KEGG T02234: NDAI

Naumovozyma dairenensis: NDAI_0D04780

Entry

NDAI_0D04780 CDS T02234

Gene name

NDAI0D04780

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

ndi Naumovozyma dairenensis

Pathway

ndi00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:ndi00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

365986404

NCBI-GeneID:

11495194

UniProt:

G0WAI0

Position

4:1119585..1124414

AA seq 1609 aa
MNITQDKSTPSSSSSASPISTSQERKGLPEQLIQAKHDWFLSSIGNFTWVIIYFCTGSTM
FVLKGISYILTLFLLQIPGKIIHSANKMRFTISFTVILTVIAILIYITYCIVKARVLSQY
KKLTPDEDSLLMNQNIGAGTNREAGSTPLNRSENMKNRNSNNINDDTFLSSYLDQFLSAI
KIFGYLEKPVFHALTKNMKTQKLDEGEILLLDNSIGFAIVVEGTLQVFHEVEQTADEIVR
NEARDDITEHESVLRVEALTNNDNEDLTTYNSGISDSDSDSDFDSDDESSGYIRLKNGLG
KFQLLNTVKPGNPISSLVNILNLFTSANPNASPYNINGSRSDSNDRGNSNNIDMQLQFGK
FTLNSDNATSSCPTPSMDTTPPLQSSEHIPALLSPYSIPKVVARASTDCTIAIIPPQAFA
RLTAKYPRSASHMIQMILAKLYNVTFQTAHNYLGLTREIMDIELSLNRSVKYELPYYLKE
TVIRKSKASNSEIKHNDSNRHARKSSFESSKPRLDSKTTSLSNDNLQAPIPAKPSRNSMV
IGSRHVVLDSRDHLNPGDLLSNVPLSRKEYNDDTPARDSKSPNQWTSKANASHDHIDTKK
HLKSYDRPKLKKNYQNGSSASFIKTLKTKHGMNEDIKTRSFSAAQEETEDSSVRMAVTEA
FFAFMGVSQSNMSAANPETSFTDSNTNLGRSVHRSSEISLDPSIGSSVTHQTTLRILPSE
YTITSRRQMKRNKKKKPYKEEISSNLDFDSAKNEFAQGLQLKFFKQGSNIVEANSDGKGM
FYVISGKISVSTSSDSDDHPTNKKNHKIEHTLFSIGSGGIAGYLSGIVGYKSFVNLKAQT
DVYVGFLPNKVIERLCDKYFLIYLRIAETLSGLLSSRMLKLDHALEWVHLSASETLFSQD
DPANGIYVVLNGRLRQLQERKRNTTNDVNEAITHHDSKKDKMKNSTTYPVVVGELAQGES
FGEVEVLTAMNRFTTIVAVRDSELARIPRTLFESIAMEHPSIMIRVSRLVAKKIMGNNYT
QNNEDNNLAIPLTKSLNSLNSHYQTQNHSSGKITFRTITILPIREGLPVENFAMKLVQAF
KQVGRNTIGLNQRTTLTHLGRHAFDRLAKLKQSGYFAELEEMYQTVVYIADTPSKSSWTQ
TCIAQGDCILLLADATSLPDIGEYENLLLKSKTTARTELILLHPERYVEPGLTQKWLRYR
PWVHSHHHIQLVVNPLEGISANKIHGFNGGALALVDKFIQTDFSKKTQQNISKLLPDSLK
TTVENFSSRFMKKRNAQFYTPTNPHKNDFLRLARILSGQAIGLVLGGGGARGLSHLGVIQ
AIEEQGIPIDMIGGTSIGSFVGGLYAKDYDLVPIYGRVKKFAGRISSLWRTLLDLTWPVT
SYTTGHEFNRGIWKTFGDTRIEDFWIQYYCNSTNITNSVQEIHSFGYAWRYIRASMSLAG
LLPPLEEHGSMLLDGGYLDNLPVLEMKARGCDTIFAVDVGSVDDRTPMKYGDSLNGFWIV
FNRWNPFSSHPNVPNMAEIQVRLGYVASVNALEKAKNTAGVLYIRPPIENYATLDFGKFE
EIYAVGVDYGRIFFQELESEGKMPFLPGCQAQVVASEVPEFLLHRRHSI

NT seq 4830 nt +upstreamnt +downstreamnt
atgaacataacgcaagacaaatcaactccatcctcatcttcatcagcttctccaatatcg
acatcacaagaaagaaaaggcttacctgagcaattaattcaagcaaagcatgactggttt
ttatccagtattgggaatttcacatgggtaatcatatatttctgtacaggctcaacgatg
tttgtcttaaagggtatatcatacattttaactcttttccttttacaaattccaggtaaa
atcattcattcagcaaataagatgcggtttactatttcattcactgttatcttaacagtc
atagcaatcttaatctatatcacatactgtattgtaaaggcaagggtattatcacagtat
aaaaaattaacacctgacgaagatagtctccttatgaatcaaaacattggtgcaggtacg
aatagagaagcaggttcgacacctcttaatcgatcggaaaatatgaaaaatcgtaattca
aataatatcaatgatgatactttcttatcatcttacttggaccaatttttaagcgctata
aaaatttttgggtatttggaaaaacctgttttccatgcattaactaagaatatgaaaact
caaaaactagatgaaggtgaaatcttattattagataattctatcggatttgcaatagtt
gtagaggggactttgcaagttttccatgaagtagaacaaactgctgatgaaatagttaga
aatgaagctagagatgacattacggaacatgaatcagttttacgagtagaagcactcact
aataatgataatgaggatcttactacttataatagtggcatctcagattcagactcggat
tcagactttgattcggacgatgaatcgtcaggttacattcggttgaaaaacggattaggt
aaatttcaattattaaatacagttaaaccaggtaatccaatatcttccttagtaaatatt
ctgaacttgtttacatctgcaaaccctaatgcatcgccttataatataaatggctcaagg
tccgatagtaatgatagagggaactcaaacaacattgacatgcaattacaatttggtaaa
ttcactttaaatagtgacaacgcgacttctagctgtccaacaccatctatggatacaacg
cctccccttcaatcttctgaacatattccagctctattatcaccatattctatcccaaag
gtcgttgcccgtgctagtacagactgtaccattgcaataattccacctcaggcgtttgct
agattgactgctaaatatcctagatctgcttcacatatgattcaaatgattttagccaaa
ttatacaacgtgacctttcaaacagcacataattatttgggtttgactcgtgaaattatg
gatattgaactatccttgaatcgttcagtcaaatatgaacttccttattatttaaaagaa
accgtcattagaaaatccaaggcttctaattcggaaattaaacataatgatagtaatcgc
catgcaagaaaatcaagttttgaatccagtaaaccaagattagattctaagactacatcg
ttatccaacgataaccttcaagcacccatcccagcaaaaccgagccggaactctatggta
atcggttcgagacatgttgttctagattcaagagatcacttaaacccaggtgacttgtta
tcaaatgtaccactatctagaaaagaatacaatgatgacactccagcaagagattcaaag
tcgccaaatcaatggacgtcaaaggcaaacgcctcacacgatcatatagatacgaaaaaa
catttaaaatcatacgaccgtcctaagctcaaaaaaaattatcaaaatggatcttccgca
agtttcattaagacattgaaaacaaagcatggaatgaatgaggacataaagacaagatca
ttttcagcagctcaggaggaaacagaagactcttctgttcggatggctgttactgaagca
ttttttgcttttatgggagttagccaatctaatatgtcagccgcgaacccagagacttcc
ttcactgacagtaacactaacctaggcaggagtgtccaccgctcatccgaaatttcattg
gatccttccataggatcctctgtgacacatcaaacaacactacgaatcttgccaagtgaa
tacactatcacttcaagaagacaaatgaaacgtaacaagaaaaagaaaccatataaagaa
gaaatttcatctaatttagatttcgactctgctaaaaatgaatttgctcaaggacttcaa
ttgaagtttttcaaacaaggatccaatattgttgaagcaaactccgatgggaaaggtatg
ttttacgttatttctggtaaaatatcagtctcaacatccagcgatagcgatgatcatcca
accaataagaaaaatcataaaatagaacatacactcttctcgataggaagtggtggtatc
gctggttatctttctgggattgtaggttataaatcctttgttaatttaaaagcacaaaca
gatgtatacgttgggtttttaccaaataaagtaattgaacgattatgcgacaaatacttc
ttgatatatctacgtatcgctgagactttgagcggtttactctcttcaagaatgttgaaa
ctagatcatgctttagaatgggttcatctttctgcatcagagacattattttcgcaagac
gatcccgcaaatggtatatatgtagttttgaacggtagattaagacaattgcaagaaagg
aagagaaatacaacaaatgatgtgaatgaagcaattactcatcatgacagcaagaaagat
aagatgaagaattctacaacatatccagtggttgtgggagaattagcacaaggcgaaagt
tttggagaagttgaagtgttgacagctatgaacagattcacaacaattgtagctgtaaga
gattcagagttagcccgtattccaagaacactatttgaatccatcgcgatggaacatcca
tcaattatgattcgtgtttcacgattggtcgcgaaaaaaattatggggaataactatact
caaaataatgaagataataatcttgctatcccattaacgaaatcattgaactctttgaat
tcccattatcaaacccagaatcattcttctggtaaaataactttcagaactattacaata
ttgccaattagagaaggactaccagtagaaaatttcgcaatgaagttagtacaagctttc
aagcaagtaggacgtaatacaatagggttaaatcagcgtacgacacttacccatttggga
cgccatgcgtttgatagattagccaaattgaaacaaagtggttattttgccgagttggaa
gagatgtatcaaacggtcgtttacattgccgatacaccgagtaaatcgagctggacgcaa
acgtgtattgctcaaggtgattgtattctcttattagcagatgctacatcattaccagat
attggtgaatatgagaatctattattgaaatcaaagacaacggcaagaacagaattgatt
ttgttgcaccctgaaagatacgtagaacctggcttgacacaaaaatggctacgatacaga
ccatgggttcattcacatcatcacattcaattagtcgttaatcctttggagggtatctct
gcaaataagatccatggttttaacggaggtgccttggcattagtagataaatttattcag
actgatttcagcaaaaaaacacaacaaaatatttccaaattattgcctgattcacttaaa
actactgtcgaaaatttttcttctagattcatgaagaaaaggaatgcccaattttataca
cccacaaatccgcacaaaaatgattttttaagacttgctagaattctttcaggacaagct
atcggtttggtacttggtggtggtggtgcgagaggtttgagccatttaggagtcatacaa
gctatagaggaacaaggtattcctattgacatgataggtggtacctccatcggttcattc
gtcggaggtttatatgccaaggattatgatttggtccccatctatgggcgggttaagaag
tttgcaggtagaatttcttccctatggagaacattattggacttaacatggccagtaaca
tcatacacaactgggcatgaatttaatcgtggtatatggaagacatttggtgacacgaga
attgaagatttctggatccagtattattgcaactcgacgaatatcaccaattcagtacaa
gaaatacattcttttggttatgcgtggcgttatattagagcatctatgtctcttgcaggt
ttacttccgcctttggaagagcatggatctatgctattggacggtggttatctggataat
ttacctgttttagaaatgaaagcccgtggctgcgatactatttttgctgttgatgttggt
tcagtagacgatagaaccccaatgaaatatggtgattctttaaatgggttttggattgta
ttcaatagatggaacccattttcttctcaccctaacgttccgaatatggcagagatccaa
gtccgtctaggttatgtagcgtctgttaacgcattagagaaggcaaaaaatacggctgga
gtactatatattagaccacctattgaaaattatgcaacattggattttggtaaatttgag
gagatatatgctgttggtgttgattacggtaggatctttttccaagagttagaaagtgaa
ggtaaaatgccatttctaccaggttgtcaagcacaggttgttgcttcagaagtgccagaa
tttttattacatagaagacacagtatttaa

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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