KEGG T01610: SMAC

Sordaria macrospora: SMAC_00939

Entry

SMAC_00939 CDS T01610

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

smp Sordaria macrospora

Pathway

smp00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:smp00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

336270582

NCBI-GeneID:

10807559

UniProt:

F7VNI5

AA seq 1423 aa
MESLSNLSIAVSSVLSDTTSMNATAILADPTEALSSVVALASDAVIKANDVVPEHTSASW
FTIILWLLHLISSVLYFVLKLATISTPTFLFNIFSTSLTVTMNATTLVFIMLFMMGGVTW
LVRYRYLNMYSRLPPEPQRKEPAVDLFPETQEEGVKSGLASYFDEFLSAIKIFGYLERPV
FHELTRSMQTRKLIAGETLNLEEEQGFCLVVDGMVEIFVKSARDGRYSASGPSFETSSDD
EEGFAQSRQRYQLLTEVRNGAPMSSLFSIMSLFTEDIQMNDTDDDDDDGPGPTPSAAGTA
MPGYPRNANFQQSNDTLPSIPAQNTSRIPPLSLANTRPAIPRRPVPKRLNTTSAHPDIIA
RATVDTTIAIIPASAFRRLIKIYPKATAHIVHVILSRFQRVTLATAYNYLGLSGEVLQME
RSMLKYTVRQLPNHLRGDALDRLKENAGDLLLNTQQMKSGTASQLDMARDATSPRPQRNL
SPFSTPRNAHVSLDTREALDEDDLFRESVLECMFRAIGLTGNGSVNPDSTQASPRFAPMD
QRHSRAGRGHTAFGFMDAFDPFDNDTESVTSGGFNSSSPVPNPQLLAHDMKDEVEIVFFP
KGSVLVEQGERNPGLYYVIDGFLDICVPGDDSSHDLLQSSAKVDHGHGSTTGADAFGANS
SPFPEPNMNNNFGAEQKKGKQGRRSVALIKPGGLAGYVGTISSYRSFIDVVARTDVCVGF
LPLASIERIVDRYPIVLLTMAKRLTELLPRLLLHIDFALEWVQVNSGQVLFREGDESEAI
YLVLNGRLRLVEDQKEGGMNVKAEFGQGESIGELEVLTESSRTGTLHAIRETELVKFPRT
LFNSLAQEHPNITIKISKIIAARMRAFIDDPSRMGLKDNAVRSYKSSSTLNLRTVAILPV
TAGVPVVEFGNRLMSALSQVGLPNGATCLNQAAILNHLGKHAFNKMGKLKLSQYLADLEE
KYGLVVYVADTNVNTPWTQTCITQADCLLFVGLADSSPEIGEYERFMLGMKSTARKILVL
VHQERYSNPGLTRQWLKNRMWINGGHFHVQMAYTPNTVPIHQPTKRFGPSLKQRVQILQA
EIQKYTSRKVRHVPFYSPDAPFKGDFHRLARRLCGKSVGLVLGGGGARGIAHIGIIRAME
EAGIPIDMVGGTSIGAFVGGLYARYADVVPIFGLAKKFAGRMASMWRFAFDLTYPSASYT
TGHEFNRGIFKTFGKTQIEDFWLEYYCNTTNISKSRVEFHTSGYAWRYIRASMSLAGLLP
PLCDEGSMLLDGGYIDNLTVSRMKSLGSDVIFAVDVGSLDDNTPQAFGDSLSGVWAFFNR
WNPFSSVPNPPTLAEIQARLAYVSSVGELERAKTMPGCIYMRPPIDDYGTLDFGKFDEIY
GVGYRYGQEFLQKLREQGVLPLAEETEAKKALRRTMAPRRASI

NT seq 4272 nt +upstreamnt +downstreamnt
atggagtctcttagcaacttgagcattgccgtgagctcggtgctttccgacacgacctct
atgaatgcgaccgcaatcctcgccgatcctacagaagccctctcgtctgttgtcgctctc
gccagcgatgcggtcatcaaggctaacgatgtggttcccgagcacacctcagcatcatgg
ttcaccatcatcctctggctcttgcacctcatctcgagtgtgctatactttgtcctcaag
ctggccaccatctctacacccaccttcttgttcaacatcttttcgactagtctgaccgta
accatgaacgctactacgcttgtgtttataatgctgttcatgatgggaggagtcacttgg
ctggtcaggtatcgctacttgaacatgtactcgcggcttcctcctgagccccagcgcaag
gagccagccgttgacctgttccccgaaacacaggaggaaggggtaaagtccgggctagcc
agctactttgacgagttcctcagcgccatcaagatattcggttatctggaaaggccggtt
tttcacgaactgacccgcagcatgcagacgaggaagctgatcgctggcgaaaccctcaac
ctcgaagaagagcaaggattctgtcttgtggtcgatggtatggtggagatctttgtcaaa
tccgccagagatggtcgatactcagccagtggcccttcgttcgagacaagtagcgacgat
gaggagggctttgctcagagtcgccagcgttaccagcttctgaccgaagtgcgaaatggg
gcccccatgtcatcactgttctctatcatgtcactctttaccgaagacatccaaatgaac
gacacggacgacgacgatgacgacggccccggcccaacgccttccgctgctggaactgct
atgcctggctaccctaggaacgccaacttccagcagtcgaacgatacgctcccgtccatc
ccagctcagaacacttcgaggataccaccactttctctcgcgaacactcgtcctgctata
ccccgtcggccagtaccgaaaagactcaataccacctcagcccacccggatattattgcg
agagcgacagtggacaccaccatagccatcatccccgccagtgccttcagacgtctgatc
aagatatatcccaaggcgactgcccacatcgttcatgtcatcctttcgaggttccagaga
gttacacttgcgactgcttacaactatctcggtttgagcggcgaagtcttgcagatggag
cgcagcatgttgaaatatacagttcggcagctccccaatcatctccgaggagacgctttg
gacagactcaaggaaaacgccggcgatttgcttttaaatacgcaacaaatgaagtctgga
acggcgtcgcagcttgatatggcgcgagacgccacatctccccggccacagcgaaatctc
agtcccttctctactccccgcaacgcacatgtctcgcttgacacaagagaggcccttgat
gaagacgatctgttcagagagtcggtgcttgaatgcatgttcagggccattggcctgacc
ggtaacggcagtgtcaatccagattccacgcaagcttcccccagattcgctcctatggat
cagcgacattcgagggctggccggggccatactgcatttggcttcatggatgctttcgac
ccatttgacaacgacacggagtcagtcacctcaggtggatttaactcatcgtcgccagtt
cccaatccccaactattagcacacgacatgaaggacgaggttgagatcgtcttctttccc
aagggctctgtcttggtggagcaaggcgagaggaatcccggtctctattatgttattgat
ggtttcctcgacatttgcgtcccgggcgacgattcatcacacgacctcctccaatcatca
gccaaggtagaccatggccacggttcaacaactggtgctgacgcgtttggagccaactcg
tcgccctttccagagccgaacatgaacaacaactttggtgctgagcagaaaaagggcaaa
cagggtcgaagaagcgtggctctgatcaagccgggtggacttgctggttatgtcggcacc
atttcctcctacagatcgtttatcgatgttgttgcgagaacggatgtctgtgtcggtttt
ctcccactcgcgtccatagagaggattgttgaccgctatcccatcgttcttcttaccatg
gccaagcggcttaccgagttgctgccgcgcctgcttctgcacattgactttgctcttgag
tgggtgcaggtaaactccggtcaggttttgttccgtgaaggtgatgagagcgaagctatc
tatcttgttctgaatggccgattgagactggtcgaagatcagaaagagggtggaatgaac
gtcaaagctgaattcggtcagggagagagtatcggagaactggaagtgctgaccgaatcc
tcacgtaccggaactctacatgcgatccgcgaaactgaactggtgaagttccctcggaca
ctgtttaacagcttggcccaagagcatcccaacatcactatcaagatctccaagattatc
gcagctcgaatgagggcctttatcgacgatccttcgcgtatgggactcaaagacaatgcg
gttcgaagctacaagagctcatcaaccttaaatttgaggactgtggcaatcttacctgtc
accgcgggtgttcctgtggtcgagtttggcaataggttaatgagcgccttatcacaagtt
ggacttcctaatggggcgacttgtttgaaccaagcagcgattctaaaccacctcggaaaa
cacgcattcaacaagatgggaaagctcaagctgtcgcagtacctcgccgatctcgaagag
aaatatggactggttgtctacgtagctgacacgaacgtcaacacgccatggacccaaaca
tgcatcacgcaagctgattgcttgttatttgtcggccttgcggacagctcccctgagatc
ggagagtatgagcgcttcatgcttggaatgaaatcgacggcccgcaagattcttgtcctg
gttcaccaagagcgttactccaaccctggtttgacgaggcaatggctgaagaaccggatg
tggattaacggaggccacttccatgttcagatggcatatacccccaacacggtgcctatc
catcagcccacgaaacgattcgggccaagcctcaagcagcgggttcagatcctgcaggca
gagatccaaaagtacacctcccgaaaagttcgccacgttcccttctactcccccgatgct
ccgttcaagggagacttccatcggttggcgaggcggttgtgcggcaagtctgtgggtctc
gtcctgggtggtggtggcgccaggggcattgcgcacatcggcatcatcagagcgatggaa
gaggccggaatccccattgatatggtcggaggaacatcaatcggagccttcgtcggcgga
ttatacgccagatatgcggatgtggttcccattttcggtctggccaagaagttcgctggg
cgtatggcaagcatgtggaggttcgcctttgacctaacctatccgtccgcctcctacaca
accggccacgagttcaaccgtggcattttcaagacctttggaaagacgcagattgaagat
ttctggctggaatactactgcaacaccacgaacatcagcaagagccgagtcgagttccac
accagtggttacgcatggcgctacatcagagcgtccatgtccctggcgggcttactccca
cctctgtgcgacgaaggcagcatgcttttggacggtggctacatcgacaatctgacggta
tctcgcatgaaatctctcggctcagatgtcatcttcgctgttgacgtcggctcgctcgat
gacaacacaccgcaggcctttggcgactcactgtctggtgtatgggcattcttcaaccgc
tggaatccattttcgtcggtacccaatccgcccacgctggcagaaatccaagcccgtctt
gcgtacgtgtcgagtgtcggtgagctggaaagggcaaagacaatgcctggatgcatttac
atgcgccctccgattgatgactatggaacgctggactttggcaaatttgacgagatctat
ggggtcgggtacagatatggccaggagttcctccagaagttgagggagcagggtgtgttg
ccactggcagaggagacggaggcaaagaaagcgttgaggagaaccatggcgcccaggcgt
gcgagtatatag

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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