KEGG T01018: AOR_1

Aspergillus oryzae: AOR_1_304194

Entry

AOR_1_304194 CDS T01018

Gene name

AO090012000173

Definition

lysophospholipase NTE1

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

aor Aspergillus oryzae

Pathway

aor00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:aor00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

317136713

NCBI-GeneID:

5987706

AA seq 1523 aa
MATDGGPLAASSASLDSSLSPLHASPSPSSTYTASSLALSAPAIAASFSVASTFSNSLIP
PPPLPPPTPSTMAGWFGWVFSFFFQVIPSVLYWVITFATITLPTWLFTLFSMSLTFTMNF
TTLLLIALAIVSTISWFIRYRFLNMYSRLPSEPQRKEPHLDLFPDVQEGDSKPGLANYLD
EFLSAIKVFGYLERPVFHELTRTMQTRKLIAGETLMLEEEKGFCLVVDGLVQIFVKSMRD
GKPNVDEGSNHMGAESSDEDDHRVDGKQGYQLLTEVKNGASMSSLFSILSLFTEDIQLRA
SEGSSSSASSVGPSTNARVSDSFPASPHGLEDSPRSNFVRDHGDSVAHISNSNGELLPSV
PPLNLGESHAMPIQEPYPKPRSQPGKRRRKSVHPDIVARAMVDTTIAIIPASAFRRLTRV
YPRATAHIVQVILTRLQRVTFATAHSYLGLNNDVLGIEKQMTKFTTQDLPNEMRGAALDR
LKDKFIKERDRLGPEEIIKGIALHNPFAGRRRRSSSFLRKEAVLHAKMAAQSKRPVSMAS
PEDISGDRESAGPSPGDLLSTIQLSRFGPRYEHLAPKLLSPLTDKENPPFMAPVMHSSPF
HRKKDAVDEDALFRESILDCIMNGIGLTSSTRDVLRKSSHTSGDISPKLLSYDSRRQKAV
FTNNAFGFIDPYDSSADGETESMMSMSMTSAGGTSPIVNLREELRNDIEIVYFPQGSVLV
EQGERHPGLYYVIDGFLDVGIPVSDKGEDLVGGSRPVYGQPPEEFFPTLKRTTTSSSRVS
GVTSATNDTKRKRQSRKSLYLIKPGGIQGYVGSVASYRSYTDVVAKTDVYVGFLPRSSLE
RIAERYPIALLTLAKRLTSLLPRLLLHIDFALEWVQVSAGQVIYHQGDESDAIYLVLNGR
LRSVLEGTDGKITVVGEYGQGESVGELEVMTESTRPATLHAIRDTELAKFPRSLFNSLAQ
EHPGITIQVSKLIAQRMRDLVELPMPEKGGEHANVGSVKTAASVVNLRTVGILPNALHQI
GVTNGVTSLNQAAILNHLGRHAFSKMGKLKLSQYLADLEEKYGMVLYIADTNVNSPWTQT
CITQADCILLVGLAESSPSIGEYERFLLGMKTTARKELVLLHSERYCPPGLTRQWLKNRM
WINGGHHHIQMGFRLTPEPSHPQAKRLGAVLKQRVQVIQAEIQKYTSRRIRQTPLYSAQT
PFKGDFHRLARRLCGRSVGLVLGGGGARGIAQVGVIKALEEAGIPIDIIGGTSIGSFIGA
LYARDADVVPMYGRAKKFAGRMASMWRFMLDLTYPTTSYTTGHEFNRGIFKTFGDSQIED
FWLEYYCNTTNISKSRPEFHSSGYTWRYVRASMSLAGLIPPICDEGSMLLDGGYIDNLTV
THMKGLGADVIFAVDVGSIDDNTPQGYGDSLSGFWTVLNRWNPFSACPNPPTLSEIQARL
AYVSSIDNLERAKNTPGCLYMRPPIDPYGTLEFGKFDEIYQVGYAYGKQYLEKLRSEGSL
PLPEETEEKKKLQRTLAPRRASI

NT seq 4572 nt +upstreamnt +downstreamnt
atggccaccgacggtggtcccctcgcggcctcgtctgcgtctctcgattcaagtctaagc
cctcttcatgcatctccctcaccctcctcaacctacactgcttcgtccctcgccctatct
gctcccgccatagccgcaagcttttccgtggcttcgaccttttcaaattctcttatccca
cccccaccgttaccccctcctacgccttcaaccatggcggggtggttcggatgggtgttt
tctttctttttccaggtcattccaagcgtcctatactgggtgataacgtttgcgaccatc
acgctgcccacatggctattcacgctcttctcaatgagcttgaccttcactatgaatttc
accactctcttgttgatcgcgctggcgatcgtatcaacgatcagttggtttatccgttat
cggttcttgaatatgtatagtcgtctgccttcggaaccccagcgcaaagaaccccatctc
gatctcttccccgatgtccaggaaggggactccaaaccgggcctggccaattacctagac
gaatttctaagcgccatcaaggtgtttggttacctcgaacggcctgtatttcatgaattg
acacgtaccatgcaaacgaggaagttgattgctggggaaaccttgatgctggaggaagag
aaaggcttctgtcttgtggtggatggcttggtccagatattcgtcaagtccatgcgggac
gggaaaccaaatgtagacgaaggttcaaaccacatgggagccgagtcttctgatgaggac
gatcatcgtgtggacggaaagcaaggttatcaactgctcacagaagtcaagaacggtgcc
tccatgtcgtccttgttctccatcctgtccttgttcaccgaggatatccaactacgagcc
agcgaaggctcgtcgtctagtgcatccagtgtaggccctagcaccaatgctcgggtatct
gactcgtttccagcgagccctcacggcttagaggacagtcctcgttctaatttcgttaga
gatcatggtgactccgtcgcccatataagcaacagtaatggggagcttctgccatccgtc
ccgcccctaaacctaggagaaagccatgctatgcccatccaggagccttacccgaaacca
aggagccagccaggcaagaggcggcgcaagtcagtccatccagatattgtggctcgagcc
atggtggacacgaccattgccatcatcccggccagcgccttccgccgtctgacgagggtc
tatccgagagcgaccgcccatattgtccaggtgatcctgacacggctccaaagagtaacg
ttcgccacggcacattcttatctaggtctcaacaatgatgtactgggcattgaaaaacag
atgaccaagttcacgactcaggatctacccaatgaaatgcgtggggccgcgttagatcgc
ctcaaggacaaatttattaaagagcgagaccgcctgggcccggaagagatcatcaagggc
atcgcacttcacaatccttttgctggcagaaggcgccgatccagtagcttcctgaggaaa
gaagcagttctccatgcaaagatggcagcacaatcgaagcgaccagtgagcatggccagc
ccagaggatatctccggtgaccgtgagtcggcagggcctagccccggggatctgttgtct
accattcaactctcccggtttggccctcgatacgagcacttagctccgaaactgctcagc
ccattaacagataaagagaatcccccctttatggctcctgttatgcacagttcgcctttt
catcgaaagaaggacgctgttgacgaggatgccctgttcagagaatccatactggattgc
atcatgaatggcattggactcactagcagcactcgcgatgtcttacgtaagagcagtcac
acctctggggacatatccccaaagctactttcatacgattctcggcggcaaaaggccgtg
ttcactaataatgcattcggcttcatcgacccttacgatagttctgcggatggtgagacg
gaatcaatgatgtcaatgtccatgaccagcgctggtgggacatcgcctatcgtcaatctg
cgagaagagcttcgaaatgacatcgagatcgtctatttcccccagggttcagtgctggtg
gagcagggggaacgccatccaggcctgtactatgtgatcgacggattcctagacgtaggt
atccctgtatccgacaaaggagaagatcttgtgggcggctcgagaccggtatatggccag
ccacctgaggaattctttccgaccttgaagcggacgacgaccagctcctctcgagtttcg
ggtgtgacgagtgccacaaatgatactaagcggaaaaggcagtcgcgaaagtcactctat
cttatcaagcctggtggtattcaaggatacgtcggatccgttgcatcttacaggtcctat
acggacgtggtggcgaaaacagatgtgtatgtcgggttccttccaaggtcatccttggaa
agaatcgccgagcgttaccctattgcgctgttaaccctggcaaagcgattgacaagtctt
cttcctcgtttgcttcttcacatcgacttcgccctagaatgggtgcaagtaagtgcaggc
caagtcatctatcaccagggggatgagagtgatgcaatctatcttgttttaaatgggcgt
ctacggtctgttctcgaaggtacagatggcaagattacagttgttggcgaatatggtcag
ggagaaagcgttggggagctagaggtcatgacagagtcgacacgcccggcaactctacac
gccattcgggatactgagctagctaaattcccgcggtcccttttcaacagtcttgcccag
gaacacccgggaattactatccaggtttctaagctcattgcccagcggatgcgagatctc
gtcgagcttcccatgcctgagaagggaggtgagcatgccaacgttggaagcgtcaagacc
gctgcctctgtggtaaacctccgtactgttggtatacttcccaacgcgcttcaccagatc
ggcgtgacgaacggcgttacctccctcaaccaagcggcgatcttgaaccatctcggacga
catgctttcagcaagatggggaaattgaagttgtcccagtatctggccgacctcgaagaa
aagtatgggatggtactctatatcgcagacaccaatgtgaactctccatggacacagacc
tgcatcacgcaagccgactgcattctgctcgttggccttgccgagtcatcgcctagtatc
ggtgagtacgaaagatttctacttgggatgaagacaacggctagaaaagaacttgtgttg
ctacattccgagcggtactgccctcccggactgacgcgccaatggctaaagaaccggatg
tggatcaacggtggccaccatcatattcagatgggcttccgcttaacccctgagccctca
catccgcaggcgaaacggcttggagctgtactgaaacaacgtgttcaagttatccaggca
gaaatccaaaaatacacctcgcggcggattcgccagacgcctctctactcggcacaaact
ccgttcaagggcgacttccatcgcctggctcgccgactttgtggcaggtctgttggactc
gttcttggtggcggaggagctcggggtatcgcccaagttggcgtcatcaaagcactggaa
gaggccgggatccctatcgacatcattggtggtacatctatcggctcattcattggagct
ttgtatgcacgggatgcggatgtggttcccatgtatggtcgagcgaagaagtttgccggt
cgcatggcgagcatgtggcggtttatgctggatctaacgtatcctaccacctcttacacc
actggccatgagttcaaccggggaatcttcaagacgtttggagatagccaaatcgaggac
ttttggctggagtactactgcaacaccaccaacatcagcaaatcacggcctgaattccac
tcgtcgggttatacttggcgctacgtgcgtgcatcgatgtcattggccggcctaattccc
ccgatttgcgacgagggcagcatgctacttgacggcgggtacatcgacaaccttacagtg
acccacatgaagggactcggggccgatgtgatttttgccgtcgatgtgggctcaatcgat
gacaacacgcctcaagggtacggtgattcgctgtccgggttctggaccgtgctcaaccgt
tggaacccgttctccgcttgccccaaccctcccacgctgtccgaaatccaagcacgactc
gcatacgtgtcatcgatcgacaatctagaacgggctaaaaacaccccaggctgtctgtat
atgcgtcctcccattgacccatacggaacccttgagttcggcaagttcgatgagatctac
caggtaggctacgcatatggcaagcagtatctagagaaactgcgcagtgaaggatccctg
ccgttaccggaggagacagaagagaaaaagaagctacaacgtaccttggcgcctcggcga
gcaagtatttaa

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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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