KEGG   Amyelois transitella (navel orangeworm): 106135071
Entry
106135071         CDS       T09957                                 
Name
(RefSeq) sodium/potassium-transporting ATPase subunit alpha
  KO
K01539  sodium/potassium-transporting ATPase subunit alpha [EC:7.2.2.13]
Organism
atra  Amyelois transitella (navel orangeworm)
Pathway
atra04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:atra00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    106135071
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:atra04147]
    106135071
Enzymes [BR:atra01000]
 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
     106135071
Exosome [BR:atra04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   106135071
  Exosomal proteins of other body fluids (saliva and urine)
   106135071
  Exosomal proteins of colorectal cancer cells
   106135071
  Exosomal proteins of bladder cancer cells
   106135071
SSDB
Motif
Pfam: Cation_ATPase_C E1-E2_ATPase Cation_ATPase Hydrolase Cation_ATPase_N HAD Hydrolase_3
Other DBs
NCBI-GeneID: 106135071
NCBI-ProteinID: XP_060802623
LinkDB
Position
11:join(5030515..5030656,5031079..5031228,5032183..5032355,5032828..5032998,5033283..5033412,5033480..5033716,5034243..5034531,5035469..5035700,5036056..5036227,5036452..5036600,5036916..5037117,5037277..5037431,5037801..5037987,5038270..5038509,5038822..5039010,5039123..5039240,5039750..5039864)
AA seq 1016 aa
MAFRHSGSADDLFRPNNPKGLRSRDLSSTRLTELKKEIHTDLHLMPLSNLYSLLGTDPTN
GLTAGRAAELLDFYGPNRLTPATQDGWLSILFKSLCTGFSILIWLGASLCLIAYLIETST
KPTASLENLYLGCVLIGVDLICGLFSFYQNHKSLKIMKTFNSMIPSYTSCIRDGLLYVDT
PVVDLVKGDVVKIKAGDVVPADIRIIDSKGFKVDNSSLTGESIAVPRSNSEGVANILESP
NVAFFSTQCVEGWAMGVVICCGDLTALGRVAGLVARLRPAPSPLSREIKRFMRYVSIWAL
GLGLMIAFASLMLGYPFMQTSIFVIGIIVANVPEGLQPTITASLTLTAQNMVKKNCLVKN
LEAIEALGACNVICSDKTGTLTENKMCVQNVWMANKTYLITDYEFTSDLHKIFIYLYTVK
TCLPTYKYYYIYELFHFHLCNFFLAFAAIKICGALCTSARIQLEGDIQGDASEIAILKFL
RKYDNITSIRERYPKIAEIPFNSTNKYQVGIHFVTSASRYLLVMKGAPECIIPRCSTVLF
ERKTVDFSKELQEAAEKSCDTLANTGERILAFADLLLDPNKFPLNYEFNGDEINFPLENL
RFIGMMGLIDPPRQEVRESIAKVRAAGVRVMMVTGDHPSTARAIAREVGIATSPACHVVT
GTELRNMTSELLYWTLEKHYEIVFARTSPTQKLQIVEACQRCGNVVAVTGDGVNDAPALR
RADIGISMGITGSQVSKQTADIILMDDNFATIAVGIEEGRRIFDNLKKSVCYILISNVPE
ILPVMMFILFSIPLPLGVMTILCVDLGTDMWPAVALGHEIAESDVMARPARTSEPLVSSK
MLRLVYGHLGLMEFCAGMYAYFMVMAIHGFYPAKLFGIRRDWDDESVSDVKDSLGQEWTY
PERKELERACQASYFVAVVMTQVMNGVICKTRYNSVFHVGMRNRVLNLGLAFELLLACII
CYVPGINGFFRAYPIKWQWWFLALPFSALMFAFDEFRKYCIRHKLLGGWYNDLTYY
NT seq 3051 nt   +upstreamnt  +downstreamnt
atggcatttaggcattctggttctgcagatgatctgtttcgaccaaacaatcccaaagga
ctccgatcaagagacttaagtagcacaaggctaactgaattgaaaaaagaaatacacaca
gatttgcatctcatgcccttatcaaatttgtactcactactgggcaccgatccaacaaat
ggactgactgcagggagagctgctgaattattagatttctatggtccgaataggcttacc
ccagcgactcaggacggatggttatcaattctttttaaatcattatgtacaggtttttca
attttgatttggctgggcgcttctttatgtttaatcgcatatctgatagagacctcgacg
aagcctacagccagtcttgaaaacttgtatcttggctgtgttctcattggcgtcgatctt
atatgcggattgtttagtttctaccagaaccacaaaagtttaaaaattatgaagacattc
aacagcatgattccttcctacactagttgtatccgcgatggcctactgtacgtagacact
ccggtggtcgacctagtcaaaggcgacgtagtcaaaataaaagctggagatgttgtgcct
gcagatatcagaataatagacagtaaaggattcaaagttgataactcttcattaactggc
gagagcatagctgtgcctcgcagtaacagtgaaggagtcgccaacatattggaatcgcca
aatgttgcatttttttctactcaatgcgttgaaggctgggcaatgggtgttgtgatatgt
tgtggcgatttaacagcattaggccgggttgcgggcctggtggctcggctacgaccagcg
ccatcgccactgtccagagaaattaaacgttttatgcgttacgtgtccatctgggctttg
ggcctcggattgatgattgcttttgcttctttgatgctgggatatccttttatgcaaacg
tccattttcgttattggtattatagtagcgaatgttccggaaggtttgcaaccaacaatc
acggcgtcgctcactttaacagcccagaacatggtaaaaaagaactgccttgtaaagaat
ttggaagctatagaggcattgggtgcatgtaatgtaatctgttcggataaaactgggacg
ctcacggagaataaaatgtgtgtacagaatgtatggatggcaaacaagacttatctgatt
actgactacgaattcacaagtgatttgcataaaatatttatctatttgtatacagtaaaa
acatgtttaccgacttataagtactactacatttatgaattattccactttcatctttgt
aacttcttcctagcgtttgctgcaattaaaatatgtggtgcattatgtactagtgccaga
atacaacttgaaggtgatatccaaggcgacgcatctgaaatagcaattttaaaatttttg
agaaaatacgacaatattacttccataagggaaagatatcctaaaatcgctgaaatacct
ttcaactctaccaataaatatcaagtaggaattcactttgtaacatcggcatcaagatat
ttgctggtgatgaaaggtgcaccagaatgcataatacctcgctgttcaacagttttattt
gaaaggaaaactgtcgacttttctaaggaattgcaggaagcagcagaaaaatcatgcgac
acattagctaacaccggagaaagaattctagcattcgctgatctattattggatccaaat
aagtttcctttgaattatgaatttaatggagatgagatcaatttccctttggaaaattta
cgtttcattggcatgatgggccttatagatccaccgaggcaagaggtaagagaatcaatc
gcaaaggtccgcgcggctggcgtgcgagtgatgatggtgacaggagaccacccgtccacg
gcgcgggccatcgctagggaagtcggcatcgccacgtcgccagcatgtcacgtcgtcacg
ggcacggagttaaggaatatgacgtcggaattactgtattggactcttgaaaaacattac
gaaattgttttcgcacgcacgtctccaactcaaaagcttcagatagtagaggcatgtcag
cgctgcgggaatgttgtggcggtcactggcgatggagtcaacgacgcgccagcattacga
agggcagacatcgggatatctatgggcatcactggatctcaagtatccaaacaaacggcc
gacattattttgatggatgataactttgctactattgctgttggaattgaagaaggaaga
agaatattcgacaatttaaaaaaatctgtttgctacattttaatatcgaatgtgccggaa
atacttccggtcatgatgttcattctattttctataccattgcctttaggtgtaatgact
atactgtgcgttgatttggggacggatatgtggccagcagtggcgctggggcatgagata
gcagagtcggatgtaatggcgcgaccggcccgaacctcggagcctctcgtctcttccaag
atgctaagactcgtctacggtcatctgggcttgatggaattttgtgctggaatgtatgca
tacttcatggtcatggcgatacacggattttatccagcaaaattatttggaataagaagg
gactgggatgacgaatctgtcagtgacgtcaaggattctttaggtcaagagtggacctat
cctgaacgaaaagagttggagcgcgcttgtcaagcgtcctactttgtggctgtagttatg
acacaagttatgaatggagtcatctgcaaaactagatacaactcggtgtttcacgttggt
atgcgtaacagagttctaaacctaggactggcgttcgaactactactagcgtgcattatt
tgctacgtaccgggaattaacggtttcttccgggcgtacccaataaaatggcaatggtgg
ttcttggcactaccattttctgcactgatgtttgcatttgacgaattccgaaaatattgc
attcgacataaattacttggaggatggtataatgatctgacatattactga

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