KEGG T01048: PODANSg7135

Podospora anserina: PODANSg7135

Entry

PODANSg7135 CDS T01048

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

pan Podospora anserina

Pathway

pan00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:pan00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

171690346

NCBI-GeneID:

6194501

UniProt:

B2B297

Position

AA seq 1519 aa
MTELSTTVAVAAAAGSDALSSAVATASDVANTHGSSSWLGMFTKVLIWVLQLLSTILYYV
IKLATISVPTLLYNNLFSKSWTVTMNATTLMLIIAAIALGMAYFVRYHYLTSYERLPPEP
QRKQPSIEIFSNTREEDAKAALATYLDQFISAIKIFGYLEASVYHELTRSVQTRTLIAGE
TLNLEEEEGFCLVVNGLVEIFVKSGENRSFAHSPHISAVDGLSSSDDEHSIPGQQRYQLL
TEVRNGAPMSSIFSIMSLFTEDVPLRSPEDEVSGPGLFAGYPPSAGYPPSAGLGVVRPRL
APMSQPVTQPGTPQRHDSATSSIENLPESVITPETPVSVDTLPHVPPISLDTGTASRPKR
PIPKRAATSSAHPDIIARATVDTTIAIIPASAFRRLIRIYPKATSHIVHVILSRFQRVTL
ATAYNYLGLTAEVMQIERNMLKYTTRELPNHLRGDALDRLKEKFKKERERLGEEEVGKGI
ALHNAGAGRRRQSQATLRKDAVLQAFAKQRHRSLVGSGDGPSPGDLLGDMQAARSGGHHH
RAPTLSATSPQFDLHVPREAMSPLAQRTPNPFNTLRNPHVSIAKGESVDEDNLFRESILE
CMFKALGLANNGTVKDTDSVQASPRLVSLDGRRQKAVFTTGAFGLMGGVGASADGDTESV
ASTGFSAVPVNPTVLAQEMRDEVEIVFFPKGSVLVEQGERNPGLYYVVDGFLDVCTQTED
SHSDIIHSSGSTSLHAMDSYESLCAPHQRHSSIPGAKDGHFRNARKKKTGRRSVALIKPG
GLAGYIGTISSYRSFIDVVAKTDVYVGFLPLTSIEKIVDRYPIVLLTMAKRLTNLLPRLI
LHIDFALEWVHVNAGQVIFNEKEESEAIYIVLNGRLRLVEQREDGGSNVKAEYGQGESIG
ELEVLTESSRSGTLQAIRETELVKFPRTLFNSLAQEHPNITIKISKIIASRMRALIDDPT
KMLSPKDSGSRISTTRISSTLNLRTVAILPVTSGVPVVDFGHKLLSALQQVGIPNGATLL
NHVAVLNHLGKHAFAKIGKLKLSQYLADLEEKYGLVIYIADTNPNTPWTQTCISQADCVL
LVGVAEGSPEIGDYEHFMLGLKATARKILVLLHPERYSNPGLTRAWLKNRPWINGGHFHI
QMAYSPTLPPMHTGAKRTLKQTVQNIQAEIQKFTSRRVRHSYMPDAPYKGDFHRLARRLC
GKSVGLVLGGGGARGIAQIGVIRAMEEAGIPIDIIGGTSIGAFIGALYAQHANMVPIYGL
AKKFAGRMASIWRFALDLTYPSASYTTGHEFNRGIYKAFAKTQIEDFWLEYYCNTTNISK
SRAEFHTSGYAWRYVRASMSLAGLLPPLCDEGSMLLDGGYIDNLTVSHMKSLGSDVIFAV
DVGALDDNTPQQFGDTLSGVWAFFNRWNPLSNVPNPPTLAEIQARLAYVSSVDALERAKT
MPGCFYMRPPIDEYGTLDFGKFNEIYEVGYEYGRGYLKELREKGVLPLIGEDGNGGKEKG
DGGGKAGLRRTMAPRRNSI

NT seq 4560 nt +upstreamnt +downstreamnt
atgacggagcttagtacaaccgtggcggttgctgccgctgcgggctccgatgctttgtcc
tctgccgtagccacggccagcgatgtagcaaacacccacggctcgtcatcttggctgggc
atgttcacaaaggtcctcatctgggttttgcagctcctgtcaacaatactctactatgtc
atcaagctggccaccatatcggtcccgacgctgctttacaacaacctgttctccaagagc
tggaccgtcaccatgaacgcaacaacgctcatgctcattatagctgctattgccttgggc
atggcctactttgtccgctatcactatctcacttcgtatgagagattaccgccagaaccc
caacgcaagcagccgagcatcgaaatattctcaaacaccagagaggaggatgcgaaggct
gccttggccacctatctggaccagttcatcagcgctatcaagatctttggctatctggag
gcttctgtctaccatgagctcacccgaagtgtccaaactaggacactcatagctggagaa
actttgaatctggaggaagaggaggggttctgtctggtggtgaatgggctggtggagatc
tttgtcaagtcaggagagaaccgttcgtttgctcatagcccacatatcagcgctgtggac
gggttgagttcgagcgacgatgagcattcgattcctgggcagcagcgttaccagcttttg
accgaggttcgcaatggtgcgcccatgtcatcgattttctccatcatgtctctattcacc
gaagatgtacccctgaggtctccagaagatgaggtgtctgggcctggcctgtttgctggg
tatccgccgagcgcaggctatccgccgagtgcaggactgggagtggtacgtcctcgtctg
gcgcccatgtcacaaccagtgacacagccagggacacctcaaaggcatgattctgcgacg
agctcaatagagaacctaccagaatctgtcattacgcccgagactcctgtctctgttgat
acactgccccatgttccgccaatcagccttgacacaggcacggccagcaggccaaagaga
ccaatcccgaagcgggcagcaaccagctctgctcatccagacatcattgcgagggcgacg
gtggacacaaccatagccatcattcccgccagtgcctttagacgtctaatccgcatctat
cccaaggcaacctcacacattgtccatgtgatactgtcccgattccagagagtcacgctc
gccactgcgtacaactacttgggtctgactgcggaggtcatgcagattgagcgcaacatg
ctcaagtacacgacacgtgagcttccaaaccacttacggggcgacgcgctggacagactc
aaggagaaattcaagaaggagagggagcggctaggcgaggaagaagttggtaaggggatc
gctctccacaatgccggagctggccgtcgccgccagtctcaagctaccttgcggaaagac
gccgtgctgcaagccttcgcaaagcaaagacaccgatcgcttgttggttcgggtgatggc
cccagccccggagacctcttgggagacatgcaggcagccagaagtggtggccatcaccac
cgagctcccactctctcggccacctcacctcagtttgacctgcatgtcccacgggaagcc
atgtctccccttgcccagcggactcccaaccctttcaatacgctgaggaacccccatgtg
tccatagccaaaggggaatcggtcgatgaagataacctcttcagagagtccatcctggag
tgcatgttcaaagccctgggcttggctaataatgggacagtcaaggacacggattctgtt
caggcgtctccacggctagtatcgcttgatgggcgccgccagaaagccgtctttactact
ggggcatttggtctcatgggcggcgtgggggcatctgctgatggcgatacagagtcggta
gcttctacaggattttctgctgttccagtcaaccccactgttctagcacaagaaatgaga
gacgaagtggaaatcgtcttcttccccaagggttcggtactagtggagcaaggcgagcgg
aatcctgggctttactatgttgtcgatggcttcctcgatgtctgtacccagacggaggat
tcgcactcggatattatccactcgtcagggagcacgtcgctgcatgctatggatagttac
gaatcactctgtgcaccccaccagagacactcgtcgatacccggagcaaaggatggccac
ttcaggaacgcacgcaagaaaaagacgggacgacggagtgtggcgctgatcaagcctggc
ggtctggcaggctatatcgggacgatttcgtcctacagatcattcatcgacgttgtcgcc
aaaactgatgtctatgtcggcttcctgccgctgacgtcgattgagaagattgtggaccga
tatcccattgtgttgttgaccatggccaagagactgacaaacctacttcctcgcctcatt
ctgcacattgactttgcgctggagtgggttcacgtcaatgccggacaggtgattttcaac
gagaaagaagagagcgaagccatctacattgtgctaaatggacgtctcaggctagtagag
cagcgagaggacggtggcagcaatgtcaaggccgagtatggtcaaggcgagagtatcggt
gagctcgaggttctcacagagtcgagccgctcgggaactttgcaggccattcgtgaaact
gagcttgtcaagtttccacgcactctgttcaacagtctggcacaggaacaccccaacatc
acgatcaagatttccaagatcattgcatcccgcatgagagcgctgatcgacgaccccacc
aagatgctgagccctaaggattcgggcagcaggatatcaaccaccaggatctcatcgaca
ctcaacctgaggacggttgctatcctgccagtaacttcgggcgttcccgttgtggacttt
ggacacaagttgctcagtgctctgcaacaagtcggcattcccaacggggctaccttgttg
aaccacgtcgcggtgctcaaccatctgggcaaacacgcctttgccaagattggcaagctc
aagcttagccagtatcttgcggacttggaggaaaagtacgggctggtgatctacattgcg
gacaccaaccctaatactccgtggacgcagacctgcatctctcaggccgattgcgtgttg
ttagtcggggtggctgagggatcgccggagataggggactatgagcatttcatgctgggt
ctcaaggccactgcccgcaagatcttggtcttgctgcatcctgagcggtattctaaccca
ggtcttaccagagcttggctcaagaaccggccatggattaatggtggccacttccacatc
cagatggcctacagtcccacactgccgccaatgcacaccggagccaagcgaacccttaaa
caaacagtccaaaacatccaagccgagattcaaaagttcacctcccgccgtgttcgccat
agctacatgcctgacgcgccttacaaaggcgacttccaccgtctcgcccgtcgcctctgc
gggaagtctgtcggtctggttcttggtggcggcggagcccgtggcattgctcaaatcggc
gtcattcgcgccatggaagaagccggcattcccatcgatatcattggaggcacctccatc
ggcgctttcattggcgccctctacgcccagcacgccaacatggtaccgatatacggcctc
gcaaagaagtttgccggtcgcatggcaagcatctggcgtttcgccctcgacttgacctac
ccctctgcctcgtacaccaccggccacgaattcaaccgcgggatttacaaagcctttgcc
aaaacccaaatcgaagacttctggctggaatactactgcaacacgacgaacatttccaaa
tcccgcgccgagttccacacgagcggttacgcatggcgatatgtccgcgcatccatgtcc
ctcgcgggtttgctccctcccctttgcgacgaagggagcatgctcctcgacggggggtac
atcgacaacctcaccgtctcgcacatgaaatcgctcggttccgacgtcatctttgccgtc
gacgtgggcgcgctggacgacaacacgccgcagcagtttggtgacactttgtcgggggtg
tgggcgttttttaacaggtggaacccgctgagcaatgtgcccaacccgcccacgctggcg
gagatacaggcgaggttggcgtatgtgagcagtgtggatgcgttggagagggcgaagacg
atgccggggtgcttctacatgaggccgccgatcgatgagtatgggacgttggactttggg
aagtttaacgagatttatgaggttgggtatgagtatggacgggggtatctgaaggagttg
agggagaagggggtgttgccgttgattggggaggatgggaatggggggaaggagaagggg
gatgggggagggaaggcggggttgaggaggactatggcgccgaggaggaatagtatctga

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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (24)   

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