KEGG T01332: CPC735

Coccidioides posadasii: CPC735_060720

Entry

CPC735_060720 CDS T01332

Definition

fatty acid oxygenase, putative

Orthology

K11987

prostaglandin-endoperoxide synthase 2 [EC:1.14.99.1]

Organism

cpw Coccidioides posadasii

Pathway

cpw00590	Arachidonic acid metabolism
cpw01100	Metabolic pathways

Class

Metabolism; Lipid metabolism; Arachidonic acid metabolism [PATH:cpw00590]

SSDB

Motif

Pfam:

An_peroxidase p450

Other DBs

NCBI-GI:

303313671

NCBI-GeneID:

9692317

UniProt:

C5PFL3

AA seq 1114 aa
MSTTNGHSNGIGHTNGTAAGTKASRNGIDKVNSRKSAVKRPQVESTFKQYAQLIHAARRP
LPKQSGDGTYLTGPKAKTSLLQDLRSMGPKGWGTLIAVLKNKRSGDLTDDKTYIMERIIH
LVAGLPPESNMRTKLTNSFVTELWNTLPHPSVSAFGDEYMYRSADGSNNNPLFPKLGAAN
TPYARSIIPSTIQLGALPDPGLIFDSIFAREEFKPHPNGVSSMFFAWASLIIHDLFQTDH
RNPNISQTSSYLDLSTLYGDNQEDQNQVRTFKDGKLKPDCFSEPRLLALPPVCSVILVML
NRFHNYVAEQLAHINEGGRFSKPRTGLSPEESTKAWAKYDNDLFQTARLVTCGLYINITL
YDYVRTIINLTRSNTTWCLDPRVNMRDNATPEAAASGTGNQCSVEFNLAYRWHSCIGQQD
ERWTEGIYQELFGKPAGEVSMPDLLMGMKKWQTELPKDPSHRSFAGLKRGSDGRFNDDDL
VKIMTESTEEIAGSFGPRNVPKALRAVEILGIQQARKWGCGSLNEFRKFFGLKEYTTFEE
INSDPYIADQLRHLYEHPDHVELYPGIVAEEPKIPMVPGAGICPTYTLSRAILSDAVALV
RGDRFYTTDYHPKSLTNWGYSETHYDLNINQGCVFYKLILRSFPNHFKPDSIYAHYPMTI
PSENKEIFAGLGRESHFSWEKPAFIPPRVNLTSYLGAKTILDNAKDFRVTWGEATGFLFG
TGGLNFMLSGDSPKHAKQRQLMGKALYHEEWKKQVKQFYEDITIKLLRQKSYKVAGVNQV
DITRDVGNLAHVHFASNIFSLPLKTEKNPRGIYTEHEMFMVMCVVFTCIFFDLDPAKSFP
LRQAARVVAQQLGKIVEGYVKSVKATSIISGIVDRFRKNETALKDYGIHMIRRLLASGQS
VSEVTWSQVMPTAGAMVPNQAQVFTQIIDYYLSEEGRIHLPEIQRLAQQDTPESDDKLLH
YCMEAIRLNGTFGSYREATTAMEIDDDGRHVSIKPGDKVFVSFVSANRDPDIFPNPNEVR
LDRPLDSYIHYGEGPHTCLGRDANMVALTSMLRVIGKLKNLRRAPGPQGELKKVPRPGGF
YIYMREDHGSYFVFPMTFKVHFDGELPEPHSRPA

NT seq 3345 nt +upstreamnt +downstreamnt
atgtccactaccaatggtcattcaaatggcatcggccatacgaacgggacggcagctggt
accaaggcctcccggaatggcattgacaaagtcaatagtcgcaagagtgctgtcaagcgc
ccacaagtcgagagtacattcaaacaatatgcgcaattgattcacgccgccaggcgcccg
ctcccaaagcaatccggtgacggaacttatttgacaggacccaaggcaaaaacttctctt
ctccaggacctgaggtcgatgggccccaaaggatggggaactctgatagctgtgctgaaa
aataagagatccggtgatctcactgatgacaagacctacatcatggagcgcataatccac
cttgtcgcggggttaccgccagagtcaaacatgaggaccaagttgaccaactcgttcgtc
accgagctttggaatacccttcctcatccatctgtatctgcattcggagacgaatacatg
tacagatctgcagacggatctaataacaatcccctgtttccaaaacttggcgctgcaaac
actccatatgctcgctccatcatcccatcgacgattcaactcggtgctctccctgatcca
ggcctgatttttgacagcatctttgctcgggaagaattcaaacctcaccctaacggtgtt
tccagcatgttcttcgcctgggcttccctgatcattcatgatttattccaaaccgaccat
cgaaacccaaatatctctcagacttcttcttatctcgatctttcaaccctgtatggtgac
aaccaagaggaccaaaaccaggtgaggaccttcaaggatgggaaattaaaaccggattgt
ttctctgaaccaaggcttcttgctctgcccccggtctgcagtgttattctagttatgctt
aatcgattccacaattatgtcgctgagcaactcgcgcatatcaacgaaggtgggcggttt
agcaagccgagaactggtctatcgcctgaggaatccaccaaagcatgggccaaatatgac
aacgatcttttccagacagcccgactggttacctgcggcctctacataaacattacattg
tacgattacgtgcgtacaatcattaatctaacacgcagtaacactacttggtgcttggat
ccacgagtgaacatgcgtgacaacgccaccccagaggccgcagcgagtggaacaggcaat
caatgctcggttgagttcaatctggcctaccgatggcattcttgcatcggacaacaagac
gaaaggtggacagaagggatataccaggaattgtttggaaaacctgctggagaagtctcg
atgcctgatctcctgatggggatgaagaaatggcagaccgaattacccaaagacccgtct
cacagatcctttgcaggtttgaaacgtggctctgatggccgattcaacgatgacgacctt
gtgaagattatgaccgaaagcactgaagaaattgccggttctttcggtccgcgcaatgtt
ccaaaagcactacgagcggttgaaattctcggcattcaacaggcacgtaagtggggatgt
ggctccctcaatgaattccggaaattcttcgggcttaaggagtacacgaccttcgaagaa
attaattcggatccttacattgcggatcaacttcgtcatttatatgaacaccccgatcac
gttgaactataccctggtatcgttgccgaggagcctaaaattccaatggtccctggtgca
ggaatttgccccacgtatacgctgtctcgagccattctctcggacgcggttgcgttggtt
cgaggggacaggttctataccaccgattaccatcccaagagtctcaccaactggggctat
tctgaaacacactatgatctgaacatcaatcaaggctgtgtattttataaactcattctc
agatccttccctaaccactttaagccagattcaatctatgcccattatccaatgacaatc
cccagcgagaacaaggaaatatttgcaggattgggcagagaatcccatttctcatgggaa
aagccggccttcattcccccccgtgtcaacttgacatcatatcttggggctaagaccatt
ctagataatgcgaaagattttcgagtaacgtggggtgaagccactggcttcttattcggt
acaggagggttaaacttcatgctttctggagattctcccaaacatgcgaagcaaagacaa
ctgatgggtaaagcgctttaccatgaagaatggaagaaacaggtgaagcaattttatgag
gatatcactattaagctcctaaggcagaaatcctacaaggttgcaggagtgaaccaggtt
gatatcaccagagatgttggtaatcttgcacatgtccatttcgcctcgaatatcttctcc
cttccgctgaaaactgaaaagaatcctagaggtatatacaccgagcatgaaatgttcatg
gttatgtgtgtcgttttcacatgtatcttctttgatcttgatcccgcaaagtctttccct
ctccggcaagcagcccgagtagttgcgcaacaattagggaaaattgtcgaaggctatgtc
aagagtgtgaaagctactagcataatttccggaattgtggatcggttccggaagaatgag
actgcactgaaggactacgggattcacatgattcgaaggttgctagcaagtggccagagt
gtatctgaggtaacttggtcccaagttatgccaactgctggagcaatggttccgaaccag
gcacaagtgttcactcaaataatagactactacctttctgaagaagggcgcatccacctt
ccggaaattcagcgccttgctcagcaagacaccccggaatctgatgacaagctccttcac
tactgcatggaggccatccgtttaaatggcacgttcggctcatatcgagaagccacaact
gcgatggaaattgatgacgatggtcgacatgtctcaataaagccgggcgataaagttttc
gtgagcttcgtttcggcgaaccgggacccagatattttcccaaatccaaatgaagttcgc
cttgacagaccgttagactcctacattcactacggtgaagggccccatacttgtttgggt
agagatgcaaacatggtggctctcacctccatgcttcgtgtgatcggaaaactgaagaac
ttgcgtcgagcgccaggccctcaaggggaactaaagaaggtccctagaccaggtggattc
tacatttacatgcgtgaggatcatggcagttattttgtattcccgatgaccttcaaagtg
cactttgatggagagctacctgagccacacagcaggccagcttaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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