Mercurialis annua (annual mercury): 126672057
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Entry
126672057 CDS
T10153
Name
(RefSeq) linoleate 13S-lipoxygenase 2-1, chloroplastic-like
KO
K00454
lipoxygenase [EC:
1.13.11.12
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00591
Linoleic acid metabolism
mean00592
alpha-Linolenic acid metabolism
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
Module
mean_M00113
Jasmonic acid biosynthesis
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09103 Lipid metabolism
00591 Linoleic acid metabolism
126672057
00592 alpha-Linolenic acid metabolism
126672057
Enzymes [BR:
mean01000
]
1. Oxidoreductases
1.13 Acting on single donors with incorporation of molecular oxygen (oxygenases)
1.13.11 With incorporation of two atoms of oxygen
1.13.11.12 linoleate 13S-lipoxygenase
126672057
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Gene cluster
GFIT
Motif
Pfam:
Lipoxygenase
PLAT
Motif
Other DBs
NCBI-GeneID:
126672057
NCBI-ProteinID:
XP_050221912
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All DBs
Position
LG3:complement(73458733..73464235)
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AA seq
902 aa
AA seq
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MLKPQLHRSPTSTTHFLLPKPFIHGNGGHHNNLPILSRCLLPKTQRKIRVGYKHSAGNVV
KASISQELQKITKVKAIVTVNRTIGGFLSNVGIGRGLDDIADVLGKTLLLELVSSELDSK
TGEEKATIKAYAHKEDDEGAEIKYEANFEVGGDFGELGAVFIQNEHRREMFVKDIVLEGF
ITGPIHLACESWVHGKNLELPKRLFFTNKSYLPSQTPEGLRRFREEELLILRGNGEGERK
KGDRIYDYDVYDDLGDPDTNPDLKRPVLGGEQFPYPRRCRKGAARSNTDPQSESRSGGAY
VPRDEEFSEVKNITFSAKTVYSVLHGLLPSLETVLVDPDLPFPYFTAIDSLFNEGIDLPH
IERQGWRDIFPRIIKTIEDGTKEILAFDTPETMERDRFSWFRDEEFGRQTVAGLNPLCLQ
LVTEWPLKSTLDPEIYGPPESAITTEMIEEQIRGFMTVEEALKQKKLFMLDYHDLFLPFV
SKVRQLQNTTLYGSRTLFFLNSDSTLRPLAIELVRPPMDGKPQWKQAYTQTCDATGVWLW
RLAKAHVLAHESGYHQLISHWLRTHACTEPYIIAGHRQLSVMHPIYRLLHPHFRYTMEIN
GLAREALVNAGGIIESAFSPGKYSMEMSSVIYGKVWRFDQEALPKDLISRGIAVEDPSSP
HGVKLTIEDYPYASDGLLLWDAIKSWVSDYVNHYYPDPSLILSDEELQAFWTEVRTVGHS
DKKDEPWWPELKTPKDLIEIITTMVWVTSGHHAAVNFGQYAYAGYMPNRPTITRLKMPDE
DPTADDWKLFMEKPECILLLTFPSQFQAAKVIIVLDVLSTHSPEEEYLGEKIEPEWAQEP
LIKAAFEKFNGRLKTIEGIIDERNADPNLKNRNGAGIMPYELLKPFSEPGVTAKGVPYSI
SI
NT seq
2709 nt
NT seq
+upstream
nt +downstream
nt
atgttgaagcctcaactccaccgatctcctacctcaactacccatttcttgctccctaaa
cccttcattcatggaaatggaggccaccataataatctcccaatcctttcaaggtgttta
ttacctaaaacacagagaaagattagggttgggtataaacattctgcagggaacgtcgta
aaagcaagcatttcacaagagctgcaaaagattacgaaagtgaaagctatagttactgtg
aacagaactatcggcggattcttgtcgaacgtagggataggccgaggacttgatgatatt
gctgatgttcttggcaaaactctcctccttgaacttgttagttcagagcttgattccaag
acgggagaggagaaggcgacgataaaagcgtacgcgcacaaggaagacgatgaaggggcg
gaaataaaatatgaagcaaattttgaggtgggaggtgattttggagaattaggtgctgtt
tttattcaaaatgagcaccgtagagagatgttcgttaaggatattgttcttgaagggttc
attactggccctattcacttggcttgtgagtcgtgggttcacggcaagaatcttgagctg
cctaaaaggctctttttcactaataagtcatacttgccgtcacagacgccggagggacta
aggcggttcagagaggaagaacttctgattttaagaggcaatggtgaaggagagcgaaag
aaaggcgatcggatttatgattacgatgtttacgatgatctcggtgaccctgacactaat
cctgaccttaaaagacctgtgctcggcggcgaacagttcccttaccctcgacgttgccgg
aaaggagccgccaggtccaacacagatccacaatcggagtcgaggagcggcggcgcctat
gttcctcgtgatgaagaattctcagaagtgaagaacataacattttcagcaaagacagtt
tactcagtgctgcatggattgctaccatcattggagactgttttagtagatccggacctt
ccattcccatacttcacagccatagattctcttttcaacgaaggaatcgatttgccacat
atcgaacggcaagggtggagagatatattccctcgtattattaagactatagaagatggg
accaaagagattttagcatttgatacccctgaaacaatggagagagatagattttcctgg
tttagggatgaggaattcggtaggcagactgtggccggtctcaacccattgtgcttacaa
ttggtcacggaatggccactgaaaagtacactagatcctgagatctatggacctccagag
tcagcaattactacagaaatgattgaagaacaaattagaggatttatgacagttgaagag
gccctaaaacaaaagaagttgttcatgctagactatcatgatttgttcttaccttttgtg
agcaaagtaaggcagctccagaacaccacattatatgggtctaggacgttattcttctta
aactcagattccacattgagaccactagccattgagctcgttcgtccaccaatggatgga
aagccacaatggaagcaggcctatacacaaacttgtgatgccacaggtgtttggctttgg
aggcttgccaaagctcatgtacttgcacatgaatcaggctatcaccaacttattagccac
tggttgagaacacatgcttgcacagaaccctacatcattgcaggccatcgtcagcttagc
gtgatgcatcctatttacaggctattgcatcctcatttcagatacacaatggagatcaat
ggcttggctagagaagcactagttaatgcaggagggattattgaatctgcattctctcca
ggaaagtatagtatggagatgagctctgttatttatggtaaggtatggaggtttgatcaa
gaagcattgcctaaagatctaattagcagagggatagccgttgaagacccatcatctcca
catggcgtaaaattaactatcgaagactacccgtatgccagcgacggactacttctttgg
gatgcaattaaaagctgggtgagtgattatgtcaatcactactatccagacccaagtctg
atactgtcggacgaagaactccaggcattttggactgaggtccgaaccgttggccacagc
gataaaaaggatgaaccctggtggcctgagctgaaaacacccaaagatctgatagaaatc
atcacaacaatggtatgggtaacttcaggacaccatgctgcagtgaactttggacaatat
gcatatgcaggctatatgccaaatcgaccgacaattacgagactgaaaatgccggatgaa
gatccaacagccgacgattggaaactttttatggaaaaacctgaatgcatactcttgttg
acattcccttcacagtttcaggcagcaaaagtaataattgttctagatgtattgtctact
cattctcctgaggaagaatatctgggagagaaaatagagccagaatgggctcaggagcct
ctcataaaagcagcatttgagaagttcaatggaagattgaagacaattgaaggaataatt
gatgaaaggaatgctgatccaaatttgaagaacagaaatggagctggaattatgccttat
gagcttttgaagccattttctgagcctggagttacagctaagggtgttccttacagtatt
tccatttga
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