KEGG   Stylophora pistillata (Smooth Cauliflower Coral): 111338704
Entry
111338704         CDS       T05774                                 
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
spis  Stylophora pistillata (Smooth Cauliflower Coral)
Pathway
spis00590  Arachidonic acid metabolism
Brite
KEGG Orthology (KO) [BR:spis00001]
 09100 Metabolism
  09103 Lipid metabolism
   00590 Arachidonic acid metabolism
    111338704
Enzymes [BR:spis01000]
 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
     111338704
SSDB
Motif
Pfam: Lipoxygenase PLAT Cuticle_2
Other DBs
NCBI-GeneID: 111338704
NCBI-ProteinID: XP_022800953
EnsemblRapid: LOC111338704
Position
Unknown
AA seq 1072 aa
MMGSCTSSPEVVVISNETDPPEKSVKSGQNDKQDDGILIKANTPWRNLGYEVYKGLMGEE
LFKKKVEDFEKPFPPPGLFAQGRIAYDTTKLKLLFGAKVLVKGQRATHSVGVGSEGIATI
VSNPQFPACEFFTPGASYPVCLRHSTIKSVDDVLIDFCGGALRFAGSDEMDSPCDLIMGT
GPTTPLWSSQAIFDAARANITKDLKTYLLLGPDHLKANIGGLRQKPESFYDQRYYTEVIF
DFKTFDEVKRYVRFRLLPADGRPETGLLSEEVQWHPWINERSPDETLPMDYLKREYRERI
SKGPLDYKLQLQFHEPKEDDPPTILQVGREWDEESHPWLDVADIKMTSLLSPMATERLKY
IYKNLPASIGILPAVSVDDPNVVVQIRNEVYVWSHKLRENRSNKLVPEHMTSYLIRVETG
SHSGAGTDASISITLTGTKGKTDFIKLDNWGNDFERGDVDEYSVEAIDVGEVLMVHLHND
RGGWWYKNPDWFVNKIAVISSTQDDPFEFPCYRWVLSDLVVFEGRASLPFQELPDVVKHQ
RIFELKNRQEHYKWGNEEVYHGLPGYLHAATHADIPRDSQFSDEARSTIKEDIKKAILKL
GLGHLMTLLDSWDNFDDFEKILQNLNRVRLKIVEDDRWMTDEVFGSLFLNGVNPNMIQRC
EEFPSNFHVTEEMVKSCMDRGKTLEEEMKAGHVYIVDYKVLEGIPTREGTYLAQPLGLFY
VNTSGDLVPIAIQFLQQPSDTNPIWTPSDSQYDWLLAKMWLRHADTLVQQVNTHLLETHL
VMEPFAVAVWRQLPSIHPVFQLLFPHLRSVMAINNFLRTGFVAENKRAQEILKKGFKAFK
FGMLSLPDTLKERGVDDPEKLPKFYFRDDALRLWSAITTFVKEVIILYYTSDDDVSKDSE
LQAWIKDAHDNGFQEGEGGDDHGCPNSLETREQLIHVLTCLVFTCSCQHAAVNFGLLDVA
GFVPISPSVMRQPPPTKKNETTLKSIMDALPSKSEAAQQVALGYVFTQFAEDERYIGDMT
HSLLTGDEEDAAMTRFQVALQEISDSIKARNEALELPYIFLLPERVPNSIGV
NT seq 3219 nt   +upstreamnt  +downstreamnt
atgatgggaagttgcaccagctcacccgaggtagtcgtcatctctaacgagacagaccca
ccggagaagtcagtaaagtctggtcaaaatgacaaacaggacgatgggatccttatcaaa
gccaacacgccatggcgtaaccttggttatgaagtctacaaaggactaatgggagaggaa
ttatttaaaaagaaggttgaggatttcgagaagccttttcccccgcctggacttttcgct
caaggtagaattgcatatgatactaccaaactcaagttactatttggtgcgaaagtttta
gtcaagggacaacgagcaactcattcagtaggagttggatctgaggggatagcgacgatt
gtctctaatccacaatttccagcgtgtgagttttttactcctggagcttcgtacccagtc
tgtctccgccactctactatcaagtccgtggatgacgtactgattgacttttgcggcggt
gcgttaaggtttgccggaagtgacgaaatggacagtccatgcgatctcattatggggact
ggaccgacaacaccattgtggagttctcaggccatatttgatgcagcaagagccaatatt
acaaaggatttgaaaacttatttgcttctcgggcctgatcatctcaaagccaacattgga
ggtctgcgccaaaagcctgaatccttttacgaccagcggtattacacagaagtgattttc
gacttcaaaacgtttgatgaagtgaagcgttacgttagattccggctgctgcccgctgat
gggcgaccagaaacaggcttgttgtctgaggaagtccagtggcacccatggataaatgaa
aggtcacccgatgagacactgccaatggactacctaaagcgtgagtacagagagagaatt
tccaagggaccactggactataaactacagctgcaattccatgaaccgaaggaagatgat
cccccaacgatccttcaagttgggagagaatgggacgaggaatcacatccatggcttgat
gtggctgacatcaaaatgacttcgctgttgtctccgatggcaacggaacgcctgaaatat
atttataaaaaccttccagcttcaattggtattttgccggccgtttctgttgacgatccg
aatgttgttgtccagatccgtaacgaagtatatgtctggtctcacaaacttcgcgaaaac
aggtcaaacaagctcgtcccagagcacatgacgtcctatcttatccgcgtggaaactgga
agccattctggagcaggaacagacgcttccatttctattacattgacaggcactaaagga
aagacagattttattaagttggacaactggggcaatgacttcgagagaggagacgttgat
gaatattccgtagaggcaatagatgttggcgaagttctaatggtgcatcttcataacgac
cgaggtggatggtggtacaagaatcctgattggttcgttaacaagatcgcggtgataagt
tccactcaggatgatccatttgagtttccatgttatcgctgggtgctatcagatttggtg
gtatttgaagggagagcttctcttccattccaagagctgccagatgtcgtaaaacatcag
agaattttcgaattaaaaaatcgccaggaacattataaatggggaaatgaagaggtgtat
catggtcttcctggttacctccacgcagcgacacatgctgatattccaagagattcgcag
ttctctgatgaggctaggagcaccataaaggaagacattaagaaagcgattttaaaactc
ggtctcggtcatttgatgacactcctcgacagctgggacaatttcgatgattttgaaaag
atccttcagaaccttaatcgtgttcggctgaagattgtcgaagatgaccgatggatgacc
gacgaggtgtttgggtcattgttcttgaacggcgtaaatccgaacatgatccagcgctgt
gaggagtttccaagtaatttccatgtcactgaagaaatggtgaagagctgtatggatcga
ggcaagactcttgaagaggaaatgaaggcaggtcacgtgtacatagtagattacaaggtg
cttgagggcattccaactagagagggcacttacttggcacaacccttgggtctgttttat
gtcaacacttcaggcgacctggttcccattgccattcagtttctacagcaaccaagcgac
accaacccaatatggactccaagtgattcacaatatgattggctgctggcgaagatgtgg
ttgcgtcatgctgacactctagtgcagcaggtaaatactcatctactcgaaacccacctt
gtgatggaaccatttgctgtggcggtgtggcgtcaacttccctcgattcaccccgttttt
caactcctttttccacaccttcgcagtgtgatggcaattaacaatttccttagaactggc
tttgtagctgagaacaaaagagcccaagagatacttaagaaaggtttcaaggctttcaag
tttggtatgctttcgctccccgacacgttaaaagagaggggtgttgatgatccggaaaaa
ttaccgaagttttatttcagggacgatgccctccgtttatggtcagccattacaactttc
gtcaaagaggtcatcatcctttactatacgtcagatgatgatgtttccaaggacagcgag
cttcaagcttggattaaagatgctcatgacaacggttttcaagagggggagggaggcgac
gaccacggatgtccaaacagccttgaaacacgtgaacaacttatccacgtgctaacatgc
ttggtgttcacgtgctcgtgtcagcatgccgcagtcaactttggtcttttggatgtggcg
ggttttgttcccatttctccctcggtgatgcgtcaaccgcctccaacgaagaaaaacgag
acaactctgaagtccatcatggacgcactaccgagcaagtctgaggctgctcagcaagta
gcgctgggttacgtcttcacgcaatttgcagaggatgagcgttatataggcgacatgaca
cacagccttttgactggggacgaggaagatgcggccatgactcgcttccaggtcgctctg
caagagatctctgattcgatcaaggcccgcaatgaagcattggaattgccatacatcttt
ctcttacccgagagagttcccaatagtattggtgtctga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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