KEGG T01613: PTT

Pyrenophora teres: PTT_19951

Entry

PTT_19951 CDS T01613

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

pte Pyrenophora teres

Pathway

pte00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:pte00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

330946323

NCBI-GeneID:

10512758

UniProt:

E3SA38

Position

Unknown

AA seq 1520 aa
MATPGTATSRSLADVSKAAVYNTAEALSNSVLGMKSADTTTPSTSFGLLGRVVLSIFSVL
PTILYWVTYTLPTWLFTLFSMSLTFTMSFTSLMLVVVFLVSTISWFVRYRYMTMYARLPP
EPQREEPQVEVFPDSAESDSKRGLSNYLDEFLSAIKVFGYLERPVFHELTRTMQTRRLVA
GETILLEEEKGFCLVVDGLVQIFVKSNRADSDSDEDDMGGTESGDSAQQGHGQGYQLLTE
VKNGAPMSSLFSILALFTEDVKLRHDEDPDTGPSIPGTPNGAQSRPSVSRTSSFALDNSR
PQSPREAPEARLRHRRTSTLNSPTAGGRLERVPPLSLDLEEFGNERLKNTKTRKSPSRPG
KPKSAHPDIVARATVDTTIAIIPATAFRRLTRIYPKATAHIVQVILTRLQRVTLATSHAY
LSLTNEVLRTEKLMNKYTTYDLPGFLRDAPLERLKEKFAKETERIGEDEGMKGIALHNPG
AGRRRRSSVSLRRGTAAQARLAAAREASATGTVGSVALPKMTSPDQGPRNDRISAGDLLT
NSQMARGAGRIGRSSFSQPYHQDRRDVRTPLDASSFNPFASPSLRPKTLHRQESIDEATV
FRESILGCMFKAIGLTNLETPMPRATASVEQSPQLVSFDAGRQKAVFTNAFGFIDPYAAS
RDGDTESVASASNLSGMGGMGSHNILEEIVSDVEIVFFPKDSVLVEQGERNPGLYYVIDG
FLDVSVQVEEASEKNVFGTAPNGNGCTEEELFGSPLKPTSSNTGGRPPVDGSKKKRTRRS
LFMTKPGGLAGYLGTVSSNRSFVDVTAKTDVYVGFLPRGSIEKIVERYPVVLLTMAKRLT
TLLPRLIQHIDFALEWVQVNAGQVIYNQGDESDAIYIVLNGRLRAIRDAENSAVKVIGEY
GQGDSVGELEVLTESARPGSLHAIRDTELAKFPKTLFNSLALEHPGITIKISKIIASRMR
ALIDDPLHEQSKERNTKATRANVSSTINLRTVTILPVTAGIPVVDFGSRLVNALTQIGLP
QGVVSLNQAAILNHLGRHAFNRMGKLKLSQYLADLEERYGMVIYVADTPVKSPWTQTCIN
QADCILLVGLAEASPNIGEYERFLLTTKTTARKELVLLHSERYCPSGLTRKWLRNRPWIN
GSHHHIQMSFRATSEPVHHAGRRFGNALKQRVQVIQAEIQKYTSRKVRQTPLYSADTPFK
GDFHRLARRLCGRSVGLVLGGGGARGISQIGIIRALEEAGIPIDIVGGTSIGSFIGALYA
WDADVVPMYGRAKKFAGRMGSMWRFALDLTYPSASYTTGHEFNRGIFKTFGNSQMEDFWL
EFYCNTTNISKSRSEIHTSGYVWRYVRASMSLAGLLPPLCDNGDMLLDGGYVDNLTVAHM
KSLGADVIFAVDVGSLDDNAPQAFGDSLSGFWATLNRWNPFSSFPNPPTLSEIQSRLAYV
SSIDALERAKNTPGCRYMRPPIDPYGTLDFAKFEEIYEVGYKYGKEYLAELREQGVLPVT
EETEKEKNLRRTMAPRRASI

NT seq 4563 nt +upstreamnt +downstreamnt
atggctactccgggaactgccacgtctcggtcgctcgcagatgtctccaaggcagctgtc
tataatactgcagaggctctgtcaaattctgtactcggcatgaagtcggccgataccacc
acgccttcgaccagctttggtctactgggccgcgttgttctgtccatcttcagtgtactg
cccaccatcctgtactgggtgacatacaccttgccaacatggttgttcacgctcttttct
atgagtctgacttttaccatgagcttcacatccttaatgctcgtggttgtgttcctagta
tcaaccattagttggttcgtaaggtaccgctacatgaccatgtacgcgcgacttccccca
gaaccccaacgtgaggaacctcaggtcgaggtcttccctgacagtgctgagagtgattcc
aagagggggctgtctaattatcttgatgaattcttgagcgcaatcaaggtgtttggttat
ttggaacgccccgtcttccacgaactcacacgcactatgcagactcgtcgcctagttgct
ggcgagacgatccttttggaggaagagaagggcttctgtctggttgtagatggcttggtc
cagatctttgtcaagtctaatcgggctgactctgattctgacgaagacgacatgggtggt
acagagtcgggtgattccgcacaacagggtcatgggcaaggctaccagcttctcactgaa
gtcaaaaacggcgcacccatgtcctcgttgttctccatactcgcattgttcacagaagac
gtcaaactgcgccatgacgaagacccagatacgggcccaagcataccgggaacacccaac
ggagcacaaagcagaccatcagtatcgcgaacgagcagctttgccctagataattcgaga
ccccaaagtccgcgagaggcacctgaagctagactacgacatcgaagaacgtcaaccttg
aacagccccacggcgggtgggcggcttgaaagagtaccgcccctctcgttggatctggaa
gaatttggcaatgaacgcctcaaaaacaccaagactagaaaatcgccttcacggcccggt
aaacccaaatctgctcacccagatattgttgcgcgggccaccgtagataccaccatcgcc
atcattccagcgactgcatttcgacgattaacacgcatataccccaaagcaacggcgcac
attgtccaggttattctcacacgcttgcaaagagtcactctcgcgacaagccatgcttat
ttaagcctaacgaatgaggtcctccgtacagagaagctcatgaacaaatacaccacgtac
gaccttccgggattccttcgtgacgctcctcttgagcgcttgaaggagaaatttgcaaag
gagacggagcgtatcggcgaagatgaaggcatgaaaggtattgcgctacataatccggga
gccggtcgtagacggagatctagtgtatcgctcagaagagggacagctgctcaagcccgt
cttgcggctgcgcgggaagcaagtgcgactggaactgtgggcagcgtcgccttaccgaag
atgacatcgccagaccagggtcctcgcaacgaccgaataagtgcaggggatctgttgacc
aactcacagatggcgcgaggagccggtcgcattggacgcagcagtttttcccaaccttat
caccaggatcgccgagatgtccgtacgccgctcgatgccagctcatttaatccgttcgcc
tccccgtcactacgtccaaagacactacataggcaagaatctattgatgaagctaccgta
ttccgagagtcgattctcggctgtatgttcaaggccattggactcaccaacttggaaacc
cctatgccaagagcaacagcatcagtagagcagtcaccacagcttgtctcttttgatgct
ggtcgacagaaggctgtatttacaaatgcattcggcttcattgatccatacgccgcttcc
agggatggagacactgaatccgtagcttcagcgtcaaatctgtcaggcatgggtggaatg
ggctcccacaacatcttggaagagattgtcagtgatgtggaaattgtctttttccctaaa
gattctgtccttgtggaacaaggtgaaaggaaccctggcttatattatgtgattgacgga
ttcctggacgtgagtgtccaggtggaagaagcctccgagaagaatgtattcggaactgct
ccaaatgggaatggatgtactgaagaggaactcttcggttctcccctaaaacccaccagt
tcaaatactggtggtaggcctcctgttgacggcagcaagaagaaacgcacaagacgaagt
ctcttcatgacgaaacctggcggactagctggatatctcgggacagtatcatctaatcgg
tcctttgtggacgtcacagccaagacagatgtttacgtcgggtttctgcctcgcgggtcc
atcgagaagatagtggagcgttatccggtcgtcttacttacaatggccaaacgactgaca
acgcttctgccacgtctaattcaacacatagatttcgccttggaatgggtccaggtcaat
gctggccaggtaatttacaaccagggtgacgagagtgacgcgatctatatcgttttgaac
ggaagattaagagccattcgcgacgctgaaaacagtgcggtcaaagtcattggcgaatat
ggccaaggtgatagtgtaggcgaactcgaggtgctaacggaatctgctcggcctgggtca
ctgcacgctattcgagatacagagctcgcaaagttcccaaagactttgtttaacagtctt
gctttggagcatccaggaattacaatcaagatctccaaaatcatagcctctcgtatgcga
gctctgattgacgatccgctacacgagcaaagcaaagaaagaaacacaaaagctacccgc
gccaatgtgtcgtcgactatcaatctccgcactgtgaccattctcccagtgacagctgga
atcccagtggtggactttggaagtcgtctagtgaatgcactcacgcaaatcggtctgccg
cagggcgtagtttccctaaaccaagccgccatcctcaaccatctcgggcgacatgcattc
aaccggatgggcaagctcaagctttcgcaatatcttgccgacctggaagaaagatatgga
atggtcatctatgtggccgatacgcccgtcaagtcaccgtggacacagacttgtatcaat
caagcagattgtatcctccttgtgggtctggctgaggcgtcacctaatattggcgagtac
gagcgcttcttgttgacgaccaagactactgcgcgcaaggaacttgtgcttctgcattcg
gaaagatactgcccttctgggctaacacgcaagtggctaagaaaccgtccgtggatcaat
ggcagtcatcatcatatccaaatgtcgttccgtgccacgtcagaaccagttcaccatgcc
ggacgacggtttggaaacgcgctcaagcaacgggtgcaggttatccaggctgaaatccag
aagtatacatcgaggaaagttcggcaaacgccactctactctgccgatacaccattcaag
ggtgatttccatcgacttgcaaggcggctatgcggcagatcagtcggcctcgtattggga
ggtggtggtgctcgcggtatatcgcaaatcggcatcatccgcgcactcgaggaagcaggg
attccgattgacattgttggaggcacatctattggcagttttataggtgcattgtacgct
tgggacgcagatgtggtacccatgtacggtagggcaaagaagtttgcagggcgcatgggt
agtatgtggagatttgcactcgacctcacgtacccatctgcttcatacacaaccggccac
gagttcaaccgcggtatcttcaagacgtttggaaattcgcagatggaagacttttggttg
gagttttattgcaataccaccaacatcagcaagtcgcggtcagagattcacacatcaggc
tatgtgtggcgctacgtacgtgcgtccatgtcactagccggcctacttcccccgctatgc
gacaatggcgacatgcttctcgacggaggctatgttgacaacttgactgttgcacacatg
aagagtcttggtgccgatgtcatttttgcagttgatgttggcagtctcgacgacaatgcg
ccgcaagcgtttggcgactcgttgagcggcttctgggcgacgctcaaccggtggaaccct
ttctccagctttccgaacccgccgacactatcggagatccaatctcgacttgcgtatgtg
tccagtatcgatgcgctggagcgggcaaagaacacgccgggatgcagatatatgcggccg
ccgattgatccatacggcacgctagattttgccaagtttgaagagatctacgaggttggc
tacaagtatggcaaagagtacctagcagaactccgcgaacaaggtgtgctccccgtgacg
gaagagacggagaaggaaaagaatctccgacggacaatggcaccgcgacgggcgagcatt
tga

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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