KEGG T01114: CIMG

Coccidioides immitis: CIMG_08886

Entry

CIMG_08886 CDS T01114

Definition

hypothetical protein

Orthology

K14676

lysophospholipid hydrolase [EC:3.1.1.5]

Organism

cim Coccidioides immitis

Pathway

cim00564

Glycerophospholipid metabolism

Class

Metabolism; Lipid metabolism; Glycerophospholipid metabolism [PATH:cim00564]

SSDB

Motif

Pfam:

cNMP_binding Patatin

Other DBs

NCBI-GI:

119180521

NCBI-GeneID:

4560690

AA seq 1399 aa
MASYIGRLLLYLFQVVPSLLYWAITFTTITVPTALFTLFSMSLTFTMNFTTLWFIRYRFL
NIYSRLPPEPQRKEPEIDLFPDSQDGDSKPGLSNYLDEFLSAIKVFGYLERPVFHELTRT
MQTRKLIAGETLLLEEEKGFCLVVDGLVQIFVKSIQERDDDRDGWQLDEAVEDSVDEDDE
IRRRGHQGYQLLTEVKNGASMSSLFSILSLFSEDIKLRHNEDMESSSSSFNNVPAPDSNP
MSPALLLESPTRVSFPDQRDIPTQPSADTLPKVSPLALEGSPGPFEHDPKPRGHRRKRPS
RPKRAKSVHPDILARAMVDTTIAIIPASAFRRLTRVYPKATAHIIQVILTRLQRVTFATA
HSYLGLTTEVLSIEQQMTKYTSFDLPNHLRGAALDKLKSKFTKEKERLGPEDGTKGIALH
NPALNRRRRSSSSLRKDAALHAKLTAVRGKGSASNPIRYGDHESTGVSPGDLLSTIQLSR
FGPRYGSERLNGRSVFYDAASGMKTPAGGPPSPLATPGQPLFRFPAQNVTFQRQDSLDQD
AIFRESILDCMMKALGLTGSTQDALRKTHNSGDASPHLVSYDSRRQKAVFNNAFGFIDPY
DGFGDGDSESLMSMSVTSAGGTSPVHNLRTELQDEIEIVYFPKGSVLIEQGEHNPGLYYV
IDGFLDVGIPVNEKGEDLIGSSRRPTAEDILLPITGNASRVSSTLGTAHNQRKKASRRSL
YMVKPGGVEGYIGSITSYRSFTDVTAKTDVYVGFLPRAVLERIADRYPLVMLTMAKRLTT
VLPRLILHIDFALEWVQVNAGQVIHHQGDESDAIYIVLNGRLRAVLDKGDGKVSVLGEYG
QGDSVGELEVMTESTRPGTLHAIRDTELAKFPRTLFNSLAQEHPGITIQISKLIAQRMRH
IIDNPLEKGSDKGSPDSAKPTTSTLNLRTVAVLPVTAGIPVVEFGNRLLNAFNQVGVTNG
VTSLHQADILNHLGRHAFSKMGKLKLAQYLADLEERYGMVLYVGDTSVNAPWTQTCIAQA
DCILLVALAEGSPAIGEYERFLLGMKTTARKELVLLHAERYSQPGLTRQWLKNRMWINGG
HHHIQMAFRLTAEPVHPETKRLGAVLKQRVQVIQAEIQKYTSRRIRQTPVYSTSTPVKGD
FHRLARRLCGKSVGLVLGGGGARGIAHIGVIKALEEAGIPIDIIGGTSIGSFIGALYARD
ADVVPAYGRAKKFSGRMATSHDLSSTRLATRGGLIPPLCDEGNMLLDGGYVDNLTVARMK
SLGADVIFAVDVGAIDDNTPQGYGDSLSGFWALVNRWNPFSSLPNPPTLSEIQARLAYVS
SVDALERAKSTPGCLYMRPPIDAFGTLDFAKFDEIYQVGYKFGKEFLDRLKNEGGLPIQE
ETEEKKKLRRTMAPRRASI

NT seq 4200 nt +upstreamnt +downstreamnt
atggcgtcctacatcgggcgtctgctcctctacctcttccaggtcgtgcccagcctgctc
tactgggccatcaccttcactacaatcaccgtcccgacagcgctgttcaccctcttttcc
atgagcttgacctttaccatgaactttacgacactctggttcatccgttatcgatttctt
aatatctactcccggttaccgccagagccgcagaggaaagagcccgagatagacctcttt
cccgactcgcaggatggcgactcaaaacctggcttgtccaattaccttgacgagtttctc
agcgccataaaagtgtttggctacctggagcggcccgtctttcatgagcttacacgaaca
atgcaaacacgaaagttgattgccggtgaaacgctgctgttggaagaggagaaaggcttt
tgcttggtcgtcgatggattggtccagatattcgtcaagtcgatccaagagcgggacgat
gatcgggatggctggcagctggatgaagccgttgaggattcggtcgatgaagatgatgag
attcggcgtcggggtcatcagggataccaattgctcactgaggtgaaaaacggtgcgtcg
atgtcgtctctcttctcgattctatccctattcagcgaagatatcaaattacgtcataac
gaagatatggagtcaagctcctcaagctttaacaatgtccccgcacccgattcaaaccca
atgagcccggctcttcttttagagagtcccacgagggtgagctttcccgatcagcgagat
atcccaacgcagccaagcgcagacactctgcccaaggtctcccctctagctttggaggga
agccccggtccattcgagcacgatccaaagccccgcggccatcgacgcaagaggccctca
aggcctaaacgggccaagtccgttcatcccgacattttggcgcgagctatggtggatact
accattgcaattattcctgcgagtgctttccgacgcttgaccagggtgtacccgaaggct
accgcccatatcatacaggttattctcacgagacttcagcgcgttacctttgctactgcg
cattcatatctcggattaaccaccgaagttttgagcattgagcagcaaatgaccaaatat
acatccttcgacctacctaaccaccttcgtggagcagcgctggataagctaaagtctaaa
tttacaaaagaaaaggaaagattaggccccgaggacgggacaaaaggcattgcgcttcac
aacccggctctcaaccggagaagaaggtctagtagttcactgagaaaagatgctgcatta
catgctaagcttacagcggtgcgaggaaaagggtcagcttcgaatcctattcgatatggt
gatcatgaatccaccggtgttagccctggagacttattatctaccatacaactctcgcgc
tttggccctcgatacggaagcgagcggttgaacgggaggagcgtcttttacgatgcagct
tctggcatgaaaactcctgctggagggccaccaagtccactagcgacccctggacaaccg
ctgtttagatttccggctcaaaatgttaccttccaaagacaagattctttggatcaggac
gctattttccgtgaatccattcttgattgcatgatgaaggcactggggctcacgggaagc
acccaagacgccttgcgcaaaacgcataattccggggatgcttcccctcacctagtctcc
tacgactcacgccgtcagaaagccgttttcaataacgcctttggtttcatagacccatat
gacggcttcggcgatggagattctgaatcgctcatgtcaatgtccgttacatctgcaggg
ggcacgtccccggttcataaccttagaactgaactacaagatgaaatcgagatagtctac
tttcccaagggctccgtgctcatagaacagggggagcataatccaggcttatactatgtc
attgatggctttctagacgtcggtattcctgtcaatgaaaagggagaagatcttataggt
tcttctcggagacctacagccgaggacattctactaccaattacaggtaacgcctcaagg
gtgtcatcaacgcttggtaccgcacataaccagaggaagaaggcctcccggcgttccttg
tatatggttaagcctggcggtgttgaaggatacattggttctataacgtcatatcgatcg
tttacggatgttaccgcaaaaacggatgtctatgttgggtttcttccacgagcggtgctg
gagagaatcgctgatcgatatcctttggtcatgctcacgatggcaaaacggttgacgacg
gtcctaccacgacttattttacatattgacttcgctctcgaatgggtccaagtcaatgct
ggacaagttatacaccatcaaggggacgagagtgacgcaatttacatcgtcttgaacggt
cgactccgtgccgtccttgataaaggagatggaaaagttagcgtcctgggcgaatacggc
cagggcgacagcgtcggagagttagaagtcatgactgaatcgacacggcccggtaccttg
catgcaatccgtgacacagagctagcgaaattccctcggaccttgtttaatagccttgct
caggagcatcctggcataacaatccaaatttcaaagttgatagcccaacggatgcgtcac
ataatagacaacccacttgaaaagggcagtgacaaaggcagcccagacagcgccaagccg
accacgtctactttgaatttacgaaccgtggccgttctgcctgttaccgccggtattcct
gtggttgagttcgggaacagactgttgaatgcctttaatcaggtcggcgtgacgaatggt
gtcacttccctccaccaagccgatattttaaaccatcttggccgacatgcgttcagcaag
atgggtaagcttaaactcgcgcagtatctcgcagatctcgaggagagatacggaatggtt
ctgtatgttggagatacaagcgtcaatgcaccctggacccaaacatgtattgcccaggcg
gattgcattcttcttgtcgccctagccgaaggttctcctgcgattggtgaatatgagcgc
ttccttcttgggatgaagacgaccgcaagaaaagagcttgttcttttgcacgctgagaga
tactcccaacctggtctcaccagacaatggttaaagaatcggatgtggattaacggaggt
catcatcatatccaaatggcgttccgtctgacagcggaacccgtccatccagagactaaa
cgcctcggcgccgtgctcaagcagagagttcaagtcatccaggctgagattcaaaagtac
acctctcgcaggattcgccagacgccagtttattccacatcgaccccggtcaaaggtgat
ttccaccggctcgctcgtcgtctatgcggcaagtctgtcgggctagtgctgggtggcgga
ggtgcaagaggtattgcccatattggcgtgataaaggcactggaagaggctggaatccct
atcgatatcattggaggcacatccattggatcctttattggcgcattatatgctcgagac
gcggacgttgtccccgcatacggccgcgcgaagaagttttcaggacgcatggccacaagt
cacgacttgagttccactcgtctggctacgcgtggcggcttgatacctcctctctgtgat
gaaggtaacatgctacttgacggtggatacgtggacaatctcacggttgcacgcatgaaa
tctctcggcgcagatgtcatcttcgccgttgacgttggtgcgatcgacgacaacactcca
cagggatatggtgattccctttccggcttttgggcgttagtcaacaggtggaacccgttt
tcctccctccctaacccgccaacactctccgagatccaagctcgactcgcatacgtttcg
tccgtggatgctttagaacgggccaagtctacgccgggatgcctttacatgaggcccccg
atcgacgcctttgggactctggattttgcaaaattcgacgagatttaccaggttgggtac
aagtttggcaaagagttcttggaccggttgaagaacgaaggtggattgccgattcaggag
gagacggaagagaagaagaagctaagacggacgatggcaccgcgccgggcgagtatttga

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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