KEGG T01067: 6651473

Drosophila willistoni: 6651473

Entry

6651473           CDS       T01067

Name

(RefSeq) uncharacterized protein LOC6651473

K19511

peroxidase [EC:1.11.1.7]

Organism

dwi Drosophila willistoni

Brite

KEGG Orthology (KO) [BR:dwi00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    6651473
Enzymes [BR:dwi01000]
1. Oxidoreductases
  1.11  Acting on a peroxide as acceptor
   1.11.1  Peroxidases
    1.11.1.7  peroxidase
     6651473

SSDB

Motif

Pfam:

An_peroxidase

Other DBs

NCBI-GeneID:

6651473

NCBI-ProteinID:

XP_023036150

Position

3R:8267188..8276093

AA seq 1497 aa
MLRNGQTLEDNHPAAMLSRFNAPTMDTERREMAAYATIAAAKAFRKNFQHIDELARQSHA
HKISLRRTALEALCPPRDPPSCMPASERYRTHDGTCNNKRRPRWGAAQMPFNRFLPPEYG
DGVDSVRSSTDGSPLSSSRFVSLLVHGSREGEAPLTIMIAQWGQLLDHDMTSTAQPRSIN
GSIPSCCGGNDFHPSCFPIKVPLDDPWLAPLKVRCLEFLRSAPAQRRDCVLSWREQTNQV
TSYIDASPIYSNSAKSSDNARVFRHGLLIYGRGNPAEDVCQRGAIATKCIRSGDGRSSEQ
PGLLAMHHVWVGEHNRIALEISELNPHWSDEKIYQETRRIVGAMFQHITYREFLPVILGR
EVCKLFDLDLLSTGYYEGYEAKVNPTVANAFAAAAFRFGHSLVQNSYTRCDRHHNVINNN
VSLHEEFQSGDIGSAGSLHRLLRGLATQRALKRDEFITPELTNHLFQTSGFPFGLDLAAI
NIQRGRDHGIAPYTSWRVPCGLSPIHSWDDFANVVGPESAKRIGHAYRSIHDIDLFVGGI
AERPVVGGLVGPTFACIIAQQFSNARRGDRFWYENAGFESSFTPAQLHSLRRVSLAQVLC
RAVGGGTFQPHIFIPAEFTDNERQTCGTGVLSPIDLSPWLEQDPFAAPAPSAAQADQVFN
IIKEDKAGFSNRIKPVRPPQVEFSANSANGIQRPAPTTNSNASKVSDKLDLKRKTIPTIT
TQTNNNNRRKTTATQKPVNGINNKLDKSPKITINIKNINIRKQDGTTPKRKVIINNVPIE
LRSAVNGNATNADDETETDPTMDDTESEPEVDDDKDLLESRADDMELETTEQTIPTTTTR
RELDPNETSTNANDLRELRSLTDSKTPDFRLLHLIRNHTTLQTSSTTSISMARSTRTTQF
PKFQKTTTKRVQELRSQYQSRPIYTRPQKVVVNGPNADQYEIEINIRQTNKSPVTRPLTP
EYADYTTVYKPFNNNHNNNYDTNYAPHYVDYASTTTISPNYGYYGQKLTKPPTIIYLNDN
DDRRQTTTRAPNIFQNFLTFATNGFNPNPNANRRPTTARPSVERPQFNSYVINSPLSGHG
SSISSSPSPYAPRPPSVPSVSSYPVSSSSQIGGNPQSGYLHASSSAVSAGHFGTISGVAS
ANGADSTFSFNIRPRPSNPQTIHSPANSYGLASQSPYKPDYPYGQSELYYDREISPDNPN
PSPFSTSVARPHTQTYFGRTPELKEANNNELTNPDHKLDIQDYDYLTRNLANVTEDQSKE
EDSKEPDDYTYDDDEPNNNLEAQVSPKNQLQLDKSNDMTNSTSNSTQLDDNYVLPVLKNN
TLTKYVTEMPKPIVSTPSSSRSSTNSKVTVFPDSLAKQLANGILADTDDYDDRTLTETGS
LKKQATKLAQLANVAFAPITVLTKPDRPDNWVIYNKASEEPPLPQPPVVSMEDVAPTGEV
PTPIKRLQNAQPKPTIKLDTTTTTSTAADVGVKSDLSETTTTQIPTTEEATSISASN

NT seq 4494 nt +upstreamnt +downstreamnt
atgctgcgcaatggtcaaacactggaggataatcatccggctgcaatgttatcccgtttc
aatgcccccaccatggatacggagaggcgagaaatggccgcctatgcaactatcgctgct
gccaaggctttccgtaaaaattttcagcacatagatgaattggcccgccaatcgcatgca
cataaaatctcgttacgtcgcacggcgttggaagccttatgtccgccccgtgatccaccc
tcatgtatgccagcctcggaacgttatcgcacccatgatggcacctgcaacaataaacgt
cgaccccgatggggtgctgcccagatgccatttaatcgctttctgccgccagaatatggc
gatggggtcgatagtgtgcgcagttccacagatggcagtccattgtcttcatcgcgattc
gttagcctgctggtccatggatctagagagggtgaggctcccttgacaataatgatagcc
cagtggggacaactgctggatcatgatatgacctcaacggcacaaccacgctcaattaat
ggttcgataccaagttgttgtggcggaaatgactttcatccgtcatgctttcccatcaag
gtgccacttgatgatccgtggctggcaccactcaaggtgcgttgcctggagtttttgaga
tcagctccggcccagcgtagggattgtgtgctatcttggagggaacaaaccaatcaggtt
acctcctacattgatgcatcgccaatttactcgaacagtgccaaatcttcggataatgct
cgcgtcttccgtcatggcctgctaatctatggtcgtggtaatcccgccgaggatgtgtgt
cagcgtggagccattgccaccaaatgtatacgctcgggcgatggacgtagcagtgagcaa
cctggactattggcgatgcatcatgtctgggttggtgagcacaatcgcattgcattggag
ataagtgaactcaatccgcattggagtgatgagaaaatctatcaggagactcgacgaatt
gtgggtgccatgttccaacatattacctatcgagagtttctaccagtaatcttgggtcgt
gaagtgtgcaaactgtttgatctggatctcttgtcgacaggatactatgagggctacgaa
gcaaaggttaatccaactgtagccaatgcctttgcagcagctgcctttcgttttggtcat
tctctggtgcaaaattcttacacacgatgcgatcgtcatcacaatgtcatcaataataat
gttagccttcatgaggagttccagagtggagacattggctcagctggctctttgcatcgt
ctactccgtggattggccacccaacgtgctctgaaacgggatgagtttattacacccgag
ttgaccaatcatcttttccaaacgtctggtttcccctttggtctggatttggctgccatt
aatatacaacgtggacgagatcatggcatagctccctatacctcttggcgtgtgccctgt
ggcctgagtcccatacatagttgggatgatttcgccaatgtggtgggtccagagtcggca
aagcgtattggtcatgcatatcggagtattcatgacattgatctctttgtgggtggaatt
gccgaacgtcctgtggtcggtggattggttggacccacttttgcctgcatcattgcccaa
caatttagcaatgcgcgtcgcggggatcgcttttggtatgaaaatgcaggcttcgagagc
tcattcacgccagcccaattacattctctgcgccgtgtatcattggctcaggttctgtgt
cgtgctgtgggtggtggcacctttcaaccgcacatttttataccagccgaatttacggac
aatgaacgtcaaacctgcggcactggtgtcttatcgccaattgatcttagcccttggctt
gagcaagatccgtttgcggcaccggcaccgtcagcggcacaagctgatcaggttttcaat
atcattaaagaggacaaggctggcttctcgaatcgcataaagccggttaggccgccccag
gtggagttcagtgccaattcggcgaatggtatccagcgaccagcgccaacgacgaatagc
aatgccagtaaagttagtgacaaactcgatctaaaacgcaagactatcccgacgataaca
acacagacaaacaacaacaatagacgcaagacaacagcgacccaaaagccagtgaatggt
attaacaataaactggacaaatctcccaaaataaccataaatattaagaatatcaatata
cgaaaacaagatggaacaacgcctaagcgcaaagtgattataaataatgtgcccatcgaa
ttgagaagcgctgtaaacggaaatgcaacaaacgcggacgatgagaccgaaacagatccg
actatggacgatacagagagtgaaccggaagtggacgacgacaaagatctactagaatca
agggctgatgatatggagttagagacgacagagcaaactataccaacaactacgactaga
cgagaactagacccaaatgagacgtcgacaaatgccaacgacttacgagaactacgtagt
ctaactgactccaagacaccagactttcgactattgcacttgatacgtaatcatacaact
ttacagacttcatctaccacgtccattagcatggcacgatcgactcgaactacccagttt
ccgaaattccagaagacaacaaccaaacgtgtccaagagctacgaagtcaataccaaagt
agacccatctatacgagaccacagaaggttgtggtcaatggaccaaatgccgatcagtac
gagattgaaatcaatattagacaaacgaacaagagtcctgtgacgcgaccattgacacca
gaatatgctgactatacgacagtttacaaaccctttaacaacaaccacaacaacaactac
gacaccaactatgcaccacattatgtggattatgccagcacgacgacaatctcacccaat
tacggttactatggacaaaagttgacaaaaccaccgaccattatctatctgaacgataac
gatgacagacgacagaccacgacaagagctccgaatatatttcagaattttttgactttt
gcgacaaatggtttcaatccgaatccaaatgccaatcgacgaccgacgacggcgcgtcca
agtgtagagcgtccgcagtttaattcgtatgtgatcaatagtccacttagtggccacggc
tctagcatttcttcctccccctcgccgtatgcacccagaccaccttcagtgccgtcggtg
tcctcttatccagtttcgagtagctcacaaataggtggaaatccacaatcaggttatctt
catgcctcgagcagtgccgtgagtgcaggtcattttggcactatatccggagtggctagt
gcaaatggggccgacagtacattcagcttcaatataagaccacgaccttcgaatccgcaa
acgattcacagcccagccaactcctatggcctggcatcacaatcaccctacaagccagac
tatccgtacggacaaagcgaactttactatgaccgcgaaataagtccagacaatccgaat
ccgagtcccttttccacttccgtagcgagaccgcacactcagacgtattttggacggaca
cccgaactgaaggaggccaacaataacgaactaaccaatcccgatcacaaactggacata
caagactatgactatctgacacgtaatctagccaatgtcaccgaggatcagagcaaagaa
gaggacagtaaagagcccgacgactatacatacgatgacgacgaacccaacaataacttg
gaggcacaggtctcgccaaagaatcaacttcagttggacaaatcaaacgacatgacgaac
tcaaccagtaactccacacaactggacgacaattatgttttacccgtgctaaagaacaat
accttgaccaagtatgtgacagaaatgcccaagcccatagtgtcgactccctcctcatcg
cgtagttcgaccaatagcaaggtgacagttttccctgacagcttggccaagcaattggcc
aatggtattttagccgacacagatgactacgacgacaggacattaacggaaactgggtca
ttaaaaaagcaagccacaaagttagcccaattggcaaatgtggcttttgctccaatcaca
gtgctaactaaaccagacagacccgacaactgggtgatctataataaggctagtgaagaa
ccacctttgccccaaccgccagttgttagcatggaggatgtggcgcccacaggagaagtt
ccaacacccattaaaaggctacaaaatgctcaacctaagccaactattaagttagacaca
acaaccacaacgtcaactgcggcagatgttggagtaaagtcagatctaagtgaaacaact
acaactcaaattccaacgacagaagaagcaacatcaatctctgctagtaactag

All links

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

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