KEGG   Tetrahymena thermophila: TTHERM_00508990
Entry
TTHERM_00508990   CDS       T01020                                 
Name
(RefSeq) Na,H/K antiporter P-type ATPase alpha subunit family protein
  KO
K01539  sodium/potassium-transporting ATPase subunit alpha [EC:7.2.2.13]
Organism
tet  Tetrahymena thermophila
Pathway
tet04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:tet00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    TTHERM_00508990
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tet04147]
    TTHERM_00508990
Enzymes [BR:tet01000]
 7. Translocases
  7.2  Catalysing the translocation of inorganic cations
   7.2.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.2.2.13  Na+/K+-exchanging ATPase
     TTHERM_00508990
Exosome [BR:tet04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   TTHERM_00508990
  Exosomal proteins of other body fluids (saliva and urine)
   TTHERM_00508990
  Exosomal proteins of colorectal cancer cells
   TTHERM_00508990
  Exosomal proteins of bladder cancer cells
   TTHERM_00508990
SSDB
Motif
Pfam: E1-E2_ATPase Cation_ATPase_C Cation_ATPase_N Hydrolase Cation_ATPase HAD ASL_C DUF5417 Ribosomal_L6
Other DBs
NCBI-GeneID: 7844225
NCBI-ProteinID: XP_001015203
TGD: TTHERM_00508990
UniProt: I7ME52
AA seq 1208 aa
MKEVELNEKSIKNDLQDNNQVLDQSVNRSMNSAIVRKYEELRQSINIRNSQNFYKSNKNN
TQALKGFEEPIDIPNHVNSLVNFDGYSQNTEYDMHQQITVQEKKPAVSTTDKNERSKEEL
AAKVDHKISLSELKNKYKTDFQNGLQEDQVGEHLALYGENKLTEKQKTPAWVVILKELTN
GFAIMLWVSAGLCFLAYGLTPDDPSNMYLAIVLLIVIFITAFITYQQNAKSEALLNSFKS
FIPQKSTVLRDGKVKNIESIKLVVGDIVLIKAGEKIPADIRILESSEMKVDNSALTGESE
PQLRTVDCSHPENYLETSNIAFFGTLCKEGTAKGIVICTGDRTTLGQIADLSSGEKKSKT
PLRTELDRFVYMVTILGIFLCILFFLLAYLVIGFPIMSCIVFGIGILVANVPEGLLGCIT
ICLAITAKNLAKKQVLVKNLEAVETLGSTSCICTDKTGTLTQNVMTVKHIWINDTVFETP
YLLHLQKGQQPPYDTNDIGFKTLQQAAMISSEAVFDLSSLQDQTNVDYLKCPVIGDATET
GLIRFYQQIDDVNKFRSQFKIVKNSDDTQSRMPFSSQHKFALTVVEEESENSYYAVYMKG
APEKIWSYCSTVYSNNQLNEIDNQWQQKFKQVNLQFGKGGERVLGFAKLVLPATQFPKGT
QFHVQNPSKFTFQLARFQFCGLVSLMDPPKPRVPYAILECRSAGIKVIMVTGDQPPTAAA
IAKEVNIVPHEIITNEDLMENDQTLDWFTASEQCEAIIVHGDRILESFEKSIEEKRESPD
FYLRQWVNKPYCVFARTTPAQKLQIVEACQKEGFIVAATGDGVNDSPAIKKADIGVSMNL
SGSDVTKDAADMILLDDDFASIVLGVEEGRKIFDNLKKSCVYLLTSNMTEIVPFLAFIIL
LLPVPLSSIYMLVLQVGTDIWPAISLAYEEAELDVMTRKPRKKTDHLCSLKLVTIGYFQM
GQLESAAGFVGYYMMFNYFGFPVRELFGLANVSGYTPLKDDFDVHKNPFTGNQQDPYFNS
EILRVAGTYDCRLGKKAASSIKSDINWQKLTDGNFDLRKSLLKCNEQTGEWLPTVNWSDC
DVKSSKTWSDVTSQTACYSTEALKWAQTGFFSSVVTSQWSNVFACKSRKMSFVTSSVNSV
MFQGIIFETALLCFLLYVPGVQVVFGSRPYEFWMFCHGLFFSISLLLWDEVRKFTTRRFK
WFFKFAYW
NT seq 3627 nt   +upstreamnt  +downstreamnt
atgaaggaagtagaacttaatgaaaaaagtataaaaaatgatttgcaagacaataactaa
gttctagactagtctgttaacaggtcgatgaactctgctattgtacgtaagtatgaagaa
ctgagatagtctatcaatattcgtaattcatagaacttttataaatcaaataaaaataat
acacaagcacttaaaggctttgaagagcctattgatattcctaaccatgtaaattcattg
gtcaattttgatggatattcttaaaatacagaatacgatatgcattaataaattactgta
caagagaaaaagccagctgttagcactaccgataaaaatgaaagatctaaagaagaatta
gcagctaaagtagatcataaaatctctcttagtgaattaaaaaataaatataagacagat
tttcaaaatggcttacaagaagattaagtaggtgaacatttagctttgtatggagaaaat
aagctcacagaaaaataaaaaacacctgcatgggtagtcattctgaaagaattaactaac
ggttttgctatcatgctttgggtaagtgcggggctttgcttcttagcatatggtctaacc
ccagatgacccttcaaatatgtatcttgcaattgtattgctaattgttattttcattaca
gcttttattacttactaataaaatgcaaaaagtgaagctctactaaattcttttaaaagc
ttcataccttaaaaatctactgtattaagagatggcaaggttaaaaatattgaatcaatt
aaattagttgttggagatattgttctgattaaagccggagaaaaaatacctgctgatatc
cgtatattagaatcttctgaaatgaaagtagataactctgctctcactggtgaaagtgaa
ccttagctcagaacagttgattgctctcaccctgaaaactatcttgaaacttctaatata
gctttctttggtacactttgtaaagaaggtacagcaaaaggtattgttatttgcactggt
gacagaactactcttgggtaaattgcagatttgtcttcaggtgagaagaagtctaaaact
cctttacgtacagaattagatagatttgtttacatggttactatactaggtatattttta
tgcattttattcttccttttagcttacttagttattgggttcccaataatgtcatgcatt
gtctttggtattggtatcctagtcgcaaatgttccagaaggtttattaggttgtattact
atttgtctagcaattactgctaagaatcttgcaaaaaagcaggtccttgtcaaaaactta
gaagctgtcgaaactcttggttctacttcttgtatttgtactgacaaaacaggtactttg
acctaaaatgttatgactgttaagcatatttggattaatgatactgtatttgaaactcct
tatcttttacatctttaaaaaggttaataacctccttatgatacaaacgacataggcttc
aaaactctttagtaggctgctatgatttctagtgaagcagtatttgatttatctagctta
taagattagactaatgttgattatcttaaatgcccagttattggtgatgccaccgaaact
ggtttgatacgtttctattaatagattgacgatgtcaataaatttagaagtcaatttaaa
attgtcaaaaactctgatgatacatagagtagaatgccttttagctcataacacaaattt
gctcttactgttgttgaagaagaatcagaaaacagctattatgcagtttatatgaaaggt
gctcctgaaaaaatttggagttactgctcaactgtgtatagtaataactaactaaacgaa
attgacaactaatggtagtaaaaatttaagtaagttaatttataatttggtaaaggagga
gaaagggttttaggttttgctaagcttgttcttccagcaacttaattcccaaagggtact
caattccatgtccaaaatccttctaaatttacattctaacttgctagattctaattttgc
ggattagtttctcttatggatcctcctaaaccaagagttccttatgctatccttgagtgc
agatctgcaggtattaaggttattatggttactggtgattaacctcctactgctgctgcc
attgcaaaagaagttaatatagttccacacgaaattattactaatgaagatttgatggaa
aacgaccaaactcttgactggttcactgccagtgaatagtgtgaagctattattgttcat
ggtgatagaattctagaatcctttgaaaaatcgattgaagaaaagagagaatctcctgat
ttttatcttcgtcaatgggtaaataaaccatattgtgttttcgctagaaccacccccgcc
taaaaactctaaattgtagaggcctgttagaaggaaggctttattgtcgcagcaactggt
gatggtgttaatgattctcctgctataaaaaaagctgatattggtgtttcgatgaatcta
tctggtagtgatgtcacaaaagatgcagcagatatgattctccttgatgatgattttgct
tcaattgtacttggtgttgaagaaggtagaaaaatttttgataatctaaaaaaatcatgt
gtttacttgcttacttcgaatatgactgaaattgttccattcttagcatttatcattttg
ctacttcctgtacctctttctagtatatatatgctcgttttacaagttggtacagatata
tggcctgctatttccctagcatatgaagaagctgaattagatgtaatgactagaaaacct
cgtaaaaaaacagaccatttatgctcacttaaattagttactattggttatttctaaatg
ggttaattagaaagtgcagctggttttgttggctattatatgatgtttaactattttggt
ttcccagttagagaattatttggactagctaatgtttctggatacactccattgaaagat
gattttgatgtccataaaaatccttttacaggcaattaataagatccttatttcaatagc
gaaatattaagagttgcaggaacatatgattgcagattaggtaaaaaggcagcaagttct
attaaaagtgatattaattggtagaagttaacagatggtaacttcgacttaagaaaatct
ctattgaagtgcaatgaatagactggtgaatggttaccaactgtaaattggagtgattgt
gatgtaaaatctagtaaaacttggtcagatgtcacaagtcaaacagcttgttacagtact
gaagcattaaagtgggcataaacaggtttcttctcttctgttgtaacaagttaatggtct
aatgtatttgcttgtaagagtagaaaaatgagttttgtcacttctagtgttaattcagta
atgttttaaggtattatttttgaaactgctctgctttgtttcttattatatgtcccagga
gtccaagtagtttttggaagtagaccttatgaattttggatgttctgtcatggattattt
ttcagtatatctttattattatgggatgaagtaagaaaatttacaactagacgttttaaa
tggttcttcaaattcgcttattggtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   TGD (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (76)   

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