Daktulosphaira vitifoliae (grape phylloxera): 126900026
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Entry
126900026 CDS
T09738
Name
(RefSeq) fatty acid synthase-like
KO
K00665
fatty acid synthase, animal type [EC:
2.3.1.85
]
Organism
dvt
Daktulosphaira vitifoliae (grape phylloxera)
Pathway
dvt00061
Fatty acid biosynthesis
dvt01100
Metabolic pathways
dvt01212
Fatty acid metabolism
Module
dvt_M00082
Fatty acid biosynthesis, initiation
dvt_M00083
Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:
dvt00001
]
09100 Metabolism
09103 Lipid metabolism
00061 Fatty acid biosynthesis
126900026
09180 Brite Hierarchies
09181 Protein families: metabolism
01004 Lipid biosynthesis proteins [BR:
dvt01004
]
126900026
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
dvt04147
]
126900026
Enzymes [BR:
dvt01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.85 fatty-acid synthase system
126900026
Lipid biosynthesis proteins [BR:
dvt01004
]
Fatty acid synthase
Animal type
126900026
Exosome [BR:
dvt04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
126900026
Exosomal proteins of breast milk
126900026
Exosomal proteins of colorectal cancer cells
126900026
Exosomal proteins of bladder cancer cells
126900026
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Acyl_transf_1
ketoacyl-synt
KR
Ketoacyl-synt_C
KAsynt_C_assoc
FAS_pseudo-KR
PP-binding
PKS_DH_N
Thiolase_N
ACP_SdgA_C
Motif
Other DBs
NCBI-GeneID:
126900026
NCBI-ProteinID:
XP_050531344
LinkDB
All DBs
Position
Unknown
AA seq
2030 aa
AA seq
DB search
MPEQSEVVISGIAGRFPECDSTEEFKEKLYNNADLLTIDNRRWSPGMYGAPSRSGKLKEI
NKFDAEFFGIHAKLANSMDIQLRILLEVTHEAIMDAGVNPQEIRGTNTGVYVGMMTTESS
DFFERTPEKLSGYETIGAIRSMLANRLSFQYDLKGPSVAIDTACSSGLFCLYEAISAIKS
GHCDAAIVAGTNLLLKPAVSVMYHKYNMLSPTGTSRPFDIGANGYVRSEAIVALYIRKSK
DAKRIYATVVGSYTNTDGFKTQGATYPSRFVQSELIRATYARANLKPTDVHYVEAHGTGT
GVGDKQELDAISDVFCEGRKSPLLIGSVKSNVGHSEPVSGLVSIAKVIYALETGIIPANI
NFETLNHNIEKLVSGELKVVDKQMPLPGDLVSINSFGVGGTNVHIILKAHNKNTQKHSLL
KQDIPRLVFLSGRTRESLNEQFEIIEKHANNADLLTLIDDIYKKPIPGYKLSGYSILGQN
PSNVEIAQGNISGDKRPIYFIFPGMGSQSLELVKDLIKFPVFKNLVERAHKILLPYGFSV
NDLFYKSNEDTFKDITNVTITIVIVQMGLTDILSSLGIIPDGIIGHSVGELACAYADGCF
TVEQTLMTMYWRSRVLMEIDIIPGAMVAVGLSWEETIKRLPEGIIAACHNSADSVTISGP
KDITLKFAETLQNEGIFAKPVDSLGYAFHSPYLQKLIPALKPYYSKIMTNPKPRTNRWKS
TSLPESQWNTEEAKYSSMEYHLNNISSPVYFHGALQHIPENAITIEIASHCLLQAILKRA
LPPTVTNVGLTKKQAPDHTLYLLEAIGKLYIAGAELDLQNLYGKVEYPVSKNTPMISPMI
KWDHSNEYVVPNFVEKGSGSNENVVEVSINSDQDKYLVGHTIDGRVLYPAAGYMTLIWKA
FAKLQGKWFEDVPVVFQNLKFLRPTVLNHDTIVKFEINILNSSGDFELLEGGSLTVSGNI
RLSNESTYENKLQHISSVSEKMDLKPDDFYKELRLRGYQYKDDFLGFIEANIEGSKGKVA
WTGNWVSYIDTLLQFELISKKSRKLRLPTYIKEVVIDPLYFKSMNEKSLNSKEIEVNHFA
YAKTTQSGGVTISKLTVTPAPLKKNTQPAPTLEHHSFIPYNYVNNNLSTYEVLYAMVGLI
MENVGTHHLKVAEIYNKNVFATDIVEIIEAEANFYADYSILSNGAINFDENKLLALDIKS
VNHNIKIDPLPEEYHLIVFEDSQFDTDILNKISSALTFRGFVLLIENTSAKFTTSSSVDL
QQVAVIENNAKKYFLLKKVSPKYEYTTLKIEDEEFSWFDSLKKELENHRNNLNMKIILYS
DKNINGVLGLAKCLVEEYSGIDNPIRCILAGPGKKYTLKDFAPLLEVDLFFNVERDGKWG
SYRHLPIDRNIFSTMETSDAVATVQSKGDLTTLQWVQASNYLKDTGNNSIKISYVGINNV
DLNAVSSMKTEFGVEFSGIKSNGKKVMGLVHSGALSSSINENYALLWDVPQNWTLQQAAT
VPFAFSMATYALVHKGKLPGLKNVLVYANENPVNYAIISLSLSLKCKVFVVAESTNHLEF
ISTHFPGISQLSTTKIDTKFVNMVLHSTSNHGVDYVVASNNISERLPELLAENSTVIVIE
DIDMSALSKSSVTFGVLSVKSNEVLSLVKEKNTDLYSLMDIKIKNDLIKPLPHIEFLYSD
IESAFRTYNNNKSGKKIIVEVNGNSIKKHFKTNSRIYFDTKKSYILSGGLGGFGLELTDW
AITRGAKNIVLCSRSGLQTGYQKYRVSCWKEQGANIEISTYDLTTLSGAKETLKLASSLG
PVSGIFNLAGVLRDAIFENQIVANFHIVYDSKVLTTKYLDEASRSLAENLDYFVTFSSIS
CGRGNRGQTNYGYANSIMERISEERQKLGLAAQSIQWGGIGDVGMAYLLTRGNDEKEING
TLGQKISSCLKVLDIILPCKSPVVASHVIPNKRKQSSSSEVQSLTTIVANIMGIQDPDSI
KPTATLADLGMDSLMGVDIKQSIERSYKITMTNTQIQQLKFSELEKVGSK
NT seq
6093 nt
NT seq
+upstream
nt +downstream
nt
atgccggaacaatcagaagtagttataagtggaattgctggaaggtttccagaatgcgat
tctactgaagaattcaaagaaaagttgtataacaatgcagatttgttgacaattgacaac
agaagatggtcacctggtatgtatggtgcaccatctcgttcaggaaaattgaaagaaatt
aataaatttgatgcggaattttttggaattcacgcaaagttggctaattctatggatata
caacttagaattttgttggaagtaacacatgaagctattatggacgctggtgtcaatccg
caagaaattcgtggcactaacacaggagtgtacgttggtatgatgactacagagtcttca
gacttttttgagcgcactcctgaaaagcttagtggatatgaaaccatcggcgctattagg
tctatgttggctaacagactttcatttcagtatgatttaaaaggtccaagtgtagcaata
gacacagcatgttcaagtggtctgttttgtttatatgaagcaatttcagcaattaaaagt
ggtcattgtgatgctgctattgtagctggtactaatttattactcaaaccagccgtttct
gtcatgtatcacaagtacaacatgcttagtccgacagggacgagtaggccttttgatatt
ggtgctaatggttatgttagaagtgaagcaattgttgctttatacataagaaaatctaaa
gacgcaaagagaatttatgctactgtagttggatcttacaccaatacagatggttttaaa
acacaaggagcaacttatccatcacgtttcgtacaaagtgaacttatcagagctacttat
gctagagccaatttaaagcccacagatgtacattatgttgaagcacacggaaccggaact
ggggttggtgataaacaagaattggatgctatatcagatgttttttgcgaaggccgcaaa
agtcctttgctaattggatcggttaaatcaaacgttggtcattctgaacctgtatcgggt
ttagtttctattgctaaagttatttatgctttggaaacaggaataatacctgccaatatt
aattttgaaactttaaatcacaatatagagaaacttgttagtggagaacttaaggttgtc
gataaacaaatgccactacccggagatttagtatctataaactcatttggtgtaggaggt
accaatgtccatattatacttaaagcgcacaataaaaatactcagaagcatagtttactt
aaacaagatataccaagattagtgtttttatcagggagaactagagaaagcttaaatgaa
caatttgaaattattgaaaaacatgcaaataatgctgatttattaacattaattgatgac
atttacaaaaaaccaattcctgggtacaaactttctggatactctattcttggacaaaat
ccatcaaatgttgaaatcgcgcaaggtaacatatctggtgataaaagaccaatttatttc
atctttccaggcatggggagtcagtcattagaattagtgaaagatttaataaagttccca
gtatttaaaaatcttgttgaaagggctcataaaatacttcttccgtatggttttagcgta
aatgatttgttttataaatcaaatgaagatacatttaaagatataacaaacgtcaccata
acaatagttattgttcagatgggtttgactgatatactttcatccttgggaatcatacct
gatggaataattggacattcagtcggagaattagcttgtgcttatgcagatggttgcttt
acagtggaacaaacattgatgactatgtattggaggtctcgtgttttgatggaaattgat
attattcctggtgctatggttgctgtaggattgtcatgggaagaaaccatcaaaagatta
ccagaaggaataattgctgcttgtcataacagtgcagatagcgtcacaatatctggacca
aaagatattacattaaaatttgcagaaactctacaaaatgaaggaatattcgctaaaccc
gttgattcattaggatatgccttccactcaccttacttacaaaaactaattccagctctt
aaaccttattattctaagataatgacaaatccaaaaccaagaactaacagatggaagagt
acatctctaccagaaagccaatggaatacagaagaagccaaatactcatcaatggaatat
catttgaataatattagttctcctgtatatttccatggagctttgcaacatataccagaa
aatgccattacaattgaaattgcttcgcattgtctcttacaagcaattttaaagagagcc
ttacctcccacagttacaaatgtgggtttaactaagaaacaagctccagatcatacgtta
tatttattagaagctattggaaagctttatattgctggtgccgaactagatttacaaaat
ctttatggtaaagtagagtatccagtttcaaaaaatactcctatgatatctcctatgata
aaatgggatcattcgaatgaatatgtagtgcctaattttgtggaaaaaggttctggttca
aatgaaaatgtagttgaggtgtcaataaattcagatcaagacaaatatttagttggtcat
acaatagatggtcgtgtattatacccagctgcaggatacatgactcttatatggaaagca
tttgcaaaactacaggggaaatggtttgaagatgtacctgttgttttccaaaatttaaag
tttttgaggcctactgttttaaaccatgatacaattgttaagtttgaaatcaacatttta
aatagttccggtgattttgagctacttgaaggcggttcactaacagtttccggtaatata
cgtttatcaaacgaaagcacttatgaaaataaacttcaacatatttcatctgtttctgaa
aagatggacttaaaacctgatgatttctataaagagcttagattgcgtggataccaatac
aaagatgatttcttaggatttattgaagcaaatattgaaggttctaagggtaaagtagct
tggacaggaaattgggtttcatatattgatactttattacaatttgaactaatatctaaa
aaatccagaaaacttcgtttaccaacatatataaaagaagtcgttatcgacccattatat
tttaaatctatgaatgaaaaatcattaaattcaaaagaaatagaagtcaatcattttgct
tatgctaagactacacaatctggtggtgttacaatatcaaaattaacagtaacaccagcg
ccactgaaaaaaaatacacagcctgctccaacattggaacatcattcatttataccttat
aattatgtaaataataatctatcaacttatgaagttctttatgcaatggttggattaatt
atggaaaatgtaggaacacatcatttaaaagtagcagaaatatataataagaatgtattt
gctactgatattgttgaaattattgaagctgaagcgaatttttatgctgattattctatt
ttgtcaaacggtgcaattaattttgatgaaaataaattgttggctctagatattaagagc
gtcaatcataacataaaaatcgatcctttacctgaagagtaccacttaattgtattcgaa
gattcacaatttgatacagatatattaaacaaaatttcttcagcgttaacttttagaggt
tttgtacttttgattgaaaatacatctgcaaaatttacaacttcaagctctgtggatctc
caacaagttgctgtaatagaaaacaatgccaaaaagtacttcttattaaaaaaagtatct
ccaaaatacgaatatactaccttaaaaatcgaagatgaagaattttcttggttcgactct
cttaaaaaagaattagaaaatcatagaaataatcttaatatgaaaataatattgtacagc
gataaaaacattaatggtgttcttggtttggctaaatgtttagttgaagaatattcaggc
attgataatccaataaggtgtatacttgctggtcctggtaaaaaatatactttaaaagat
tttgctcctcttttggaagtagatctattcttcaacgtagaaagagatggtaaatgggga
tcatatcgtcatttaccaattgatagaaacatattttcgaccatggaaacgtcagatgca
gtggcaacagtacaatcaaaaggtgatctgacgacattgcagtgggtacaagcatctaac
tatttaaaagatactggaaacaattcaatcaaaatttcttatgttggtataaataatgtt
gatttaaatgcagtttcttcaatgaaaactgaatttggagttgaattttctggaataaaa
tcaaatggtaaaaaggtaatgggattagtacattctggagcattatcatcttcaattaat
gaaaattatgctcttttatgggatgttcctcaaaattggactttacaacaagcagcaact
gtaccattcgctttttctatggctacgtatgctttagtacacaaaggaaaactcccaggg
ctcaaaaatgtcctagtatatgctaatgaaaacccagtgaattatgctattatttcatta
tctttatcgttgaagtgcaaagtttttgttgttgctgagtctacaaatcatttagaattt
ataagtactcatttccctggcatcagtcaattatcaaccactaaaattgatacaaaattt
gtcaatatggtattacactctactagcaaccacggtgtagattacgttgttgcatcaaat
aatatatcagagcgattaccagaattacttgctgaaaattctactgtaattgttattgaa
gatatagacatgtctgccctatcaaaatcttcagttacatttggagtattatcagttaaa
tcaaatgaagttttatccttagtaaaagaaaaaaatactgatttgtattcgttaatggac
ataaaaataaaaaatgatctcattaaacctttaccgcatattgaattcttgtattcagat
atcgaatcagcttttagaacttacaataataataaatctggaaagaaaatcattgtagaa
gtaaatggaaattccataaagaaacactttaaaacaaattctcgaatatactttgataca
aagaaaagttacattctttcaggaggtcttggtggatttggactcgaacttactgattgg
gcaataacccgcggtgcaaaaaatattgtcctttgctctagaagtggattacaaactgga
tatcaaaaatatagagttagttgttggaaggaacaaggagctaatattgaaattagtacg
tacgatcttactacattatcaggtgctaaagagacattaaagttagcctcaagcttgggt
ccagtcagtggaatattcaatttagccggcgttttacgagacgctatttttgagaatcaa
atagttgctaacttccatattgtgtatgacagtaaagtgttaactactaaatacttagat
gaagcatctagaagtttagctgagaatttagattactttgttacattttcatcgatatct
tgtggaagaggaaataggggccaaacaaattatggttatgccaattcaataatggaaaga
atttcagaagaaagacaaaaactaggcctcgcagctcaatcaattcaatggggaggtatt
ggtgacgttggaatggcataccttttaactcgtggaaatgatgaaaaagaaataaatgga
actttgggtcaaaaaatatcatcttgcttaaaagtattggatataattttgccatgtaaa
tcacctgtggtggcttcacatgtaatacctaataaaagaaaacaatccagtagttctgaa
gtgcaatcattaacaactattgttgctaatattatgggtattcaagatccagattctata
aaaccaacagctacattggctgatttaggtatggactctttaatgggagtagatatcaaa
caatcaattgaacgcagttataaaataacgatgaccaatacacaaatacaacaattgaaa
ttcagtgagttagaaaaagttggctctaaataa
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integrated database retrieval system
