKk
0 1
Ku80 (human) DLRQYMFssLkNSKk S436-p
Ku80 (mouse) DLRQYMFSSLKNNKK S436
S437-p
LRQYMFssLkNSKkY
0 3
Ku80 (human) LRQYMFssLkNSKkY S437-p
Ku80 (mouse) LRQYMFSSLKNNKKC S437
K439-ub
QYMFssLkNSKkYAP
1 3
Ku80 (human) QYMFssLkNSKkYAP K439-ub
Ku80 (mouse) QYMFSSLKNNKKCTP K439
K443-ac
ssLkNSKkYAPTEAQ
0 4
Ku80 (human) ssLkNSKkYAPTEAQ K443-ac
Ku80 (mouse) SSLKNNKKCTPTEAQ K443
K443-ub
ssLkNSKkYAPTEAQ
1 5
Ku80 (human) ssLkNSKkYAPTEAQ K443-ub
Ku80 (mouse) SSLKNNKKCTPTEAQ K443
K443-sm
ssLkNSKkYAPTEAQ
0 1
Ku80 (human) ssLkNSKkYAPTEAQ K443-sm
Ku80 (mouse) SSLKNNKKCTPTEAQ K443
D455-ca
EAQLNAVdALIDSMS
0 1
Ku80 (human) EAQLNAVdALIDSMS D455-ca
Ku80 (mouse) EAQLSAIDDLIDSMS D455
K465-ub
IDSMSLAkkDEkTDt
1 3
Ku80 (human) IDSMSLAkkDEkTDt K465-ub
Ku80 (mouse) IDSMSLVKKNEEEDI K465
K466-ac
DSMSLAkkDEkTDtL
0 1
Ku80 (human) DSMSLAkkDEkTDtL K466-ac
Ku80 (mouse) DSMSLVKKNEEEDIV K466
K466-ub
DSMSLAkkDEkTDtL
0 1
Ku80 (human) DSMSLAkkDEkTDtL K466-ub
Ku80 (mouse) DSMSLVKKNEEEDIV K466
K469-ub
SLAkkDEkTDtLEDL
1 6
Ku80 (human) SLAkkDEkTDtLEDL K469-ub
Ku80 (mouse) SLVKKNEEEDIVEDL E469
T472-p
kkDEkTDtLEDLFPT
0 1
Ku80 (human) kkDEkTDtLEDLFPT T472-p
Ku80 (mouse) KKNEEEDIVEDLFPT I472
K481-ub
EDLFPTTkIPNPRFQ
0 72
Ku80 (human) EDLFPTTkIPNPRFQ K481-ub
Ku80 (mouse) EDLFPTSKIPNPEFQ K481
T523-p
LNPPAEVttksQIPL
0 1
Ku80 (human) LNPPAEVttksQIPL T523-p
Ku80 (mouse) LDPPTEMKAKCEsPL K523
T524-p
NPPAEVttksQIPLs
0 1
Ku80 (human) NPPAEVttksQIPLs T524-p
Ku80 (mouse) DPPTEMKAKCEsPLS A524
K525-ub
PPAEVttksQIPLsk
1 9
Ku80 (human) PPAEVttksQIPLsk K525-ub
Ku80 (mouse) PPTEMKAKCEsPLSK K525
S526-p
PAEVttksQIPLskI
0 11
Ku80 (human) PAEVttksQIPLskI S526-p
Ku80 (mouse) PTEMKAKCEsPLSKV C526
I528
EVttksQIPLskIkt
0 2
Ku80 (human) EVttksQIPLskIkt I528
Ku80 (mouse) EMKAKCEsPLSKVKT S528-p
S531-p
tksQIPLskIktLFP
0 4
Ku80 (human) tksQIPLskIktLFP S531-p
Ku80 (mouse) AKCEsPLSKVKTLFP S531
K532-ac
ksQIPLskIktLFPL
0 2
Ku80 (human) ksQIPLskIktLFPL K532-ac
Ku80 (mouse) KCEsPLSKVKTLFPL K532
K532-ub
ksQIPLskIktLFPL
1 65
Ku80 (human) ksQIPLskIktLFPL K532-ub
Ku80 (mouse) KCEsPLSKVKTLFPL K532
K532-sm
ksQIPLskIktLFPL
0 2
Ku80 (human) ksQIPLskIktLFPL K532-sm
Ku80 (mouse) KCEsPLSKVKTLFPL K532
K534-ac
QIPLskIktLFPLIE
0 3
Ku80 (human) QIPLskIktLFPLIE K534-ac
Ku80 (mouse) EsPLSKVKTLFPLTE K534
K534-ub
QIPLskIktLFPLIE
1 10
Ku80 (human) QIPLskIktLFPLIE K534-ub
Ku80 (mouse) EsPLSKVKTLFPLTE K534
K534-sm
QIPLskIktLFPLIE
0 2
Ku80 (human) QIPLskIktLFPLIE K534-sm
Ku80 (mouse) EsPLSKVKTLFPLTE K534
K534-sc
QIPLskIktLFPLIE
0 1
Ku80 (human) QIPLskIktLFPLIE K534-sc
Ku80 (mouse) EsPLSKVKTLFPLTE K534
T535-p
IPLskIktLFPLIEA
0 5
Ku80 (human) IPLskIktLFPLIEA T535-p
Ku80 (mouse) sPLSKVKTLFPLTEV T535
K543-ac
LFPLIEAkkkDQVTA
0 4
Ku80 (human) LFPLIEAkkkDQVTA K543-ac
Ku80 (mouse) FPLTEVIKKKNQVTA K544
K543-ub
LFPLIEAkkkDQVTA
1 9
Ku80 (human) LFPLIEAkkkDQVTA K543-ub
Ku80 (mouse) FPLTEVIkKKNQVTA K544-ub
K543-sm
LFPLIEAkkkDQVTA
0 2
Ku80 (human) LFPLIEAkkkDQVTA K543-sm
Ku80 (mouse) FPLTEVIKKKNQVTA K544
K543-sc
LFPLIEAkkkDQVTA
0 1
Ku80 (human) LFPLIEAkkkDQVTA K543-sc
Ku80 (mouse) FPLTEVIKKKNQVTA K544
K544-ub
FPLIEAkkkDQVTAQ
1 3
Ku80 (human) FPLIEAkkkDQVTAQ K544-ub
Ku80 (mouse) PLTEVIkKKNQVTAQ K545
K545-ub
PLIEAkkkDQVTAQE
1 2
Ku80 (human) PLIEAkkkDQVTAQE K545-ub
Ku80 (mouse) LTEVIkKKNQVTAQD K546
D556-ca
TAQEIFQdNHEDGPT
0 1
Ku80 (human) TAQEIFQdNHEDGPT D556-ca
Ku80 (mouse) TAQDVFQDNHEEGPA D557
K565-ac
HEDGPTAkkLktEQG
0 29
Ku80 (human) HEDGPTAkkLktEQG K565-ac
Ku80 (mouse) HEEGPAAKKYKTEKE K566
K565-ub
HEDGPTAkkLktEQG
0 2
Ku80 (human) HEDGPTAkkLktEQG K565-ub
Ku80 (mouse) HEEGPAAKKYKTEKE K566
K565-sm
HEDGPTAkkLktEQG
0 1
Ku80 (human) HEDGPTAkkLktEQG K565-sm
Ku80 (mouse) HEEGPAAKKYKTEKE K566
K566-ac
EDGPTAkkLktEQGG
0 13
Ku80 (human) EDGPTAkkLktEQGG K566-ac
Ku80 (mouse) EEGPAAKKYKTEKEE K567
K566-ub
EDGPTAkkLktEQGG
0 3
Ku80 (human) EDGPTAkkLktEQGG K566-ub
Ku80 (mouse) EEGPAAKKYKTEKEE K567
K568-sm
GPTAkkLktEQGGAH
1 3
Ku80 (human) GPTAkkLktEQGGAH K568-sm
Ku80 (mouse) GPAAKKYKTEKEEDH K569
T569-p
PTAkkLktEQGGAHF
Upstream
0 1
Treatment
  • AZD1152
  • ZM447439
Ku80 (human) PTAkkLktEQGGAHF T569-p
Ku80 (mouse) PAAKKYKTEKEEDHI T570
S577-p
EQGGAHFsVSsLAEG
Upstream
2 1
Kinase, in vitro:
  • DNAPK (human)
Treatment
  • caffeine
  • H-89
  • LY294002
  • okadaic_acid
  • PD169316
  • PD184352
  • PD98059
  • staurosporine
  • wortmannin
  • Y27632
Ku80 (human) EQGGAHFsVSsLAEG S577-p
Ku80 (mouse) EKEEDHISISSLAEG S578
S580-p
GAHFsVSsLAEGsVT
Upstream
2 2
Kinase, in vitro:
  • DNAPK (human)
Treatment
  • caffeine
  • H-89
  • LY294002
  • okadaic_acid
  • PD169316
  • PD184352
  • PD98059
  • staurosporine
  • wortmannin
  • Y27632
Ku80 (human) GAHFsVSsLAEGsVT S580-p
Ku80 (mouse) EDHISISSLAEGNIT S581
S585-p
VSsLAEGsVTSVGSV
0 2
Ku80 (human) VSsLAEGsVTSVGSV S585-p
Ku80 (mouse) ISSLAEGNITKVGsV N586
S591
GsVTSVGSVNPAENF
0 1
Ku80 (human) GsVTSVGSVNPAENF S591
Ku80 (mouse) GNITKVGsVNPVENF S592-p
T629-p
QFLDTNEtPYFMKSI
0 2
Ku80 (human) QFLDTNEtPYFMKSI T629-p
Ku80 (mouse) QFLDTNETLYFMKSM T630
R640-m1
MKSIDCIrAFREEAI
0 1
Ku80 (human) MKSIDCIrAFREEAI R640-m1
Ku80 (mouse) MKSMDCIKAFREEAI K641
K648-ac
AFREEAIkFSEEQRF
0 3
Ku80 (human) AFREEAIkFSEEQRF K648-ac
Ku80 (mouse) AFREEAIQFSEEQRF Q649
K648-ub
AFREEAIkFSEEQRF
0 10
Ku80 (human) AFREEAIkFSEEQRF K648-ub
Ku80 (mouse) AFREEAIQFSEEQRF Q649
K660-ac
QRFNNFLkALQEkVE
Upstream
0 2
Treatment
  • vorinostat
Ku80 (human) QRFNNFLkALQEkVE K660-ac
Ku80 (mouse) QRFNSFLEALREKVE E661
K660-ub
QRFNNFLkALQEkVE
0 13
Ku80 (human) QRFNNFLkALQEkVE K660-ub
Ku80 (mouse) QRFNSFLEALREKVE E661
K660-sm
QRFNNFLkALQEkVE
0 1
Ku80 (human) QRFNNFLkALQEkVE K660-sm
Ku80 (mouse) QRFNSFLEALREKVE E661
K660-m1
QRFNNFLkALQEkVE
0 1
Ku80 (human) QRFNNFLkALQEkVE K660-m1
Ku80 (mouse) QRFNSFLEALREKVE E661
K665-ac
FLkALQEkVEIKQLN
0 2
Ku80 (human) FLkALQEkVEIKQLN K665-ac
Ku80 (mouse) FLEALREKVEIKQLN K666
K665-ub
FLkALQEkVEIKQLN
0 16
Ku80 (human) FLkALQEkVEIKQLN K665-ub
Ku80 (mouse) FLEALREKVEIKQLN K666
S692-p
LITKEEAsGSsVTAE
0 1
Ku80 (human) LITKEEAsGSsVTAE S692-p
Ku80 (mouse) LITKDEGPGSSITAE P693
S695-p
KEEAsGSsVTAEEAk
0 1
Ku80 (human) KEEAsGSsVTAEEAk S695-p
Ku80 (mouse) KDEGPGSSITAEEAT S696
K702-ac
sVTAEEAkkFLAPKD
0 17
Ku80 (human) sVTAEEAkkFLAPKD K702-ac
Ku80 (mouse) SITAEEATKFLAPKD T703
K702-ub
sVTAEEAkkFLAPKD
0 3
Ku80 (human) sVTAEEAkkFLAPKD K702-ub
Ku80 (mouse) SITAEEATKFLAPKD T703
K702-sm
sVTAEEAkkFLAPKD
0 1
Ku80 (human) sVTAEEAkkFLAPKD K702-sm
Ku80 (mouse) SITAEEATKFLAPKD T703
K702-m1
sVTAEEAkkFLAPKD
0 1
Ku80 (human) sVTAEEAkkFLAPKD K702-m1
Ku80 (mouse) SITAEEATKFLAPKD T703
K702-sc
sVTAEEAkkFLAPKD
0 1
Ku80 (human) sVTAEEAkkFLAPKD K702-sc
Ku80 (mouse) SITAEEATKFLAPKD T703
K703-ac
VTAEEAkkFLAPKDk
0 5
Ku80 (human) VTAEEAkkFLAPKDk K703-ac
Ku80 (mouse) ITAEEATKFLAPKDK K704
K710-ub
kFLAPKDkPsGDtAA
0 1
Ku80 (human) kFLAPKDkPsGDtAA K710-ub
Ku80 (mouse) KFLAPKDKAKEDTTG K711
S712-p
LAPKDkPsGDtAAVF
0 3
Ku80 (human) LAPKDkPsGDtAAVF S712-p
Ku80 (mouse) LAPKDKAKEDTTGPE K713
T715-p
KDkPsGDtAAVFEEG
Upstream
2 1
Kinase, in vitro:
  • DNAPK (human)
Treatment
  • caffeine
  • H-89
  • LY294002
  • okadaic_acid
  • PD169316
  • PD184352
  • PD98059
  • staurosporine
  • wortmannin
  • Y27632
Ku80 (human) KDkPsGDtAAVFEEG T715-p
Ku80 (mouse) KDKAKEDTTGPEEAG T716