KEGG   Thermocrinis ruber: THERU_04630
Entry
THERU_04630       CDS       T03001                                 
Name
(GenBank) arsenite oxidase large subunit
  KO
K08356  arsenite oxidase large subunit [EC:1.20.2.1 1.20.9.1]
Organism
trd  Thermocrinis ruber
Brite
KEGG Orthology (KO) [BR:trd00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:trd02000]
    THERU_04630
Enzymes [BR:trd01000]
 1. Oxidoreductases
  1.20  Acting on phosphorus or arsenic in donors
   1.20.2  With a cytochrome as acceptor
    1.20.2.1  arsenate reductase (cytochrome c)
     THERU_04630
   1.20.9  With a copper protein as acceptor
    1.20.9.1  arsenate reductase (azurin)
     THERU_04630
Transporters [BR:trd02000]
 Other transporters
  Transmembrane electron carriers [TC:5]
   THERU_04630
SSDB
Motif
Pfam: Molybdopterin Rieske_3 Molydop_binding Molybdop_Fe4S4 CDC48_N PUA_3
Other DBs
NCBI-ProteinID: AHE96067
UniProt: W0DFN1
Position
831066..833687
AA seq 873 aa
MALFPRMDRIPIPPKDAQKFVTVCQYCNVGCGYYVYRWPIGKEGGLKPEENALGIDFTKQ
GVALQTQSITETMYNVVKGEDGKLYNILILPAKDSPINRGNYSIRGGTNAQAAYSPTKPT
RNRLHYPLIRVGDQFMPVSWDEAIDLIARVVKGVKDKWGPDSIAMKIHDHGNSGAGFEDN
WAVGKFFFVAVGTRMLSIHNRPAYNSEVWGQRERGTHELNYTYEDARLADTIVLWGANSF
ETASVFYTEHMLPNLQGATIEEKKKEYLKGEPAEPARMIIVDPRRTASVTVAEAVAPDRV
LHLRPNLGTDYVLANAIARAVWEKGWWDKEFVEKRTDLKTFEDYKKKSLMLDVPYDEFMS
RVERLTGVKRADIEKAAEWIAKPKAGGFRRRTLIIYEKGVIWGYKNYDTIAAIAQLAALT
GNYGKPGTGCGRQGGHQEGYVRPHSKSRAKLVGSIYAGGPPPNIDEYVKNDPRAKVYFVA
GTDPYLSTPNSQAYKKRVHERTLALTRYLSEQAKLAGEPSGSEERAKRILEGLEKTDGLF
MVVINMYEIETARDAHVILPAAGWGETPTTHINCNSRLLRIADQFMAPPGEAKPDWWIWG
RIATRMKELYEAEGNREEAKYCAGMDWKSAEEVFLDGASEFPNNRVSEADEAMLPAECYK
GVTYEYLRKVGQKGIQTPVRIDPKTGELVGTKRRYVHKFGTPDGKFKWYGTDPWDPDPMK
FYPPQITKYFKDGNDKKFPFWFTNGRSQIIWQTGYNDRYLPEKVYTIPLPYIEMNPEDAK
RLGIKSGDIVEVYNLEGNAIALVYVNDAPPPGTIYGIMYHWKGSLNHLTTDYTDPKTTIP
WYKASRVAVRKLKGNLQDVLKNTSLLPINDFKT
NT seq 2622 nt   +upstreamnt  +downstreamnt
atggcgctgtttccaagaatggaccgcataccaataccaccaaaggatgcccaaaaattt
gtcaccgtctgccaatactgtaatgtgggctgtggctactatgtctacaggtggcctata
ggcaaggagggtggtctaaagcccgaggagaacgccctgggtatagacttcaccaagcag
ggagtagccctgcaaacccaatcaataactgaaactatgtacaatgtagtaaagggtgaa
gacggcaagctttacaacatactcatactgcccgcgaaggactcgcccataaacagagga
aactactccataaggggtggaaccaacgcacaggcagcctattcacccacaaagcccacc
agaaacaggctacactatcctctgataagggttggtgatcagtttatgcccgttagctgg
gatgaagccatagaccttatcgcaagggtagtgaagggcgtcaaggacaaatggggaccg
gactctatagcgatgaagatccacgaccatggaaactctggcgctggctttgaggacaac
tgggcggtaggaaagttcttcttcgtagctgtgggcaccagaatgctctctattcacaac
agacccgcctataactccgaggtctgggggcaaagggaaaggggaacccacgagcttaac
tacacctacgaggacgcaaggctcgcggacaccatcgtgctttggggtgctaactccttt
gaaaccgcatctgtcttctacacagagcacatgctaccaaacctccaaggtgcaaccata
gaggaaaagaagaaagagtatctgaagggagagcccgcagaacccgcaaggatgatcatc
gtggaccccaggagaactgccagcgtaacggttgctgaagcagtggcacccgatagggtc
ctccaccttagaccaaaccttggaacagactatgtgcttgccaacgccatagcaagggct
gtctgggaaaagggatggtgggacaaagagtttgtggaaaagagaacagatctgaaaacc
tttgaagattacaagaagaaatccctaatgcttgatgtcccttacgatgagtttatgagc
agggtggaaaggctaacgggcgtcaaaagggcagacatagaaaaggcagcggagtggatc
gccaagcccaaagcaggaggttttagaaggagaactcttatcatatacgaaaagggtgta
atatggggctataagaactacgacaccattgcagccattgcccaactagctgcacttact
ggaaactacggaaagcccggcacaggctgtggaaggcagggcggacaccaagaaggctat
gtaagacctcacagcaaatccagggcaaaacttgtgggctccatatacgcaggaggacca
ccacccaacatagacgagtatgtaaagaacgacccaagggcgaaggtttatttcgtggct
ggaacagacccgtatctctccacaccaaactctcaagcctataagaagagggtgcacgaa
aggacgcttgcgcttacaagatatctctctgaacaggcaaagctggcaggagagccctcc
ggctctgaggagagggcaaagaggatccttgaaggtcttgaaaagacggacggtctgttc
atggtggttataaacatgtatgagattgaaaccgcaagggatgcccacgtcatactaccc
gcagcgggctggggagaaacacctaccacccacataaactgcaacagcaggcttctcagg
atcgcagaccaatttatggcacctcccggagaggctaagcccgactggtggatttgggga
aggatagctaccaggatgaaggaactatacgaggcggaaggaaaccgcgaagaggccaaa
tactgtgcgggtatggactggaagagtgcggaggaagtattcttggacggagcaagtgag
tttccgaacaacagggtctcggaggcagacgaggcaatgctacccgcagagtgctacaaa
ggtgtgacctacgaatatctcagaaaggtaggacaaaagggcatacagactcccgttcgc
atagaccccaagacgggagagcttgtgggcacaaagagaaggtatgtgcacaagtttggc
acaccggatggtaagttcaagtggtatggcacagacccatgggatcccgaccccatgaag
ttctacccaccccagattaccaaatacttcaaagatggaaatgataagaaattccccttc
tggtttaccaacggaagatcacagataatttggcaaacgggctacaacgacaggtatctg
cctgagaaggtctataccatacccttgccctacatagagatgaacccggaagacgccaaa
aggcttggaattaagagcggagatattgtagaggtatataacttggagggcaacgccata
gcccttgtgtatgtgaacgacgcacctcctcccggaacgatatacggcataatgtatcac
tggaagggttccctcaatcaccttaccaccgactacacagaccccaaaaccaccataccc
tggtataaggcttcaagggtggcagtaagaaagctaaagggtaacctgcaggatgtgctc
aagaacacctccctactgcccataaacgacttcaaaacctaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (29)   

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