KEGG   Paramecium tetraurelia: GSPATT00017414001
Entry
GSPATT00017414001 CDS       T01055                                 
Name
(RefSeq) hypothetical protein
  KO
K05850  P-type Ca2+ transporter type 2B [EC:7.2.2.10]
Organism
ptm  Paramecium tetraurelia
Brite
Enzymes [BR:ptm01000]
 7. Translocases
  7.2  Catalysing the translocation of inorganic cations
   7.2.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.2.2.10  P-type Ca2+ transporter
     GSPATT00017414001
SSDB
Motif
Pfam: E1-E2_ATPase Cation_ATPase_C Cation_ATPase Hydrolase Cation_ATPase_N Hydrolase_3 Oxidored_q2
Other DBs
NCBI-GeneID: 5036239
NCBI-ProteinID: XP_001450454
Genoscope: GSPATT00017414001
UniProt: Q3SDB5
Position
undetermined
AA seq 1180 aa
MADDDPMTQQEQLKDDGTEPYGKFRIAKQTLCSIAYMCQERVFAEEVDKLEEIGERLIEE
GLCTDFKSGLTMNDQSERERAFGHNRKPRIEPKGYCELWLGALNDFTMKVLCIAAVVSII
VDVSTADDSYRKLAWIEGFAILVAVIISTNANAVNDYQKERQFQKLNEVADERKRVTVVR
NGKKCDIHMSEVLVGDVVQIFEGMEIPADGFVLEASDLTADESAMTGETDPIKKNVLSEC
VNKRNQLKEEGGQNTAGHHDVPSPIMMSGTRVLSGEGRMLILVVGDSSCAGKIAALLRQD
EPEATPLQMKLTAIAEDIGKFGLISAILIVCVMCLRFGIERGMNDDWENYMVVTIIGYFI
IGITVVVVAIPEGLPLAVTLSLAYSTKQMLQDQNLVRKMAACETMGGASMICSDKTGTLT
QNKMSLVNVWNDDIIEIDTYSEKQQLTSYFPQNFSEFFIQCAVVNGSAMLRPEPKGSKTE
IALLEFIERCSMNYEEQREKYPASTKFPFSSQRKRMSMVLELDGGRRRLVCKGASEMVLA
ACSQYHSKGNGSIVPMNQDLKQKVEKAIETMAGRALRTICLAYREISAREDLTTKDPKGV
YAVEQSDLTLVAVLGIKDILRQEVPRAIQLCRRAGIKVRMVTGDNKMTARAIAKECGIIT
PGDDQSIVMEGPDFIAKIGGVVCTKCRTAICPCARDSTTAKKENKDVRVDTIANPQEFDK
IYPHLDVLARSRPEDKYALVTGLIERGHVVAVTGDGTNDAPALKKADVGFAMGIAGTEVA
REAAAIILLDDNFNSIVKAVMWGRNVYDNIKKFLRFQLTANLVSVGLTLIGAAVLSQEVL
KPIQLLWVNLIMDTLGSLALATEPPTEKLLYRKPHDRNEYIISKKMFKFIIGTALIQLAV
VLFIVFAGDSFLPEYADDYDNTAFRGIKKRYKYSDHLCKTTYEDLKKYSEESGRQMVLIP
DATQSKEVKQGGTCLSSECVCHENKCYEIMCEECDFETSCTIVASGRLNTPEGKRDYAVF
YEDTHEPSRHFTYVFNVFIMLQLFNFLNSRRFNDEINVFEGIAKHEAFLTIVPVIFCIQI
LMVTFGSKAIGLYGNFGLKIQQWLIGIGFGCISIIGCFFLKFIKEDMCCECGSKEINPME
TEHKVIALKGDHSSGGLARRYSSLRHDQNPFGAPHQQHQH
NT seq 3543 nt   +upstreamnt  +downstreamnt
atggcggacgatgacccaatgacgcagcaggaataattaaaagacgacgggactgaaccg
tatggaaaatttcgaattgcaaagcaaacattgtgttcaatcgcttacatgtgccaagag
agagtatttgctgaggaagtagacaaactagaagaaattggagagaggctgatagaggaa
ggactctgtacggatttcaagtcaggtttgacgatgaatgactaatcggagagagagaga
gcatttggacacaataggaaacccagaatagagcctaaagggtattgtgagttgtggctg
ggagctttgaacgattttacaatgaaagttttatgcatagcagccgtcgtcagtattata
gttgatgtttcaactgctgatgatagttacaggaaattggcttggattgaaggatttgca
atattggtagcagtgattatatctacaaatgcaaatgccgtgaatgattatcaaaaagaa
cgacaattttaaaaattgaatgaagtagccgatgagagaaagagagtgacagtagttagg
aatggaaagaaatgtgatattcatatgagtgaagtgttggttggagatgttgtacaaata
ttcgaaggaatggaaattcctgcagatggttttgtactggaagcatcagatttgacagct
gatgagagtgctatgacaggagaaactgatccaatcaaaaaaaatgtgttgagtgaatgt
gttaacaagaggaactaattaaaagaagaaggaggacaaaacacagcaggtcatcatgat
gttccatctccaataatgatgagtggaacaagagtactaagtggtgaaggcaggatgctt
attcttgttgtaggagactcatcttgtgctggtaagattgcagcattattgagataagat
gaaccagaagctactcctttgtaaatgaagttaactgcaatagctgaagacattggtaaa
tttggattgatatcagcaattttgattgtttgtgtgatgtgtttgagatttggtattgag
agaggaatgaatgatgattgggagaattatatggttgttactatcattggatattttatc
attggaatcacagtggtcgtcgttgctatccctgaaggattgccattggctgttactcta
tcattggcttattcaaccaaatagatgcttcaagattagaatctagtcagaaagatggca
gcatgtgaaactatgggaggagcctctatgatttgttcagacaaaacaggaacattgact
caaaataaaatgtcacttgttaatgtgtggaatgatgatattattgaaatagatacctat
tctgaaaaacaataattgacatcttatttcccataaaacttttcagagttctttattcaa
tgtgcagttgtcaatggatcagcaatgcttagacctgaacctaaaggatctaagacagaa
attgcattactagaatttattgaaagatgctcaatgaattacgaagaacaaagagagaaa
tatcctgctagtactaaattccccttcagcagttaaagaaaaagaatgtctatggtatta
gaattagatggaggcagacgtagattggtctgcaaaggagcatcagaaatggtattggct
gcatgctcataatatcattctaagggaaatggatctattgttcctatgaatcaagatttg
aaatagaaagtagaaaaagcaattgaaactatggctggcagagcattgagaactatttgt
ttagcatacagggaaattagtgcaagggaagatttaacaactaaggatccaaaaggtgta
tatgctgttgaataaagtgacttaaccttggttgcagtcttgggaatcaaagatattctt
agataagaagtgccaagagctatttaattatgcagaagagcaggaattaaagttagaatg
gttactggagataataaaatgactgctagagctattgctaaagaatgtggtatcattaca
ccaggagatgattaatctattgtaatggaaggacctgactttatagcaaagattggaggt
gttgtctgcaccaaatgtagaacagctatctgcccttgtgcaagagatagtactacagca
aagaaggaaaataaggatgttagagttgatacaattgcaaatccttaagagttcgataaa
atctatcctcatttagatgtattggctcgtagtagacctgaagataagtatgctttagtg
acaggcttgattgaaagaggtcatgtagttgctgtcacaggtgatggtacaaatgatgct
ccagctttgaaaaaggcagatgttggatttgctatgggtattgcaggaactgaagttgct
agagaggctgctgctattattctattggatgataactttaattccattgttaaggctgtt
atgtggggtagaaatgtctatgataacatcaaaaagtttttgagattctaattgactgct
aacttagttagtgtgggattgacattaatcggagctgctgttttgagtcaggaagtgttg
aaacctatttaattgttgtgggttaacttgattatggacactctaggttctcttgcctta
gccacagagccacctactgaaaaattactgtatcgtaaaccacacgatagaaatgagtac
atcatctctaaaaagatgtttaaattcattatcggaactgctttgatataattagccgtt
gttttatttatagtgtttgctggtgattcctttttgcctgaatatgctgatgactatgat
aacactgcatttagaggaataaagaaacgatacaaatatagtgatcatttatgcaagact
acttatgaagatctcaagaaatactcagaagaaagtggtagacagatggttttgattcca
gatgccacttaatcaaaagaagttaaatagggtggtacttgtttatcatcggaatgtgta
tgccatgaaaataaatgttatgaaatcatgtgtgaggaatgtgattttgagactagttgc
actattgtagccagtggtagattgaatactcctgaaggaaagagagactatgctgtattc
tatgaagacactcatgaaccttctcgtcattttacttatgtctttaatgttttcatcatg
cttcaattattcaattttctcaatagcagaagattcaatgatgaaatcaacgtttttgaa
ggaatagcaaaacatgaggctttcttaacaatcgtacctgttattttctgcatctaaatc
ctcatggttacatttggttccaaagctatcggactttatggtaattttggactcaaaata
taacaatggttgattggtattggattcggatgtatatcaattataggatgtttcttcctc
aagttcataaaggaagacatgtgttgtgaatgtggaagtaaagaaatcaacccaatggaa
actgaacataaggttatcgcattaaagggagatcattcctcaggtggcttagcaagacgt
tattcatctcttagacacgattagaatccttttggtgctcctcatcaataacattagcat
tga

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Ontology (1)   
   KEGG BRITE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (111)   
   KEGG ORTHOLOGY (1)   
   RefGene (106)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   GENOSCOPE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (124)   

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