KEGG   Acropora digitifera (stony coral): 107346782
Entry
107346782         CDS       T04352                                 
Name
(RefSeq) allene oxide synthase-lipoxygenase protein-like
  KO
K26082  arachidonate 8-lipoxygenase / allene oxide synthase [EC:1.13.11.40 4.2.1.-]
Organism
adf  Acropora digitifera (stony coral)
Pathway
adf00590  Arachidonic acid metabolism
Brite
KEGG Orthology (KO) [BR:adf00001]
 09100 Metabolism
  09103 Lipid metabolism
   00590 Arachidonic acid metabolism
    107346782
Enzymes [BR:adf01000]
 1. Oxidoreductases
  1.13  Acting on single donors with incorporation of molecular oxygen (oxygenases)
   1.13.11  With incorporation of two atoms of oxygen
    1.13.11.40  arachidonate 8-lipoxygenase
     107346782
SSDB
Motif
Pfam: Lipoxygenase PLAT
Other DBs
NCBI-GeneID: 107346782
NCBI-ProteinID: XP_015768094
Position
Un
AA seq 1071 aa
MGIVTSKRRNTAVTQSGSKTTDIIYKDQSNERNWMNEGFAIYKELQGDELFSKKMKEADE
PPSDAGALSESQIAFYVKKYQVASTLKSLATQQRGGHRSVGATGAATVLNNPLLPEHEYF
TAGRVFPIRVRHSNFHSKDDAGSDVRVLSIKFADSEYESPFDLLMYTGEKAAFWNIYSFD
KMLTALKEGREAFQAYCLANPYHFHLVIAAFRRAPDSFTDQRYYTWLAFEYRARDGVQRY
AKFRIVPADGRPETGLMTEQEQRTPWEILRKTQEKRPHDYLTTEFKERMSLDGVLYKLQI
QLHEIKPDDSHLILNAARNWDQSTHPWRDLAEVKLSSALPTDVISQTRFSLENLPSSIVV
PPTKTIFDYGSLGRLQCKVYPGLDKLNSMKSTLEGEDLSIYCVSVTTGKRKGAGTDANVF
LTITGTKGRTTPLLMDKCFHNDFEAGTQDTYVLDAEDVGELLMIKLEHDQAGLYSDWFVE
RVLITCSHDSGRLYEFPCGHWVQKESVFFEGKALLVTDKQSEAVRKQRKKEVQERQQLFQ
WGDDPKYINLPGYLKGELKNLPKDVQFTREDAEDLIKSTVDGAINDGLESLLSTFDSWND
FDDYRKAFRVFVGDVPLAADHWRDDSFYGAHYLNGCNPEIIKRCTKIPSKFPVTQELVGN
LLDEGDTLQGAIEDGRVYMVDFEILEGIPCYDKKRRRYVCPALGLFYVKGSGRIVPIAIQ
FHQEPSETNPIWTPNDSEMDWIYAKMWLKNADAQWHQMIAHLLRCHLCMEPFAVASWRQL
SSLHPVWKLLKPHTVGVIAINTLGREKLISPGGTADKLLSIGGGGHIELMKKYFRTLNMS
SYDLPQVLKDRGVDDPEKLPHFYYRDDALKLWDAIKDFVSKMLSIYYQSDEDIEKDSELQ
AWILDLHDNGYPIRDGESDHGIPSSVKTAAQLSHLLTIFIFTSSCQHAAVNFSQMDTYGF
VPNSPLLMRQPPPTQKGKVTEKDIMHCLPNNDQAGFTVLTMFDLTRFFPDVRFLGDYSDG
VFRNETKARDAILHFQENLQRLSKSIKERNEALEFPYIYLLPERVPNSIDI
NT seq 3216 nt   +upstreamnt  +downstreamnt
atgggaatcgttacatcgaaacggaggaatactgcggtgacacaaagcggatcgaagacc
acagatatcatatataaagaccaatcgaatgagagaaattggatgaatgaggggttcgcg
atttacaaagaattacaaggagacgaattgttttctaaaaagatgaaagaggctgatgag
ccaccttcagacgccggagcgttaagtgagtcacaaatcgcgttttatgtcaaaaaatac
caagtcgcttccactctgaagtcactggccacgcagcaaagagggggtcacagaagtgtg
ggggcaactggagctgcaacagtgctgaataaccccctattacctgaacacgagtatttc
acagctggccgagttttcccgatccgcgtgcgacacagtaattttcactccaaagatgat
gcagggtcagacgtacgtgtgctttccataaagtttgctgacagcgagtatgagtctcct
tttgatctcttgatgtacaccggtgaaaaagcagcattttggaacatctacagctttgac
aagatgttaacggcactaaaggagggtcgtgaagcttttcaagcatattgccttgcaaac
ccatatcactttcatttggtcatagcagccttccgtcgcgcaccggattctttcactgac
cagcggtattacacatggctggctttcgaatatagagcaagggacggcgtgcaacgttac
gctaaatttcggatcgttcccgcagacggtaggccagagacaggtttgatgacagaacaa
gagcaacggacgccctgggaaatccttcgaaaaacgcaagagaaaaggccacacgattac
ttaaccactgagtttaaagagcgtatgtcattggacggcgtattgtataaacttcaaatt
cagctacatgaaataaaacctgacgactctcatctcattcttaacgcggcaagaaactgg
gatcagtccacacatccttggcgagatctcgctgaggtcaaactgtcgtcagcgcttcca
actgatgtaataagccagacacgtttttcattggaaaatcttccttcatctatagttgta
ccacctacaaagaccatcttcgactacggttccttaggaagactccaatgtaaggtttat
cctggcttggacaaattaaactcgatgaagtccactttggaaggcgaagatttatctatc
tactgtgtgtcggttaccaccggaaaacgaaaaggagctggtactgatgccaatgttttc
ctcaccataactggaacgaaaggtagaacaaccccgcttcttatggacaagtgtttccac
aatgatttcgaagctgggacccaagacacgtacgtattggacgcggaggatgtcggcgag
ttgttaatgatcaaattagaacatgatcaagcgggactgtatagcgactggttcgtagag
cgcgtgttgattacctgcagtcatgattctggaaggctttacgagtttccgtgcggtcac
tgggtgcaaaaagagtctgtgtttttcgagggtaaagcattgcttgtcacagataaacaa
tccgaagcagtaagaaagcaaagaaaaaaagaagttcaagaaagacaacaacttttccaa
tggggtgacgatccaaagtatatcaatctcccgggatatttgaaaggtgaacttaaaaac
cttcctaaagatgtgcagttcactcgtgaagacgccgaagatctgattaaatctaccgta
gacggagcaatcaacgatgggttggaatctttattgagtacctttgattcttggaatgac
tttgacgactatcgtaaggcattccgcgtttttgttggtgatgttccactggctgccgat
cactggcgagatgacagtttctatggagcacattatctgaacggctgtaaccctgaaata
atcaagcgctgcacaaagataccttccaagtttcctgtcacacaggaattggtcggaaat
ttgctggatgaaggagacactctccagggagcaatagaggatggccgagtgtacatggta
gattttgagattcttgagggcattccatgctacgacaagaaacggaggaggtatgtatgc
ccagcactgggtctattctacgtcaaaggcagtggacgcattgttcctatcgcaatacag
ttccaccaagagccgagtgagaccaacccaatatggacaccgaatgactctgaaatggat
tggatctatgcaaagatgtggctgaagaatgcagatgcccagtggcatcagatgatcgcg
caccttcttcgttgtcacctgtgtatggaacctttcgctgtggctagttggcgccaactt
tcgtcactccaccctgtttggaaattgctaaaaccccatacagtgggcgtcatagccatt
aacactcttgggagagaaaagctgatttccccaggggggactgcggataaattacttagc
attggaggaggaggtcacatcgagttgatgaagaagtattttaggacccttaacatgtct
tcatatgatttacctcaagtgttaaaggaccgaggcgtagatgatccggagaaattgcca
cacttttactaccgggacgatgctttgaagctgtgggacgccatcaaagacttcgtctca
aaaatgttgtctatttattatcaatcagacgaagacattgagaaggactcagaactgcaa
gcgtggatccttgatcttcatgacaacggttatccaatcagggatggtgaaagtgaccat
ggcattccttcttcagtgaaaaccgctgcccaactgagccacttgctcactatatttatc
ttcactagctcatgtcagcatgcagctgtcaacttctctcaaatggacacgtatggtttc
gtgccaaattctccactcctaatgcgacaaccacctccaacgcaaaaaggcaaagtgacg
gagaaagacatcatgcattgccttcctaataacgatcaggcaggatttaccgtattaacg
atgttcgacttgacccgtttcttccctgatgtgcgtttccttggtgactattcggatggt
gtgttccgcaacgaaacgaaagccagggatgctattttacactttcaggaaaatctccaa
cgtctctcaaaatcaatcaaggaacgaaatgaggctttggaatttccctacatctatttg
ctaccagagagggtgccaaacagtatcgacatttaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (92)   

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