Branchiostoma floridae (Florida lancelet): 118427444
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Entry
118427444 CDS
T01074
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
bfo
Branchiostoma floridae (Florida lancelet)
Pathway
bfo00590
Arachidonic acid metabolism
Brite
KEGG Orthology (KO) [BR:
bfo00001
]
09100 Metabolism
09103 Lipid metabolism
00590 Arachidonic acid metabolism
118427444
Enzymes [BR:
bfo01000
]
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
118427444
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Gene cluster
GFIT
Motif
Pfam:
Lipoxygenase
PLAT
Sigma70_r1_1
Motif
Other DBs
NCBI-GeneID:
118427444
NCBI-ProteinID:
XP_035693140
UniProt:
A0A9J7N7W8
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Position
12:complement(12355070..12367975)
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AA seq
1137 aa
AA seq
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MTSQWECERRGQQWTNQSWKILTDELGQDVFREKKQQQSKQTDIMEMPKTSSTSKLILSA
RIEKFKMVARAAALKGKRLFDNVGVAGAGYAVVIPNPLVPSNEFFKPGKVFQVRLHHTNT
RSDDDAAVDMRGAELKFEDVDGPSQCDLVMHTGTMSPYWDIPSFEDFVGAVRQGPTALKD
WCFKFPMNYYCLVDSVRRAPTSFSNLNYYSRLAVKFEAKDGALRYAKFRLIPDEQQTESG
LLHPEDQERAWELGRHSDETRPKDYLRQEYVNRLRWTPIRYRLQIQLHEWKDGDTFNTLN
PYRIWSPILHVWTDLAVVTITTLLSDATMNRTTFNIANLPPSMSFPEPSSIYDYNSLAKM
YAAVQSVYRPSIIKNPALQNGPAKYEYVKYKIEVTVRHIVGSNKGILISLTGPWTRTEPI
QIGQGIGKSIAAGRRQILEVEAYDIGEVVLVSIEKIKDDDNSDYFIENVHVHDVQRGLKF
EFPAYRWLGKRLTLRRGAVSLNDGAKGDLEALHRQLELWEGFDKYKWSHDQPAFPGGLNM
SRMPHDVRRDSERLPEFRIQKGSSIFASQIAKSLRDYEQLMESAVKEVPEFIQNWKSDEE
FGRQFLNGVHPLAIRRFDKVPPKFPMTAGRLKEMLAKDRGWSLRQEIAAGHMYYVDCSLM
KGLSPNVLGTEVFYHAAPIALFHANSKGQFVPVAIQLYQGPGPDNPIWTPDDGEYEWMLA
KLFLRNSDAQIHLNVSYYLQSHLLMEAFAVALFRKLPSPHPVYKILAPHLRRVLASKARL
RDLVTGDGSVLDEICSLSASGRKHLIATAFRDFHLRDLHFPAMMADRGIDDPSKLPGYFY
RDDGFRLWKAIERFAEETLRIYYKNNTFITSDKELQSWIKDVRNNGFMRESQGDKGVPKV
LYTVKELVDVVTIVIFTCSVQNRALTAGMRDLATCLPNMPLALRQYGFARQADKAEESEK
EKSKKEEEKDQLIDEDGFVMATPGEPDLLKKIRGTYLDEEKDFKDITKATFEDIMAALPD
KIVARKQIDFALEMSKLPEDEAFIGEYRDCLFTEDKAQAAVLKFQVSLRQISNSIKLRNE
RSGEYEGQEFTVNMFYEEDDDATQVECTQVMREKTEKPEEQPYTYLLPEQIPFSVCP
NT seq
3414 nt
NT seq
+upstream
nt +downstream
nt
atgacttcccagtgggaatgcgagaggagggggcagcaatggaccaaccaaagttggaag
atcttgacagacgagttgggtcaggatgtcttcagagaaaagaaacaacagcagtcgaag
caaaccgacataatggagatgcccaaaacctcgtctacgtccaagctcattctgagcgcc
aggattgaaaaattcaagatggtggctcgggctgcagccttgaagggtaaaaggttattc
gataacgtcggagtggccggtgcagggtacgctgtggttatccccaatccactggttcca
tcgaacgagttcttcaaacctggcaaggtctttcaagtccgcttacaccacaccaatact
aggtcagatgacgatgcagctgtggatatgagaggagctgagctgaagtttgaagacgtg
gacggcccgagccagtgtgacctggtcatgcacacgggaaccatgtccccctactgggac
atcccatcgttcgaggacttcgtgggcgctgtccgtcaaggtccaactgctctcaaagac
tggtgtttcaagttcccaatgaattactactgtctcgtggactcggtgcgtcgggcccca
acctccttcagtaatctgaactactacagcaggctagccgtaaagttcgaggccaaggat
ggcgcactccggtatgcaaaattccggctgattccggacgagcagcagacggaatccgga
cttctacatccggaagatcaggaaagggcatgggaactaggcaggcattcagatgagact
agaccgaaggactaccttcggcaggagtacgtcaaccgactgaggtggacacccatccgc
tatcgtctgcagatccagcttcatgaatggaaggacggagatacattcaacacattaaat
ccctacaggatctggagtccgatcctgcacgtctggacagacctggccgtggtaaccatc
accacgctcctgtcagacgccaccatgaacagaacaacattcaacatcgccaacctgccg
ccgtccatgagcttcccagagcccagttcaatctacgactacaacagtttggccaagatg
tatgctgcggtccagtctgtgtacagaccatcaatcatcaaaaaccctgcccttcaaaac
ggtccagccaaatacgaatacgtgaagtataaaatagaagtcacagttcgccatattgta
gggagcaacaagggcattctgatcagcctgaccgggccctggacgcgcacggagccgatc
cagatagggcaaggcatcggtaaaagcatcgctgcagggagaaggcaaatcctcgaggta
gaggcctacgacattggcgaagtcgtgctggtgtccatcgagaagattaaagatgacgac
aacagtgactacttcatcgagaacgtgcatgtccatgacgttcagagagggctgaagttt
gagttcccggcatatcgatggttggggaaacgccttactctcaggagaggggcagtttcc
ttgaacgacggagcgaagggagatcttgaagcgctccaccgccagttggagctttgggag
ggtttcgacaagtacaaatggtctcacgaccagccggcctttcccggcggtctcaacatg
tccagaatgccacacgacgtcaggcgagacagcgagagactgccagagttccggattcaa
aagggaagcagcattttcgcatcccagatcgcgaagagtcttcgggactacgagcagctg
atggagtctgcagtaaaggaggtgcccgagttcatccagaactggaagtcagacgaggag
ttcggacgacagtttctgaacggtgtccatccactggctatccggcggttcgacaaagtg
ccgccaaagttccccatgacggcggggcgactgaaggagatgctggcaaaggacagaggg
tggagtttgcgccaggaaattgcagctggacacatgtactacgtcgactgttccttgatg
aagggactgagtccaaacgttctcggaacagaggtgttctatcacgcggcgcccatagca
ctcttccacgccaacagtaaggggcaattcgtccccgtggccattcagctgtaccaaggc
cctggtcccgacaatccaatatggacaccagatgacggagaatacgagtggatgttggcg
aagctcttcctccgcaactctgacgcacagattcacctcaacgtctcctactacctgcaa
tctcacctcctcatggaagcgttcgccgtggccctcttcaggaagttgccatcaccacat
ccggtgtacaagatccttgcgccgcaccttcgtcgggttctggccagcaaggcccgactt
cgcgacctggtgaccggagacgggtccgtgcttgacgagatctgctcactgtcagccagc
ggcaggaagcacctgatcgccacagcgttccgtgatttccacctgagagacctgcatttt
cccgccatgatggcagacagagggattgacgatccctctaaacttccaggatacttctac
cgggatgatggctttcggctgtggaaggccattgagaggttcgccgaggaaaccctccga
atctactacaaaaacaacaccttcataacatcggacaaggagctgcaatcctggatcaaa
gacgtccgaaacaatgggttcatgcgtgagtcgcaaggagataaaggagttcccaaagtg
ctatacaccgttaaagagttggtggacgtggtgactatcgttatcttcacctgctctgtt
cagaaccgcgcactgactgctgggatgcgcgacctggccacctgtcttcccaacatgcct
ctggctctcagacagtacgggtttgccaggcaggcggacaaagcagaggagagtgagaaa
gagaagagcaagaaggaggaagaaaaggaccaactcatcgatgaagatgggttcgtgatg
gcaacgcctggtgagccagatctcttgaagaagattcgtggcacgtacctggacgaggag
aaggacttcaaggatatcaccaaggctacgtttgaagacatcatggcggctcttcccgac
aaaatcgtcgccaggaaacaaatagacttcgctttggagatgtcgaagctaccagaagat
gaggccttcatcggtgagtacagagactgcctcttcacagaggataaggcccaagcagct
gtgctgaagttccaggtgtcattgcggcagatctccaacagcatcaaactgcggaatgag
cggagcggggaatacgaagggcaggagttcaccgttaacatgttctacgaagaggacgac
gacgctacacaagtggagtgcacacaggtgatgcgagaaaagacggagaaaccagaagag
cagccctacacataccttcttccggagcagatcccatttagcgtttgtccgtag
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