KEGG T01034: NCU08276

Neurospora crassa: NCU08276

Entry

NCU08276 CDS T01034

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

ncr Neurospora crassa

Pathway

ncr00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:ncr00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

164423562

NCBI-GeneID:

3878043

UniProt:

Q7S8J1

Position

AA seq 1454 aa
MESLSNLGNAMSSVLSETTSTTATAILADPTEALSSVVALASDAVSKATSDVVPEHTPTS
WFTIILWLLHRISSVLYFVIKLTTITTPTFLFNIFSTSLTVTMNATTLAIKIFGYLERPV
FHELTRSMQTRKLIAGETLNLEEEQGFCLVVDGMVEIFVKSARDGRRSSSGPSFESDDEE
GFAPGRQRYQLLTEVRNGAPMSSLFSIMSLFTEDIQMHDTDDDDSPDPTPSAPGTAMPGY
PMNANFQQSNDTLPSIPGTPLSDNHVMQRGMASAESLTMSPLAHDSSRIPSLSLVNTRPA
VPRRPVPKRLNTTSAHPDIIARATVDTTIAIIPASAFRRLIKIYPKATAHIVHVILSRFQ
RVTLATAYNYLGLSGEVLQMERNILKHTVRQLPNHLRGDALDRLKEKFKRERERIGEKEV
EKGIALHNAHAARRRRSAASLRKEVALQAYSKRRQSIVTATPAFGTRRERPSPDMPSPGD
LLTNTQQLKSGPASQLDLARDATSPRPQRNLSPFSTPRNAHVSLDTREALDEDDMFRESV
LECMFRAIGLTGNGSVNPDSTQASPRFVPTDQRRSRGGPGHTAFGFMDAFDPFDNDTESV
TSCGFSSSSPVPNPQLLAHDMKDEVEIVFFPKGSVLVEQGERNPGLYYVIDGFLDICVPG
DDSSHDLLQSSAKVDHGHDSATGADAFGANSSRFPEPNMNNNFGAEQKKGKQGRRSVALI
KPGGLAGYVGTISSYRSFIDVVARTDVCVGFLPLASIDRIVDRYPIVMLTMAKRLTELLP
RLLLHIDFALEWVQVNSGQVLFREGDESEAIYLVLNGRLRLVEDQKDGGMNVKAEFGQGE
SIGELEVLTESARTGTLHAIRETELVKFPRTLFNSLAQEHPNITIKISKIIAARMRAFID
DPSRMGLKDNVVRSYKSSSTLNLRTVAILPVTAGVPVVEFGNRLMNALSQVGPPNGATCL
NQAAILNHLGKLAFNRMGKLKLSQYLADLEEKYGLVVYVADTNVNTPWTQTCITQADCLL
FVGLADSSPEIGEYERFMLGMKSTARKILVLVHQERYSNPGLTRQWLKNRMWINGGHFHV
QMAYTSNTVPIHPPTKRFGPSLKQRVQILQAEIQKYTSRKVRHVPFYSPDAPFKGDFHRL
ARRLCGKSVGLVLGGGGARGIAHVGIIRAMEEAGIPIDMVGGTSIGAFIGGLYARHADVV
PIFGLAKKFAGRMASMWRFAFDLTYPSASYTTGHEFNRGIFKTFGKTQIEDFWLEYYCNT
TNISKSRVEFHTSGYAWRYIRASMSLAGLLPPLCDEGSMLLDGGYIDNLTVSRMKSLGSD
VIFAVDVGSLDDNTPQAFGDSLSGVWAFFNRWNPFSSVPNPPTLAEIQARLAYVSSVGEL
ERAKTMPGCIYMRPPIDDYGTLDFGKFDEIYGVGYKYGQEFLQKLREQGVLPLVEETEAK
KALRRTMAPRRASI

NT seq 4365 nt +upstreamnt +downstreamnt
atggagtctcttagcaacctcggcaacgccatgagctcggtgctttccgagacaacgtcc
acgactgcgacggcaatcctcgccgatcctacagaagccctctcgtctgtcgtcgctctc
gccagcgatgcggtctcgaaagctactagcgatgtggttcccgaacacaccccgacttca
tggttcaccatcatcctctggctgttgcaccgcatctcgagtgtgctatactttgtcatc
aagctgaccaccatcactacacccacctttctgttcaacatcttttcgactagtctgacg
gtgaccatgaacgccactacgctcgccatcaaaatctttggttatctggaaaggccggtt
ttccatgaactgacccgcagcatgcaaacgaggaagctgatcgctggcgaaaccctcaac
ctcgaagaagagcaaggattctgtcttgtggtcgacggtatggtggagatctttgttaaa
tccgccagagatggtcgacgctcaagcagtggcccttcgttcgagagcgacgatgaggaa
ggctttgctccgggtcgccagcgctaccagcttctgaccgaagtgcggaacggtgccccc
atgtcatcactgttctctatcatgtcactcttcactgaagatatccaaatgcatgacacc
gacgacgacgacagccccgacccaacgccttccgctcctggcaccgctatgcctggttat
cctatgaacgccaacttccagcagtcgaacgataccctcccgtccatcccaggtacccca
ttgtccgacaaccacgttatgcaacgtgggatggcttcggctgagtctctaacaatgtct
cccctagctcatgattcttcgaggataccatcactttctctcgtgaacactcgtcctgct
gtaccccgccggccggtaccgaagaggctcaataccacttcagcccatccagatattatt
gcgagagcgacagtggacactaccatagccattatccccgccagcgccttcaggcgtctg
atcaagatatatcccaaggccactgcgcacatcgttcatgtcatcctttcgaggtttcaa
agagtgacacttgccactgcttacaactaccttggcttgagcggcgaagtattgcagatg
gagcgcaacatcttgaagcatacagttcggcaactccctaatcatctcagaggagacgct
ttggatagactcaaggaaaagttcaagcgggaaagggaaagaattggagagaaggaggtc
gaaaagggcattgctcttcacaatgcgcatgccgcccgccgacgtcgttcggctgcctcc
cttcggaaagaagtggcattgcaggcatattcgaaaaggcggcagagcatcgtcacggcg
acccctgcattcggaacacgtcgagaacgcccatcgcccgacatgcctagccccggcgac
ttgctcacgaatacgcaacagttgaagtctgggccggcatcgcagcttgatctagcgcga
gacgctacatctcctcgaccacagcgaaatctcagtcccttctctactcctcgaaacgca
catgtctctcttgacacgagggaagcccttgatgaagacgacatgttccgagagtcggtg
ctcgaatgcatgttcagggccattggcctgaccggtaacggaagtgtcaatccggattcg
acgcaagcttccccaagatttgttcctacggaccagcgacgttcgaggggtggtcccggc
cacactgcttttggcttcatggatgccttcgacccgttcgacaacgacacggagtcagtt
acctcttgtggatttagctcatcgtcaccagttcccaatcctcaactactcgcacacgat
atgaaggacgaggttgagatcgtcttctttcctaagggctctgtcttggtggagcaaggt
gagagaaatcctggtctctattatgttattgatggtttcctcgacatttgtgttccgggc
gacgattcatcacacgacctcctccagtcctcagccaaggtagaccatggccatgactca
gcaactggtgccgacgcctttggggccaattcgtcacgctttcctgaaccgaacatgaac
aacaactttggtgctgagcagaagaaaggcaaacaaggtcgaaggagcgtggctctgatc
aaaccgggtggacttgctggttatgttggtaccatttcctcctacagatcgtttatcgat
gttgttgcgagaacggatgtctgtgtcggctttcttccacttgcctctattgacaggatc
gttgaccgttatcccatcgttatgcttactatggccaagcggcttacggagttactgccg
cgtctgcttctgcacatcgactttgccctcgagtgggtgcaggtcaactctggccaggtt
ttgttccgcgaaggtgatgagagcgaagcaatttaccttgtcctcaatggccggttaaga
ctggttgaagatcaaaaagatggggggatgaacgtcaaagctgaattcggccagggagag
agtatcggagagctggaagtgctgaccgaatccgcacgtaccggaactctacacgcaatt
cgcgaaactgaactggtcaaatttcctcgcacgcttttcaacagtttagcccaggaacat
cccaacatcactatcaaaatttccaaaattatcgcagcgcgaatgagggcctttatcgat
gatccttcacgcatgggactcaaagataacgtggttcggagctataagagctcttcgacg
ctaaacctgagaaccgtggcaatcttacctgtcaccgcgggcgttcctgttgtcgagttt
ggcaataggttaatgaacgccttgtcacaggttgggcctcctaacggcgcaacttgtcta
aatcaagcagcgatcttgaatcacctcgggaaactcgcattcaacaggatgggaaagctc
aaactgtcccagtacctcgcagatctagaagagaaatacggactcgttgtctacgtagct
gacacgaacgtcaacacgccatggacccagacgtgcattacgcaagctgattgcttattg
tttgtcggtcttgcggacagctcccctgaaatcggagagtatgagcggttcatgcttgga
atgaaatcaacggcccgaaaaatcctcgtcctcgttcaccaagagcgctactccaaccct
ggtctgacgaggcagtggctgaagaaccgaatgtggatcaatggaggccacttccatgtg
caaatggcatatacctccaacactgtgcctatccatccgcccacgaaacggttcgggcca
agcctcaagcagcgggttcagatcttgcaggcagagattcagaagtacacctccaggaaa
gttcgccatgttcccttctactctcccgatgctccgttcaagggagacttccatcggttg
gcgaggcggctgtgcggcaagtccgtgggtctggtcctaggtggtggtggcgccagaggc
attgcgcatgttggcatcatcagagcgatggaagaggctggaatccccattgacatggtc
ggagggacgtcaattggagccttcatcggcgggttgtatgccaggcatgcagatgttgtt
cccatcttcggtttagccaagaagttcgctggacgtatggccagcatgtggaggttcgct
tttgacctgacatatccgtccgcctcctacacaaccggccacgagttcaaccgcggcatc
ttcaagacctttggaaaaacgcagattgaagatttctggctggaatactactgcaatacc
actaacatcagcaaaagccgagtcgagttccacaccagtggttacgcatggcgctacatc
cgagcgtccatgtccctggcgggtttacttccacctctgtgtgacgaaggcagcatgctt
ttggacggcggctacatcgacaatttgactgtatcccgtatgaaatctctcggttcggac
gtcatttttgctgttgacgtcggctcgcttgatgataatacgcctcaggcctttggcgac
tctctgtctggtgtatgggcattcttcaaccgctggaacccattctcatcggtacccaac
ccgcccacgctggcagagatccaggcccgccttgcgtatgtgtcgagtgtcggtgagcta
gagagggcaaagacgatgcccggatgcatatacatgcggcccccgatcgacgactacgga
acgctggattttggcaaatttgacgagatctatggggtcgggtacaaatatggccaggag
ttcctccagaagttgagggagcagggtgtattgcctctggttgaggagacagaggcgaag
aaagcgttgaggagaacgatggcgccgaggcgcgcgagtatatag

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (25)   

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