KEGG T01044: LACBIDRAFT

Laccaria bicolor: LACBIDRAFT_315146

Entry

LACBIDRAFT_315146 CDS T01044

Definition

hypothetical protein

Orthology

K11987

prostaglandin-endoperoxide synthase 2 [EC:1.14.99.1]

Organism

lbc Laccaria bicolor

Pathway

lbc00590	Arachidonic acid metabolism
lbc01100	Metabolic pathways

Class

Metabolism; Lipid metabolism; Arachidonic acid metabolism [PATH:lbc00590]

SSDB

Motif

Pfam:

An_peroxidase MCPsignal

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1120 aa
MSLRYIRDRIVKRVDFIAESRAPLDTDGAHPQSHVFEKTVTEIHELLVKPAFQVSDLGAY
WDAIQNLSTVGLNDRDLLLEKVLVLMSRLQHTKISLKVQQFVINLLYKDLPHPPSGYLGL
SPSSTLCHHHKTLEDASTHALVKYAYRAADGSNYNPLFPTLGKAGSPYARSVPSANIVPS
SALPDPELVFDTLLRRQKFVPHPGGISSLFFAFADLVIHSIFNTNHFDWSINDASSYLDL
SVLYGSSESQVNSVRRRDGTGKLFDDVFADSRLLFMPPASCALLVLLNRNHNYIAEKILN
INENGNLSSPPPEDEKLRLAQDDEIFHRARLVNCGYFMHIILGDYVGAILGLVRDESDWR
LDPLMTMREISHEFVPQGEGNVVSIEFNLLYRWHATLSAQDEKWTEGEFNKLFKGKNPND
VTIEDFKNAAHEFMLPPKDPRVWTFKDLKRDDKGRFNDADLAQILQDATEWRAGAYGARG
TPEVLRVIEIMGMKQARSWGTCSLNEFRKFLGLRPYETFAEWNPDREIHTAAAALYRDID
NLELHVGLQAEQTKKPGPGAGLCPGYTISRSILADAVCLTRGDRFLTVDFNPFNLTSWGY
QDCQYDKKDGSYGGLLTKLLFRTLPEHYQRGSAYAHFPFLDPVFMREENLAKTNPSLVDK
YIWTRPRQDSPTVPFDTLESVKKVLKDPHFVSAYDHRLYNVVKPFLPKKRPSAFTTVSKR
LSIIKKSTPTTAVTPTKENEVPEAIRHLHEGVSQVSSLIHGESTADWVAFFSKATEDLIK
AKAFEPVSKGVKYVDIVKDVINILPIHWISHSIAGLPLKTSANPGGVWYEQDTYHKFAVI
ASYVYLNFDPVNDWHLRESSQRYSAEILDIIHAHIEKLTGIQLSIPDALNHLSIGASNKS
HDFLKKVIDANGKNNTRHELAAQVFSATIPTAPLYSQAIAKVVDFYLAREQAVARQEIVN
LANSKDKDAPSKILAYVREALRLNPTVAGVYRTAAQDVLVGSKRVNATEHAFASIVKANL
DPEVFGPHPSVASYSRPADKAGITTIGDFGLLSPVFFDATAPVILGKILSLKNLKPAPGK
SGTLLSFKENWNGTPSTQYINTEGIVGPFPDSLLVQFTPA

NT seq 3363 nt +upstreamnt +downstreamnt
atgtcccttcggtatattcgtgaccggatcgtcaagcgcgttgacttcatcgccgaaagt
cgcgctcccctcgacactgatggcgcgcatccgcaaagccacgtttttgaaaagacggtg
acagagatacacgaactcctcgtcaaacccgcttttcaagtttcagatctaggcgcgtac
tgggatgcgattcaaaatctgagcactgttggcctcaacgaccgggacttgctgcttgaa
aaagttctcgtgttgatgtcgagacttcaacacaccaaaatatcgctgaaggtccaacag
ttcgtcataaacctcctttacaaggatctgccccacccaccaagcggctatttgggcctt
tctccgtcatctaccctttgccatcaccacaagacattagaagacgcctccacacatgcc
cttgtgaaatatgcttatcgcgctgctgatggatcaaactacaatcccctcttccccaca
ctcggcaaagcagggtcaccttacgcccgttccgtaccctccgcaaacatcgtgccgagt
tccgccctccctgatcctgaactggtcttcgataccctccttcgacgccaaaagttcgtc
ccacaccccggaggcatttcttccctattcttcgcgttcgcggatctggtgatccacagc
atcttcaacaccaaccacttcgactggtcgatcaacgacgcaagcagttacctcgatctt
agcgtactctacggtagctccgagtcgcaagtcaattcagtcaggaggagagatggaact
ggaaaattgttcgatgatgttttcgcggatagtcgtttgctattcatgcccccagcaagc
tgtgcgctgttggttttgctcaacaggaatcataattacattgcggagaaaatcttgaat
atcaatgaaaacggcaatctcagctcgccgcctcccgaagacgaaaagttacggctggcg
caagatgacgaaatctttcatcgagcccgcctcgtaaattgtggatatttcatgcatatc
attctcggagattatgtaggcgcaatcttggggctcgtccgtgatgaatccgactggcgt
ctcgatcccctcatgacgatgcgtgaaatcagtcacgaatttgtcccacagggtgaaggc
aacgtggtttccatagagttcaacctcctctataggtggcatgcaacgctgtctgcacag
gacgagaaatggacggaaggagagttcaacaagctcttcaagggcaaaaatcccaacgac
gttaccattgaagatttcaaaaacgcggcccatgaatttatgttacccccgaaggacccc
agagtctggactttcaaagatttgaagcgggatgacaagggccgtttcaacgatgccgac
cttgcacagattttgcaagatgctacagaatggcgcgcaggagcatatggagcgcgagga
actcctgaagttctcagagtgattgagattatggggatgaaacaggcgaggtcttgggga
acttgttcgcttaacgagttcaggaagtttttggggctcaggccatacgagacatttgca
gagtggaatccagatcgtgaaatccataccgcagcggctgcattgtacagagacattgac
aacttggagctccacgtcggtctgcaagcagagcaaactaaaaagcccgggccaggagct
ggcttgtgccctggttacaccatctcacgctccattcttgctgatgcagtttgcctcact
cgaggagatcgtttcttgactgtggacttcaatcccttcaatcttacctcttggggatat
caagactgtcaatacgacaagaaagacggttcatacggcggtttacttacgaagttgctt
ttccgcacattgccggagcactaccaacggggatcagcatacgcccacttccctttcttg
gaccccgtattcatgagagaagaaaacttggcgaagacaaacccatctctagtcgacaag
tacatctggactcggccgcgccaggattcacccaccgttcctttcgacactcttgagagt
gtcaagaaagttctaaaggaccctcactttgtgtctgcctacgaccatcgactttataac
gtagtgaaacctttcctgccaaagaaacgcccatcagcattcacgaccgtgtcgaagaga
ttgagcattatcaagaagtcgactccgacgacagcggtcacgcctacgaaagaaaacgag
gttccagaagccataaggcatcttcatgaaggggtctcacaagtctccagcctgattcat
ggagaatctacggccgactgggtggctttcttcagcaaagcgaccgaagatttaatcaag
gcaaaggcgtttgaacccgtgtcgaaaggcgtgaaatacgtagatatcgtcaaggacgtt
atcaacattttgccgatccattggatatcacatagcattgctggcctacccctgaagacg
agcgcgaatcccggcggtgtgtggtacgagcaggacacttaccacaagttcgcggtcata
gcgagctatgtttaccttaatttcgacccggtcaacgattggcatctacgagaatcctct
cagcggtattctgctgagatccttgacattattcatgcccacatcgaaaagctcaccggt
atccagctctcgattccggacgccttgaatcaccttagtattggtgcttcaaacaagagc
cacgatttcttaaagaaagtcattgacgcaaatgggaagaataatacccggcatgagttg
gcagcacaagttttctcggctaccattcccactgcacccctctattctcaagcgatcgca
aaggttgtcgacttttatctcgccagggagcaagcagtggcgcgacaagaaatcgtaaac
ctggcaaattccaaagataaagacgccccctccaaaatcctggcatatgtccgtgaagca
ttgcgattaaaccctactgtggcaggtgtttaccgtacagccgctcaggatgtccttgtt
ggctcaaagcgagttaatgccaccgagcacgcctttgccagcatcgtgaaggcgaattta
gaccccgaagttttcggtccccacccatctgtggctagttactctcggccagccgacaag
gcaggcataacgactattggggactttggattgctgtcgcccgtcttttttgacgctacc
gctccagtgattcttggaaaaatcctatcattaaagaacttgaaaccagcacctggaaaa
tctggtaccctcctcagcttcaaagaaaattggaacggtaccccgagcacgcagtacatc
aacaccgagggaatcgttggaccattcccggactctctgcttgttcaattcacaccagct
tga

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)   
   JGI-LBC (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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