Mesitornis unicolor (brown roatelo): 104547066
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Entry
104547066 CDS
T08455
Symbol
FASN
Name
(RefSeq) fatty acid synthase
KO
K00665
fatty acid synthase, animal type [EC:
2.3.1.85
]
Organism
mui
Mesitornis unicolor (brown roatelo)
Pathway
mui00061
Fatty acid biosynthesis
mui01100
Metabolic pathways
mui01212
Fatty acid metabolism
mui04910
Insulin signaling pathway
Module
mui_M00082
Fatty acid biosynthesis, initiation
mui_M00083
Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:
mui00001
]
09100 Metabolism
09103 Lipid metabolism
00061 Fatty acid biosynthesis
104547066 (FASN)
09150 Organismal Systems
09152 Endocrine system
04910 Insulin signaling pathway
104547066 (FASN)
09180 Brite Hierarchies
09181 Protein families: metabolism
01004 Lipid biosynthesis proteins [BR:
mui01004
]
104547066 (FASN)
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
mui04147
]
104547066 (FASN)
Enzymes [BR:
mui01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.85 fatty-acid synthase system
104547066 (FASN)
Lipid biosynthesis proteins [BR:
mui01004
]
Fatty acid synthase
Animal type
104547066 (FASN)
Exosome [BR:
mui04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
104547066 (FASN)
Exosomal proteins of breast milk
104547066 (FASN)
Exosomal proteins of colorectal cancer cells
104547066 (FASN)
Exosomal proteins of bladder cancer cells
104547066 (FASN)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Acyl_transf_1
ketoacyl-synt
Ketoacyl-synt_C
KAsynt_C_assoc
FAS_pseudo-KR
KR
ADH_zinc_N
ADH_zinc_N_2
PKS_DH_N
adh_short
PS-DH
Thiolase_N
Methyltransf_12
Methyltransf_23
ACP_syn_III
AlaDh_PNT_C
Motif
Other DBs
NCBI-GeneID:
104547066
NCBI-ProteinID:
XP_010190924
LinkDB
All DBs
Position
Unknown
AA seq
2007 aa
AA seq
DB search
MEDVVIAGIAGKLPESENLQEFWENLLNGVDMVTEDDRRWKPGIYGLPKRNGKLKDISKF
DASFFGVHPKQAHTMDPQLRLLLEVSYEAILDGGINPATLRGTDTGVWIGASGSEAAEAL
SQDPEELLGYSMTGCQRAMFANRISYFYDLTGPSITIDTACSSSLIALENAYKAIRHGQC
SAALVGGVNLLLKPNTSVQFMKLGMLSPDGACKAFDASGNGYCRSEAVVVVLLTKRSMAK
RIYATIVNAGSNTDGFKEQGVTFPSGEMQQQLVSSLYSESSIKPGEVEYVEAHGTGTKVG
DPQEVNGIVNVFCQCEREPLLIGSTKSNMGHPEPASGLAALAKVILSLEHGLWAPNLHFN
TPNPDIPALQDGSLEVVCKPTPVKGGLVSINSFGFGGANAHVILRPNKNRCQPLETCNTP
RLVQLCGRTQEAVEILIQESRKHGGCSPFVTLLSDISAVPVSSMPYRGYTLVGTENDIKE
VQQVQASGRPLWYICSGMGTQWKGMGLSLMKLDLFRQSILRSDEALKSTGLKVSDLLLQA
DENTFDDTVHAFVGLAAIQIAQIDMLKAAGLQPDGILGHSVGELACGYADNSLSHEEAVL
AAYWRGRCVKEAKLPPGGMAAVGLTWEECKQRCPPKVVPACHNSEDTVTVSGPLDSVNEF
VAELKKDGVFAKEVRSAGVAFHSYYMASIAPVLLSALKKVIPRPKPRSARWISTSIPESQ
WQSDLARNSSAEYHVNNLVNPVLFHEGLKHVPENAVVVEIAPHALLQAILRRTLKPTCTI
LPLMKKEHKNNLEFFLTQIGKIHLTGINVLGNNLFPLVEYPVPVGTPLISPCIKWDHSQD
WDVPKAEDFPAGSKGSASASVYNIDVSPDSPDHYLVGHCIDGRVLYPATGYLVLAWRTLS
RSLGMAMEQMAVTFEEVTIHQATILPKKGSVQLEVRLMSASNCFEVSGNGNLAVTGKISL
LENAALKNFNNQPLDFQTQVDTSSRSVLLKEDIYQELHLRGYNYGPTFQGVLECNCEASA
GKVLWNGNWVTFLDTLLHVIILAETGRSLRLPTRIRSVCIDPVLHQEQVCQYQDDVEAFD
VVVDRCLDSLQAGGVQISGLHASVAPRRQQERIPPTLEKFCFVPYTESNCLSSSVPLHAY
LEHCKDLIKSLQAKVAVHGVKLLIPGLETTVAAAKSSPIQKGLQHILAEICHLELNGNLH
SELEQIVTQEKKHFQDDPLLNGLLDSSELKTCLDVALENMTSHRMKIVEALAGSGHLFSR
VTSILNAQPLLQVDYVATDRILETLSANEIELQDAGVSFSQWDPSSLPSGNLTNADLVVY
NCSTSVLGNTTEILSNLAAAVREGGFVLLHTLLKGETLGEIVSFLTSPDLQQKHSFLSEA
QWEGLFSKASLNVVAMKKSFFGSVIFLCRRQASAKTPVFLPVDETHYKWVESLKEILADP
LEQPVWLTATSCGNSGILGMVNCLRLEAEGHRIRCVFVSNLNPSSDVPPVSLSSLEMQKI
VQRDLVMNVYRDGKWGSFRHLPLQQAQPQELTEYAYVNVLTRGDLSSLRWIVSPLQHFHT
TNPDVQLCKVYYASLNFRDIMLATGKLSPDAIPGNWVLQQCMLGMEFSGRDLAGRRVMGL
LPAKGLATVVDCDKRFLWEVPKNWTLEEAASVPVVYATAYYALVVRGGMKKGESVLIHSG
SGGVGQAAIAIALSMGCRVFATVGSTEKREYLQARFPQLDANSFASSRNTTFEQHILRVT
NGKGVSLVLNSLAEEKLQASLRCLARHGRFLEIGKFDLSNNSQLGMALFLKNVAFHGILL
DAIFEEGNQEWEVVSELLKKGIKEGVVKPLRSTVFEKEEVEAAFRFMAQGKHIGKVMIKV
QEEEEESALRRCEPVKISAISRTSCPPAKSYIITGGLGGFGLELAQWLVERGAQKLILTS
RSGLRTGYQAKRVREWKALGIQVLVSTSDIGTLEGTQLLIEEALQLGPVGGIFNLAVVLR
DGMIENQTPEFFWEVNKPKYSGTLHLD
NT seq
6023 nt
NT seq
+upstream
nt +downstream
nt
atggaggacgtagtgattgctggcatagcaggaaagctgccagaatcagagaacttgcag
gaattttgggaaaacctgcttaatggagttgatatggtcacagaggatgatcggaggtgg
aagccaggaatttatggactgcccaagagaaatggaaagctcaaggacataagcaaattt
gatgcatctttttttggggttcaccccaaacaagctcatacgatggatcctcaacttcgc
ttgctgttggaagtttcttatgaagctattttggacggaggtatcaatccagccaccctc
cgtggcacagacacaggtgtatggattggtgccagtgggtcagaagctgctgaagccctt
agccaagatccagaagagcttttgggatacagcatgactggctgccagcgtgctatgttt
gccaacaggatttcctacttttatgacttaacaggaccaagcataactattgatacggcc
tgctcctctagtctcatcgctctggaaaacgcttataaggcaattcgtcatggacagtgc
agtgcagccctagtaggaggggtcaaccttttgctaaaacccaacacctctgtgcagttc
atgaagctgggtatgcttagtcctgatggtgcctgcaaggcttttgatgcttcaggaaat
ggatattgtcgctctgaagcagttgttgttgttcttttgaccaagagatctatggctaag
cggatctatgccaccatagtcaacgctggaagtaacactgatggctttaaggagcaaggt
gtgacattcccatctggagagatgcagcagcagctggtcagctctttgtacagtgaaagc
agtatcaaacctggagaagtggagtatgttgaagctcatgggacaggcaccaaggttgga
gatccacaggaagtaaatggcattgtaaatgtcttctgtcaatgtgagagagagccacta
ttgattggatcaaccaagtcaaacatgggtcacccagagcctgcctctgggcttgccgca
ttagccaaggtcattctctctctcgaacatgggctgtgggctccaaatcttcatttcaat
accccaaatccagatattcctgccttacaagatggctctctggaggtagtttgtaaacca
acgccagtgaaaggtggccttgtcagtatcaactcttttggctttggaggtgctaatgct
catgtcattctaaggccaaataagaacagatgccagcctctggagacttgtaacacgcca
agactggttcaactttgtggcagaacccaggaagctgtggaaatactaattcaagagagc
agaaaacatggaggatgcagcccatttgtaaccctgctcagtgatatctctgcagttcct
gtgtcctccatgccctacaggggctacacactggttggcactgagaacgacatcaaagag
gttcagcaagttcaagcgtctggcagaccgctctggtacatctgctcaggcatgggaaca
cagtggaaaggtatgggcctgagcctcatgaagttggatttgtttcgtcagtctatattg
cgctcagatgaggctttgaagagcacaggcctaaaggtctcggacctgcttctgcaagca
gatgagaacacttttgatgacactgtccatgcatttgttggactagctgctattcaaatt
gcccagatcgatatgctgaaagctgcaggtctgcaacctgatgggattttgggccactca
gtgggagaactagcttgtggctatgcagacaactccttaagtcacgaagaagctgttctt
gctgcttactggcgggggcgatgtgttaaagaggccaaattgcccccaggaggaatggct
gctgttggtctgacgtgggaggagtgtaagcaacgctgtcctccaaaggtggtcccagcc
tgtcacaactctgaagacactgtcactgtttcagggcctctggactctgtgaatgagttt
gtagccgaactgaagaaggatggtgtgtttgcaaaggaagtgcgcagtgctggcgttgca
tttcattcctattacatggcctctattgcaccagtgctgctcagtgccctgaaaaaggtc
attccgcgccctaagcctcgttcagcacgatggatcagtacatctatccctgaatctcag
tggcaaagtgatctggcgaggaattcctctgccgagtatcatgtgaacaacctggtgaat
ccagtgctcttccacgaaggtctgaaacatgttccagagaacgctgttgtggtagagatt
gctccacatgctcttttacaggctatcttgaggagaactttgaaaccaacttgcaccatt
ctacctttgatgaagaaagagcacaaaaataatttggagttcttcctaacacagatcgga
aagattcatttaactgggataaatgttcttggaaataacttgttcccacttgtggaatac
cctgtcccagtgggaacaccccttatttctccatgcatcaaatgggaccatagccaggac
tgggatgttccaaaagctgaagactttccagcaggttccaaaggctctgcatctgcttcg
gtctacaatattgatgtgagtcctgactctccagaccactacttggttggtcactgcatt
gatggcagagtcctgtacccagcaactgggtacctggtactggcttggcgaactctgtca
cggtctcttggcatggctatggagcaaatggctgttacatttgaagaagtcacaattcat
caggcaactatccttcccaaaaagggatcagtacagctggaagtaagactcatgtctgct
tccaactgctttgaggtgtcagggaatgggaatctggctgtgacggggaagatttccctt
ctagaaaatgcggctctgaagaacttcaataaccagccacttgactttcagactcaagta
gacacaagctcaaggtctgtcctccttaaagaagacatttaccaagagttacatctgcgt
ggatataattatggaccaactttccagggcgttctggaatgcaactgtgaagcaagtgca
gggaaggttctgtggaatgggaactgggtcaccttccttgacaccctgctacacgtgata
atcttagcagagaccgggcgcagtctacgcttacccaccaggattcgctcagtgtgtatt
gacccagtgctgcaccaagagcaagtgtgccaataccaggacgatgtagaagcttttgat
gttgttgtggaccgctgccttgacagtcttcaagcaggaggcgttcagatcagtggtctt
catgcctctgtggcaccacgacgacaacaggaacggatcccccccaccctggaaaaattc
tgctttgtgccctatactgagagtaactgtttgtcttccagtgtccctcttcatgcctat
ctggagcactgcaaagatctgatcaagagtttacaggctaaggtggcagtgcatggggtc
aagttactcatccctggattggaaactacagtggctgctgcaaagtcctcacccatacag
aagggccttcagcatatcctcgctgaaatctgccatctggaactgaacggaaacctccat
tctgagctggaacagattgtgactcaagagaaaaagcacttccaggacgatcctcttctc
aacgggctgctagattcttcagagttgaagacttgcctggatgtggcattggagaacatg
accagtcacaggatgaagatagtagaggctcttgcaggaagtggacatctgttctctcgc
gtcacaagtattctgaatgctcagcccctgttgcaggtggactacgttgccactgaccgc
atcctggaaactctttcagctaatgaaatagagctacaagatgctggagtttcctttagc
cagtgggatccatctagccttccctctggaaatctgaccaatgctgacctcgtggtatac
aactgttcaacaagtgttctagggaacaccactgaaattctctctaatctggcagctgca
gtgagagaaggagggtttgttttgctgcacacccttcttaaaggagaaactcttggagaa
attgtcagtttccttacaagtccagatctgcagcagaagcacagtttcctgagtgaggca
cagtgggagggcttattcagcaaagcctcactgaatgtggttgccatgaagaaatctttc
tttggctcagttattttcctgtgtcgccggcaagcctctgccaaaacgcctgtttttctg
ccagtagatgagacccattataagtgggttgaatccttaaaggaaatcttggctgaccca
ttggagcagcctgtgtggttgactgccaccagctgtggaaactcgggaattttgggaatg
gtaaactgcctccgccttgaagcagaaggccacagaatcaggtgtgtgtttgtttccaac
ttgaacccttcatcagatgtcccacctgtgagtctttcttccctggagatgcagaagatt
gttcagagggacctggtgatgaacgtgtatcgtgatgggaagtggggctccttcaggcat
ctcccgttgcagcaagcacaacctcaggagttgactgaatatgcctatgtaaatgtgttg
actcgtggagatctttcatctcttcgttggattgtctccccgcttcaacacttccacacg
actaatcccgatgttcaactctgcaaagtctattatgcatctctcaacttccgggacatt
atgctggctacagggaagctttctccagatgctatccctggtaactgggttctgcagcag
tgcatgctgggcatggagttctccggacgggacctggctggacgaagggtgatgggactg
ctgccagcaaaggggctggccacagtggtagactgtgacaagaggtttctgtgggaggtg
cctaaaaactggactctggaagaagcagcttcagtgcctgtggtttatgccactgcttat
tatgctttggtggttcgaggtggtatgaagaagggtgagagtgtcctcattcactctggc
tcaggaggtgtgggccaagcagccattgccattgctctgagcatgggctgccgtgtcttt
gctactgtaggctccactgagaaacgtgagtatctccaagcgagattcccccagctggat
gctaacagctttgccagctcccgaaatactacatttgagcaacatatactgcgagttacc
aatggaaaaggtgtcagcctcgtgttgaattccttggcagaagagaagctccaagccagt
ttgcgttgtcttgctcgacatgggcgctttttggaaatagggaaatttgatctgtctaac
aacagtcagcttggaatggctctcttcctcaagaatgtggcatttcacgggatcctacta
gatgctatctttgaggagggaaaccaagagtgggaagtagtatcagagttgttgaagaaa
ggcataaaagagggtgtggtaaagcctctgaggagtacagtcttcgaaaaagaagaggta
gaagctgccttcaggttcatggcacaaggaaaacacattggcaaagttatgatcaaggtc
caagaagaggaagaagaatctgctttaagaaggtgtgaaccagttaagatctccgctatc
tcccgaacttcctgtccgcctgccaagtcttacatcatcacagggggcctaggagggttt
gggcttgagttggcacagtggctggttgagagaggagcacagaagcttatactgacatct
cgttctggcctacgaactggctaccaggctaaacgtgttagagagtggaaggcactggga
atccaagtgttggtatctaccagtgatattggaacactagaaggaacacagctattgata
gaagaagctttgcagcttggcccagttggaggcatctttaatttggctgtggtccttaga
gatggcatgattgaaaatcagaccccggaattcttctgggaggtcaacaagcccaagtat
tcaggcacccttcatttggattt
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integrated database retrieval system
