Other Species / Isoforms
  TUBA1A (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.

 
S6-p
__MRECIsIHVGQAG
0 1
TUBA1A (human) __MRECIsIHVGQAG S6-p
TUBA1A (mouse) __MRECISIHVGQAG S6
TUBA1A (rat) __MRECISIHVGQAG S6
TUBA1A (cow) __MRECISIHVGQAG S6
K40-ac
DGQMPSDktIGGGDD
Upstream
Downstream
53 18
TUBA1A (human)
K40-ac
TUBA1A (mouse)
K40-ac
TUBA1A (rat)
K40-ac
TUBA1A (cow)
K40-ac
Effects on Modified Protein
  • acetylation
  • intracellular localization
  • molecular association, regulation
  • phosphorylation
  • protein stabilization
Effects on Biological Processes:
  • DNA repair, induced
  • apoptosis, inhibited
  • autophagy, induced
  • carcinogenesis, induced
  • cell adhesion, inhibited
  • cell cycle regulation
  • cell differentiation, induced
  • cell growth, induced
  • cell motility, altered
  • cell motility, induced
  • cell motility, inhibited
  • cytoskeletal reorganization
  • signaling pathway regulation
  • transcription, induced
Regulatory protein:
  • ATAT1 (human)
  • ATM (human)
  • ATR (human)
  • BCCIP (human)
  • BRCA1 (human)
  • GRK2 (human)
  • MAP2 (human)
  • Moesin (human)
  • NAA50 (human)
  • NQO1 (human)
  • RITA1 (human)
  • SIRT2 (human)
  • TMIGD1 (human)
  • TPPP (human)
view more >
Treatment
  • A769662
  • AGK2
  • AK1
  • butyrate
  • CEU
  • colchicine
  • CPT
  • CPTH6
  • DEM
  • differentiation
  • doxycycline
  • EGF
  • FK866
  • fosbretabulin
  • hydroxyurea
  • hypertonic_buffer
  • injury
  • low Na
  • MI2321
  • NaB
  • nicotinic_acid
  • NMN
  • nocodazole
  • SB431542
  • siRNA
  • taxol
  • TGF-beta
  • TPXb
  • trichostatin_A
  • tubacin
  • vinblastine
view more >
TUBA1A (human) DGQMPSDktIGGGDD K40-ac
TUBA1A (mouse) DGQMPSDktIGGGDD K40-ac
TUBA1A (rat) DGQMPSDkTIGGGDD K40-ac
TUBA1A (cow) DGQMPSDkTIGGGDD K40-ac
K40-m1
DGQMPSDktIGGGDD
1 1
TUBA1A (human) DGQMPSDktIGGGDD K40-m1
TUBA1A (mouse) DGQMPSDKtIGGGDD K40
TUBA1A (rat) DGQMPSDKTIGGGDD K40
TUBA1A (cow) DGQMPSDKTIGGGDD K40
K40-m3
DGQMPSDktIGGGDD
Downstream
3 1
Effects on Biological Processes:
  • cell cycle regulation
  • cell motility, induced
  • cytoskeletal reorganization
TUBA1A (human) DGQMPSDktIGGGDD K40-m3
TUBA1A (mouse) DGQMPSDKtIGGGDD K40
TUBA1A (rat) DGQMPSDKTIGGGDD K40
TUBA1A (cow) DGQMPSDKTIGGGDD K40
K40-ub
DGQMPSDktIGGGDD
0 12
TUBA1A (human) DGQMPSDktIGGGDD K40-ub
TUBA1A (mouse) DGQMPSDktIGGGDD K40-ub
TUBA1A (rat) DGQMPSDKTIGGGDD K40
TUBA1A (cow) DGQMPSDKTIGGGDD K40
T41-p
GQMPSDktIGGGDDs
0 7
TUBA1A (human) GQMPSDktIGGGDDs T41-p
TUBA1A (mouse) GQMPSDktIGGGDDs T41-p
TUBA1A (rat) GQMPSDkTIGGGDDs T41
TUBA1A (cow) GQMPSDkTIGGGDDS T41
S48-p
tIGGGDDsFNtFFsE
Upstream
0 74
Treatment
  • antibody
  • AZD1152
  • nocodazole
  • ZM447439
view more >
TUBA1A (human) tIGGGDDsFNtFFsE S48-p
TUBA1A (mouse) tIGGGDDsFNtFFsE S48-p
TUBA1A (rat) TIGGGDDsFNTFFSE S48-p
TUBA1A (cow) TIGGGDDSFNTFFSE S48
T51-p
GGDDsFNtFFsEtGA
0 22
TUBA1A (human) GGDDsFNtFFsEtGA T51-p
TUBA1A (mouse) GGDDsFNtFFsETGA T51-p
TUBA1A (rat) GGDDsFNTFFSETGA T51
TUBA1A (cow) GGDDSFNTFFSETGA T51
S54-p
DsFNtFFsEtGAGkH
0 19
TUBA1A (human) DsFNtFFsEtGAGkH S54-p
TUBA1A (mouse) DsFNtFFsETGAGkH S54-p
TUBA1A (rat) DsFNTFFSETGAGkh S54
TUBA1A (cow) DSFNTFFSETGAGKH S54
T56-p
FNtFFsEtGAGkHVP
0 5
TUBA1A (human) FNtFFsEtGAGkHVP T56-p
TUBA1A (mouse) FNtFFsETGAGkHVP T56
TUBA1A (rat) FNTFFSETGAGkhVP T56
TUBA1A (cow) FNTFFSETGAGKHVP T56
K60-ac
FsEtGAGkHVPRAVF
Upstream
0 10
Treatment
  • vorinostat
TUBA1A (human) FsEtGAGkHVPRAVF K60-ac
TUBA1A (mouse) FsETGAGkHVPRAVF K60-ac
TUBA1A (rat) FSETGAGkhVPrAVF K60-ac
TUBA1A (cow) FSETGAGKHVPRAVF K60
K60
FsEtGAGKHVPRAVF
1 1
TUBA1A (human) FsEtGAGKHVPRAVF K60
TUBA1A (mouse) FsETGAGKHVPRAVF K60
TUBA1A (rat) FSETGAGkhVPrAVF K60-m2
TUBA1A (cow) FSETGAGKHVPRAVF K60
K60-ub
FsEtGAGkHVPRAVF
Upstream
0 102
Treatment
  • MG132
TUBA1A (human) FsEtGAGkHVPRAVF K60-ub
TUBA1A (mouse) FsETGAGkHVPRAVF K60-ub
TUBA1A (rat) FSETGAGkhVPrAVF K60-ub
TUBA1A (cow) FSETGAGKHVPRAVF K60
K60-sm
FsEtGAGkHVPRAVF
0 1
TUBA1A (human) FsEtGAGkHVPRAVF K60-sm
TUBA1A (mouse) FsETGAGKHVPRAVF K60
TUBA1A (rat) FSETGAGKhVPrAVF K60
TUBA1A (cow) FSETGAGKHVPRAVF K60
H61
sEtGAGkHVPRAVFV
1 1
TUBA1A (human) sEtGAGkHVPRAVFV H61
TUBA1A (mouse) sETGAGkHVPRAVFV H61
TUBA1A (rat) SETGAGkhVPrAVFV H61-m1
TUBA1A (cow) SETGAGKHVPRAVFV H61
R64
GAGkHVPRAVFVDLE
1 1
TUBA1A (human) GAGkHVPRAVFVDLE R64
TUBA1A (mouse) GAGkHVPRAVFVDLE R64
TUBA1A (rat) GAGkhVPrAVFVDLE R64-m1
TUBA1A (cow) GAGKHVPRAVFVDLE R64
R64
GAGkHVPRAVFVDLE
1 1
TUBA1A (human) GAGkHVPRAVFVDLE R64
TUBA1A (mouse) GAGkHVPRAVFVDLE R64
TUBA1A (rat) GAGkhVPrAVFVDLE R64-m2
TUBA1A (cow) GAGKHVPRAVFVDLE R64
T73-p
VFVDLEPtVIDEVRt
0 17
TUBA1A (human) VFVDLEPtVIDEVRt T73-p
TUBA1A (mouse) VFVDLEPtVIDEVRt T73-p
TUBA1A (rat) VFVDLEPTVIDEVRT T73
TUBA1A (cow) VFVDLEPTVIDEVRT T73
T80-p
tVIDEVRtGtyRQLF
0 17
TUBA1A (human) tVIDEVRtGtyRQLF T80-p
TUBA1A (mouse) tVIDEVRtGtyRQLF T80-p
TUBA1A (rat) TVIDEVRTGTYRQLF T80
TUBA1A (cow) TVIDEVRTGTYRQLF T80
T82-p
IDEVRtGtyRQLFHP
0 61
TUBA1A (human) IDEVRtGtyRQLFHP T82-p
TUBA1A (mouse) IDEVRtGtyRQLFHP T82-p
TUBA1A (rat) IDEVRTGTYRQLFHP T82
TUBA1A (cow) IDEVRTGTYRQLFHP T82
Y83-p
DEVRtGtyRQLFHPE
0 11
TUBA1A (human) DEVRtGtyRQLFHPE Y83-p
TUBA1A (mouse) DEVRtGtyRQLFHPE Y83-p
TUBA1A (rat) DEVRTGTYRQLFHPE Y83
TUBA1A (cow) DEVRTGTYRQLFHPE Y83
T94-p
FHPEQLItGkEDAAN
0 5
TUBA1A (human) FHPEQLItGkEDAAN T94-p
TUBA1A (mouse) FHPEQLITGkEDAAN T94
TUBA1A (rat) FHPEQLITGkEDAAN T94
TUBA1A (cow) FHPEQLITGKEDAAN T94
K96-ac
PEQLItGkEDAANNy
0 7
TUBA1A (human) PEQLItGkEDAANNy K96-ac
TUBA1A (mouse) PEQLITGKEDAANNy K96
TUBA1A (rat) PEQLITGkEDAANNy K96-ac
TUBA1A (cow) PEQLITGKEDAANNy K96
K96-ub
PEQLItGkEDAANNy
0 142
TUBA1A (human) PEQLItGkEDAANNy K96-ub
TUBA1A (mouse) PEQLITGkEDAANNy K96-ub
TUBA1A (rat) PEQLITGkEDAANNy K96-ub
TUBA1A (cow) PEQLITGKEDAANNy K96
K96-sm
PEQLItGkEDAANNy
Downstream
1 2
Effects on Modified Protein
  • sumoylation
Effects on Biological Processes:
  • cytoskeletal reorganization
TUBA1A (human) PEQLItGkEDAANNy K96-sm
TUBA1A (mouse) PEQLITGKEDAANNy K96
TUBA1A (rat) PEQLITGKEDAANNy K96
TUBA1A (cow) PEQLITGKEDAANNy K96
Y103-p
kEDAANNyARGHytI
0 532
TUBA1A (human) kEDAANNyARGHytI Y103-p
TUBA1A (mouse) kEDAANNyARGHYtI Y103-p
TUBA1A (rat) kEDAANNyARGHYTI Y103-p
TUBA1A (cow) KEDAANNyARGHYTI Y103-p
Y108-p
NNyARGHytIGkEII
0 51
TUBA1A (human) NNyARGHytIGkEII Y108-p
TUBA1A (mouse) NNyARGHYtIGkEII Y108
TUBA1A (rat) NNyARGHYTIGKEII Y108
TUBA1A (cow) NNyARGHYTIGKEII Y108
T109-p
NyARGHytIGkEIID
0 6
TUBA1A (human) NyARGHytIGkEIID T109-p
TUBA1A (mouse) NyARGHYtIGkEIID T109-p
TUBA1A (rat) NyARGHYTIGKEIID T109
TUBA1A (cow) NyARGHYTIGKEIID T109
K112-ac
RGHytIGkEIIDLVL
0 8
TUBA1A (human) RGHytIGkEIIDLVL K112-ac
TUBA1A (mouse) RGHYtIGKEIIDLVL K112
TUBA1A (rat) RGHYTIGKEIIDLVL K112
TUBA1A (cow) RGHYTIGKEIIDLVL K112
K112-ub
RGHytIGkEIIDLVL
0 100
TUBA1A (human) RGHytIGkEIIDLVL K112-ub
TUBA1A (mouse) RGHYtIGkEIIDLVL K112-ub
TUBA1A (rat) RGHYTIGKEIIDLVL K112
TUBA1A (cow) RGHYTIGKEIIDLVL K112
K112-sm
RGHytIGkEIIDLVL
0 1
TUBA1A (human) RGHytIGkEIIDLVL K112-sm
TUBA1A (mouse) RGHYtIGKEIIDLVL K112
TUBA1A (rat) RGHYTIGKEIIDLVL K112
TUBA1A (cow) RGHYTIGKEIIDLVL K112
K124-ac
LVLDRIRkLADQCTG
0 4
TUBA1A (human) LVLDRIRkLADQCTG K124-ac
TUBA1A (mouse) LVLDRIRkLADQCTG K124-ac
TUBA1A (rat) LVLDRIRKLADQCTG K124
TUBA1A (cow) LVLDRIRKLADQCTG K124
K124-ub
LVLDRIRkLADQCTG
0 24
TUBA1A (human) LVLDRIRkLADQCTG K124-ub
TUBA1A (mouse) LVLDRIRKLADQCTG K124
TUBA1A (rat) LVLDRIRKLADQCTG K124
TUBA1A (cow) LVLDRIRKLADQCTG K124
S158-p
SLLMERLsVDyGkks
0 13
TUBA1A (human) SLLMERLsVDyGkks S158-p
TUBA1A (mouse) SLLMERLsVDyGkks S158-p
TUBA1A (rat) SLLMERLsVDYGkkS S158-p
TUBA1A (cow) SLLMERLSVDYGKKS S158
Y161-p
MERLsVDyGkkskLE
0 65
TUBA1A (human) MERLsVDyGkkskLE Y161-p
TUBA1A (mouse) MERLsVDyGkkskLE Y161-p
TUBA1A (rat) MERLsVDYGkkSKLE Y161
TUBA1A (cow) MERLSVDYGKKSKLE Y161
K163-ac
RLsVDyGkkskLEFS
Upstream
0 31
Treatment
  • MS275
TUBA1A (human) RLsVDyGkkskLEFS K163-ac
TUBA1A (mouse) RLsVDyGkkskLEFS K163-ac
TUBA1A (rat) RLsVDYGkkSKLEFS K163-ac
TUBA1A (cow) RLSVDYGKKSKLEFS K163
K163-ub
RLsVDyGkkskLEFS
0 86
TUBA1A (human) RLsVDyGkkskLEFS K163-ub
TUBA1A (mouse) RLsVDyGkkskLEFS K163-ub
TUBA1A (rat) RLsVDYGkkSKLEFS K163-ub
TUBA1A (cow) RLSVDYGKKSKLEFS K163
K164-ub
LsVDyGkkskLEFSI
0 28
TUBA1A (human) LsVDyGkkskLEFSI K164-ub
TUBA1A (mouse) LsVDyGkkskLEFSI K164-ub
TUBA1A (rat) LsVDYGkkSKLEFSI K164-ub
TUBA1A (cow) LSVDYGKKSKLEFSI K164
S165-p
sVDyGkkskLEFSIY
Upstream
Downstream
1 1
Effects on Biological Processes:
  • carcinogenesis, inhibited
  • cell cycle regulation
  • cell growth, inhibited
  • cytoskeletal reorganization
  • transcription, altered
Putative in vivo kinases:
  • PKCA (human)
Treatment
  • bisindolylmaleimide
TUBA1A (human) sVDyGkkskLEFSIY S165-p
TUBA1A (mouse) sVDyGkkskLEFSIY S165-p
TUBA1A (rat) sVDYGkkSKLEFSIY S165
TUBA1A (cow) SVDYGKKSKLEFSIY S165
K166-ub
VDyGkkskLEFSIYP
0 23
TUBA1A (human) VDyGkkskLEFSIYP K166-ub
TUBA1A (mouse) VDyGkkskLEFSIYP K166-ub
TUBA1A (rat) VDYGkkSKLEFSIYP K166
TUBA1A (cow) VDYGKKSKLEFSIYP K166
K166-sm
VDyGkkskLEFSIYP
Downstream
1 0
Effects on Modified Protein
  • sumoylation
Effects on Biological Processes:
  • cytoskeletal reorganization
TUBA1A (human) VDyGkkskLEFSIYP K166-sm
TUBA1A (mouse) VDyGkksKLEFSIYP K166
TUBA1A (rat) VDYGkkSKLEFSIYP K166
TUBA1A (cow) VDYGKKSKLEFSIYP K166
Y210-p
MVDNEAIyDICRRNL
0 399
TUBA1A (human) MVDNEAIyDICRRNL Y210-p
TUBA1A (mouse) MVDNEAIyDICRRNL Y210-p
TUBA1A (rat) MVDNEAIyDICRRNL Y210-p
TUBA1A (cow) MVDNEAIYDICRRNL Y210
T223-p
NLDIERPtytNLNRL
0 36
TUBA1A (human) NLDIERPtytNLNRL T223-p
TUBA1A (mouse) NLDIERPtytNLNRL T223-p
TUBA1A (rat) NLDIERPTytNLNRL T223
TUBA1A (cow) NLDIERPTYTNLNRL T223
Y224-p
LDIERPtytNLNRLI
Upstream
0 206
Regulatory protein:
  • ZAP70 (human)
TUBA1A (human) LDIERPtytNLNRLI Y224-p
TUBA1A (mouse) LDIERPtytNLNRLI Y224-p
TUBA1A (rat) LDIERPTytNLNRLI Y224-p
TUBA1A (cow) LDIERPTYTNLNRLI Y224
T225-p
DIERPtytNLNRLIG
0 4
TUBA1A (human) DIERPtytNLNRLIG T225-p
TUBA1A (mouse) DIERPtytNLNRLIG T225-p
TUBA1A (rat) DIERPTytNLNRLIG T225-p
TUBA1A (cow) DIERPTYTNLNRLIS T225
S237-p
LIGQIVSsITASLRF
0 3
TUBA1A (human) LIGQIVSsITASLRF S237-p
TUBA1A (mouse) LIGQIVSsITASLRF S237-p
TUBA1A (rat) LIGQIVSSITASLRF S237
TUBA1A (cow) LISQIVSSITASLRF S237
Y272-p
IHFPLATyAPVIsAE
Upstream
0 376
Treatment
  • antibody
  • ephrin_B1
TUBA1A (human) IHFPLATyAPVIsAE Y272-p
TUBA1A (mouse) IHFPLATyAPVIsAE Y272-p
TUBA1A (rat) IHFPLATyAPVISAE Y272-p
TUBA1A (cow) IHFPLATYAPVISAE Y272
S277-p
ATyAPVIsAEkAyHE
0 20
TUBA1A (human) ATyAPVIsAEkAyHE S277-p
TUBA1A (mouse) ATyAPVIsAEkAYHE S277-p
TUBA1A (rat) ATyAPVISAEKAyHE S277
TUBA1A (cow) ATYAPVISAEKAYHE S277
K280-ub
APVIsAEkAyHEQLs
0 14
TUBA1A (human) APVIsAEkAyHEQLs K280-ub
TUBA1A (mouse) APVIsAEkAYHEQLs K280-ub
TUBA1A (rat) APVISAEKAyHEQLS K280
TUBA1A (cow) APVISAEKAYHEQLS K280
Y282-p
VIsAEkAyHEQLsVA
0 86
TUBA1A (human) VIsAEkAyHEQLsVA Y282-p
TUBA1A (mouse) VIsAEkAYHEQLsVA Y282
TUBA1A (rat) VISAEKAyHEQLSVA Y282-p
TUBA1A (cow) VISAEKAYHEQLSVA Y282
S287-p
kAyHEQLsVAEITNA
0 46
TUBA1A (human) kAyHEQLsVAEITNA S287-p
TUBA1A (mouse) kAYHEQLsVAEITNA S287-p
TUBA1A (rat) KAyHEQLSVAEITNA S287
TUBA1A (cow) KAYHEQLSVAEITNA S287
K304-ub
EPANQMVkCDPRHGk
0 93
TUBA1A (human) EPANQMVkCDPRHGk K304-ub
TUBA1A (mouse) EPANQMVkCDPRHGk K304-ub
TUBA1A (rat) EPANQMVkCDPRHGk K304-ub
TUBA1A (cow) EPANQMVKCDPRHGK K304
K304-sm
EPANQMVkCDPRHGk
Downstream
1 0
Effects on Modified Protein
  • sumoylation
Effects on Biological Processes:
  • cytoskeletal reorganization
TUBA1A (human) EPANQMVkCDPRHGk K304-sm
TUBA1A (mouse) EPANQMVKCDPRHGk K304
TUBA1A (rat) EPANQMVKCDPRHGk K304
TUBA1A (cow) EPANQMVKCDPRHGK K304
K311-ac
kCDPRHGkyMACCLL
0 22
TUBA1A (human) kCDPRHGkyMACCLL K311-ac
TUBA1A (mouse) kCDPRHGKYMACCLL K311
TUBA1A (rat) kCDPRHGKyMACCLL K311
TUBA1A (cow) KCDPRHGKYMACCLL K311
K311-me
kCDPRHGkyMACCLL
Upstream
Downstream
1 1
Effects on Modified Protein
  • intracellular localization
  • molecular association, regulation
Treatment
  • FQI1
TUBA1A (human) kCDPRHGkyMACCLL K311-me
TUBA1A (mouse) kCDPRHGKYMACCLL K311
TUBA1A (rat) kCDPRHGKyMACCLL K311
TUBA1A (cow) KCDPRHGKYMACCLL K311
K311-ub
kCDPRHGkyMACCLL
0 78
TUBA1A (human) kCDPRHGkyMACCLL K311-ub
TUBA1A (mouse) kCDPRHGkYMACCLL K311-ub
TUBA1A (rat) kCDPRHGkyMACCLL K311-ub
TUBA1A (cow) KCDPRHGKYMACCLL K311
Y312-p
CDPRHGkyMACCLLy
0 76
TUBA1A (human) CDPRHGkyMACCLLy Y312-p
TUBA1A (mouse) CDPRHGkYMACCLLy Y312
TUBA1A (rat) CDPRHGkyMACCLLy Y312-p
TUBA1A (cow) CDPRHGKYMACCLLY Y312
Y319-p
yMACCLLyRGDVVPk
0 173
TUBA1A (human) yMACCLLyRGDVVPk Y319-p
TUBA1A (mouse) YMACCLLyRGDVVPk Y319-p
TUBA1A (rat) yMACCLLyRGDVVPk Y319-p
TUBA1A (cow) YMACCLLYRGDVVPK Y319
K326-ac
yRGDVVPkDVNAAIA
0 8
TUBA1A (human) yRGDVVPkDVNAAIA K326-ac
TUBA1A (mouse) yRGDVVPKDVNAAIA K326
TUBA1A (rat) yRGDVVPkDVNAAIA K326-ac
TUBA1A (cow) YRGDVVPKDVNAAIA K326
K326-ub
yRGDVVPkDVNAAIA
0 118
TUBA1A (human) yRGDVVPkDVNAAIA K326-ub
TUBA1A (mouse) yRGDVVPkDVNAAIA K326-ub
TUBA1A (rat) yRGDVVPkDVNAAIA K326-ub
TUBA1A (cow) YRGDVVPKDVNAAIA K326
K326-sm
yRGDVVPkDVNAAIA
0 2
TUBA1A (human) yRGDVVPkDVNAAIA K326-sm
TUBA1A (mouse) yRGDVVPKDVNAAIA K326
TUBA1A (rat) yRGDVVPKDVNAAIA K326
TUBA1A (cow) YRGDVVPKDVNAAIA K326
T334-p
DVNAAIAtIktkRtI
0 32
TUBA1A (human) DVNAAIAtIktkRtI T334-p
TUBA1A (mouse) DVNAAIAtIktkRtI T334-p
TUBA1A (rat) DVNAAIAtIkTkRTI T334-p
TUBA1A (cow) DVNAAIATIKTKRSI T334
K336-ac
NAAIAtIktkRtIQF
0 4
TUBA1A (human) NAAIAtIktkRtIQF K336-ac
TUBA1A (mouse) NAAIAtIKtkRtIQF K336
TUBA1A (rat) NAAIAtIkTkRTIQF K336-ac
TUBA1A (cow) NAAIATIKTKRSIQF K336
K336-ub
NAAIAtIktkRtIQF
0 131
TUBA1A (human) NAAIAtIktkRtIQF K336-ub
TUBA1A (mouse) NAAIAtIktkRtIQF K336-ub
TUBA1A (rat) NAAIAtIkTkRTIQF K336-ub
TUBA1A (cow) NAAIATIKTKRSIQF K336
K336-sm
NAAIAtIktkRtIQF
0 2
TUBA1A (human) NAAIAtIktkRtIQF K336-sm
TUBA1A (mouse) NAAIAtIKtkRtIQF K336
TUBA1A (rat) NAAIAtIKTkRTIQF K336
TUBA1A (cow) NAAIATIKTKRSIQF K336
T337-p
AAIAtIktkRtIQFV
0 23
TUBA1A (human) AAIAtIktkRtIQFV T337-p
TUBA1A (mouse) AAIAtIktkRtIQFV T337-p
TUBA1A (rat) AAIAtIkTkRTIQFV T337
TUBA1A (cow) AAIATIKTKRSIQFV T337
K338-ub
AIAtIktkRtIQFVD
0 35
TUBA1A (human) AIAtIktkRtIQFVD K338-ub
TUBA1A (mouse) AIAtIktkRtIQFVD K338-ub
TUBA1A (rat) AIAtIkTkRTIQFVD K338-ub
TUBA1A (cow) AIATIKTKRSIQFVD K338
T340-p
AtIktkRtIQFVDWC
0 6
TUBA1A (human) AtIktkRtIQFVDWC T340-p
TUBA1A (mouse) AtIktkRtIQFVDWC T340-p
TUBA1A (rat) AtIkTkRTIQFVDWC T340
TUBA1A (cow) ATIKTKRSIQFVDWC S340
K352-ac
DWCPTGFkVGINyQP
0 19
TUBA1A (human) DWCPTGFkVGINyQP K352-ac
TUBA1A (mouse) DWCPTGFkVGINyQP K352-ac
TUBA1A (rat) DWCPTGFKVGINyQP K352
TUBA1A (cow) DWCPTGFKVGINYQP K352
K352-ub
DWCPTGFkVGINyQP
0 32
TUBA1A (human) DWCPTGFkVGINyQP K352-ub
TUBA1A (mouse) DWCPTGFkVGINyQP K352-ub
TUBA1A (rat) DWCPTGFkVGINyQP K352-ub
TUBA1A (cow) DWCPTGFKVGINYQP K352
Y357-p
GFkVGINyQPPtVVP
0 592
TUBA1A (human) GFkVGINyQPPtVVP Y357-p
TUBA1A (mouse) GFkVGINyQPPtVVP Y357-p
TUBA1A (rat) GFkVGINyQPPtVVP Y357-p
TUBA1A (cow) GFKVGINYQPPTVVP Y357
T361-p
GINyQPPtVVPGGDL
0 96
TUBA1A (human) GINyQPPtVVPGGDL T361-p
TUBA1A (mouse) GINyQPPtVVPGGDL T361-p
TUBA1A (rat) GINyQPPtVVPGGDL T361-p
TUBA1A (cow) GINYQPPTVVPGGDL T361
K370-ac
VPGGDLAkVQRAVCM
0 3
TUBA1A (human) VPGGDLAkVQRAVCM K370-ac
TUBA1A (mouse) VPGGDLAKVQRAVCM K370
TUBA1A (rat) VPGGDLAkVQRAVCM K370-ac
TUBA1A (cow) VPGGDLAKVQRAVCM K370
K370-ub
VPGGDLAkVQRAVCM
1 166
TUBA1A (human) VPGGDLAkVQRAVCM K370-ub
TUBA1A (mouse) VPGGDLAkVQRAVCM K370-ub
TUBA1A (rat) VPGGDLAkVQRAVCM K370-ub
TUBA1A (cow) VPGGDLAKVQRAVCM K370
K370-sm
VPGGDLAkVQRAVCM
0 1
TUBA1A (human) VPGGDLAkVQRAVCM K370-sm
TUBA1A (mouse) VPGGDLAKVQRAVCM K370
TUBA1A (rat) VPGGDLAKVQRAVCM K370
TUBA1A (cow) VPGGDLAKVQRAVCM K370
K394-ac
AWARLDHkFDLMyAk
0 25
TUBA1A (human) AWARLDHkFDLMyAk K394-ac
TUBA1A (mouse) AWARLDHKFDLMyAk K394
TUBA1A (rat) AWARLDHkFDLMyAk K394-ac
TUBA1A (cow) AWARLDHKFDLMYAK K394
K394-ub
AWARLDHkFDLMyAk
0 122
TUBA1A (human) AWARLDHkFDLMyAk K394-ub
TUBA1A (mouse) AWARLDHkFDLMyAk K394-ub
TUBA1A (rat) AWARLDHkFDLMyAk K394-ub
TUBA1A (cow) AWARLDHKFDLMYAK K394
K394-sm
AWARLDHkFDLMyAk
0 1
TUBA1A (human) AWARLDHkFDLMyAk K394-sm
TUBA1A (mouse) AWARLDHKFDLMyAk K394
TUBA1A (rat) AWARLDHKFDLMyAk K394
TUBA1A (cow) AWARLDHKFDLMYAK K394
Y399-p
DHkFDLMyAkRAFVH
0 389
TUBA1A (human) DHkFDLMyAkRAFVH Y399-p
TUBA1A (mouse) DHkFDLMyAkRAFVH Y399-p
TUBA1A (rat) DHkFDLMyAkRAFVH Y399-p
TUBA1A (cow) DHKFDLMYAKRAFVH Y399
K401-ac
kFDLMyAkRAFVHWY
Upstream
0 17
Treatment
  • vorinostat
TUBA1A (human) kFDLMyAkRAFVHWY K401-ac
TUBA1A (mouse) kFDLMyAkRAFVHWY K401-ac
TUBA1A (rat) kFDLMyAkRAFVHWY K401-ac
TUBA1A (cow) KFDLMYAKRAFVHWY K401
K401-ub
kFDLMyAkRAFVHWY
0 117
TUBA1A (human) kFDLMyAkRAFVHWY K401-ub
TUBA1A (mouse) kFDLMyAkRAFVHWY K401-ub
TUBA1A (rat) kFDLMyAkRAFVHWY K401-ub
TUBA1A (cow) KFDLMYAKRAFVHWY K401
K401-sm
kFDLMyAkRAFVHWY
0 1
TUBA1A (human) kFDLMyAkRAFVHWY K401-sm
TUBA1A (mouse) kFDLMyAKRAFVHWY K401
TUBA1A (rat) kFDLMyAKRAFVHWY K401
TUBA1A (cow) KFDLMYAKRAFVHWY K401
S419-p
GMEEGEFsEAREDMA
0 3
TUBA1A (human) GMEEGEFsEAREDMA S419-p
TUBA1A (mouse) GMEEGEFsEAREDMA S419-p
TUBA1A (rat) GMEEGEFSEAREDMA S419
TUBA1A (cow) GMEEGEFSEAREDMA S419
Y432-p
MAALEKDyEEVGVDs
Upstream
0 152
Treatment
  • antibody
TUBA1A (human) MAALEKDyEEVGVDs Y432-p
TUBA1A (mouse) MAALEKDyEEVGVDs Y432-p
TUBA1A (rat) MAALEKDYEEVGVDs Y432
TUBA1A (cow) MAALEKDYEEVGVDS Y432
S439-p
yEEVGVDsVEGEGEE
Upstream
0 70
Treatment
  • antibody
TUBA1A (human) yEEVGVDsVEGEGEE S439-p
TUBA1A (mouse) yEEVGVDsVEGEGEE S439-p
TUBA1A (rat) YEEVGVDsVEGEGEE S439-p
TUBA1A (cow) YEEVGVDSVEGEGEE S439
Y451-p
GEEEGEEy_______
0 140
TUBA1A (human) GEEEGEEy_______ Y451-p
TUBA1A (mouse) GEEEGEEy_______ Y451-p
TUBA1A (rat) GEEEGEEY_______ Y451
TUBA1A (cow) GEEEGEEY_______ Y451