KEGG   Lingula anatina: 106150451
Entry
106150451         CDS       T04921                                 
Name
(RefSeq) dual oxidase 2-like isoform X1
  KO
K13411  dual oxidase [EC:1.6.3.1 1.11.1.-]
Organism
lak  Lingula anatina
Brite
KEGG Orthology (KO) [BR:lak00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lak04131]
    106150451
Enzymes [BR:lak01000]
 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)
     106150451
Membrane trafficking [BR:lak04131]
 Others
  NADPH oxidases (Nox) and associated proteins
   NADPH oxidases
    106150451
SSDB
Motif
Pfam: An_peroxidase NAD_binding_6 FAD_binding_8 Ferric_reduct EF-hand_7 EF-hand_1 EF-hand_6 EF-hand_8 NAD_binding_1 EF-hand_5
Other DBs
NCBI-GeneID: 106150451
NCBI-ProteinID: XP_013378731
UniProt: A0A1S3GZS2
Position
Unknown
AA seq 1607 aa
MKELAFCALLLTVAVNGQTTVDVTQPSSGTNNATSNLLLSTTVGSTVTPQNAAGKGEEEL
EKEYPPYDGWYNNWAHPDWGGADMPMVRRVPSAYNDGTYEPSGFDRPNPIEIATATMNGD
TGYASYANRTAFLVFFGQQVVEEILDAQRGGCPVEYFNIPIPKNDSRYNINQEDGLYIPF
VRSRYDQGTTGYSPNNPRQQLNEITPWMDGGLMYGVGKAWADALRSFCGGRLASTNETCD
KYKLGGNKAVTITSNEEEGTNYSTEYPAFNDVRLPMANPPPPRDHYIKEVKRFFKLGNPR
GNENPFLLTFGVLWFRYHNWWARKLEQEHSSWSDEKLFNEARIRTIATHQKIVAYDWLPS
WIGEDENGTTYGLPDYKGYNPNVNPQIAHIFQSAAMRYGHTLVPPGVYRRNQNCNFRNTS
ILTGTAHKAALRTCNTYWNPQEAVLESGVEELMMGMASQITEREDNIITPDLRGFVFGTL
DFSRRDLMAVNIQRGRDHGLPDYNTARKFLQLKPREKWEDINQDLCQGDINSEGCSAIRR
LRDVYKNNINNLDIWAAGLLETTPRGPGELFRTVILDQFQRIRDGDRFWFENYEYNGLFT
KEEVEDIWNTGIYDVVIRTTGLPHNAIQKDPFRFNPNDHRCKQPAQINGSVESIVEECTP
METYDYFTGSDVPFVLTFLAAGVWLLGCIGLLYLLAKIHIRKTSSIKALSRQRSRKSSES
SIITAQEWVGKKEGNRNIKIKFDSNKKAVQVNSERNRPLRTVDLSHAQDVTFQISTDKQM
KVMLLRVDKEYDLVLRFDSMVERGDFIDKLERFLGDTGLGRNVQTIQEAHILEGAVTKAK
RQSLLEKFFRVTFAHAFDIKNEHVDPKTLDANEAKDIVNCELTKIEFAEALSMKPSSVFV
ENMFKLVDKDMNGYISFREFLDMIVIFSKGSAEDRMKLLFDMYDITSAGCLTKKEFNVMI
KSLMELANTSVEESQINQVVDNMMKSAGLADKSQITFEDFQRLLRGHEDILQYAQLNWQA
TGVDVPQQKPTGARNTVLRENAPTRARKTIVRAFSVENDGSRSKRMSSTPGFKVETTKQK
APKTKTQKRYTAVLRYFENYRFHIFWSVLYSLVCIGIFVERAYYYSIEREHAGLRRIAGF
GVTVTRGAASGMMFTFACLLVTMCRNLITFLRETVAHRFIPFDSAITFHKFIAAWALFFT
AMHIIGHGINFYHISTQLPGDVTCYFRDFFRATHQLPTFTYWCWNTITGFTGVLLTLLVI
LMYVFATQYSRRHCFQAFWITHNMFYLLYILMVMHGAGRLVQPGFTHYFILGPLILFALD
KLVSVSRNKVEIAVLKAEALPSDITFLEFKKPTSFEYKSGQWVRIACITMGENEYHPFTL
TSAPHEDTLSLHIRAVGPWTMNLRHTYDPSVLKEHAFPKLYLDGPFGEGHQDWYKFDVSV
LVGGGIGVTPFASILKDLVHRSAIGAKFTCKKIYFLWVTRTQKHFEWLTDIIREVEEKDR
NGLVSVHIFITQFFHKFDLRTTMLYICERHFQKISERSLFTGLRSITHFGRPQFENFLDS
LQEEHPDVGKIGVFSCGPPAMTRNVETACTNLNKYDGAAFIHHYENF
NT seq 4824 nt   +upstreamnt  +downstreamnt
atgaaggaacttgctttttgtgccctacttcttacagtagcagtaaatgggcaaaccaca
gtcgatgttacccagccttcgagcggaacaaacaatgcgacttcaaacctcttactgtcc
acgacagtggggtccaccgtgactccacagaacgccgctggtaaaggggaggaagagctg
gagaaagagtaccctccatacgatggctggtataataactgggctcacccagactggggc
ggtgcagatatgcccatggtccgtagagtaccctctgcctataatgatggcacatacgag
ccttcaggttttgacagacccaatcccattgaaattgccactgctaccatgaatggagac
acaggctatgcttcttatgcaaacaggacggcatttcttgtattctttggtcaacaggtg
gttgaagaaatcctggacgcccagagaggaggctgcccggtagaatatttcaacatcccc
atacctaaaaatgacagtcgttataacatcaaccaggaagatggtctatacatcccattt
gtgaggtcaaggtatgaccaggggaccactggctactcacccaataaccccagacaacag
ctgaatgagatcacaccgtggatggatggaggactcatgtatggagtgggaaaagcctgg
gcagatgcactacgttctttttgtggtggacgcttggcatctaccaatgagacatgtgac
aaatataaactgggcggcaataaggcagtgactataacatctaatgaggaggagggcacc
aactacagcactgaatatcctgcctttaatgatgtccgtctgcctatggctaacccacca
cctccaagagaccattacattaaagaggtcaaacgttttttcaagcttggaaacccccga
ggaaatgagaatccatttctgctgacatttggtgttttgtggttcagataccacaactgg
tgggccagaaaacttgagcaagaacattccagttggagcgatgaaaaactcttcaatgaa
gccagaattaggactatagcaacacatcaaaaaattgttgcttatgattggcttccatct
tggataggagaagatgaaaatggaaccacctatggtctcccagactataaaggttacaac
cccaatgtcaacccccagattgcccacattttccagtctgctgcaatgagatatggtcat
acactggtgccacctggtgtctaccgaaggaatcaaaattgtaatttccgcaatacctcc
atactgacaggcactgcccacaaggctgctctgagaacttgtaacacctactggaaccca
caggaagcagtattggaaagtggtgtagaagaactgatgatgggcatggcctcacagata
acagagagagaagataatattatcacacctgatctcagagggtttgtgtttggcaccctt
gatttctcacgccgtgacctgatggctgtcaacattcagcgtggccgtgatcatggtctg
ccagattacaacactgctcgcaagttcctgcaacttaaaccaagagagaaatgggaagac
attaaccaagatttatgtcaaggagacatcaacagtgaaggttgcagtgccattagaaga
ctgcgtgatgtttacaagaacaacatcaacaatttggatatttgggctgcagggctactg
gagacaactccacggggtccgggagaactcttccgaactgtcatcctggaccaattccag
cgaatcagagatggagacagattctggtttgaaaattatgaatacaatggacttttcact
aaggaggaagtagaagacatctggaacacaggaatatatgatgtagttataagaaccact
ggtcttccccataatgcaatccagaaggatccattccgtttcaaccctaatgaccaccga
tgcaagcagcctgcacagattaatggtagtgttgagagcatagtagaagaatgtactcca
atggagacgtatgattacttcactggaagtgatgtccccttcgttttgaccttcttagca
gcaggggtatggctcctgggctgcattggtttgttgtatctcctggcaaagatacatatt
cggaaaacttcatctataaaggccttatctaggcagaggtcccgtaaatcatctgaaagc
agcattattacagctcaagagtgggtgggtaagaaggagggtaacagaaatataaaaatc
aaatttgacagcaataaaaaggcagtgcaggtcaacagtgaaaggaatcgccctctgaga
actgtagatctgtcccatgcacaggatgtgacatttcagatttccacagacaaacaaatg
aaggtgatgctgctcagagttgataaggaatatgacttggtgctgagatttgatagtatg
gtcgagcgtggtgattttatcgacaaactagagcgtttcttaggagatactggtcttgga
agaaatgttcagacaattcaggaagcacacatcttggaaggagctgtcaccaaggcgaag
cgtcagagtcttcttgagaagtttttccgtgtcacctttgcccatgcatttgacatcaaa
aatgaacatgttgaccccaaaacacttgatgccaatgaagctaaggatattgtcaactgt
gaactgaccaagatagaatttgctgaagctctgtccatgaagcccagctctgtgtttgta
gagaatatgtttaaactagtggataaagatatgaatggatacatttctttccgagagttt
ttggatatgattgtcattttttctaaaggctcagctgaagatcgtatgaagttgctgttt
gacatgtatgatattacctctgctggatgtcttactaagaaggagttcaatgtcatgatc
aagtctttgatggaattggccaacacttcagtggaggaaagccagatcaaccaagtagtt
gacaacatgatgaagtctgctggtttggctgataaatcccaaatcacatttgaggatttc
cagcggctcctgagaggccatgaggacatactgcagtatgcacagctgaactggcaagcg
actggtgttgatgtgccacagcagaaaccaacaggtgcacgcaatactgtattacgtgaa
aatgcaccaactagagcacgcaagactattgtcagagcatttagtgttgagaatgatggc
tccaggtccaaacggatgtcttctaccccaggattcaaggtggagacaaccaagcagaag
gcaccaaaaactaagacacaaaaaagatacacagcagttcttcgatattttgagaattac
cgctttcacattttctggagtgtactatattccttggtctgcattggaatctttgttgaa
agagcttactactactctattgagagagaacatgcaggtcttcgtaggattgcaggcttt
ggtgtcactgttacacgtggtgctgctagtggaatgatgtttacctttgcatgtctactt
gtgacaatgtgtcgcaatctcatcacattcctcagagaaacagttgcacataggtttatc
ccatttgattctgccattacattccacaagtttattgcagcatgggcccttttctttaca
gcaatgcatattattggtcatggtatcaacttttaccacatttctactcagttgcctggg
gacgtcacttgctactttagggactttttcagggcaacccatcaactgcccacattcacc
tactggtgttggaataccatcacaggctttactggtgtcctgcttacgttactggtcatc
ttgatgtatgtgtttgccacccagtactccagacgccattgcttccaagctttttggatt
acgcacaacatgttttatcttttgtacatattgatggtgatgcatggtgcaggtcgtctg
gtccagccaggcttcacccattatttcattctgggtcccttgatcttgtttgccctggac
aagttagtcagtgtgagcagaaacaaggtggaaattgctgtgctcaaggctgaggcactg
ccatcagacattaccttcctggagttcaagaaaccaaccagttttgagtacaagtcaggc
cagtgggtacgcattgcttgtattacaatgggggagaacgaatatcatccatttacatta
acatctgctccacatgaagacacactgtctctacacatcagagcagtggggccctggacc
atgaatttgagacacacatatgacccatctgtactgaaggaacatgcttttccaaagtta
taccttgatggtccatttggagagggtcaccaggactggtacaaatttgatgtctctgtt
ctggtggggggtggtattggtgtcacaccatttgcctccatcttgaaggaccttgtccat
cgctctgccattggagctaaatttacatgcaaaaagatttatttcttgtgggtgacaagg
acacagaagcactttgagtggttaacagacatcatccgtgaagttgaagaaaaggacaga
aatgggctagtgtctgtgcatattttcattacacagtttttccacaaatttgacttaagg
acaaccatgctgtacatctgtgagaggcattttcaaaagatctcagaacgcagtttattt
actggtctgaggtcaatcacacattttggacgaccacagtttgagaactttctcgactca
ctgcaagaagagcacccagatgttggaaaaattggtgtgtttagttgcggtcctcctgca
atgacgagaaatgtggaaactgcttgcactaatctcaacaagtatgatggcgcagctttc
atccaccattatgagaacttttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (79)   

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