Amphiura filiformis: 140159230
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Entry
140159230 CDS
T10871
Name
(RefSeq) LOW QUALITY PROTEIN: dual oxidase 2-like
KO
K13411
dual oxidase [EC:
1.6.3.1
1.11.1.-]
Organism
afil Amphiura filiformis
Brite
KEGG Orthology (KO) [BR:
afil00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
afil04131
]
140159230
Enzymes [BR:
afil01000
]
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)
140159230
Membrane trafficking [BR:
afil04131
]
Others
NADPH oxidases (Nox) and associated proteins
NADPH oxidases
140159230
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
An_peroxidase
NAD_binding_6
FAD_binding_8
EF-hand_1
EF-hand_7
Ferric_reduct
EF-hand_6
EF-hand_8
EF-hand_5
NAD_binding_1
EF-hand_9
USP32_N
UPF0561
Motif
Other DBs
NCBI-GeneID:
140159230
NCBI-ProteinID:
XP_072038738
LinkDB
All DBs
Position
8:54924628..54957449
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AA seq
1610 aa
AA seq
DB search
MTMFSTITNPVTDTNPTTMETTDNATTINATTETITTTKPTTTKQPTTKQPTTKQPSTPT
RSPTPNDPIRERERLIGIYDDEEREYEGYDGWYNNLAHPDWGGADLPLTRRLPVAYADGV
YEIAGQDRPNPFNITTKTMKGMTGKPSFLNRTAFMTFFGQQVVEEILDAQRGGCPREYEN
VPIPEGHEFRDVHPELKEMPFIRTRYSFDTGFSPNVPREQLNEITPWIDGGLMYGTTKAW
ADALRSFEGGRLADNGQPEFPEENTIGLPLANPPPPVNHYHKNARRFFKLGNPRGNENPF
LLTFGILWFRWHNYWADKFHEENPEWSDEKVFLEARKWVIGTYQKIVFYDWLPAFLDMTE
DERVKNIYSGYKSYVHPGITHEFQSAAMRWGHTLVPPGVLRRNNMCEFRKTTNNSSDNPD
GAGHYGVRTCNSFWNPQLPVVESGIEEFLMGMASQIAEXEDNIITEDLQRRVFGPLEFSR
RDLMVLNIQRGRDHGLPDYNTAREALGLKRRNSFLEINPSYNDTELSDIDEEVLANLEEV
YNGDIDKVDIWAGGLLETTAGGPGELFRYIILDQFVRTRDGDRFWFENERNGLFTKEQIK
YIHELTVWDVIVRCTDVPEDALQKDPFHFNEGDPCWEETQDEDIGHGNPNRTVSEDDLDN
CTNLETYDYFRGSEASFAITFLAAGLWAVGCVIMLFVLAHRRSQYSAEKHKQLHQKSRRG
KPDKLKTYSAIEWCGKKEAKRAVQIMLGPGKQIKVQNERGDKNFRTIDLKMVNKLMLQVA
PDRERRYCAVKLDREYDLVLKFDDEDLRTEFISDFENWLGSPEVGIGRERLEVREGDLLK
CAVTKGQRQKMLERFFRVAFARAYDLDFDPDDIHELESSIARDVLTCELTKTEFAEVLSM
NPSSTFITSMFDLVDKDKSGSISFREFLDIIVIFAKGKPEDKLRLFFNMYDIDKSGHLSR
DEFKSMLRSMMDMVHASEPTELDQLIDSLFVAAGFTDKKDLSLQDFIRLMKDYEGELAES
KLQFTGVDMPDPGPAASSKGTMMRHDNAPTRARKTIIQAYSDKDHGKGSKRPVSQIQVET
INKSYAKSQVHKRWKAALRYVENYRLQIFWFTLYNLVLIGIFAERAYYYSIEREHRGLXT
IAGFGVTVIXVLSAMMFTYSSLLVTMCRNIITKLRETFLHRYIPFDSALPMHKYIAFVAL
FYSVLHSIGHGINFYHINTQPTDDLTCYFRDFYHASHEVPKFKYWCWQTITGFTGVLLVL
TCAVIYTFAVQYARRKVFNLFWLTHNMYVIYYALMIFHGSGRLVQPPFLWFFFLGPAILF
TLDKLVSVSRKKSEISVVKAELLPSDVTMLEFKRPVTFDYKSGQWVRISCKALGGGEYHP
FTISSAPHEENLTLHIRAVGPWTINLRRTYDPNILRDHPYPKLYLDGPYGEGHQDWYQFE
VAVLVGGGIGVTPFASILKDIAHRSSQQQRLNCKKVYFIWVTRTQKHFEWLTDIIREVEE
KDANNLVTVHLFITQFFQKFDLRTTMLYICERHFQKISERSLFTGLRSITHFGRPNFVSF
LDSLQNEHPEVGKIGVFSCGPPGMTGNVENACVELNKHDGAAFIHHYENF
NT seq
4833 nt
NT seq
+upstream
nt +downstream
nt
atgacaatgtttagtacaataaccaatcctgtgactgataccaatccaactacaatggag
acaacagataatgctacaaccattaatgctacaacggagacaattacaacaaccaagcct
acaaccacaaagcaaccaaccacaaagcaaccaactacaaagcaaccaagcacaccaaca
aggagccccacacctaatgatcctatcagggagcgtgaaaggctaattgggatctatgat
gatgaagagagggagtatgaaggctacgatggatggtataacaacttagctcacccagat
tggggaggtgctgatcttcctttgaccagacgtcttccagtggcctatgcagatggcgtc
tatgaaattgcaggacaggatagacccaatccatttaacattaccaccaagaccatgaaa
ggaatgactggcaagccatctttcctcaatcggacagctttcatgactttctttggtcaa
caagttgtggaagaaattcttgatgcacaaagaggaggatgtcccagagagtatgagaat
gtgcccatcccagagggtcatgagtttagagatgtccatcctgagctaaaagagatgcca
ttcatcaggactcgatatagctttgatactggattctcgcctaatgtacctcgggaacag
cttaatgagatcacaccatggatcgatggaggcctgatgtatggtacaactaaagcttgg
gctgatgcactccgatcatttgaaggaggcagattagcagacaatggtcaaccagaattt
ccagaggagaacactatcggcctgcccttggctaatcctcctccccctgtcaaccattat
cataaaaatgcacggagatttttcaaactgggtaatccccgtggcaacgagaacccattt
ctcctgacattcggcatcttgtggttcaggtggcataactactgggctgataaatttcat
gaggagaatccggagtggtccgatgaaaaagtattcttggaagcaaggaaatgggtgata
ggaacataccagaaaattgtcttctatgattggctacctgccttcttagatatgacagag
gatgaacgagttaaaaatatatattcaggttataaaagttatgttcatccaggtattact
catgagttccagtctgctgctatgagatggggtcatactttggtacctccaggggttctg
agaaggaataacatgtgtgaattcaggaagactaccaacaattctagtgacaatccggat
ggagcaggtcactatggtgtcaggacttgcaactcattctggaatcctcagctacctgtg
gtagagtctggtattgaagaattcctgatgggaatggcatcacagattgcagagnaggaa
gataatatcatcacagaagatttacaaagacgtgtatttgggcctctcgagttctctcgt
cgtgaccttatggtactgaatattcaacgaggtcgcgaccatggtctgccagattataac
actgcccgtgaagcattgggactaaagagaagaaatagcttcttagaaatcaacccttct
tataatgacactgaattgtcagatattgatgaagaagttcttgcaaacttggaagaagtg
tacaatggtgacattgataaggtagacatctgggcaggaggattgttggagactactgct
ggaggtccgggagaactcttcagatacatcatcttagatcagtttgtcaggaccagggat
ggggatagattctggtttgaaaatgaacggaatggactctttaccaaggagcaaataaaa
tatattcatgaactaacagtttgggacgtgattgttaggtgcacagatgttccagaagat
gccttacaaaaagatccattccattttaatgaaggtgacccatgctgggaagaaacacaa
gatgaagatattggtcatggaaatccaaaccgcacagtgtcagaggacgatctggataat
tgcaccaacttggaaacctatgattatttcaggggtagcgaagcatcttttgcaattact
ttcctggcagctggtctatgggccgtgggttgtgttattatgctgtttgtgcttgcacac
agacgatcacagtattcagcagagaaacataaacaactgcaccaaaaatcacgaaggggc
aagccagacaagctgaaaacatacagtgctattgaatggtgtggcaaaaaggaagcaaag
cgagcagttcaaatcatgcttggacctggcaagcaaatcaaagtacaaaacgagcgtggt
gataaaaacttccgaacaatcgatctgaaaatggtcaacaagctgatgcttcaggtcgca
cctgatcgggaacgccggtactgcgcagtgaaattagatcgtgaatatgatttagtgctg
aaatttgatgatgaggatttgcgtactgaattcatcagtgattttgagaactggctcgga
agccctgaggttggcatcggcagggagaggcttgaggttcgagagggggatttgctgaag
tgtgccgttaccaagggacagcggcagaaaatgctagaaagattcttccgtgttgcattc
gctcgggcgtatgatttagattttgatcctgatgacatccatgagttagaatcctccatt
gccagagatgtgttgacttgtgagctgaccaagacagagtttgctgaagtcctctccatg
aatcctagtagtactttcattactagcatgtttgacttggtggataaggataagagcgga
tccatttccttcagagagtttctggatatcattgtgatatttgctaaaggtaaaccagaa
gacaaattacgcctgttcttcaatatgtatgacatcgataaatcgggacacttgtctagg
gatgaattcaaatcaatgttaaggtctatgatggatatggttcatgcatcagaacccact
gagttagaccaactcattgattcgttgtttgtggctgccgggtttacagataagaaagat
ttgtcgctgcaagattttatcaggttgatgaaggattatgaaggagaactggcagagtca
aaattgcaatttacaggtgttgatatgccagacccaggcccagctgcatcttcaaaaggg
acaatgatgcgccatgataacgcccccacacgtgcacgcaaaaccatcattcaagcatac
agtgacaaggatcatggcaaaggctccaagcgtccagtatctcagattcaagttgaaaca
atcaataaatcatacgctaaatctcaggtacacaagcgatggaaggcggcgctacgctat
gttgagaactatcgtctacagatattctggtttactctttacaaccttgtgcttattggt
atctttgcagagagagcttactattactccattgaacgtgagcacagaggtctcntgacg
atcgcagggttcggggtcaccgtgatcnatgtgctaagcgctatgatgtttacatactct
agtttacttgtgaccatgtgtcgtaatatcatcaccaagttgagagagacgttcttgcat
cgatacattccatttgattctgctcttccaatgcataaatacattgcatttgttgctctg
ttctattcagttctccattctattgggcatggaatcaacttttatcatatcaacactcag
ccaacagatgacttaacatgctatttcagagacttctaccatgcgtcccatgaagtacct
aaattcaagtattggtgctggcaaactatcaccggcttcaccggtgttcttttagtcttg
acctgtgctgtcatttacacatttgctgtccaatatgcccgtcgtaaagtcttcaacctc
ttctggctcacacacaacatgtatgtgatctactacgccttgatgatcttccacggtagt
ggccgtcttgtgcagcctccattcctgtggtttttcttcctaggaccagccattttgttc
accttggataagcttgtcagtgttagtcggaagaaatccgagatatcagtggtgaaagca
gaactgcttccttcagatgtgaccatgttggaattcaaacgacctgtgacctttgactac
aaatcaggtcaatgggtgcgcatctcatgcaaagcgttgggaggtggtgaatatcatccg
tttacaatctcctctgcacctcatgaagagaacctcacccttcatatacgagctgtcggc
ccatggactatcaatttacgtagaacgtatgatcctaatattttgagagatcacccatac
ccaaagctctacttggatggtccatatggtgaaggccatcaagactggtaccagtttgaa
gtagctgtgctggtagggggcggtatcggagttacaccttttgcttccattctcaaggat
attgctcacagatcatctcaacaacagcgtctcaattgcaagaaggtttatttcatctgg
gtaaccaggactcagaagcactttgaatggctgacggacatcatccgtgaggtagaggag
aaagacgctaacaaccttgtcaccgtgcacttgttcatcactcaattctttcagaagttt
gacttgcggactactatgttgtacatttgtgagcgtcactttcagaagatatcagagcga
tccttgtttactggtttacgttccatcactcattttggccgacccaactttgtaagcttc
ctggattccttgcagaatgaacatccagaagttggcaagattggtgtgtttagctgtggc
ccacctggcatgaccggcaatgttgagaacgcatgcgttgagctcaacaagcatgatggc
gctgcatttatccatcactatgaaaacttttag
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