LOC108691722 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol LOC108691722

Entrez Gene ID 108691722

Full Name fatty acid synthase-like

Gene Type protein-coding

Organism Atta colombica
mRNA and Protein(s)

mRNA Protein Name

XM_018199587.1 XP_018055076.1 fatty acid synthase-like
Pathways from BioSystems
Gene Ontology

mRNA	Protein	Name
XM_018199587.1	XP_018055076.1	fatty acid synthase-like

The following LOC108691722 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108691722 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAt90232	XM_018199587.1 Latest version!	Atta colombica fatty acid synthase-like (LOC108691722), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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All Other ORF Clones
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC108691722 ( XM_018199587.1 ) cDNA ORF clone, Atta colombica -> XP_018055076.1 Atta colombica fatty acid synthase-like (LOC108691722), mRNA.

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CloneID	OAt90232
Clone ID Related Accession (Same CDS sequence)	XM_018199587.1
Accession Version	XM_018199587.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7140bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-09-18
Organism	Atta colombica
Product	fatty acid synthase-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259541.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Atta colombica Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGATGACA AAGAGGCATA TAAATCGTGG AATGATATTG ATTTCGGCGA GGAGATCGTT 
ATATCTGGTA TTGCTGGCAG ATTTCCTGAT TCAGATAACA TGAATCATTT ACGAGAAAAC 
TTATTCAAAA AAATCGATCT CGTTAAAACA GATCACGACC GATGGGAAAA AGCATTAGAG 
TATCCAGACT TACCAATGCG TATGGGAATA ATTAACAACA TGGAAAAATT TGATGCGGAT 
TTCTTTGGAT TATCTTTTGA GCAAGCAAAC GTACTCGTGC CCGAAGGGAG AATGTTACTA 
GAACATTCTT ATGAAGCAAT TATCGATGCA GGAATTAATC CAAAGCAATT ACGAGGAAAA 
AATACTGCTG TGATCATAGG TACATCTTAT ATTGAAGGAC AAGAGAAATT TCTATATGAG 
AATCAGTTTG ACGATTTTCA AATCGTTGGA TGTAGCAAAT CTACAATGGC AAATATGATT 
TCGTACTATT TGGATCTAAA AGGACCATCT TATACCGTCG ATTCAGCATG TAGTTCTAGT 
CTTTATGCCA TGGCCCTTGG TTATCATTAT ATTATGTCGG GAAAATGCGA AGATGCGATA 
ATTGGAGCTG AAAATCTATG TTTGCATCCG ATTATTAGTC TGCAATACGC TCGTCTTGGT 
GTCTTATCAC CTGAGGGCTA TTGCAGACCA TTCGATTCCA ATGGAAACGG TTATTCGCGT 
AGCGAAGCAG TGGCAATAGT ATACCTTCAA AAGGCAAAAA GTGCGAAGAG AATTTATGCT 
ATATGTCCGC ATATAAAATT AAACAGCGAC GGTTACAAAG AAGAAGGAAT AACATATCCA 
TCCTTGCTAA TGCAAAGTAC TTTATTAAAG GAATGTTACA ATGAATGCGG AATACTGACA 
TCTTGCTTGG ATTACATTGA AACACATGGT ACCGGTACCA AAGTTGGCGA TCCACAGGAA 
GTCACTGCTA TCTATAACAG TTTGTGTAAA AATAGAAAAA CTCCATTAAT GATCGGTTCC 
GTAAAATCCA ATCTTGGTCA TGGTGAACCT GCAAGTGGTT TTATTCAAAT CGCTAAGACA 
GTAATAGCCT TCGAAACTGG TTTTGTTCCA CCAAACATCA ATTATACATC ACCACGAGAT 
GATATAAACG CCTTAAAAAA TGGAAGAATC TGTGTCGTCC AAGAACCACT GCCATTTCAA 
AATGGTTACG TAGGAATTAA TAGTTTCGGT TTTGGAGGAG CCAACGCTCA TATGTTATTA 
AAGCGGAATC GTAAACAGAA AGTTAATAAT GGAGCACCGA ATGATGATTT ACCTAGACTT 
GTAATATTAT CTGGAAGCAC TGAAGAATCA GTGAGGTTGT TTTTAAACGA TATTGCTAAT 
CGTCCAATAG ATGTAGAATA CATCCGTTTA TTACATGACA TCTACGCAGA CAATCTAGAC 
GGTCACTCAT GGAGAGGGTA CATAATACTG AATTCTATCC AACAAGATTC AATAAAGGAA 
ATTCAAAATT GTAATAGCAT GAAAAGACCC GTCTGCTTCG TATTTTCAGC TTTAGGTTCA 
CAATGGCCAG GAATGGGTCG AAATTTATTA AAATTTCACG TTTTTGCAAA AACAATAAAA 
AAATGTGACG ATATTTTAAA ACCGTATAAT ATAAACGTCA AGAACATTTT GACAAATACA 
GAAATATGCG AAAACGCGTT TCTTGGAATC ATTGCTATTC AGGTCGGCTT AGTAGATCTC 
CTAATATCCT TAGGAATTAA TCCGGATTAC ATAATTAGTC ATTCTGGCGG TGAACTCGGT 
TGCGCGTACG CAGACGGATG TCTCACCATT GAACAAACTA TTTTATCAGC ATACTTTATT 
GGTTTGGCAT GTACCGAAGG AAAAATAATT CATAACTCAA TGGCGGTTGT CAGTATCAGT 
TACGATTATC TTAAAAACAT ATGTCCAACC GACATTCAAA TAGTATGCCG CAATAGTGAG 
AACAATAGCG TTGTGAGTGG ACCTATAGAA TCCGTACAAG AATTCATGAA AAAATTACAG 
GTGAATAACA TTTATGTGAA GGAGATCTAT TGCGATATAC CGTATCATAG TTCGTATCTC 
GCATCCGCGG AAACTCAACT TTTGCTTAAT TTGAACAAAA TAATACCGTG GCCAAAGAAA 
CGAAGTTCAA AGTGGATCAG CACTTCCGTA CCTCGTACCG AATGGGTTAA TTCAGCATCA 
CAATTATCAT CGGCGGACTA TCATACACAT AGTATATTAA ACACCGTTCT CTTTGAACAA 
ACATTGCCTC TAATTCCAAA TAACGCTATT ACTATCGAAC TCGCACCATG CGGCGTTCTG 
CAGAACGTAT TGAAAGAATC TTTGCATCCT GAAGTGACAA ACATTGTATT GACTCAACGC 
ACTGAACAAA ATAACAATGT AACTTTTCAA GAAATTGGAA GGCTCTACAA CTCTGGACTA 
CAGCCACAAG TTGCAAATTT GTATCCACCA GTGGAATATC CAGTTAGCAG AGGAACTGCT 
ATGATTTCTC CATCGATCAG ATGGGATCAT TCCGAAGATT GGTTTATACC AAAGTATAAA 
ACACAAAAAT CCCTAAAATG TAGAGAAAGA TATGTCGAAA TTTTACTCAA CAATGAGGAT 
TACAATTATA TGAGCGGTCA TATTATTGAT GGAAGTAATT TGTTACCCGC GACAGGTTAT 
CTTGCACTTG TTTGGCAAAC TTTCGGCATG ATAAAAGGGC AAATATATAA AACACTATCA 
ATAGTTTTCC GAGATGTAAA CTTTATTCGT GCTATTTATT TGTCGAAAAA TTATGCTGTA 
AATTTGAAAA TTGCAATACA GAAAGATGGG AAGTTTGAAA TAACCGAAGG AGATAACGTT 
ATTGTGACAG GTACAGTGTA CGAGACATTG AATCCAGAAC AAGAAATGAT TCCGACAAAT 
TTATTACTGG AAAATAATGA TGAAGAAGAA CTCATGACTG CACATGATAT TTACAAGGAA 
TTGAAATTGC GTGGATATCA GTACACCGAT TGGTTTCGTG GATTGAAGAG TGCATCTATA 
TCGGGCAAAA AAGGACACAT CATATGGAGA AATAATTGGG TAACATTTAT GGACTCTATG 
TTACAGATGA AACTTATCGG ATACGATACT AGGGATCTAT ATGTTCCTAC GAGTATTCAA 
AAAATAGTGA TCAATCCAGT GCTTCACGCT TGGAAGCTAC AGGACATCAC GGATGGTGGA 
GAAGTTATAA CAGACATTAA TAAACCATTA CCGATACAAA TTTATAAAGA GATAGATACG 
ATTAGAGCTG GTGGAATAGA GATACGAGGT CTTAAAACCA TTCAAATCAA TCGTCGGAAT 
TTAGCCCAAG ATACTGTTCT TGAGGAATAT ACATTTGTAG CTCATTGTGA TCGCACTAAA 
ATTCCTTTAA ACGAAGCAAT TCGGATATCA GCACAACTCG CTTTCGAAGA TCATCAAATT 
ATTAATGTGA AAATTGTGGA GCTAGTGAAA GATGAAGATA ATGTTGCATT AGAATATCTC 
TCATCTTCGT TGCTGCTTGA GGCATTTAAT GACATGCCGT TAATAAAAAC GAGTGTCACT 
CTATTAACAT CACCGAATCG TTTTAGTTCA GATTTATCGC AAAACTTTTC AATCAGAGAT 
TCTGAAAAAC CATCTTTAAA TGAGAAAGCT TTAATTGTAG CTGGATTCAA CCTTTTGACC 
AAACACGAAT CGTTAAAGCG ACTATTGCCA TTTTTGAGAG AAGGTGGTTA CCTGTTGACG 
CGTGAAAAAT GTAATGTAAT TGACTATACA AAACATTTAC AACAATATGA ATTAAATGTT 
GTTCTTGAAA AGTGTACTGA TGAAGAAATG ATTGTACTTC TAAAGAAGAA AATTTTGATA 
GAAAAAAGGA TTGTTGTCCA CATAAGTAAC GATAACTTTA ATTGGCTAGA AAATCTAAAG 
TCACTGATGA ACAATGAGAA CAAACTCGAT GAGAATAATA GAATCATAAT TGTTGGAGAG 
AGAGATTTTG AATGCGGTTT ATTAGGTTTT ATTAATTGCT TGAGAAAAGA GCCAGGCGGA 
GAACTTGTTA GAGGTGTGCT TGTTCAAGAT AAGGAAGCCC CTAAATTCTG TATTCAAAAT 
CCCTTCTATT TACAGCAATT GCAGAAAGAT ATGACCATTA ATGTATTGCG ATCTAATAAA 
ACTTGGGGAT CATACAGACA TTTAAAATTA CCACAATTCA AAGCCAGACC TGTACCTACC 
GCTAATGTCC GTCAATTAGT TTCTGCTGAT CTAAGTACAC TTTATTGGGT AGAGAATAAT 
AGATCAGTTG AGTTTCGTCA TGAGGATTTA GTAAACGTTG TTTACTCATC TCTGAATTTC 
AAAGATGTAT TGCTTACGAC TAGTAAAATA ATATTTACTG ACACGTTTTT GAAAGGACGG 
TTGAATCAAT ATTTTCCTAT TGGAATGGAA TATGTGGGAT GGGATGCTAA CAAGCAACGC 
GTAATGGGAA TTCGTGAGAC TGATTGTATA GCAAACGTTG TTGTGAAAGA TAAAGATCTG 
TGTTGGAAAA TACCCGACAC GTGGACATTC GAGGAAGCAG CGACAGTCCC GGTAGTTTAT 
AGCACGGCTT ACTTAGCCCT ACACATTTAT GGAAAAATAA AAAGTGGTGA TAAAATACTT 
ATACATTCTG GTACTGGAGG CGTTGGACAA GCAGCTATCC ATCTCGCTCT TCAAAAGGGA 
TGTGAAGTGT TTACTACCGT GGGCACGAAT GATAAACGGG ATTTTATTAG AAAAATGTTT 
CCGGCTATTT TGGACAAACA TATCGGAAAT TCTCGAGATA CTAGTTTTGA ACAAATGATA 
ATGCAGCAGA CGAAAGGTCG CGGAGTCGAC ATTGTGTTAA ATTCATTGGC GGAAGAAAAA 
TTAATCGCCT CTGTTCGGTG TTTAGCTCAA AACGGTCAAT TCTTAGAGAT TGGCAAATTT 
GATTTTATTT CTAACAATCC ACTAGATATG TCTGTGTTCC AGAAAGGTAT CAGTTTTCAT 
GGAATTATAT TGGAGAATAT ATTCACTGAT GATCGCAAGT ATAAGTCGCT ATTGTGCAAA 
ATGGTAGCTG ACGGTCTTGA AAATGGAACA ATCAAACCAA TGCAAGTAAA AATTTTTCCA 
AAAACAAATG TTGGAGAAGC TTTTAAATAT ATGGCGAGCG GAAAACATAT AGGAAAGATA 
ATTATAAATA TCCATGAAAA GAATGAACCT TTAGATAAGC ACATTCTCGC GTACGGTCGC 
TATTATTGTC TCAGAGATAG AAGTTACATT ATACTAGGAG GTCTCGGTGG ATTTGGATTA 
GAGTTAACCG ACTGGCTTAT ACTTCGTGGT GCCAGAAACG TTGTTCTAAT TTCGCGAACT 
GGAATAAAAA ACGGTTATCA GCGCATGAAA ATTCGACTGT GGAAATCATA TGGTGTAAAA 
GTTCTGCTCC CCAAAAATAT TAACATTGCT GACACCAAAG ACTGCGAATG TCTCTTACGA 
AGTGTGGAAA AAGAAGCACC GGTGGATGCA ATATTCAATC TCTATATGGT ACTGAAAGAC 
AGCTTGTTGA AGAATCAAAC CGCTGAAACT TTCGCAGAAC CCTTTTTAGC AAAAGCTCGA 
ACAACTCAAA CATTGGACAA ACTTTCTAGA AAAATCTGCC ATAAGTTGAG GCATTTTGTA 
GTATTTTCTT CCGTTGTCTG CGGCAGAGGA AACGCTGCAC AGACTAATTA TGGCATGGCC 
AACTCCATCA TGGAGAGAAT TTGCGAAAAG AGAGTGAGAG AAAAGTTACC TGGATTGGCG 
ATTCAATGGG GAATTGTAGG TGACGTAGGT TTCTTAGCTG ACATGCAGGA AAATAAAGAA 
CAAAGAAAGG ACAATAAAGA GTTAATTATC TGCGGCACTG TACAACAGAA AATATCCTGC 
TGCCTCGACG AACTTGATAA GTTTTTACTT CAAAGCCGGC CAATTGTAAG CAGCATAGTT 
GTAGCTGAGA AGAAAATAAA ATCTTGCGGA TTTAACAATT TGGTAGAAAC TGTCGCTAAT 
ATTTTAGATA TAAGTAACAT AAAAGTTGTA AGTCCAAATT CATCTCTGGC CGAACTTGGA 
ATGGACTCCA TGATGGTCGT AGAAATCAAA CAAACTCTGG AACGAGAGTT TAATATTTTT 
TTCTCGATAC AAGAATTACG AAATCTTACT TTTGCAAAGC TTATTGAAAC ATCCACAAAA 
ATCAGTGATA ATAATATGCA TAATAGAAAA AAACTCGACA CAAAGAAGTC ACAATATTTA 
ACATATTTAG TTCTTGCTAT AAAGGATGAA GACTTTATTT CACAAATTTA TTCCACTCTC 
TCGACTAAAG GAACTACAAC TGAAGTATTT CTTATACCAG GTATTGACGG ATGTGGAACT 
ACATTTAATC ATTTAGCACC AAATATTTTA TTTTCAACAA CATCCTTCCA TTATAACACA 
AGCAATATTG ATTCTACTAC AAACATTATA TCAGAGAAAA CTAATCATCT CATAAAGTAC 
ATAATACCAA AGCTGAGAAA TGGGAAAGAC TTTGTAATGG TAGGATTCTC CTTCGGATCT 
ATTATCGCAA TTGAGTTAAC AAGAAGATTG GAAGCTATGA ATTTTAAAGG CCGACTGATT 
CTCATCGATG GCTCTCCTGA ATTAGTACAA AAGATATACA AATATTATAT GCCAAGTTCT 
GAATTAGACC TTCAGATTTA CGTTCTAACT TATATTATGG AAATTTATTT ACCAGGAAGT 
AGTGAAAAGA TTCTAATGGA ATTGAAGAAC TGTGATACTT GGAATGAAAG ATATGATATT 
TTCGCCAAAC AGTTCGTAGT TGTAAATGCA CCACTTTCAT CTACAAATTT AAAGACGCTG 
TGTACAACAA TTTACAAACA TTTATCTGCT CTCCAAGAAT ATGATCCTTC TACTTTGACA 
CCTATTAAGT CTTCTATAAT TTTGCTAAAA CCTACACACC CAATGAACTT ATCGATTGAA 
GAGGATTATG GTTTGTGCAA GGTAACTCAA AACGTAGTAA AAGTATATTA CGTTGAAGGT 
AATCACGTGA CAATCTTGAG AAACAAAAAA ATATTAGCTG CAATTAACGG AAATTTATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_018055076.1
CDS	1..7140
Translation	MDDKEAYKSWNDIDFGEEIVISGIAGRFPDSDNMNHLRENLFKKIDLVKTDHDRWEKALEYPDLPMRMGIINNMEKFDADFFGLSFEQANVLVPEGRMLLEHSYEAIIDAGINPKQLRGKNTAVIIGTSYIEGQEKFLYENQFDDFQIVGCSKSTMANMISYYLDLKGPSYTVDSACSSSLYAMALGYHYIMSGKCEDAIIGAENLCLHPIISLQYARLGVLSPEGYCRPFDSNGNGYSRSEAVAIVYLQKAKSAKRIYAICPHIKLNSDGYKEEGITYPSLLMQSTLLKECYNECGILTSCLDYIETHGTGTKVGDPQEVTAIYNSLCKNRKTPLMIGSVKSNLGHGEPASGFIQIAKTVIAFETGFVPPNINYTSPRDDINALKNGRICVVQEPLPFQNGYVGINSFGFGGANAHMLLKRNRKQKVNNGAPNDDLPRLVILSGSTEESVRLFLNDIANRPIDVEYIRLLHDIYADNLDGHSWRGYIILNSIQQDSIKEIQNCNSMKRPVCFVFSALGSQWPGMGRNLLKFHVFAKTIKKCDDILKPYNINVKNILTNTEICENAFLGIIAIQVGLVDLLISLGINPDYIISHSGGELGCAYADGCLTIEQTILSAYFIGLACTEGKIIHNSMAVVSISYDYLKNICPTDIQIVCRNSENNSVVSGPIESVQEFMKKLQVNNIYVKEIYCDIPYHSSYLASAETQLLLNLNKIIPWPKKRSSKWISTSVPRTEWVNSASQLSSADYHTHSILNTVLFEQTLPLIPNNAITIELAPCGVLQNVLKESLHPEVTNIVLTQRTEQNNNVTFQEIGRLYNSGLQPQVANLYPPVEYPVSRGTAMISPSIRWDHSEDWFIPKYKTQKSLKCRERYVEILLNNEDYNYMSGHIIDGSNLLPATGYLALVWQTFGMIKGQIYKTLSIVFRDVNFIRAIYLSKNYAVNLKIAIQKDGKFEITEGDNVIVTGTVYETLNPEQEMIPTNLLLENNDEEELMTAHDIYKELKLRGYQYTDWFRGLKSASISGKKGHIIWRNNWVTFMDSMLQMKLIGYDTRDLYVPTSIQKIVINPVLHAWKLQDITDGGEVITDINKPLPIQIYKEIDTIRAGGIEIRGLKTIQINRRNLAQDTVLEEYTFVAHCDRTKIPLNEAIRISAQLAFEDHQIINVKIVELVKDEDNVALEYLSSSLLLEAFNDMPLIKTSVTLLTSPNRFSSDLSQNFSIRDSEKPSLNEKALIVAGFNLLTKHESLKRLLPFLREGGYLLTREKCNVIDYTKHLQQYELNVVLEKCTDEEMIVLLKKKILIEKRIVVHISNDNFNWLENLKSLMNNENKLDENNRIIIVGERDFECGLLGFINCLRKEPGGELVRGVLVQDKEAPKFCIQNPFYLQQLQKDMTINVLRSNKTWGSYRHLKLPQFKARPVPTANVRQLVSADLSTLYWVENNRSVEFRHEDLVNVVYSSLNFKDVLLTTSKIIFTDTFLKGRLNQYFPIGMEYVGWDANKQRVMGIRETDCIANVVVKDKDLCWKIPDTWTFEEAATVPVVYSTAYLALHIYGKIKSGDKILIHSGTGGVGQAAIHLALQKGCEVFTTVGTNDKRDFIRKMFPAILDKHIGNSRDTSFEQMIMQQTKGRGVDIVLNSLAEEKLIASVRCLAQNGQFLEIGKFDFISNNPLDMSVFQKGISFHGIILENIFTDDRKYKSLLCKMVADGLENGTIKPMQVKIFPKTNVGEAFKYMASGKHIGKIIINIHEKNEPLDKHILAYGRYYCLRDRSYIILGGLGGFGLELTDWLILRGARNVVLISRTGIKNGYQRMKIRLWKSYGVKVLLPKNINIADTKDCECLLRSVEKEAPVDAIFNLYMVLKDSLLKNQTAETFAEPFLAKARTTQTLDKLSRKICHKLRHFVVFSSVVCGRGNAAQTNYGMANSIMERICEKRVREKLPGLAIQWGIVGDVGFLADMQENKEQRKDNKELIICGTVQQKISCCLDELDKFLLQSRPIVSSIVVAEKKIKSCGFNNLVETVANILDISNIKVVSPNSSLAELGMDSMMVVEIKQTLEREFNIFFSIQELRNLTFAKLIETSTKISDNNMHNRKKLDTKKSQYLTYLVLAIKDEDFISQIYSTLSTKGTTTEVFLIPGIDGCGTTFNHLAPNILFSTTSFHYNTSNIDSTTNIISEKTNHLIKYIIPKLRNGKDFVMVGFSFGSIIAIELTRRLEAMNFKGRLILIDGSPELVQKIYKYYMPSSELDLQIYVLTYIMEIYLPGSSEKILMELKNCDTWNERYDIFAKQFVVVNAPLSSTNLKTLCTTIYKHLSALQEYDPSTLTPIKSSIILLKPTHPMNLSIEEDYGLCKVTQNVVKVYYVEGNHVTILRNKKILAAINGNL

Target ORF information:

RefSeq Version	XM_018199587.1
Organism	Atta colombica
Definition	Atta colombica fatty acid synthase-like (LOC108691722), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_018199587.1

ORF Insert Sequence:

ATGGATGACA AAGAGGCATA TAAATCGTGG AATGATATTG ATTTCGGCGA GGAGATCGTT 
ATATCTGGTA TTGCTGGCAG ATTTCCTGAT TCAGATAACA TGAATCATTT ACGAGAAAAC 
TTATTCAAAA AAATCGATCT CGTTAAAACA GATCACGACC GATGGGAAAA AGCATTAGAG 
TATCCAGACT TACCAATGCG TATGGGAATA ATTAACAACA TGGAAAAATT TGATGCGGAT 
TTCTTTGGAT TATCTTTTGA GCAAGCAAAC GTACTCGTGC CCGAAGGGAG AATGTTACTA 
GAACATTCTT ATGAAGCAAT TATCGATGCA GGAATTAATC CAAAGCAATT ACGAGGAAAA 
AATACTGCTG TGATCATAGG TACATCTTAT ATTGAAGGAC AAGAGAAATT TCTATATGAG 
AATCAGTTTG ACGATTTTCA AATCGTTGGA TGTAGCAAAT CTACAATGGC AAATATGATT 
TCGTACTATT TGGATCTAAA AGGACCATCT TATACCGTCG ATTCAGCATG TAGTTCTAGT 
CTTTATGCCA TGGCCCTTGG TTATCATTAT ATTATGTCGG GAAAATGCGA AGATGCGATA 
ATTGGAGCTG AAAATCTATG TTTGCATCCG ATTATTAGTC TGCAATACGC TCGTCTTGGT 
GTCTTATCAC CTGAGGGCTA TTGCAGACCA TTCGATTCCA ATGGAAACGG TTATTCGCGT 
AGCGAAGCAG TGGCAATAGT ATACCTTCAA AAGGCAAAAA GTGCGAAGAG AATTTATGCT 
ATATGTCCGC ATATAAAATT AAACAGCGAC GGTTACAAAG AAGAAGGAAT AACATATCCA 
TCCTTGCTAA TGCAAAGTAC TTTATTAAAG GAATGTTACA ATGAATGCGG AATACTGACA 
TCTTGCTTGG ATTACATTGA AACACATGGT ACCGGTACCA AAGTTGGCGA TCCACAGGAA 
GTCACTGCTA TCTATAACAG TTTGTGTAAA AATAGAAAAA CTCCATTAAT GATCGGTTCC 
GTAAAATCCA ATCTTGGTCA TGGTGAACCT GCAAGTGGTT TTATTCAAAT CGCTAAGACA 
GTAATAGCCT TCGAAACTGG TTTTGTTCCA CCAAACATCA ATTATACATC ACCACGAGAT 
GATATAAACG CCTTAAAAAA TGGAAGAATC TGTGTCGTCC AAGAACCACT GCCATTTCAA 
AATGGTTACG TAGGAATTAA TAGTTTCGGT TTTGGAGGAG CCAACGCTCA TATGTTATTA 
AAGCGGAATC GTAAACAGAA AGTTAATAAT GGAGCACCGA ATGATGATTT ACCTAGACTT 
GTAATATTAT CTGGAAGCAC TGAAGAATCA GTGAGGTTGT TTTTAAACGA TATTGCTAAT 
CGTCCAATAG ATGTAGAATA CATCCGTTTA TTACATGACA TCTACGCAGA CAATCTAGAC 
GGTCACTCAT GGAGAGGGTA CATAATACTG AATTCTATCC AACAAGATTC AATAAAGGAA 
ATTCAAAATT GTAATAGCAT GAAAAGACCC GTCTGCTTCG TATTTTCAGC TTTAGGTTCA 
CAATGGCCAG GAATGGGTCG AAATTTATTA AAATTTCACG TTTTTGCAAA AACAATAAAA 
AAATGTGACG ATATTTTAAA ACCGTATAAT ATAAACGTCA AGAACATTTT GACAAATACA 
GAAATATGCG AAAACGCGTT TCTTGGAATC ATTGCTATTC AGGTCGGCTT AGTAGATCTC 
CTAATATCCT TAGGAATTAA TCCGGATTAC ATAATTAGTC ATTCTGGCGG TGAACTCGGT 
TGCGCGTACG CAGACGGATG TCTCACCATT GAACAAACTA TTTTATCAGC ATACTTTATT 
GGTTTGGCAT GTACCGAAGG AAAAATAATT CATAACTCAA TGGCGGTTGT CAGTATCAGT 
TACGATTATC TTAAAAACAT ATGTCCAACC GACATTCAAA TAGTATGCCG CAATAGTGAG 
AACAATAGCG TTGTGAGTGG ACCTATAGAA TCCGTACAAG AATTCATGAA AAAATTACAG 
GTGAATAACA TTTATGTGAA GGAGATCTAT TGCGATATAC CGTATCATAG TTCGTATCTC 
GCATCCGCGG AAACTCAACT TTTGCTTAAT TTGAACAAAA TAATACCGTG GCCAAAGAAA 
CGAAGTTCAA AGTGGATCAG CACTTCCGTA CCTCGTACCG AATGGGTTAA TTCAGCATCA 
CAATTATCAT CGGCGGACTA TCATACACAT AGTATATTAA ACACCGTTCT CTTTGAACAA 
ACATTGCCTC TAATTCCAAA TAACGCTATT ACTATCGAAC TCGCACCATG CGGCGTTCTG 
CAGAACGTAT TGAAAGAATC TTTGCATCCT GAAGTGACAA ACATTGTATT GACTCAACGC 
ACTGAACAAA ATAACAATGT AACTTTTCAA GAAATTGGAA GGCTCTACAA CTCTGGACTA 
CAGCCACAAG TTGCAAATTT GTATCCACCA GTGGAATATC CAGTTAGCAG AGGAACTGCT 
ATGATTTCTC CATCGATCAG ATGGGATCAT TCCGAAGATT GGTTTATACC AAAGTATAAA 
ACACAAAAAT CCCTAAAATG TAGAGAAAGA TATGTCGAAA TTTTACTCAA CAATGAGGAT 
TACAATTATA TGAGCGGTCA TATTATTGAT GGAAGTAATT TGTTACCCGC GACAGGTTAT 
CTTGCACTTG TTTGGCAAAC TTTCGGCATG ATAAAAGGGC AAATATATAA AACACTATCA 
ATAGTTTTCC GAGATGTAAA CTTTATTCGT GCTATTTATT TGTCGAAAAA TTATGCTGTA 
AATTTGAAAA TTGCAATACA GAAAGATGGG AAGTTTGAAA TAACCGAAGG AGATAACGTT 
ATTGTGACAG GTACAGTGTA CGAGACATTG AATCCAGAAC AAGAAATGAT TCCGACAAAT 
TTATTACTGG AAAATAATGA TGAAGAAGAA CTCATGACTG CACATGATAT TTACAAGGAA 
TTGAAATTGC GTGGATATCA GTACACCGAT TGGTTTCGTG GATTGAAGAG TGCATCTATA 
TCGGGCAAAA AAGGACACAT CATATGGAGA AATAATTGGG TAACATTTAT GGACTCTATG 
TTACAGATGA AACTTATCGG ATACGATACT AGGGATCTAT ATGTTCCTAC GAGTATTCAA 
AAAATAGTGA TCAATCCAGT GCTTCACGCT TGGAAGCTAC AGGACATCAC GGATGGTGGA 
GAAGTTATAA CAGACATTAA TAAACCATTA CCGATACAAA TTTATAAAGA GATAGATACG 
ATTAGAGCTG GTGGAATAGA GATACGAGGT CTTAAAACCA TTCAAATCAA TCGTCGGAAT 
TTAGCCCAAG ATACTGTTCT TGAGGAATAT ACATTTGTAG CTCATTGTGA TCGCACTAAA 
ATTCCTTTAA ACGAAGCAAT TCGGATATCA GCACAACTCG CTTTCGAAGA TCATCAAATT 
ATTAATGTGA AAATTGTGGA GCTAGTGAAA GATGAAGATA ATGTTGCATT AGAATATCTC 
TCATCTTCGT TGCTGCTTGA GGCATTTAAT GACATGCCGT TAATAAAAAC GAGTGTCACT 
CTATTAACAT CACCGAATCG TTTTAGTTCA GATTTATCGC AAAACTTTTC AATCAGAGAT 
TCTGAAAAAC CATCTTTAAA TGAGAAAGCT TTAATTGTAG CTGGATTCAA CCTTTTGACC 
AAACACGAAT CGTTAAAGCG ACTATTGCCA TTTTTGAGAG AAGGTGGTTA CCTGTTGACG 
CGTGAAAAAT GTAATGTAAT TGACTATACA AAACATTTAC AACAATATGA ATTAAATGTT 
GTTCTTGAAA AGTGTACTGA TGAAGAAATG ATTGTACTTC TAAAGAAGAA AATTTTGATA 
GAAAAAAGGA TTGTTGTCCA CATAAGTAAC GATAACTTTA ATTGGCTAGA AAATCTAAAG 
TCACTGATGA ACAATGAGAA CAAACTCGAT GAGAATAATA GAATCATAAT TGTTGGAGAG 
AGAGATTTTG AATGCGGTTT ATTAGGTTTT ATTAATTGCT TGAGAAAAGA GCCAGGCGGA 
GAACTTGTTA GAGGTGTGCT TGTTCAAGAT AAGGAAGCCC CTAAATTCTG TATTCAAAAT 
CCCTTCTATT TACAGCAATT GCAGAAAGAT ATGACCATTA ATGTATTGCG ATCTAATAAA 
ACTTGGGGAT CATACAGACA TTTAAAATTA CCACAATTCA AAGCCAGACC TGTACCTACC 
GCTAATGTCC GTCAATTAGT TTCTGCTGAT CTAAGTACAC TTTATTGGGT AGAGAATAAT 
AGATCAGTTG AGTTTCGTCA TGAGGATTTA GTAAACGTTG TTTACTCATC TCTGAATTTC 
AAAGATGTAT TGCTTACGAC TAGTAAAATA ATATTTACTG ACACGTTTTT GAAAGGACGG 
TTGAATCAAT ATTTTCCTAT TGGAATGGAA TATGTGGGAT GGGATGCTAA CAAGCAACGC 
GTAATGGGAA TTCGTGAGAC TGATTGTATA GCAAACGTTG TTGTGAAAGA TAAAGATCTG 
TGTTGGAAAA TACCCGACAC GTGGACATTC GAGGAAGCAG CGACAGTCCC GGTAGTTTAT 
AGCACGGCTT ACTTAGCCCT ACACATTTAT GGAAAAATAA AAAGTGGTGA TAAAATACTT 
ATACATTCTG GTACTGGAGG CGTTGGACAA GCAGCTATCC ATCTCGCTCT TCAAAAGGGA 
TGTGAAGTGT TTACTACCGT GGGCACGAAT GATAAACGGG ATTTTATTAG AAAAATGTTT 
CCGGCTATTT TGGACAAACA TATCGGAAAT TCTCGAGATA CTAGTTTTGA ACAAATGATA 
ATGCAGCAGA CGAAAGGTCG CGGAGTCGAC ATTGTGTTAA ATTCATTGGC GGAAGAAAAA 
TTAATCGCCT CTGTTCGGTG TTTAGCTCAA AACGGTCAAT TCTTAGAGAT TGGCAAATTT 
GATTTTATTT CTAACAATCC ACTAGATATG TCTGTGTTCC AGAAAGGTAT CAGTTTTCAT 
GGAATTATAT TGGAGAATAT ATTCACTGAT GATCGCAAGT ATAAGTCGCT ATTGTGCAAA 
ATGGTAGCTG ACGGTCTTGA AAATGGAACA ATCAAACCAA TGCAAGTAAA AATTTTTCCA 
AAAACAAATG TTGGAGAAGC TTTTAAATAT ATGGCGAGCG GAAAACATAT AGGAAAGATA 
ATTATAAATA TCCATGAAAA GAATGAACCT TTAGATAAGC ACATTCTCGC GTACGGTCGC 
TATTATTGTC TCAGAGATAG AAGTTACATT ATACTAGGAG GTCTCGGTGG ATTTGGATTA 
GAGTTAACCG ACTGGCTTAT ACTTCGTGGT GCCAGAAACG TTGTTCTAAT TTCGCGAACT 
GGAATAAAAA ACGGTTATCA GCGCATGAAA ATTCGACTGT GGAAATCATA TGGTGTAAAA 
GTTCTGCTCC CCAAAAATAT TAACATTGCT GACACCAAAG ACTGCGAATG TCTCTTACGA 
AGTGTGGAAA AAGAAGCACC GGTGGATGCA ATATTCAATC TCTATATGGT ACTGAAAGAC 
AGCTTGTTGA AGAATCAAAC CGCTGAAACT TTCGCAGAAC CCTTTTTAGC AAAAGCTCGA 
ACAACTCAAA CATTGGACAA ACTTTCTAGA AAAATCTGCC ATAAGTTGAG GCATTTTGTA 
GTATTTTCTT CCGTTGTCTG CGGCAGAGGA AACGCTGCAC AGACTAATTA TGGCATGGCC 
AACTCCATCA TGGAGAGAAT TTGCGAAAAG AGAGTGAGAG AAAAGTTACC TGGATTGGCG 
ATTCAATGGG GAATTGTAGG TGACGTAGGT TTCTTAGCTG ACATGCAGGA AAATAAAGAA 
CAAAGAAAGG ACAATAAAGA GTTAATTATC TGCGGCACTG TACAACAGAA AATATCCTGC 
TGCCTCGACG AACTTGATAA GTTTTTACTT CAAAGCCGGC CAATTGTAAG CAGCATAGTT 
GTAGCTGAGA AGAAAATAAA ATCTTGCGGA TTTAACAATT TGGTAGAAAC TGTCGCTAAT 
ATTTTAGATA TAAGTAACAT AAAAGTTGTA AGTCCAAATT CATCTCTGGC CGAACTTGGA 
ATGGACTCCA TGATGGTCGT AGAAATCAAA CAAACTCTGG AACGAGAGTT TAATATTTTT 
TTCTCGATAC AAGAATTACG AAATCTTACT TTTGCAAAGC TTATTGAAAC ATCCACAAAA 
ATCAGTGATA ATAATATGCA TAATAGAAAA AAACTCGACA CAAAGAAGTC ACAATATTTA 
ACATATTTAG TTCTTGCTAT AAAGGATGAA GACTTTATTT CACAAATTTA TTCCACTCTC 
TCGACTAAAG GAACTACAAC TGAAGTATTT CTTATACCAG GTATTGACGG ATGTGGAACT 
ACATTTAATC ATTTAGCACC AAATATTTTA TTTTCAACAA CATCCTTCCA TTATAACACA 
AGCAATATTG ATTCTACTAC AAACATTATA TCAGAGAAAA CTAATCATCT CATAAAGTAC 
ATAATACCAA AGCTGAGAAA TGGGAAAGAC TTTGTAATGG TAGGATTCTC CTTCGGATCT 
ATTATCGCAA TTGAGTTAAC AAGAAGATTG GAAGCTATGA ATTTTAAAGG CCGACTGATT 
CTCATCGATG GCTCTCCTGA ATTAGTACAA AAGATATACA AATATTATAT GCCAAGTTCT 
GAATTAGACC TTCAGATTTA CGTTCTAACT TATATTATGG AAATTTATTT ACCAGGAAGT 
AGTGAAAAGA TTCTAATGGA ATTGAAGAAC TGTGATACTT GGAATGAAAG ATATGATATT 
TTCGCCAAAC AGTTCGTAGT TGTAAATGCA CCACTTTCAT CTACAAATTT AAAGACGCTG 
TGTACAACAA TTTACAAACA TTTATCTGCT CTCCAAGAAT ATGATCCTTC TACTTTGACA 
CCTATTAAGT CTTCTATAAT TTTGCTAAAA CCTACACACC CAATGAACTT ATCGATTGAA 
GAGGATTATG GTTTGTGCAA GGTAACTCAA AACGTAGTAA AAGTATATTA CGTTGAAGGT 
AATCACGTGA CAATCTTGAG AAACAAAAAA ATATTAGCTG CAATTAACGG AAATTTATAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

PubMed

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LOC108691722 cDNA ORF clone, Atta colombica

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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