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Protein Page:
ATP1A1 (rat)
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitylation
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
ATP1A1 the catalytic component of the active enzyme, which catalyzes the hydrolysis of ATP coupled with the exchange of Na and K ions across the plasma membrane. This action creates the electrochemical gradient of Na and K, providing the energy for active transport of various nutrients. Two splice-variant isoforms have been described. Note: This description may include information from UniProtKB.
Protein type: Membrane protein, integral; Transporter, ion channel; Hydrolase; Transporter; Membrane protein, multi-pass; EC 3.6.3.9
Cellular Component: apical plasma membrane; basolateral plasma membrane; caveola; endoplasmic reticulum; endosome; Golgi apparatus; integral to membrane; lipid raft; membrane; myelin sheath; plasma membrane; protein complex; sarcolemma; sodium:potassium-exchanging ATPase complex; T-tubule
Molecular Function: ADP binding; ankyrin binding; ATP binding; chaperone binding; phosphoinositide 3-kinase binding; phosphoric monoester hydrolase activity; potassium ion binding; protein binding; protein domain specific binding; protein kinase binding; sodium ion binding; sodium:potassium-exchanging ATPase activity
Biological Process: ATP hydrolysis coupled proton transport; cardiac muscle contraction; cellular potassium ion homeostasis; cellular sodium ion homeostasis; dephosphorylation; energy coupled proton transport, against electrochemical gradient; establishment and/or maintenance of transmembrane electrochemical gradient; membrane hyperpolarization; negative regulation of glucocorticoid biosynthetic process; negative regulation of heart contraction; positive regulation of heart contraction; positive regulation of striated muscle contraction; potassium ion import; potassium ion transport; regulation of blood pressure; regulation of sodium ion transport; regulation of the force of heart contraction; response to drug; sodium ion transport
Reference #:  P06685 (UniProtKB)
Alt. Names/Synonyms: AT1A1; Atp1a1; ATPase, Na+/K+ transporting, alpha 1 polypeptide; ATPase, Na+K+ transporting, alpha 1; Na(+)/K(+) ATPase alpha-1 subunit; Nkaa1b; Sodium pump subunit alpha-1; Sodium/potassium-transporting ATPase subunit alpha-1
Gene Symbols: Atp1a1
Molecular weight: 113,054 Da
Basal Isoelectric point: 5.3  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

ATP1A1

Protein Structure Not Found.
Download PyMol Script
Download ChimeraX Script


STRING  |  Reactome  |  BioGPS  |  Scansite  |  Pfam  |  RCSB PDB  |  ENZYME  |  Phospho3D  |  Phospho.ELM  |  NetworKIN  |  UniProtKB  |  Entrez-Gene


Sites Implicated In
exocytosis, altered: Y542‑p
activity, induced: Y10‑p
activity, inhibited: S943‑p
enzymatic activity, induced: S16‑p, S23‑p, Y542‑p
enzymatic activity, inhibited: S16‑p
intracellular localization: S16‑p, S23‑p
molecular association, regulation: S16‑p, S23‑p, S943‑p
protein conformation: S16‑p, S23‑p
protein degradation: S16‑p
receptor internalization, induced: S23‑p

Modification Sites and Domains Show Modification Legend
Click here to view phosphorylation modifications only

Modification Sites in Parent Protein, Orthologs, and Isoforms Show Modification Legend
 

Show Multiple Sequence Alignment


 LTP 

LTP: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.


 HTP 

HTP: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.


       rat

 
0 16 K9 GKGVGRDKyEPAAVs
1 210 Y10‑p KGVGRDKyEPAAVsE
12 18 S16‑p KyEPAAVsEHGDkks
1 5 K21‑ub AVsEHGDkkskkAKK
1 1 K22‑ub VsEHGDkkskkAKKE
19 1 S23‑p sEHGDkkskkAKKER
1 0 K24‑ub EHGDkkskkAKKERD
1 0 K25‑ub HGDkkskkAKKERDM
0 2 K36 ERDMDELKKEVsMDD
0 2 K37 RDMDELKKEVsMDDH
0 3 S40‑p DELKKEVsMDDHkLs
0 1 K45‑ac EVsMDDHkLsLDELH
0 3 K45 EVsMDDHKLsLDELH
0 13 S47‑p sMDDHkLsLDELHRK
0 3 K54 sLDELHRKyGTDLSR
1 92 Y55‑p LDELHRKyGTDLSRG
0 1 T57 ELHRKyGTDLSRGLT
0 2 S60 RKyGTDLSRGLTPAR
0 2 T81 RDGPNALTPPPTTPE
0 1 T85 NALTPPPTTPEWVKF
0 2 T86 ALTPPPTTPEWVKFC
1 0 Y149 ITGCFSYYQEAKSSK
0 2 K156 YQEAKSSKIMESFkN
0 23 K162‑ub SKIMESFkNMVPQQA
0 15 K177‑ub LVIRNGEkMSINAED
0 2 K194 VGDLVEVKGGDRIPA
0 1 S207 PADLRIISANGCkVD
0 12 K212‑ub IISANGCkVDNSsLT
0 2 S216 NGCkVDNSsLTGEsE
0 27 S217‑p GCkVDNSsLTGEsEP
0 1 T219 kVDNSsLTGEsEPQT
0 9 S222‑p NSsLTGEsEPQTRsP
0 3 T226 TGEsEPQTRsPDFTN
0 11 S228‑p EsEPQTRsPDFTNEN
0 1 S246 TRNIAFFSTNCVEGT
1 1356 Y260‑p TARGIVVyTGDRTVM
0 18 T261 ARGIVVyTGDRTVMG
0 3 T265 VVyTGDRTVMGRIAT
0 1 S275 GRIATLASGLEGGQT
0 3 K359 ARKNCLVKNLEAVET
0 1 S375 GSTSTICSDKtGTLT
0 1 K377 TSTICSDKtGTLTQN
0 6 K377 TSTICSDKtGTLTQN
0 4 T378‑p STICSDKtGTLTQNR
0 2 S407‑p ADTTENQsGVSFDKT
0 1 K413 QsGVSFDKTSATWFA
0 1 K444‑ac QENLPILkRAVAGDA
0 18 K444‑ub QENLPILkRAVAGDA
0 6 S452‑p RAVAGDAsESALLKC
0 1 S454 VAGDAsESALLKCIE
0 1 S466 CIEVCCGSVMEMREK
0 12 M468 EVCCGSVMEMREKyT
1 0 Y474‑p VMEMREKyTkIVEIP
0 1 K476‑ac EMREKyTkIVEIPFN
0 2 K476 EMREKyTKIVEIPFN
0 5 S484‑p IVEIPFNsTNkYQLS
0 1 T485 VEIPFNsTNkYQLSI
0 2 K487‑ac IPFNsTNkYQLSIHk
0 3 K487 IPFNsTNKYQLSIHk
0 1 Y488 PFNsTNkYQLSIHkN
0 3 K494 kYQLSIHKNPNASEP
0 3 K494‑ac kYQLSIHkNPNASEP
0 1 A498 SIHkNPNASEPkHLL
0 3 S499 IHkNPNASEPkHLLV
0 2 K502‑ac NPNASEPkHLLVMkG
0 1 K502 NPNASEPKHLLVMkG
0 4 K508 PkHLLVMKGAPERIL
0 2 K508‑ac PkHLLVMkGAPERIL
0 4 K526‑ub SSILLHGkEQPLDEE
0 5 K535 QPLDEELKDAFQNAy
0 1 K535 QPLDEELKDAFQNAy
1 138 Y542‑p KDAFQNAyLELGGLG
0 66 K605‑ub AVPDAVGkCRSAGIK
0 3 T617 GIKVIMVTGDHPITA
0 2 T623 VTGDHPITAKAIAKG
0 4 K625 GDHPITAKAIAKGVG
0 4 K629 ITAKAIAKGVGIIsE
0 5 S635‑p AKGVGIIsEGNETVE
0 2 - gap
0 2 - gap
0 5 T640 IIsEGNETVEDIAAR
0 15 N653 ARLNIPVNQVNPRDA
0 11 K661‑ub QVNPRDAkACVVHGS
0 2 S668 kACVVHGSDLkDMTs
0 1 K671‑ac VVHGSDLkDMTsEEL
0 7 K671‑ub VVHGSDLkDMTsEEL
0 3 S675‑p SDLkDMTsEELDDIL
0 12 R683 EELDDILRyHTEIVF
1 33 Y684‑p ELDDILRyHTEIVFA
0 4 T686 DDILRyHTEIVFART
0 2 K698 ARTSPQQKLIIVEGC
0 10 S722‑p TGDGVNDsPALkkAD
0 3 K726‑ac VNDsPALkkADIGVA
0 6 K726‑ub VNDsPALkkADIGVA
0 1 K727‑ac NDsPALkkADIGVAM
0 7 K727‑ub NDsPALkkADIGVAM
0 2 K773 RLIFDNLKKSIAYTL
0 28 K833 QAESDIMKRQPRNPK
0 25 K840 KRQPRNPKTDkLVNE
0 1 K843‑ac PRNPKTDkLVNERLI
0 9 K843‑ub PRNPKTDkLVNERLI
0 1 Y902 INDVEDSYGQQWTYE
8 1 S943‑p ICKTRRNsVFQQGMK
0 5 K950 sVFQQGMKNKILIFG
0 1 K1019‑ac RPGGWVEkETYY___
0 5 K1019 RPGGWVEKETYY___
3060 : Phospho-Na,K-ATPase alpha 1 (Tyr10) Antibody
13566 : Phospho-Na,K-ATPase alpha1 (Tyr10) (E1Y9C) Rabbit mAb
4020 : Phospho-Na,K-ATPase alpha1 (Ser16) Antibody
4006 : Phospho-Na,K-ATPase alpha1 (Ser23) Antibody
  human

► Hide Isoforms
 
K9‑ub GKGVGRDkyEPAAVs
Y10‑p KGVGRDkyEPAAVsE
S16‑p kyEPAAVsEQGDkKG
K21‑ub AVsEQGDkKGKKGKK
K22 VsEQGDkKGKKGKKD
G23 sEQGDkKGKKGKKDR
K24 EQGDkKGKKGKKDRD
K25 QGDkKGKKGKKDRDM
K36‑ub DRDMDELkkEVSMDD
K37‑ub RDMDELkkEVSMDDH
S40 DELkkEVSMDDHkLs
K45 EVSMDDHKLsLDELH
K45‑ub EVSMDDHkLsLDELH
S47‑p SMDDHkLsLDELHRk
K54‑ub sLDELHRkyGTDLsR
Y55‑p LDELHRkyGTDLsRG
T57 ELHRkyGTDLsRGLT
S60‑p RkyGTDLsRGLTSAR
T81‑p RDGPNALtPPPttPE
T85‑p NALtPPPttPEWIKF
T86‑p ALtPPPttPEWIKFC
Y149‑p ITGCFSYyQEAKSSk
K156‑ub yQEAKSSkIMESFkN
K162‑ub SkIMESFkNMVPQQA
K177‑ub LVIRNGEkMSINAEE
K194 VGDLVEVKGGDRIPA
S207 PADLRIISANGCkVD
K212‑ub IISANGCkVDNssLT
S216‑p NGCkVDNssLTGEsE
S217‑p GCkVDNssLTGEsEP
T219 kVDNssLTGEsEPQt
S222‑p NssLTGEsEPQtRsP
T226‑p TGEsEPQtRsPDFTN
S228‑p EsEPQtRsPDFTNEN
S246‑p TRNIAFFsTNCVEGT
Y260‑p TARGIVVytGDRtVM
T261‑p ARGIVVytGDRtVMG
T265‑p VVytGDRtVMGRIAT
S275 GRIATLASGLEGGQT
K359‑ub ARKNCLVkNLEAVET
S375 GSTSTICSDktGTLT
K377 TSTICSDKtGTLTQN
K377‑ub TSTICSDktGTLTQN
T378‑p STICSDktGTLTQNR
S407‑p ADTTENQsGVSFDKT
K413 QsGVSFDKTSATWLA
K444 QENLPILKRAVAGDA
K444‑ub QENLPILkRAVAGDA
S452‑p RAVAGDAsESALLKC
S454 VAGDAsESALLKCIE
S466‑p CIELCCGsVkEMRER
K468‑ub ELCCGsVkEMRERYA
Y474 VkEMRERYAkIVEIP
K476 EMRERYAKIVEIPFN
K476‑ub EMRERYAkIVEIPFN
S484 IVEIPFNSTNkyQLS
T485 VEIPFNSTNkyQLSI
K487‑ac IPFNSTNkyQLSIHk
K487‑ub IPFNSTNkyQLSIHk
Y488‑p PFNSTNkyQLSIHkN
K494‑ub kyQLSIHkNPNtsEP
K494 kyQLSIHKNPNtsEP
T498‑p SIHkNPNtsEPQHLL
S499‑p IHkNPNtsEPQHLLV
Q502 NPNtsEPQHLLVMkG
Q502 NPNtsEPQHLLVMkG
K508‑ub PQHLLVMkGAPERIL
K508 PQHLLVMKGAPERIL
K526‑ub SSILLHGkEQPLDEE
K535‑ub QPLDEELkDAFQNAy
K535 QPLDEELKDAFQNAy
Y542‑p kDAFQNAyLELGGLG
K605‑ub AVPDAVGkCRSAGIK
T617‑p GIKVIMVtGDHPItA
T623‑p VtGDHPItAkAIAkG
K625‑ub GDHPItAkAIAkGVG
K629‑ub ItAkAIAkGVGIISE
S635 AkGVGIISEGNEtVE
- gap
- gap
T640‑p IISEGNEtVEDIAAR
S653‑p ARLNIPVsQVNPRDA
K661‑ub QVNPRDAkACVVHGS
S668 kACVVHGSDLkDMTS
K671 VVHGSDLKDMTSEQL
K671‑ub VVHGSDLkDMTSEQL
S675 SDLkDMTSEQLDDIL
K683‑ub EQLDDILkyHtEIVF
Y684‑p QLDDILkyHtEIVFA
T686‑p DDILkyHtEIVFART
K698‑ub ARTSPQQkLIIVEGC
S722‑p TGDGVNDsPALkkAD
K726 VNDsPALKkADIGVA
K726‑ub VNDsPALkkADIGVA
K727 NDsPALkKADIGVAM
K727‑ub NDsPALkkADIGVAM
K773‑ub RLIFDNLkKSIAYTL
K833‑ub QAESDIMkRQPRNPk
K840‑ub kRQPRNPkTDkLVNE
K843 PRNPkTDKLVNERLI
K843‑ub PRNPkTDkLVNERLI
Y902‑p INDVEDSyGQQWTYE
S943‑p ICKTRRNsVFQQGMk
K950‑ub sVFQQGMkNKILIFG
K1019 RPGGWVEKETYY___
K1019‑ub RPGGWVEkETYY___
3060 : Phospho-Na,K-ATPase alpha 1 (Tyr10) Antibody
13566 : Phospho-Na,K-ATPase alpha1 (Tyr10) (E1Y9C) Rabbit mAb
  ATP1A1 iso2  
K9 GKGVGRDKYEPAAVS
Y10 KGVGRDKYEPAAVSE
S16 KYEPAAVSEQGDKKG
K21 AVSEQGDKKGKKGKK
K22 VSEQGDKKGKKGKKD
G23 SEQGDKKGKKGKKDR
K24 EQGDKKGKKGKKDRD
K25 QGDKKGKKGKKDRDM
K36 DRDMDELKKEVSMDD
K37 RDMDELKKEVSMDDH
S40 DELKKEVSMDDHKLS
K45 EVSMDDHKLSLDELH
K45 EVSMDDHKLSLDELH
S47 SMDDHKLSLDELHRK
K54 SLDELHRKYGTDLSR
Y55 LDELHRKYGTDLSRG
T57 ELHRKYGTDLSRGLT
S60 RKYGTDLSRGLTSAR
T81 RDGPNALTPPPTTPE
T85 NALTPPPTTPEWIKF
T86 ALTPPPTTPEWIKFC
Y149 ITGCFSYYQEAKSSK
K156 YQEAKSSKIMESFKN
K162 SKIMESFKNMVPQQA
K177 LVIRNGEKMSINAEE
K194 VGDLVEVKGGDRIPA
S207 PADLRIISANGCKVD
K212 IISANGCKVDNSSLT
S216 NGCKVDNSSLTGESE
S217 GCKVDNSSLTGESEP
T219 KVDNSSLTGESEPQT
S222 NSSLTGESEPQTRSP
T226 TGESEPQTRSPDFTN
S228 ESEPQTRSPDFTNEN
S246 TRNIAFFSTNCVEGT
Y260 TARGIVVYTGDRTVM
T261 ARGIVVYTGDRTVMG
T265 VVYTGDRTVMGRIAT
S275 GRIATLASGLEGGQT
K359 ARKNCLVKNLEAVET
S375 GSTSTICSDKTGTLT
K377 TSTICSDKTGTLTQN
K377 TSTICSDKTGTLTQN
T378 STICSDKTGTLTQNR
S407 ADTTENQSGVSFDKT
K413 QSGVSFDKTSATWLA
K444 QENLPILKRAVAGDA
K444 QENLPILKRAVAGDA
S452 RAVAGDASESALLKC
S454 VAGDASESALLKCIE
S466 CIELCCGSVKEMRER
K468 ELCCGSVKEMRERYA
Y474 VKEMRERYAKIVEIP
K476 EMRERYAKIVEIPFN
K476 EMRERYAKIVEIPFN
S484 IVEIPFNSTNKYQLS
T485 VEIPFNSTNKYQLSI
K487 IPFNSTNKYQLSIHK
K487 IPFNSTNKYQLSIHK
Y488 PFNSTNKYQLSIHKN
K494 KYQLSIHKNPNTSEP
K494 KYQLSIHKNPNTSEP
T498 SIHKNPNTSEPQHLL
S499 IHKNPNTSEPQHLLV
Q502 NPNTSEPQHLLVMKG
Q502 NPNTSEPQHLLVMKG
K508 PQHLLVMKGAPERIL
K508 PQHLLVMKGAPERIL
K526 SSILLHGKEQPLDEE
K535 QPLDEELKDAFQNAY
K535 QPLDEELKDAFQNAY
Y542 KDAFQNAYLELGGLG
K605 AVPDAVGKCRSAGIK
T617 GIKVIMVTGDHPITA
T623 VTGDHPITAKAIAKG
K625 GDHPITAKAIAKGVG
K629 ITAKAIAKGVGIIsE
S635‑p AKGVGIIsEGsGPMs
S638‑p VGIIsEGsGPMsRGK
S642‑p sEGsGPMsRGKSWSS
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
  ATP1A1 iso3  
- gap
- gap
- gap
- gap
- gap
- gap
- gap
- gap
K5 ___MDELKKEVSMDD
K6 __MDELKKEVSMDDH
S9 DELKKEVSMDDHKLS
K14 EVSMDDHKLSLDELH
K14 EVSMDDHKLSLDELH
S16 SMDDHKLSLDELHRK
K23 SLDELHRKYGTDLSR
Y24 LDELHRKYGTDLSRG
T26 ELHRKYGTDLSRGLT
S29 RKYGTDLSRGLTSAR
T50 RDGPNALTPPPTTPE
T54 NALTPPPTTPEWIKF
T55 ALTPPPTTPEWIKFC
Y118 ITGCFSYYQEAKSSK
K125 YQEAKSSKIMESFKN
K131 SKIMESFKNMVPQQA
K146 LVIRNGEKMSINAEE
K163 VGDLVEVKGGDRIPA
S176 PADLRIISANGCKVD
K181 IISANGCKVDNSSLT
S185 NGCKVDNSSLTGESE
S186 GCKVDNSSLTGESEP
T188 KVDNSSLTGESEPQT
S191 NSSLTGESEPQTRSP
T195 TGESEPQTRSPDFTN
S197 ESEPQTRSPDFTNEN
S215 TRNIAFFSTNCVEGT
Y229 TARGIVVYTGDRTVM
T230 ARGIVVYTGDRTVMG
T234 VVYTGDRTVMGRIAT
S244 GRIATLASGLEGGQT
K328 ARKNCLVKNLEAVET
S344 GSTSTICSDKTGTLT
K346 TSTICSDKTGTLTQN
K346 TSTICSDKTGTLTQN
T347 STICSDKTGTLTQNR
S376 ADTTENQSGVSFDKT
K382 QSGVSFDKTSATWLA
K413 QENLPILKRAVAGDA
K413 QENLPILKRAVAGDA
S421 RAVAGDASESALLKC
S423 VAGDASESALLKCIE
S435 CIELCCGSVKEMRER
K437 ELCCGSVKEMRERYA
Y443 VKEMRERYAKIVEIP
K445 EMRERYAKIVEIPFN
K445 EMRERYAKIVEIPFN
S453 IVEIPFNSTNKYQLS
T454 VEIPFNSTNKYQLSI
K456 IPFNSTNKYQLSIHK
K456 IPFNSTNKYQLSIHK
Y457 PFNSTNKYQLSIHKN
K463 KYQLSIHKNPNTSEP
K463 KYQLSIHKNPNTSEP
T467 SIHKNPNTSEPQHLL
S468 IHKNPNTSEPQHLLV
Q471 NPNTSEPQHLLVMKG
Q471 NPNTSEPQHLLVMKG
K477 PQHLLVMKGAPERIL
K477 PQHLLVMKGAPERIL
K495 SSILLHGKEQPLDEE
K504 QPLDEELKDAFQNAY
K504 QPLDEELKDAFQNAY
Y511 KDAFQNAYLELGGLG
K574 AVPDAVGKCRSAGIK
T586 GIKVIMVTGDHPITA
T592 VTGDHPITAKAIAKG
K594 GDHPITAKAIAKGVG
K598 ITAKAIAKGVGIISE
S604 AKGVGIISEGNETVE
- gap
- gap
T609 IISEGNETVEDIAAR
S622 ARLNIPVSQVNPRDA
K630 QVNPRDAKACVVHGS
S637 KACVVHGSDLKDMTS
K640 VVHGSDLKDMTSEQL
K640 VVHGSDLKDMTSEQL
S644 SDLKDMTSEQLDDIL
K652 EQLDDILKYHTEIVF
Y653 QLDDILKYHTEIVFA
T655 DDILKYHTEIVFART
K667 ARTSPQQKLIIVEGC
S691 TGDGVNDSPALKKAD
K695 VNDSPALKKADIGVA
K695 VNDSPALKKADIGVA
K696 NDSPALKKADIGVAM
K696 NDSPALKKADIGVAM
K742 RLIFDNLKKSIAYTL
K802 QAESDIMKRQPRNPK
K809 KRQPRNPKTDKLVNE
K812 PRNPKTDKLVNERLI
K812 PRNPKTDKLVNERLI
Y871 INDVEDSYGQQWTYE
S912 ICKTRRNSVFQQGMK
K919 SVFQQGMKNKILIFG
K988 RPGGWVEKETYY___
K988 RPGGWVEKETYY___
  mouse

 
K9‑ub GKGVGRDkyEPAAVs
Y10‑p KGVGRDkyEPAAVsE
S16‑p kyEPAAVsEHGDkkG
K21‑ub AVsEHGDkkGKKAKK
K22‑ub VsEHGDkkGKKAKKE
G23 sEHGDkkGKKAKKER
K24 EHGDkkGKKAKKERD
K25 HGDkkGKKAKKERDM
K36 ERDMDELKkEVsMDD
K37‑ub RDMDELKkEVsMDDH
S40‑p DELKkEVsMDDHkLs
K45 EVsMDDHKLsLDELH
K45‑ub EVsMDDHkLsLDELH
S47‑p sMDDHkLsLDELHRk
K54‑ub sLDELHRkyGtDLsR
Y55‑p LDELHRkyGtDLsRG
T57‑p ELHRkyGtDLsRGLT
S60‑p RkyGtDLsRGLTPAR
T81‑p RDGPNALtPPPTtPE
T85 NALtPPPTtPEWVKF
T86‑p ALtPPPTtPEWVKFC
Y149 ITGCFSYYQEAKSSk
K156‑ub YQEAKSSkIMESFkN
K162‑ub SkIMESFkNMVPQQA
K177‑ub LVIRNGEkMSINAED
K194‑ub VGDLVEVkGGDRIPA
S207‑p PADLRIIsANGCkVD
K212‑ub IIsANGCkVDNSsLt
S216 NGCkVDNSsLtGEsE
S217‑p GCkVDNSsLtGEsEP
T219‑p kVDNSsLtGEsEPQt
S222‑p NSsLtGEsEPQtRsP
T226‑p tGEsEPQtRsPDFTN
S228‑p EsEPQtRsPDFTNEN
S246 TRNIAFFSTNCVEGT
Y260‑p TARGIVVytGDRtVM
T261‑p ARGIVVytGDRtVMG
T265‑p VVytGDRtVMGRIAT
S275‑p GRIATLAsGLEGGQT
K359‑ub ARKNCLVkNLEAVET
S375‑p GSTSTICsDktGTLT
K377‑ac TSTICsDktGTLTQN
K377‑ub TSTICsDktGTLTQN
T378‑p STICsDktGTLTQNR
S407 ADTTENQSGVSFDkT
K413‑ub QSGVSFDkTSATWFA
K444 QENLPILKRAVAGDA
K444‑ub QENLPILkRAVAGDA
S452‑p RAVAGDAsEsALLKC
S454‑p VAGDAsEsALLKCIE
S466 CIEVCCGSVMEMREK
M468 EVCCGSVMEMREKYS
Y474 VMEMREKYSkIVEIP
K476 EMREKYSKIVEIPFN
K476‑ub EMREKYSkIVEIPFN
S484‑p IVEIPFNstNkYQLS
T485‑p VEIPFNstNkYQLSI
K487‑ac IPFNstNkYQLSIHk
K487‑ub IPFNstNkYQLSIHk
Y488 PFNstNkYQLSIHkN
K494‑ub kYQLSIHkNPNAsEP
K494‑ac kYQLSIHkNPNAsEP
A498 SIHkNPNAsEPkHLL
S499‑p IHkNPNAsEPkHLLV
K502‑ac NPNAsEPkHLLVMkG
K502‑ub NPNAsEPkHLLVMkG
K508‑ub PkHLLVMkGAPERIL
K508‑ac PkHLLVMkGAPERIL
K526‑ub SSILLHGkEQPLDEE
K535 QPLDEELKDAFQNAy
K535‑ac QPLDEELkDAFQNAy
Y542‑p kDAFQNAyLELGGLG
K605‑ub AVPDAVGkCRSAGIK
T617‑p GIKVIMVtGDHPItA
T623‑p VtGDHPItAkAIAkG
K625‑ub GDHPItAkAIAkGVG
K629‑ub ItAkAIAkGVGIIsE
S635‑p AkGVGIIsEGNEtVE
- gap
- gap
T640‑p IIsEGNEtVEDIAAR
N653 ARLNIPVNQVNPRDA
K661‑ub QVNPRDAkACVVHGs
S668‑p kACVVHGsDLkDMTs
K671 VVHGsDLKDMTsEEL
K671‑ub VVHGsDLkDMTsEEL
S675‑p sDLkDMTsEELDDIL
R683 EELDDILRyHTEIVF
Y684‑p ELDDILRyHTEIVFA
T686 DDILRyHTEIVFART
K698‑ub ARTSPQQkLIIVEGC
S722‑p TGDGVNDsPALkkAD
K726‑ac VNDsPALkkADIGVA
K726‑ub VNDsPALkkADIGVA
K727 NDsPALkKADIGVAM
K727‑ub NDsPALkkADIGVAM
K773‑ub RLIFDNLkKSIAYTL
K833‑ub QAESDIMkRQPRNPk
K840‑ub kRQPRNPkTDkLVNE
K843 PRNPkTDKLVNERLI
K843‑ub PRNPkTDkLVNERLI
Y902 VNDVEDSYGQQWTYE
S943‑p ICKTRRNsVFQQGMk
K950‑ub sVFQQGMkNKILIFG
K1019 RPGGWVEKETYY___
K1019‑ub RPGGWVEkETYY___
3060 : Phospho-Na,K-ATPase alpha 1 (Tyr10) Antibody
13566 : Phospho-Na,K-ATPase alpha1 (Tyr10) (E1Y9C) Rabbit mAb
4020 : Phospho-Na,K-ATPase alpha1 (Ser16) Antibody
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