KEGG   Castor canadensis (American beaver): 109692713
Entry
109692713         CDS       T04791                                 
Symbol
Duox1
Name
(RefSeq) LOW QUALITY PROTEIN: dual oxidase 1
  KO
K13411  dual oxidase [EC:1.6.3.1 1.11.1.-]
Organism
ccan  Castor canadensis (American beaver)
Pathway
ccan04918  Thyroid hormone synthesis
Brite
KEGG Orthology (KO) [BR:ccan00001]
 09150 Organismal Systems
  09152 Endocrine system
   04918 Thyroid hormone synthesis
    109692713 (Duox1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ccan04131]
    109692713 (Duox1)
Enzymes [BR:ccan01000]
 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)
     109692713 (Duox1)
Membrane trafficking [BR:ccan04131]
 Others
  NADPH oxidases (Nox) and associated proteins
   NADPH oxidases
    109692713 (Duox1)
SSDB
Motif
Pfam: An_peroxidase NAD_binding_6 FAD_binding_8 Ferric_reduct EF-hand_1 EF-hand_7 EF-hand_8 EF-hand_6 EF-hand_5 NAD_binding_1
Other DBs
NCBI-GeneID: 109692713
NCBI-ProteinID: XP_020029100
UniProt: A0A8B7VEE0
Position
Unknown
AA seq 1551 aa
MGIHLTLAWTILVGSWTPTEAQSAISWEVQRFDGWYNNLMEHRWGSKGSRLQRLVPASYA
DGVYQPLGEPHLPNPRDLSNTAMRGPAGQASLRNRTVLGVFFGYHVLSDVVSVETPGCPA
EFLNIHIPPGDPVFDPDQRGDVVLPFQRSRWDPETGQSPSNPRDLTNQVTGWLDGSAIYG
SSHSWSDALRSFSGGQLASGSDPDFPRDSPASLLMWTAPDPATGQGGTQGLYAFGAQRGN
REPFLQALGLLWFRYHNLWAQKLAREHPHWGDEELFQHARKRVIATYQNIALYEWLPSFL
QKTPPEYAGYRPFLDPSISPEFVAASEQFFSTMVPPGVYMRNASCHFQRIVSRNSSFSRA
LRVCNSYWSREHPNLQSVEDVDALLLGMASQIAEREDHVVVEDIQDFWPGPLKFSRTDHL
ASCLQRGRDLGLPSYTKARAALGLPPITHWQDINSALSQRNGTVLEATAALYNQDLSRLE
LLPGGLLESHGDPGPLFSTIVLDQFVRLRDGDRYWFENTRNGLFSEEEIAEIRNTSLRDV
LVAVTSVNPTALQPSVFFWLAGDPCPQPRQLNTEGLPACVPLIVRDYFEGSGFGFGLTIG
TLCCFPLVSLLSAWIVARLRMRNFKRLQGQARQSIMSEKLVEGVEALEWQGHKEPCRPVL
VHLQPGQIRVVDGRLTVLRTIQLRPPQQVNLILSSNHGRQTLLLKIPKEYDLVLLFTLEE
ERQALVENLRGVLKENGLSFQEWELREQELMRAAVTREQRSHLLETFFRHLFSQVLDINQ
ADAGTLPLDSSQKVREALTCELSRAEFAESLGLKPQDMFVESMFSLADKDGNGYLSFREF
LDILVVFMKGSPEEKSRLMFRMYDFDGNGLISKDEFIRMLRSFIEISNNCLSKAQLAEVV
ESMFRESGFQDKEELTWEDFHFMLRDHDSELRFTQLCVKGVEVPEVIKNLCRRASYISQE
KICPSPRMSAHSSRNNVKTELTPQRLQCPMDTDPPQEIRRRFGKKVTSFQPLLFTEAHRE
KFQRSRRHQTLQQFKRFIENYRRHIGCVAVFYAIAGALFLERAYYYAFAAHHTGITDTTR
VGIILSRGTAASISFMFSYILLTMCRNLITFLRETFLNRYIPFDAAVDFHRWIASTAIVL
TVLHSAGHVVNVYLFSISPLSVLSCLFPGLFHDDGSEFPQKYYWWFFQTVPGLTGVLLLL
VLAIMYVFASHHFRRRSFRGFWLTHHLYVLLYILLIIHGSFALIQLPRFHIFFLVPALIY
VGDKLVSLSRRKVEISVVKAELLPSGVTHLQFQRPQGFEYKSGQWVRIACLALGTTEYHP
FTLTSAPHEDTLSLHIRAAGPWTTRLREIYSPPTGDSCARYPKLYLDGPFGEGHQEWHKF
EVSVLVGGGIGVTPFASILKDLVFKSSVSCQLLCKKIYFIWVTRTQRQFEWLADIIREVE
ENDCQDLVSVHIYITQLAEKFDLRTTMLYICERHFQKVLNRSLFTGLRSVTHFGRPPFEP
FFNSLQEVHPQVRKIGVFSCGPPGMTKNVEKACQLINRQDRTHFSHHYENF
NT seq 4656 nt   +upstreamnt  +downstreamnt
atgggcattcacctgactttggcatggaccatcctggttgggtcatggactcccacagaa
gctcagagcgccatttcctgggaggtgcagcgatttgatggatggtacaacaacctcatg
gagcacagatggggcagcaaaggctctcggcttcagcgtctggtcccagccagctatgca
gatggtgtgtaccagcccttgggagaaccccatctgcctaatcctcgagacctgagcaat
actgccatgaggggcccagcagggcaggcctctctgcgaaaccgcacagttctgggggtc
ttctttggctaccacgtgctctcggacgtggtgagtgtggaaacaccaggctgccccgcc
gagttcctcaacatccacatccctcctggagaccccgtgtttgaccctgaccagcgcggg
gacgtggtgctgcccttccaaagaagccgctgggaccctgagactggacagagccccagc
aacccccgggacctgaccaaccaggtgaccggctggctggacggcagcgccatctatggc
tcctcgcactcgtggagcgacgcgctgcgcagcttctccggaggacagctggcgtcaggg
tccgaccccgacttcccccgggactcgccggcctccctgctcatgtggacggcgcctgac
cccgccacgggccagggcgggacccaggggctgtacgccttcggggcccagaggggcaac
agggagcccttcctgcaggcgctgggcctgctgtggttccgctaccacaacctgtgggct
cagaagctggcccgggagcacccgcactggggggacgaggagctgttccagcacgcgcgc
aagagggtcatcgccacctaccagaacatcgctctgtatgagtggctgcccagcttcctg
cagaaaacgcccccggagtatgcaggataccgtccatttctggatcccagcatctccccg
gagttcgtggcggcctccgagcagttcttttccaccatggtgccccctggcgtctacatg
aggaatgccagctgccacttccagagaattgtcagtcggaactcaagtttctctagagct
ctccgggtctgcaacagttactggagccgagagcacccaaacctacaaagtgtggaagat
gtggatgcactgctgctgggcatggcctcccagatcgctgagagagaggatcatgtggtg
gttgaagatattcaagatttctggcctgggccactgaagttttccagaacagaccacctg
gccagctgcctgcagcggggccgggatctgggcctgccctcttacaccaaggccagggca
gcactgggccttcctcccattacccactggcaggacatcaactctgcactctcccagaga
aatggcactgtactggaggccacagctgccctgtacaaccaggatctgtctcggctggag
ctgctcccagggggactcctggagagccacggagaccctggacccttgtttagtaccatc
gtccttgaccaatttgtgaggctacgagatggtgaccgctactggtttgagaacaccagg
aatgggctgttctctgaggaagagattgcagagatcagaaacacttccctacgggatgtt
ctagtggctgtcaccagtgtgaaccccactgctctgcagcccagtgtctttttctggctt
gcaggagacccctgtccacagccaagacagctcaacacagagggcctaccagcctgtgtc
ccgctcattgttcgggactattttgagggcagtggatttggcttcgggctcaccattggg
accctatgctgcttccccttagtgagcctgctcagcgcctggattgtcgctcggctccgg
atgagaaatttcaagaggctccagggccaggcccgccagagcatcatgtctgagaagctt
gtggagggtgtggaagctttggaatggcagggccacaaggaaccctgccgacctgtgctt
gtgcacctgcagcctggccagatccgtgtggtagacggcaggctcactgtgctccgcacc
atccagttgcgacccccacaacaggtcaacctcatcctatccagcaaccatggacgccag
accctgctgctcaagatccctaaggagtatgacctggtgctgctgtttaccctggaggag
gaacggcaagcgctggtggaaaaccttcggggtgttctgaaggagaatggcctgagcttc
caggagtgggagctgcgggagcaggagctcatgagggcagctgtgacacgggagcagcgc
agccatctcctggagacttttttcaggcaccttttctcccaggtgctggacatcaaccag
gcagatgcagggaccctgcccctggactcatcccaaaaggtgcgggaggccctgacctgc
gagctgagcagggccgagtttgccgagtctctgggcctcaagccccaagatatgtttgtg
gagtccatgttctctctggccgacaaggatggcaatggctacctgtccttccgggagttc
ttggacatcctggtggtcttcatgaaaggctctccggaagagaagtctcgccttatgttc
cgcatgtacgactttgatgggaatgggctcatttctaaggacgagttcatcaggatgctg
aggtccttcatcgagatctccaacaactgcctgtccaaggcccagctggccgaggtggtg
gagtccatgttccgggagtcaggcttccaggacaaggaggagctgacgtgggaggacttc
cacttcatgctgagggaccatgacagtgagctccgcttcacgcagctctgtgtcaaagga
gtggaagtgcctgaagtcatcaagaacctctgccggagagcctcctacatcagccaggag
aagatatgtccctctcccagaatgagcgcccactcttcccgcaacaatgtcaagactgag
ttgacaccacagagactgcagtgccccatggacacagaccctccccaggagattcgacgg
aggtttggcaagaaggtaacgtcgttccaacccttgctgttcaccgaggcgcaccgagag
aagtttcagcgcagccggcggcaccagactctgcagcagttcaagcgcttcatcgaaaac
taccggcgccacatcggctgcgtggccgtgttctacgccatcgccggggcgctcttcctg
gagcgggcctactactacgcctttgcagcacaccacacgggcatcacggacactacccgc
gtgggtatcatcctgtcgcggggcacggcggccagcatctccttcatgttctcctacatc
ctgctcaccatgtgccgcaacctcatcaccttcctgcgggagaccttcctcaaccgctac
attcccttcgatgccgccgtggacttccatcgctggatcgcctccacagccatcgtcctc
acagtcttacatagtgcgggccacgtggtgaatgtgtacctgttctccatcagcccactc
agtgttctttcctgcctcttccctggcctgttccatgatgatgggtctgagttcccccag
aagtattactggtggttctttcagactgtaccaggtctcacaggggttctgctgctcctg
gtcctagccatcatgtatgtcttcgcctcccaccacttccgtcgccgcagcttccggggc
ttctggctgacccaccacctctacgtcctactctatatcttgctcatcatccatggcagt
tttgctctgatccaactgccccgatttcacatcttcttcctggtcccagcacttatctat
gtgggggacaagctggtgagcctgagccggaggaaggtggagatcagcgtggtaaaggcg
gagctgctgccttcaggagtgacccacctgcagttccagcggccccagggctttgaatac
aagtcgggacaatgggtacggatcgcctgcctggctctgggaaccaccgagtaccacccc
ttcacgctgacctctgcaccccatgaagacactctcagcctgcacatccgggcagcgggg
ccctggaccacacgactcagggagatctactcacctccaacgggtgacagctgtgccaga
tacccaaagctgtacctcgatggaccatttggagaaggtcaccaggaatggcataaattt
gaggtgtcggtgctggtgggagggggcattggggtcactccctttgcctctatcctcaaa
gacctggttttcaagtcatcggtcagctgccaactgctctgtaagaagatctacttcatc
tgggtgacgaggacccagcggcagttcgagtggctggctgacatcatccgggaggtggag
gagaatgactgccaggacctggtgtctgtgcacatctatatcacacagctggctgagaag
tttgatctcaggactaccatgctgtacatctgtgagcggcacttccagaaggtactgaac
cggagtctgttcactggcctgcgctctgtcacccactttggccgcccccccttcgagccc
ttcttcaactccctgcaggaggtccacccacaggtccggaagattggggtatttagctgt
ggtcctcctggcatgaccaagaatgtggaaaaggcctgtcagcttatcaacaggcaggac
aggactcatttctctcaccattatgagaacttctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (12)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (35)   

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