KEGG T01044: LACBIDRAFT

Laccaria bicolor: LACBIDRAFT_243220

Entry

LACBIDRAFT_243220 CDS T01044

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

lbc Laccaria bicolor

Pathway

lbc00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:lbc00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1444 aa
MDSEVLTESIDRHPLVSLVSASFWVILWLLSWAKSLVAFATITVPRLLYAVLSYSMTLTL
GFWNFAVFFGVSAVALNYWIRFRYLNDYTQLKEPPLVKPDINELHPDVNTDPPSSFHNYL
DDFLQAVRVFGFLEKPVFHELARHLQTRRLIAGDSLSLSQDKSFYCVVEGMVQVYAQTGH
SPEVQQSLWDDEDMNGYQLLNEVGSGGTLSSLFTILSLFTEDVQMSWQDEYPGVSVDDTA
CFESNPSPFIRNRSHRANSDVSQFDLESKTKTSTRRFSVSSTASTVHADHSRSSRGNSMS
PGHQDEPPVEQMRPFIPSGPSRPTPAHRGVVARATVDTTLAVIPAEAFRRLTKKFPKATG
HIVQVILTRFSRVTFNAAHKYLGLTSEVLRTEKAINDIACHPLPASFYEGGGLQYLRNRF
DASTSSTTETDSDYFSYTQSPSQTTSELPKLKKPSTAAGDDTLQTRKISNGQSPPMRASR
TMVQPGDLLMPKSSIHDSFRTPLRTFSTLNTPGLPRGSDDADLGRKMNQGSRSSHWSVED
FDLREEVMSCIAKSIGLLQPPLSGSDSVEASPAFPATEHRRPSGGFSSPFGSLSLLDLGD
DVSSATGGSSSILPSGNHLSGLDNEVEILFFAAGSTLAKVGELNTGLFYVIEGFLDILLP
SDEGHKDGAAAPTRPDAMPDSVDSEPWRTPGGRSSKPEKKLLFTVKPGGIAGYLASLCNT
ASYVDIQAKTDTYVGFLPLLALERILEKRPIVLLTLAKRLISMLSPLVLHIDASLDWMQV
NAGQVLWRPHDVSDSFYIVINGRLRAISESEKGGVTIEGEFGQGDTVGELDVITSSPRRN
TVHAIRDTELIRMPQTLFNAISARNPQTTAQLLRMIASRVRDEVDSTSLAQGRTSTAELG
HNNTNLKTVAVLPVSRNVPVDAFARKLQSALEGIGASTSYLNQAIISHHLGRHAFTRMGK
LKSAGWLADQEQRFHTVLYVADSPVNSSWTQTCIRQADCVMVVGMGDDPSIGEYERLLLS
MKTTARKELVLLHPDRSVVPGSTREWLKNRPWVHQHIHVEMEGLVLPPKSTVHKDPDAVT
ALKNLKDKVQSEIQKYRGGTTDLRPPRLPHTNDFSRLARRICGRSIGLVLGGGGARGIAH
IGLIRALEEFEIPIDHIAGTSIGAFIGGLYAREGDLLRTVGRAKQFSGRMGNIWRILSDV
TYPIVAYTTASAEIFEITGHEFNRSLYKAFYDLHIEDMWLPYFCNTTNIMTSRMEIHETG
YAWRFIRASMTLVGLLPPLCDNGSLLVDGGYIDNLPVAAMFSMGASAVFASDVGSLDDNS
PRNFGDTVSGWWLLINRWNPFSNARHVPPITEIQSRLAYVSSVKTLEEAKVAKNCLYIQM
PVHEYGTLQFGKFEEIQKQGYIASMDILEKFDKEGRLPSAFMNGIGGINPGGKKKGRSVR
RNSI

NT seq 4335 nt +upstreamnt +downstreamnt
atggattcagaagttcttaccgaatccatcgacaggcatcctttggtttcgttagtgtcg
gcaagtttttgggtcatcttatggcttttgtcgtgggcgaaatccctcgtcgcatttgcg
acgattactgttcctcgactgctgtatgcagtgctctcatattccatgactctaactctc
ggtttctggaacttcgctgttttcttcggggtctcggctgttgctctaaactattggata
cgctttcgttacctcaacgactacacccagttgaaagagcctcctctagtcaaaccagat
atcaacgagcttcacccagatgtcaatacggatccaccctcgtctttccacaactaccta
gacgatttcctgcaggctgtacgagttttcggtttccttgaaaaacctgtgtttcacgaa
ctcgctagacacttgcagacgcggaggctcattgcgggggacagcctttctttgagccaa
gacaaaagcttctattgtgtcgtagaaggcatggttcaagtttatgcccagaccggtcac
tccccagaggttcagcagagtttgtgggacgatgaggatatgaatggctatcaacttttg
aacgaagtgggaagcgggggaacactatcaagtctcttcacaatcctgagcctttttact
gaggatgtgcagatgagctggcaggacgagtaccctggcgtttcggttgacgatactgca
tgctttgaaagcaacccttccccattcatccgcaaccggtcacatagagcgaattctgat
gtttcgcagttcgatctggaatcgaagacgaaaactagcactcgccgattttcggtgtcg
tcgacggcgtcgacagtgcatgcagaccattccaggtcatctcgaggtaattccatgtct
cctgggcaccaagatgaacccccagttgagcaaatgcgtccatttataccctctggcccc
tctcgcccgactcctgctcatagaggggtggtcgcccgggcaacagtggatacgactctt
gctgtgatccctgcagaagctttccgcaggctgacaaaaaagttccccaaagccactggc
catatcgtgcaagtcatcctgacacgattctctcgagttactttcaacgccgctcacaag
tacctgggtctgacaagcgaggtccttcgaacggagaaggctattaatgatattgcctgc
caccctcttccggcttcgttttatgaaggagggggcctccaataccttcgcaaccgtttc
gatgcttccacttcgagtactacagaaaccgatagcgactatttcagttacacccagtca
ccatcgcagacgacatctgaattgcctaaactgaagaaaccatcaactgcagcgggggac
gatactcttcaaactcgtaaaatttccaacggtcaatctccaccgatgcgagcctcgcgt
actatggtgcaacctggtgatcttttaatgccgaaaagcagcattcatgacagctttcga
acgcccttaagaacattcagcacccttaatacaccagggctcccaagaggatctgatgat
gcagatcttggccgcaaaatgaaccagggatcacggtcgtcgcactggtcagtagaagac
tttgatcttcgagaggaggtcatgtcatgcatcgcgaagtctattgggcttctccaacct
cctctcagcggcagtgattctgttgaagcgtcccctgcttttcctgctacagaacatcgt
cgtccctcgggtggttttagctctccctttggttccctttccctccttgatctgggtgat
gacgtatcaagcgcaacaggaggatcctcatcgatattaccttcaggaaatcatcttagt
ggactcgataatgaggttgagattctcttttttgcggcgggttcgactttagcaaaggtc
ggagagttgaatacggggctcttctacgttatcgaaggctttctcgatattctcctgcca
tcagacgagggacataaggatggagccgctgctcctactcgccccgatgcaatgccagac
tcagtcgattccgaaccttggaggactccgggtggtaggagctcgaaacccgaaaaaaag
ctgctattcacagtcaaacctggagggattgccggatatcttgcgtcgctttgcaacaca
gcatcatacgtcgacatccaggcgaagacggacacttacgttggctttttacccctcctt
gcgttggaaagaatactcgagaagcgtccaatcgttctgctcaccctggcaaagcgtctc
atctcaatgctttctcctctagtccttcacattgatgcttctttggactggatgcaagtt
aacgctggtcaagtactctggcggccacatgacgtcagcgacagcttctacatcgtcatt
aacggacgtttgagagccatatcagaatctgaaaagggtggggtgaccattgaaggagag
tttggtcaaggtgatacagtcggggaacttgacgttattaccagttcacccagaaggaac
accgttcatgctatccgcgacactgagctcattcggatgcctcaaaccctcttcaacgca
atttcggcacgcaacccacaaactactgcacaactgctccgaatgattgcttcgcgggtg
cgcgatgaagtagactcaacatctttagcccaagggaggacatcaacggcagaactcggc
cataacaacacaaatttgaagacagtcgccgttcttccggtgtctcgcaacgttcctgtt
gatgccttcgcccgcaagttgcagagtgcactcgaagggataggagcttcaacatcatac
cttaaccaagcgattatttctcatcatctcgggcgccatgcgtttactcggatggggaag
ctcaagtctgcgggttggctggccgatcaagagcaacggtttcacaccgttttgtatgtc
gcagattcgccagttaatagttcctggacccagacttgcatcagacaggctgattgtgtt
atggtggttggtatgggggatgatccaagcattggagaatatgaacgtctgctcttatct
atgaagacaacagcccgtaaggagcttgtcctgttacatcctgatcgctccgtggttcct
ggttcaacccgcgagtggctcaagaatcggccgtgggttcatcagcatatacatgtcgaa
atggagggcttggtgttgccaccgaaatctactgttcataaggatccggacgcagttacg
gcgctgaaaaacttaaaagataaagttcaaagcgaaattcagaagtaccgtggagggaca
acagaccttcgacctccacgcctaccacacacgaacgatttctcccgtttggcaaggagg
atatgcggaagatcgattggccttgtcttgggagggggcggagctagggggatcgcacat
atcggtcttattcgtgctcttgaagagtttgaaatcccgatagatcacattgctggcaca
agcattggcgccttcatcggtggtctgtacgcgcgcgagggagacttgctcaggacagta
ggtcgagccaagcagttcagcggaagaatgggtaatatctggagaattctctctgatgta
acctatccaatcgttgcttacacaacggcgagtgcagaaatttttgaaataacgggacat
gaattcaatcgatctttgtacaaagcattctacgacttacatatcgaagatatgtggcta
ccttacttctgcaatacgaccaacatcatgacatctcggatggaaattcatgaaacagga
tatgcatggaggttcatccgtgcctctatgacattagtgggacttttgccgccactgtgc
gacaatggcagtctgttggttgatggtggatacattgataatctgccagtggcagctatg
ttctccatgggtgctagcgcggtgtttgcttctgacgtgggctcgctcgatgataactct
ccgagaaattttggagatacagtttctggctggtggcttctcatcaatcgctggaacccc
ttctctaatgcccgtcacgtgccgccaattactgaaatacaaagtcgcctggcgtatgtt
tccagtgtcaaaactcttgaagaggcgaaggtagccaagaattgcctctatattcagatg
ccagtccacgagtatggaactttacagttcgggaaatttgaagagatccaaaaacagggc
tacatcgcttcaatggacattcttgagaagttcgacaaggaaggaagacttccctcagca
ttcatgaatgggataggaggaataaaccctggaggaaagaagaaagggaggagtgtccgg
cgtaattcaatttag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (1)   
   KEGG REACTION (4)   
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 (25)   

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