Leptidea sinapis (Wood White): 126979623
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Entry
126979623 CDS
T09272
Name
(RefSeq) fatty acid synthase-like isoform X1
KO
K00665
fatty acid synthase, animal type [EC:
2.3.1.85
]
Organism
lsin
Leptidea sinapis (Wood White)
Pathway
lsin00061
Fatty acid biosynthesis
lsin01100
Metabolic pathways
lsin01212
Fatty acid metabolism
Module
lsin_M00082
Fatty acid biosynthesis, initiation
lsin_M00083
Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:
lsin00001
]
09100 Metabolism
09103 Lipid metabolism
00061 Fatty acid biosynthesis
126979623
09180 Brite Hierarchies
09181 Protein families: metabolism
01004 Lipid biosynthesis proteins [BR:
lsin01004
]
126979623
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
lsin04147
]
126979623
Enzymes [BR:
lsin01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.85 fatty-acid synthase system
126979623
Lipid biosynthesis proteins [BR:
lsin01004
]
Fatty acid synthase
Animal type
126979623
Exosome [BR:
lsin04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
126979623
Exosomal proteins of breast milk
126979623
Exosomal proteins of colorectal cancer cells
126979623
Exosomal proteins of bladder cancer cells
126979623
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Acyl_transf_1
ketoacyl-synt
KAsynt_C_assoc
Ketoacyl-synt_C
PKS_DH_N
Thiolase_N
Motif
Other DBs
NCBI-GeneID:
126979623
NCBI-ProteinID:
XP_050685016
LinkDB
All DBs
Position
1:complement(806630..853114)
Genome browser
AA seq
1291 aa
AA seq
DB search
MSPKPQQKTLVQPESLDDADAGNRVVITGMAGSFPDSYNVKQLEDILYNKVNPVGTNEPR
WEYNHPEIANYTGQAPDLDRFDAQFFKVHYRLGNSMDPMSRRILEHTYEAIYDAGICPQE
LSGKKVGCYIGTCMSESEKSSFYSATARTGFGIAGCSKAMFANRISYWLNVKGPSMSVDQ
ACCSASVALQLAYDAIRRGDCEAAVVGGANLCLHPQQSIHTSRVINLCPDGKTKSFDKNA
DGCALSESISVFFVQKAKNAKRVYAEVVHVKNEYTEILKTETGPKYSFYRDVDNMTDFIK
QFYEEANVDPEDVKYVEAVGSATDEADKVELEAFNNVYCTQRREEPLLVGSVTSNIGYTG
AASGICSILKVLLAYRNGLIAGNMHCENVRDDIDALRDKRIQVVTDHKKFNGGYVAVNGI
SITGINAHVLLKRVHKTKDLSRYQTSIPRLVTISARQQSAVNSIFKDLKSRPIDPEELAL
FYNIHEHHISGHLGRGFTILDTNEDQETVCLVQNSDYFDNAKKPLWFVYSGMGSQWVGMG
AHLMRIPIFAGAIERCDKVLKPKGIDIVHIITSQDKTMFDNILHSFVGIAAIQIGLTDIL
TAVGFVPDKIIGHSVGELGCAYADGCFTAEEMILSAYSRGLVSVQTTFIRGSMAAVGVGY
EEVSKMCPPEIEVACHNSAASSTISGPADEMRAFVSKLTADGIFAKEVPSSNIAYHSRYI
AEAGPGLLKYLKEVIKEPKARSDKWLSTSVPEDKWKTEAAKYSSAEYHTNNLLNPVLFEE
TSRLIPRDAVCVEIAPHGLLQAILKRSLSDTCKNIPLTRRGHSDNALHVLEAIGKLYMEG
YSPKIKALYPKVEFPVSVGTPMLGHLVEWAHAEPWTVPLYVSAHRERTACYKSIVSLFDD
EHKYLSGHVIQGKTVFPYSAVLVSVWDTLTMLSGDDRRSTSVQFTNVQLLAQPIIHNQKQ
LKLVTSFHRGNGRFEVTHEGTQVATGFISVYQDDKDRAFSRHSEETSTRILNLNDIYELL
YIKGCSYKNEFRSILCANTSITQAEIQWKNNWVTFLNAMLQLQIVKQQNEAIAFPNFISR
ILIDVNEQAEFKTESIVANVFDNSHLIRCGGVLMESFKFQKVTFSPYREVSLLGLKNPVQ
AIKAENLKVVRESAPNLRGAMLSCRQIGNLESLQWIEQPDLTETGIDVKVAYAGLNIMDL
QRMAGTVPFKNEIAFGMDISGHTINGTRVMGLVPQRALSTRIRVDKNLLWPVPEQWTLED
AATVPLAYCLAYYCLMIILPIPAINPLKIKY
NT seq
3876 nt
NT seq
+upstream
nt +downstream
nt
atgtcgccaaaaccgcagcaaaaaacgttagtccaaccggagtccctagatgatgctgat
gcaggaaaccgtgtagttatcaccgggatggcggggtctttccctgacagttataatgtt
aagcagcttgaggatatactttacaacaaggtaaatccagtggggacgaatgaaccgagg
tgggaatataaccacccagagatcgcaaattacaccggccaagctcctgatttggatcgt
ttcgatgctcagttcttcaaggtgcattaccgactaggaaactctatggacccaatgtct
aggagaattcttgaacatacatacgaggcaatatacgatgcaggtatatgtcctcaagag
ctcagtggaaaaaaggtcggttgctacattggcacatgtatgtcagaatcagagaaatcc
agcttctattctgcaactgctagaactggttttggcattgctgggtgcagcaaagccatg
tttgccaatcgtatttcgtactggttaaatgtcaaaggaccctcaatgtctgtagatcaa
gcatgctgcagcgcatcggtggctttacagttggcatatgacgctattcgtcgcggtgat
tgcgaagcagctgttgtaggtggtgcaaatctttgtctccatccccaacagtcaattcat
acttcaagggttataaatttatgtcccgatggtaaaacaaagtcgtttgacaagaatgct
gatggctgtgctctatcggaatctataagcgtatttttcgtacaaaaagccaaaaacgct
aaacgtgtctacgctgaagttgttcacgtaaaaaatgaatatacagaaatacttaaaact
gaaactggaccaaaatacagtttttatcgcgacgttgataacatgactgatttcataaaa
cagttttatgaggaagccaatgtagatcctgaagatgttaaatacgttgaagctgtgggt
tctgcaacagacgaagcagacaaagttgagcttgaagcatttaacaatgtgtattgtaca
caaagacgtgaagaaccattgcttgttggaagtgttacttctaatattggttatactggt
gctgcttcgggtatctgttccatccttaaagttcttttggcgtatcgtaatggactcata
gctggaaatatgcattgtgaaaatgttcgtgacgatatagatgcacttcgtgataaacgc
attcaggtagtcactgaccacaaaaagttcaacggaggatacgtcgctgttaacggaata
tcaattactggtatcaacgcgcacgtacttttgaaaagagtgcacaaaacaaaggatctg
tctcggtatcagactagtataccacgtttggtcacaatatctgccagacaacagtcagcg
gtaaacagtatttttaaggacttgaaaagtcgtccgatcgatccagaagaattggcctta
ttctataatatccatgagcaccatataagcggacatctgggtagaggatttacaatttta
gatacaaatgaggatcaggagactgtatgcttggtgcagaattcagattacttcgacaat
gccaagaaacctttgtggtttgtgtatagcggtatgggctcccagtgggttggaatggga
gcacatctcatgcgtataccaatcttcgctggagccattgaaagatgtgataaagtctta
aaacctaaaggaattgatatagttcatataataacatctcaagacaagactatgtttgat
aatattttgcactcgttcgtcggaattgctgccattcaaattggacttactgatatacta
actgcagtaggatttgtaccggataaaataattggacacagtgtaggtgaactgggctgt
gcatatgccgatggttgtttcaccgctgaagagatgattttgtcggcttatagccgtggt
ctggtttctgtacaaacaacttttattcgcggttccatggctgcggttggtgtgggatat
gaagaagtatcaaagatgtgtccaccggagattgaggtagcatgtcacaatagtgctgcc
tccagtacaatctcaggtccagctgatgaaatgcgtgcatttgtttccaagctgaccgca
gacggcatatttgcaaaagaagtgccatcatcaaacattgcttatcattctcgctacatt
gccgaagcaggtcctggcttgctgaaatacttgaaagaagttatcaaggaaccgaaggct
cgcagtgacaaatggctttctacttccgtgcctgaagataaatggaaaacagaagcagca
aaatattcatctgcagaatatcataccaataatttgcttaatcctgtactttttgaagaa
acatcgcgtttgattccgcgtgacgctgtctgtgtagagattgctcctcatggcttactg
caggctattctcaaacgttctctgtctgatacttgtaagaatatacctttgacgcgaaga
ggtcacagtgataatgcccttcatgtattggaagctattggaaagttgtatatggaggga
tacagtccgaaaataaaagctttatatcccaaggtagagttcccagtttccgttgggaca
ccaatgttgggacatctggtagaatgggctcacgctgagccatggactgtaccattatat
gtatctgcacatagagagagaacagcgtgttacaaaagcatcgtttctctattcgatgat
gagcataaatacttgtcaggccatgttatacaaggaaaaactgttttcccctactccgca
gtattggtgtctgtatgggacacattaactatgttatcgggtgatgaccgaaggtctaca
tcagtgcaattcaccaatgttcaacttttagcgcaaccgattattcataatcaaaaacag
ctcaaactagttacgtcgtttcacagagggaatggacggtttgaggtaactcatgaagga
acgcaagttgctacaggattcataagcgtataccaagatgacaaggacagagcattcagt
agacattctgaagaaacgagtacaagaatattgaacttgaatgacatctacgaactattg
tacataaagggttgtagttataagaatgaattcagaagcatactatgtgcaaatacttcg
attacccaagctgaaatacagtggaaaaacaattgggtgacattcttaaatgcaatgttg
cagctgcaaattgtaaaacaacagaatgaagcaatagccttcccgaatttcataagtagg
attctcattgatgtaaatgagcaagcagaatttaaaacggaatctattgttgctaatgtt
tttgacaactcgcatttgataagatgcggtggtgttcttatggaatcttttaagttccaa
aaagttaccttctctccttatagagaggtatcattattgggtctgaagaacccagttcag
gcaataaaggcggaaaatttaaaagtcgtaagggaatcagcgcccaatttacgaggagcc
atgctgtcttgtcgtcagattggtaatctggagtccttgcagtggattgaacagccagat
ttgactgaaactgggatcgatgttaaggtcgcttatgctggtttgaacattatggatttg
cagagaatggccggtactgtgccgtttaaaaatgaaattgccttcggaatggatattagt
ggacatactattaacggaacacgagtaatgggactggtgccacagcgagccctcagtacg
aggattcgagttgataagaatctgttgtggccagtgccagaacagtggaccttggaagat
gcagctacggttcctctcgcgtactgcctcgcctattactgtcttatgatcatattgcca
attcccgcgataaatcctttaaagataaaatattaa
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