Camponotus floridanus (Florida carpenter ant): 112638128
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Entry
112638128 CDS
T03919
Name
(RefSeq) fatty acid synthase-like
KO
K00665
fatty acid synthase, animal type [EC:
2.3.1.85
]
Organism
cfo
Camponotus floridanus (Florida carpenter ant)
Pathway
cfo00061
Fatty acid biosynthesis
cfo01100
Metabolic pathways
cfo01212
Fatty acid metabolism
Module
cfo_M00082
Fatty acid biosynthesis, initiation
cfo_M00083
Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:
cfo00001
]
09100 Metabolism
09103 Lipid metabolism
00061 Fatty acid biosynthesis
112638128
09180 Brite Hierarchies
09181 Protein families: metabolism
01004 Lipid biosynthesis proteins [BR:
cfo01004
]
112638128
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
cfo04147
]
112638128
Enzymes [BR:
cfo01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.85 fatty-acid synthase system
112638128
Lipid biosynthesis proteins [BR:
cfo01004
]
Fatty acid synthase
Animal type
112638128
Exosome [BR:
cfo04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
112638128
Exosomal proteins of breast milk
112638128
Exosomal proteins of colorectal cancer cells
112638128
Exosomal proteins of bladder cancer cells
112638128
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Acyl_transf_1
ketoacyl-synt
KR
KAsynt_C_assoc
Ketoacyl-synt_C
FAS_pseudo-KR
ADH_zinc_N_2
ADH_zinc_N
PP-binding
PKS_DH_N
Thiolase_N
adh_short
DUF7080
Motif
Other DBs
NCBI-GeneID:
112638128
NCBI-ProteinID:
XP_025265005
LinkDB
All DBs
Position
Unknown
AA seq
2079 aa
AA seq
DB search
MPTYFEGDIVISGISGRLPESSNIEEFKENLMKGTDMVTEDERRWKPGLYGSPSRFGKLK
NLHSFDASFFKISPKQAHVMDPQLRIMLEVTHEALIDAGVNPSTLKKSRTGVFIGVSTSD
ANDFWKTKPDGYEWLGSSIAMMANRISYTFDLIGPSFSVDTLCSSSLTAMHQAVVAIRTG
DCDAAIIGGLNIVLNPVHYLHYHKKNMLSTEGKCKSFDISADGYVKAEAVVAIYLQKMTD
ARRVYATVMNTMINTDGYKPEGIMYPNGDIQYLMLQKIYNEVNIDPKDIVYVEAHGSGTR
AGDPEELGAIDKLFCKDRKTPLLIGSVKSNMGHGEAASGLCAIAKVLIAMETGVIPANLH
FVTPNPKIPALTKGRIRVLDKATSWNGGFVGINSFGAGGTNSHVILRSNSKVKISLDTVE
HLLPKLVAVSGRTKEAVQVLLNKANEHRQDNEFLSLLYSVHSDNIPNHNIRGYEILAYDS
TREIVEANYDEKRPVWFLFSGMNTQWPGMGRELLDIETCQRSLQRCADVLKEHNVDLMNI
IINGTDETYENVMVATVSIVAIQIALVDMLIFMGVQPDGIIGHSLGEISCSYADGAFTLE
QTILAAYYRGKSIIESNLEPGAMAVANLNWEEVKNMCLTDIVPACHNSEDLVTISGPPLS
VKKFVEELNSKDVFAKMIKCCGVAYHSKYIAPAKSKFRASLDMIVPKPKKRSTRWISSSV
PEVAWDSPLAQFCSPEYHVNNMLSPVLFQEAITHIPKNAITIEIAPHCLLQTILRKSLPS
TVTNIGLQKQNHSNNLIFLLSNVGKMYTAGAQPDISKLYPSVSFPVSRGTPMIGSLIKWD
HSATWTVPDLKHQTKESSGELVVEINLSRETDAYLMGHQIDGRFVFPGAGFIFMVWQIFA
KLHDTDFDRLSVIFENVWLQRITFLPENKTIKFFIKLLEGKGDFEILEANSIVASGNIRA
AEAIEINQLNLLPLPIPSTELLLNTEDIYKELRLRGYEYNGIFKGIKCCDISFTVGELHW
FNEWSSYIDNMFQFKMLSNDRKLVYGSKCRYAMINPVLHKQMINELPKNGGLPIYHYKNA
NIVRSGGIELRDMKCTAPQRQQKIKPKYERYVFVSYENSRSLVLKDPKRQKIHILTVLLQ
IVCENVTTSRIKAVEVADNRAAEELLVPLVHDILSCDPFITVDLQVAVSSACDYRTSFDQ
RGININIIKWKANDTFPAQNMHFIIAAEVLSGRSLINFKNLAATLSSNCFILLEETGIFD
LKIALEEANLMLISKQIDSTGKNYFLLKKRKEVRKEPILIQITGNDFSWLANAKAALRNC
DSGKQDVLFVSQNEELLGIVGFINCMRREMVNVRYVFIQDNNAPKFDLFSQFYAEQLEKE
LMANVLKGGQWGSYRHLQLDQDNYMEVEHAYVDTLTTGNLNSLAWIQSPLTYCQSKYLNS
LCNVHYASLNFRDILLATGKLSTDALSSLGLATEDYVLGFEFSGTDADGCRVMGLLDKSR
GLATTVLPDSGFLWKVPDKWTLEQAATIPVAYATSYYALFVRGRLRTGENVLIHSGADAV
GLAAINIALHAGCTVFTTVSTEKKRLYLKKTFSQLTDKHIGNSRDTSFEQLILDETRGRG
VDVVLNSLSEEKLHVSVQCLAKNGRFLDIGKHDMLNGNRVDMSLFLKNTSYHGILLELLL
ENIEDKRKTIRLISEGIENGAVCPLPTTVFSKQRLEEGFRFMTTGNHIGKVLLKIRDEEP
QKHELPMLRTVAAISRTYMYPDKSYVLIGGLGGFGLELANWMITRGARFIVLVSRTGIHT
GYQTSRVQHWRNNGIKVIISAADITTLSGAECLIDESNRLAPVGGIFNLAVVLHDALFEN
LQVADFETVTLPKIIGTRNLDVISRKSCPSLDYFVVFSSISCGRGNASQSNYGLANSAME
RMMEQRHTAGLPGLAIQWGIIGDVGLFVDTMKNEIFDVRYLLPQRVTSCLETIDVFLQQP
YPVLSSTVIAEKHKFANNDDKVDIIQIVANILGIENISANINDSFDNLGIDSLSYTEIKQ
ILEREYGILLSFREMYVLTLSKLLDVLAKNNVSHDSSTS
NT seq
6240 nt
NT seq
+upstream
nt +downstream
nt
atgcctacttattttgaaggtgatattgtcatttcgggcatttcaggccgtctgcctgaa
tcatcaaatattgaagaatttaaggaaaatttaatgaaagggacagacatggtcactgag
gacgagcgacgttggaaaccgggtctttacggttcaccttctagatttggcaaacttaaa
aatcttcacagtttcgacgcttctttcttcaagatatctcctaaacaagcgcatgtaatg
gatccgcaacttcgcattatgttagaagtgacacatgaggcattgattgacgctggtgtc
aatccttccaccttgaaaaaatcgcgtaccggggtgttcattggtgtttccacttccgat
gcgaatgatttttggaaaaccaagccggacggatatgaatggctcggaagtagcatagca
atgatggcaaacagaatctcttataccttcgatttaattggacccagcttttcggtggat
acactttgttcttcatctttgactgctatgcatcaggcagtcgtggcgatacgcactggc
gattgcgacgcagcgatcattggcggattgaatattgtgcttaatccggttcactatctt
cattatcataaaaagaatatgctatccacagaaggtaaatgtaaatcattcgacatctca
gctgacggttacgtgaaagccgaagcagtggtcgcaatatacctgcagaaaatgacagac
gcgcgcagagtatatgctacagtaatgaacacaatgataaacacggacggctacaagccc
gaaggcatcatgtatccgaatggtgacattcagtacctgatgttgcagaaaatatacaat
gaggtgaatattgatcccaaagacatagtttacgtggaggcgcatggtagcggtaccaga
gcgggtgatccggaggagctcggtgccatcgataagttgttttgcaaagacagaaagaca
ccgctgttaatcggctcggttaaatcaaatatgggacacggcgaagctgccagtggactg
tgcgcgatcgccaaggtgctgattgcgatggaaaccggtgtgattccggcgaatctgcac
tttgttactccaaatccaaagattcccgcgttgaccaagggacgtattcgcgtacttgac
aaagctacgtcatggaacggcggttttgtgggtatcaattcatttggcgccggtggtacg
aattcgcacgtcattctgcgcagcaattcgaaggtaaaaatatcattagataccgtagag
cacctattgccgaagctggtcgccgtatcgggccgtacaaaagaagctgtacaggtatta
ttgaacaaggcaaacgagcatcgacaagacaatgagtttttatctctactgtactccgtg
catagtgataacataccgaatcataacattcgtggctatgaaatactcgcttatgatagt
acgcgcgagattgtcgaggcgaattatgacgagaaacgtcccgtttggtttttattttcc
ggtatgaatactcagtggccgggtatgggacgcgaattgcttgacatcgaaacgtgccag
cgtagtctacaacgatgcgctgatgtattaaaggaacacaatgttgatctaatgaatatc
atcattaacggtacggatgaaacatacgaaaacgtcatggttgctaccgtgtcaatcgtg
gccattcaaatcgctctcgtcgatatgttaatatttatgggtgtgcaaccagatggtata
attggacactcccttggcgaaataagttgctcgtatgccgatggtgcgtttaccctagag
caaacaattttggcagcctattatagaggcaagtcgattatagaatccaatttggaacca
ggcgctatggcggtggcaaatttgaattgggaggaagtcaagaacatgtgtttaaccgat
atcgttccagcctgtcataattccgaggatttggttaccatttctggtccacccctatct
gtgaaaaagttcgtagaggaactgaacagcaaagatgtgtttgccaaaatgatcaaatgc
tgtggcgttgcttatcacagtaaatacattgctccagctaaatccaaatttcgcgcttcc
ctcgatatgattgtgccgaagccaaagaaaagatctaccagatggatttctagttcggta
cccgaggtcgcatgggatagcccactcgcacaattttgttcaccggagtatcacgtgaac
aatatgctgtcacctgtgctttttcaggaggcgattacgcatatcccgaagaatgcgata
accatcgaaatcgcgccacattgcttgctacagacgattctgcgtaaatccctaccatcc
acggtgactaatatcggtctccaaaagcagaatcattcaaataatttgatctttttacta
tctaatgtgggaaagatgtacacagccggcgcgcagcccgacatctctaaactgtatccg
tcagttagttttcctgtcagtcgcggaacaccgatgattggatcattgatcaaatgggac
cattctgctacatggacggtgcccgatttgaagcatcagacgaaagaatcgtcaggagag
cttgttgtagagataaatttatcgagagaaacagacgcatatttaatgggacatcaaatc
gacgggcgatttgttttcccaggcgccggcttcatattcatggtttggcaaatctttgcg
aaactacacgataccgatttcgaccgactatcagtaatctttgagaacgtatggcttcag
cgcattaccttcttaccggaaaataaaacaatcaaatttttcataaaacttctcgaagga
aagggagattttgaaatcctcgaagctaatagcattgtagccagcggaaacatccgcgcc
gctgaagctatcgagataaatcaactgaacttactaccgctcccgataccgtctaccgag
cttttattgaatacggaggatatttataaggaattgagattacgtggatacgaatacaat
ggtattttcaaaggaataaaatgctgtgacatttctttcaccgttggcgagttacattgg
tttaatgaatggtcttcgtatattgataacatgtttcaatttaaaatgttgtcaaacgac
cggaaattagtttatggctcgaagtgtcgatacgccatgatcaatcccgttcttcataaa
caaatgatcaatgagttaccgaaaaacggcggattgccgatatatcactataaaaatgcc
aatatagttagatcaggcggtattgaattaagagatatgaaatgtaccgcacctcagcga
cagcagaagattaaacccaaatatgaacgttacgttttcgtatcttatgaaaattcgcgc
agcttggtcttgaaagatccaaagagacaaaagattcacatacttactgtactattacaa
attgtatgtgaaaatgtaacgacatcgagaatcaaagccgtggaagttgcggataatcga
gccgcggaagagcttttggtgccgcttgtacacgatattctttcttgcgatcccttcatc
actgttgatttacaagtagccgtcagttccgcgtgcgattataggacaagtttcgatcaa
aggggcattaatattaatataattaaatggaaagcgaatgatacattcccagctcagaat
atgcacttcatcatagcagcggaagttctctctggccgatctctcatcaatttcaaaaat
ctagcggctaccttaagttctaattgctttattcttctagaggagactggtatattcgac
ttaaagattgcactagaagaggcgaatctgatgttaattagtaagcaaattgactccacg
ggaaagaattacttcttattgaaaaaacgaaaagaagtgagaaaagaaccgatcttaata
cagattacaggaaacgatttctcatggttagcaaatgcgaaagcagcattgagaaattgc
gacagtggaaaacaagatgttctttttgtatctcaaaacgaagaattacttggtattgtc
ggattcataaactgcatgcgacgcgagatggtaaacgtgcgctacgtttttatccaggac
aataatgctcccaaatttgatttattctcgcagttctatgcggagcaattagagaaagaa
ttaatggctaacgtattgaaaggtggtcaatggggtagttatcggcacttgcaattagat
caagataactacatggaagtagagcacgcctatgtggatacattgacgacaggaaattta
aatagtttagcatggattcaaagtccgttaacgtattgtcagagcaaatatctaaattca
ctttgtaatgtgcactatgcgtcattaaatttcagggatattctgttggcgactggtaaa
ctatcaacggatgctctctcatcgttaggacttgctacagaagactatgtattaggattt
gaattctccgggacagatgcagatggctgtagagtaatgggtttattagacaaatctaga
ggtttggcgaccaccgtgttgccggattccggttttctttggaaggtacctgacaaatgg
acactggagcaagcggcgacaataccggtcgcttatgcgaccagttactatgctctgttt
gtacgaggtcgattgagaacgggtgaaaacgtgctgattcattctggtgcggatgccgtc
ggcctagcggcaatcaacattgccttgcacgcaggctgcaccgtcttcactactgtcagc
acagagaaaaaacgattgtatctcaagaagaccttttcgcaattgaccgacaagcacatt
ggcaattcccgagatacgagttttgaacagctgatcttggacgaaacccgaggacgtggg
gtcgatgtagtattgaattcactgtcagaagagaaactacatgtcagtgtacagtgcctc
gcgaagaacggtcgcttcctcgatattgggaagcacgacatgttgaatggcaatcgcgta
gatatgtctctgtttttaaagaatacttcttatcatggtatacttttagaattgttatta
gaaaatatcgaggataagcgaaaaacgattagactaatctcggagggaattgagaatggt
gcagtatgtcctttaccgacgaccgtattttcgaagcaaaggctcgaggaaggatttaga
tttatgacgacaggcaaccatatcggtaaggtattgctgaaaattcgcgacgaagaacct
cagaaacatgagctgccaatgctaagaacagtagcggccatatcacgtacttatatgtat
ccagacaagtcgtatgtgttgatcggtggtctcggtggatttggtttggaattggccaat
tggatgatcacccgcggcgctagattcatcgttctcgtgtcacgtactggaatacacact
ggttatcagacgtcccgcgttcaacattggcgcaataatggcatcaaagtcatcatctct
gctgcagatatcacgacgttatcgggcgccgaatgtttaatcgacgagagtaatcggttg
gctccagttggcggtatatttaatctggccgtcgttctacatgacgctttgttcgagaac
ttacaagtggccgacttcgagactgtaaccttgccaaaaatcattggtacgaggaatctg
gacgtgatatcgagaaagtcttgtccatcattggattattttgtcgtgttctcgtccata
tcgtgtggccgcggcaatgccagtcaatccaattacggtctcgcaaattcagctatggag
agaatgatggagcagagacatactgctggtttgcccggtctcgctattcaatggggtatt
ataggagatgtcggtttgtttgttgatacaatgaagaatgaaatttttgatgtaagatat
cttttaccgcaacgtgtgaccagctgtcttgagaccatagatgttttccttcaacaacca
tatccagtattatcgtctacagtgatagccgagaaacacaaatttgcaaataacgacgac
aaagttgatatcatccaaatcgttgctaatatccttggtattgaaaacatctcggcaaat
atcaatgacagcttcgacaatctcggcatcgattcgctaagctatacggagataaaacag
attcttgaaagagaatatggtatcttattatcgttccgagagatgtatgtcttaacgtta
agtaaattattagacgtattagcgaaaaacaatgtgtcccacgattcttcaacaagttaa
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integrated database retrieval system
