KEGG   Parasteatoda tepidariorum (common house spider): 107451888
Entry
107451888         CDS       T06106                                 
Name
(RefSeq) dual oxidase isoform X1
  KO
K13411  dual oxidase [EC:1.6.3.1 1.11.1.-]
Organism
ptep  Parasteatoda tepidariorum (common house spider)
Brite
KEGG Orthology (KO) [BR:ptep00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ptep04131]
    107451888
Enzymes [BR:ptep01000]
 1. Oxidoreductases
  1.6  Acting on NADH or NADPH
   1.6.3  With oxygen as acceptor
    1.6.3.1  NAD(P)H oxidase (H2O2-forming)
     107451888
Membrane trafficking [BR:ptep04131]
 Others
  NADPH oxidases (Nox) and associated proteins
   NADPH oxidases
    107451888
SSDB
Motif
Pfam: An_peroxidase NAD_binding_6 FAD_binding_8 EF-hand_7 Ferric_reduct EF-hand_1 EF-hand_6 EF-hand_5 EF-hand_8 Rv0078B
Other DBs
NCBI-GeneID: 107451888
NCBI-ProteinID: XP_015923607
Position
Unknown
AA seq 1475 aa
MIICYWIFLSVFIESLCLIDSKKLLSETEKQRYDGWYNNPAHAHWGSCGSHLTRKVSASY
SDGVYLMKNIPNARALSQALMRGGDGLPSTRNLTTLFTFFGQMVASEIVMASESGCPIEM
QRIELEKCDEAFDAHCKGSKFMPFYRALYDSKTGQSPNNPREQVNQVTSWIDGSFIYSTS
EAWVNSMRNFVNGTFRMGPSGFPPRNHERAPLHSYPPSDHLRLLSPERMFLLGDPRVHQN
PALLSLGILFYRWHNVIATKIVTEHPDWSDEEVFQKARRWVIATLQNVIFYEYLPVLLME
NVTAYKGYQADLHPGVSHVFQSAAFRFGHTLIPPGIYKRNAECEFRKTLSGYPAKRLCST
WWDPDKVEDGIEEIIMGMASQIAEKEDNVICSDVRDRLFGSLEFSRRDLAALNVMRGRDN
GLPDYNTVRKHFRFPGLSNWSDINPQLMETNPQILEDIKTLYKNFDEIDLYIGGMLETEA
GRPGPLFRTIIRQQFERIRDADRFWFENPGVFTKDEVEQIKKVTLKDIVISTTDIPEGSI
QNSLFIWSEGDPCPQPMQLTGDALEPCLMLHGHDSFHGNEVAYIYSCLILVFIPIACAGA
GYGVIKLQNSRKRRIKLQQEVIVGKHCENLEVKEWLHHNHKRCVKVKIGTDNSLSTLNRK
GEVLRKIFLEHPLHFEITEETRKPMLLVRSSKDHDMVLQFRNRGVMSKFLEKLEKDRNGQ
IQLTPVKRELMLSNAETKEKRQKKLEHFFREAYTLTFGLRPGEKRYLEECNDVVMVMRTS
LTRKEFSEALGMRSDALFVKRMFNCIDKDKNGQISFQEFLDTVLLFSRGKTEDKLRIVFD
MCDDDGNGVIDKQELSDMLRSLVDIAKTESLGQEDVQGLIEGMFSSSRLQHKEELNYDDF
KFMMSEFRGDFIAIGLDCKGAKQNFLDTSTNVARMTSFQYPPFSKPGYWTGQYNSMVTFL
EKYRQHVFYLFIFYVITFVLLLERILYYMYLAEHTDLRHVMGVGIAITRGSAAALSFCYS
VLLLTMCRNLLTRLRELPLHQYIPLDSHVQFHKVVAATGLFFTLIHTVGHCINFYHVSTQ
NTDNLRCLTQEINFESDFKPTICYWLFQTVTGATGMLLYVVICIIFTFAHSSIREKAYKY
FWLTHSLYVVLYILLLIHGLAKITGSPRFWMFFVGPAILFALDKVVSLQTRYMELDILET
ELLPSDVTKVKFSRPPNFKYLSGQWVRLSFTAFQPSESHSLTLTSAPHENYLSVHVKAQG
PWTWKLRNFFDPSADIRPKPGQKVRLEGPFGGGNQDWYKFEVAIMVGGGIGVTPYASILN
DLVFGTSTNRYSGVACKKVYFLWVCPSHRDFEWFIDVLRDVERKDVTKVLEVHIFVTQFF
HKFDLRTTMLYICENHFQRISNRRSIFTGLKAVNHFGRPDMSSFLKFVQHQHSYVSKVGV
FSCGPSALTNSVSAACQSVNNHRRLPYFLHHFENF
NT seq 4428 nt   +upstreamnt  +downstreamnt
atgataatttgttattggatattcttatcagttttcatagaaagtctgtgtttaatagat
agtaagaaattgttgtctgaaactgagaagcagagatatgatggttggtacaataatccg
gcacatgcacactggggttcatgcgggagtcacttgaccaggaaagtgagtgcttcttat
tccgatggtgtgtatttaatgaaaaatataccgaatgcccgagcattgagtcaagcattg
atgagaggtggggatggtctaccctccacaagaaatctaaccacactattcacatttttc
ggtcagatggtggcgtcagagattgtgatggccagtgaatctggttgtccaatcgaaatg
cagaggattgaattggagaaatgtgatgaagcttttgatgctcattgcaaaggatcgaaa
tttatgcctttctatcgagccctctacgactccaagactggacaatcacccaacaatcca
cgagagcaggtgaatcaagtaacaagttggattgacggaagttttatttacagcacgagc
gaggcatgggtgaacagcatgcggaattttgtgaatggcactttcagaatgggaccttct
ggatttccacccagaaatcacgagagagctccacttcacagctacccaccctccgaccat
ctacgactgctgagtcctgagcgcatgtttctgttaggagatccccgcgtccaccaaaat
cctgctctcctgtctttgggcatcctcttctacaggtggcacaacgttatagctactaag
attgttactgagcatcctgattggtcagatgaggaagtgtttcaaaaggctcgaagatgg
gttattgctacactgcagaatgtaatattctatgaatatttgccagttttgttaatggaa
aatgtaactgcttataaaggttatcaagcagatctccacccaggtgttagccacgttttt
caatcagcagcttttcgctttggacatacactgattcctccagggatttacaaaaggaat
gctgagtgtgaatttcgaaagacgttatccggttacccggcaaaaagattgtgctccacc
tggtgggatccagacaaagtagaagatggtatagaagaaatcataatgggaatggcatct
cagatagccgagaaagaagacaatgtcatttgttccgacgtcagagacaggcttttcggc
tctttagaattctctagaagagatttagctgctctaaatgtgatgcgaggacgagacaat
gggctacctgattataacaccgtccggaaacactttcgatttccaggactaagcaactgg
tctgatataaatcctcaactcatggagactaaccctcagattttggaagatattaaaacc
ctgtataagaacttcgatgaaattgatctctacatcggtggaatgttagaaacagaagca
ggaagacccggacctctcttccggactatcatccggcaacagtttgagagaataagagat
gccgatcgattttggttcgagaatccaggtgtgttcacgaaagatgaagttgaacaaata
aagaaagtaactttgaaagatatagtcataagtacaacagacattccagaaggttctata
caaaacagcttattcatatggtcagaaggtgatccttgcccgcaacccatgcaattaact
ggtgatgcgctggaaccctgcctaatgttgcacggacatgatagctttcacggaaatgaa
gttgcttacatttactcctgccttatacttgtttttatacctatagcatgcgccggagca
gggtatggcgtgatcaagctgcaaaatagtcggaagagacgtatcaaactgcaacaagaa
gtgatagttggtaaacattgcgaaaaccttgaagtaaaagagtggctccaccataatcat
aagcgatgtgtgaaagttaagataggaacagataactctttgtcgacgctcaacagaaaa
ggggaggtactgaggaagatttttctagaacatcctctgcattttgaaatcaccgaagaa
actaggaaaccaatgctactcgtccgatcctccaaggaccacgatatggtactccaattt
agaaacagaggagttatgtcgaaatttctggagaagctcgaaaaagaccggaatgggcag
attcagttaacccctgtcaagagggaattgatgctctccaatgctgagaccaaagagaaa
cggcagaaaaagttggaacacttcttcagagaagcctatactctgactttcggactacga
ccgggagagaagcgttacctggaagagtgcaatgatgtggtgatggtgatgaggacatcc
ctcacccgcaaagaattttctgaagccttgggcatgagatccgacgctctgttcgtgaag
cgcatgttcaactgcatcgacaaagacaagaacggtcagatcagctttcaagaattcttg
gacactgtccttctcttctccagaggtaaaactgaggacaaactgaggatagtatttgat
atgtgcgatgacgatggtaacggtgtcatcgacaaacaggaactgagtgacatgctgcga
tctctcgtagacatagccaaaactgagtctcttggacaggaggacgtgcagggactgata
gaagggatgttctcttcctccaggctgcaacacaaggaggaactcaactatgacgacttc
aaattcatgatgagtgaatttcgcggagacttcattgcgatcggtttagactgcaaaggt
gcaaagcaaaattttttggacacatcaactaacgtagctaggatgaccagtttccagtat
cctccattttctaaacctggttattggacaggacaatacaacagtatggtgacatttttg
gagaaatatcggcagcacgtcttctacctattcatattttacgtcatcactttcgtactc
ttactcgaaaggattctgtattacatgtacctggcagagcatacagatctgcgtcacgtg
atgggtgtggggatcgccatcaccagaggatctgctgcagcactttcgttttgctattcg
gtcctacttctgaccatgtgccgcaatctgttgacgaggctcagagaactgcctctacac
cagtacattcccctagactctcacgttcagtttcacaaagtggttgctgccactggactc
ttctttacactaattcacactgtgggacactgcataaatttttaccacgtttctacacaa
aacacggataacctgcgatgccttactcaagaaatcaattttgaatctgatttcaaacct
accatatgctattggctttttcaaacggtgactggtgcaactggcatgctgttatatgtt
gtcatctgcataatttttactttcgctcattccagcattcgagagaaggcttataaatat
ttttggttaacgcactctttgtacgtagtgctttatatactcctcctcattcatgggtta
gctaaaataactggctcacctcgattttggatgttcttcgtgggtccagcaatcttattt
gcacttgacaaagtggtcagtcttcagacgagatatatggaattagacattcttgaaacg
gagcttctgccttcagatgtgaccaaagtcaaattcagtcgtccacctaacttcaaatat
ttatctggtcagtgggttcgcctctctttcacagcctttcaaccatctgagagccattct
cttaccttaacgtctgcccctcacgaaaattatctctctgtgcacgtgaaagcacaaggg
ccctggacatggaaacttcgaaacttcttcgatcccagtgcagacattcgcccgaagccc
ggacaaaaagtgcgcctagagggtccattcggtggaggaaaccaggactggtacaaattc
gaagtggccataatggttggaggaggcatcggagttaccccctatgcatccattctcaat
gatctcgtgtttggtacatccactaacagatattctggagtagcttgcaaaaaggtgtat
ttcctatgggtctgtccatcacatcgagattttgaatggtttattgacgtactacgtgat
gtcgaaagaaaagacgtcactaaggttttggaggttcacattttcgtcactcagtttttt
cacaaatttgatctcaggacaacaatgctgtacatatgtgagaatcacttccaaagaatt
tccaatcgaagaagcatctttactggtttgaaagcagtcaatcattttggaagaccagac
atgagttctttcctgaaatttgtccagcatcagcattcctatgtgagcaaagttggggta
ttcagctgtggtccttctgcactgacgaacagcgtaagcgctgcttgccaaagcgtcaac
aatcaccgccgcttgccttatttcttacaccatttcgaaaacttctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (10)   
   Pfam (10)   
All databases (26)   

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