LOC108684130 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol LOC108684130

Entrez Gene ID 108684130

Full Name endoribonuclease Dicer

Gene Type protein-coding

Organism Atta colombica

mRNA	Protein	Name
XM_018188235.1	XP_018043724.1	endoribonuclease Dicer isoform X2
XM_018188233.1	XP_018043722.1	endoribonuclease Dicer isoform X1
XM_018188234.1	XP_018043723.1	endoribonuclease Dicer isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC108684130 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108684130 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)
OAt81634	XM_018188233.1 Latest version!	Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAt81634	XM_018188234.1 Latest version!	Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OAt81635	XM_018188235.1 Latest version!	Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
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)

LOC108684130 ( XM_018188233.1 ) cDNA ORF clone, Atta colombica -> XP_018043722.1 Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X1, mRNA.

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CloneID	OAt81634
Clone ID Related Accession (Same CDS sequence)	XM_018188233.1 , XM_018188234.1
Accession Version	XM_018188233.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4827bp) 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	endoribonuclease Dicer isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259213.1) 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##

ATGGAGCCAA AAATTATTTC GGAAAACGAA AAGTTTACAC CGCGAGCATA TCAAATAGAT 
CTATTTGAAA GGGCAATACA AAATATGATA CTGTATTTGC CAACTGGCGC GGGAAAAACA 
TACATAGCTG TTATGCTTCT GAAACATCTA AGTCATGATG TACGCAAACC TTATCAAGAA 
GGTGGAAAAC GTAGTATATT CGTTGTAAAT ACAGTAGCTT TGGTTGAACA ACAATCAATA 
TATATAAAAA GGCATACAGA TTTAAAATGC AAAGGTTATA GTGGAGACAT GAAGGTGGAT 
TTTTGGTCAG AACAACAATG GATAACTGAA ATAGAAGAAC ATGAAATTTT AGTAATGACA 
TCGCAAATCT TCCTGAATTT GCTCATTCAC AGATATATAA TATTAGAAAG AATAAATTTA 
ATCGTGTTTG ACGAATGTCA CAGAGCTGTA TCTAACCATC CTATGAGACA AATTATGAAA 
CAATTTGAAA ATTGTTCCAA CGAAGAGCAT CCACGTGTTT TAGCTATGTC GGCAACATTG 
TTGAACGCTA ATATAAAAGC AGATAAAATA GAATCTACGA TTAAAGATTT AGAAGTAACA 
TTTCATGCGA AGATAGCAAC TGTAGAATCA ACAGATTCTA TCCACGGCTG CTATACAAAT 
CCTAATGAAG AAATCGTCAA ATATTCGAAA TATCTAATTT CAGAAGTAGT AAACAAAATA 
AATGATATTA TCAAAACAAC AAAGGAAGTT ATCAAAGATA TAAAACTTAA TTTTGATGAA 
ATATATAAAG AATCCAGTGA AGAAATGCGA CCTAAATCAA AATCTTCTAA GCTAACGACT 
ATTTTTGACG ACATAGGAAG GACTTCATTA CATGCAGGCA TATATTGTGG AAACAAGTCT 
GCTTTGTTAC ATTTAATCCA ATTAGAGAAT TTGAGAAAAT ATTCCGATGA CCAAATGACA 
AATATTCTTC TGGATTATCT AATTACGCAG ATAATGCTAA TAAGGAAATT GTTCGAAAAC 
GAGATGAAAG GCTGCATAGA ATTAGACCGA CTATCCAACT TTTCATGTAA CCAAATCCAA 
AAATTATTTG AGATATTGTT GAAATATTAT AATAACTTAG GCAAAGAAAA GTTCTGCAGC 
ATTATTTTTG TCAAGGAAAG ATTTATGACA CAAGTCATAT ATCATGTATT AAAAACACTA 
TCTGCACACG ATAGAAGATA CAATTTTCTT CAACCCGATT ATGTAATTGG CTTTCAAAAT 
AATCCTTATA AAAATACTAG AGAAATTTCA TGTATTGCAA AATGGAATAA GGAGGTGTTG 
CAAAGATTAA AAAATGGTTC GTCAAATTGT ATTGTAGCGA CCGATGTGGT CGACGAAGGT 
ATCGATATAC CAATTTGCAC GTTGATAATA CGTTATGACG TGCCAACAGA TTTTAGAGCA 
TATGTTCAAA GTAAGGGTCG GGCACGCCAT AACTTGAGTA GTTATTTAAT TTTAGTGGAA 
AATGATGATG AGGATTTTCT AAAGAAATAT TACCAATACA AAGATACAGA GAAGAAATTA 
AAACAGATTT TGGTGGGAAA AAATGAACGC TCATTGCCTA CCCAAGATGA TATTGTAAAC 
GATCTGTATA ATGATTTTGA TATCGAACCG TATACAGTAA AACGTGATGA CGTTGTGCAA 
AGTCGCTTAA CAGAGTTTGC CGCAATTGAC TTGATAAATA CGTATTGTAC TACTCTACTG 
ACATCAAAAT TTGTTTACTT GGTTCCAATT TGGAAGTTAG ATAAGGATGA TTCTAAAGAT 
ATGTACAGGG TTTCTCTCAA ATTACCAAAC CTATCACCAT TGAAAGACGT AATTTACGGC 
GATTTTATGA AGAGTATAAA TGGTGCTAAA CGATCCGTTG CTATGAAGAC TTGCATACAA 
TTGCACAAGC TAAGTGCATT GACCGACAAG CTATTACCTG CAACGAATGA CGAATTAACG 
AAAAATCTGG ATTTCTTATT TCCAAATTGG ATAGATGAAG ACGGTCATTT GTCTGGTACA 
TATAAAAGAA AGCGAGAACA TCAGCTAGAA TATCCGCTAG CATTTTATGG TGCATATCCA 
CAGCCTCTAC AATTACTGTA TCTTCATGTT TTCGATTGCA CTTCTACAAG TCCTGTGACG 
GGTTATGACA ACAGACGCGT AGTCTTTTAT AATTTGCTTA ATGACAAGAG TGGCTTTGGT 
ATTCTTTCCA CGAAGAGTTT GCCAAAGATA CCCTCATTTC CGATTTTCAT GAAGGATGGT 
AAATTAAATG TTGATGTAAA GTCTGATCAT GCAACGATGG TGTTAAGTCA AAATAAAATT 
GAATTGCTTA GGAGGTTTAA TTTCTTATTA TTTAGTGAAA TTATTCCTGT TATTAAAAGT 
TTTATGATTT TTGATAATGA CAATCTCGAA AATTCTTTCG TAATTGTTCC ATTGAACGAC 
AAGCAAGAAA TAAATTGGGA GATTATTGAA ACATATCAAG ACTTAGAACG AATTATACCG 
AACATACCTT TTCACTTTAG GACTAGTGAT TACGAATTAG CACTTGTTAC TCCAAGTTAC 
AGATACAATG CGGTCTATAT AGTCACACGA GTCTGTGACG ATCTCACACC CGAATCATGT 
TTTCCTAATG AAGATTTTGA CACATACACA CATTATTATA AAGAAAAACA CGGACTGATT 
ATAGAAAATC TGCAACAATC TATGTTAGAA GTGAAACCAA TACCAATTAA AATTAATTAT 
ATAAAACCAA GGAAATTGCT CGAAGGTCCG CTGAAATATA AAAAAACTGA TGACACAGTA 
GAAGATCTTC AGGAACATCT AGTTCCAGAA TTATGTCATA AGATAAATTT TCCATCTGTG 
TATTGGTTAA AAGCGACTAC TTTACCTTCT ATTCTTCATA GAATATGTCA AATTTTAGTT 
GCGGAAGACT TGAGAGTAAC TATTGCAAGA GAGACTGGAT TAGGAACATT AACATTGAAA 
GAATCGTCTT CCTTAAAAAT AGAAGAAGAC GTCGAGAGAT CGAATGAAGA AGATTATACT 
AATGGATTGG AATTAACGGA TGATTCAATC GAAAAAACGC TATCAGATGA AACGTATTCA 
GATCCAAATT TGTTCGATTT GGATTGTAAC CCTTTCATGA GAGACCAAGA ACCTCGGGAC 
TTATATCGTA ATATAGACTG TATTCAAATG ATCGATATAC AGTATTATAA CAAGTTTATG 
TCAGAAACCT GTGAAGAAGA TGAGAGCATC AAGCAAAATG CGAATAAGAA TATTGGTCAC 
TACATTCGGA GGTCAATAAT ATCAACACCA TCATTGAGTA TTCTTACATC GTCTAATGAG 
CCTTCTTTCT CACAAGGTCC TAATTCAACT GAAATTGTAC ATGCGCTGAC CACTAAATTA 
GGCTCAGATA TGTTTAACCT GGAGCAGTTA GAAACTTTAG GCGATTCCTA TCTAAAGTTC 
ATCGTATCAC TATTTTTGTA TCACAAATTT CCGACATTTA ACGAGGGTCA ATTGACGGCG 
TTGAAAGGAA AGATGATTGG CAATCGGAAT CTTTATTATT GCGGCAATAA GAAAGGTATT 
CCCGGACGTA TAAAGAATGA TGCATTTGTG CCCAGTAGCA ATTTTATCCC GCCTGCATAC 
TCGGTATACC GTCCATTGCA AAAGATATTA ACTGATGAAT CAGTAGCGCC AAATGTATTA 
TACGAATTTC TAATACCGAC AATGGAGAGA TTTACCGGAT ATATAAGTGA AGATACATTA 
AATATGATGA AACAGACTGT ATTAAGTTGG GATAAGGGAG ATAAGCAAAC TGGTGTCGAA 
CATTATCTTG GTGTACAAAT CTTATCTGAT AAAACTGTGG CGGATTCGGT GGAAGCGCTT 
ATTGGTGTTT ATCTCAAAAG TAACCATATA GAAGGTGCTG CAAAGTTGCT CAAATGGTTC 
GGTATACTAC CTGATGTTAA GATTGACATG TTACTGGGTA GCATTTCACA GGATCCTGTA 
ATTGGCGTGG GTGATCCCAA CTATCACATG CCATGGGCTG ATACTTTAGA AAGCAAGATT 
GGTTATAAAT TTAAAAATCG AGCATTTTTG CTACAGGCAT TTACGCATCC CTCCTTCACA 
GCGAATGGAA TAACTGAATG TTATCAAAGA TTAGAATTTC TCGGAGATGC TATTCTTGAT 
TTTTTGATAA CGTGTTATAT TTACGAAAAT GGTGTTAATT TAAGTCCTGG TGATCTCACT 
GATCTGAGAT CAGCACTTGT CAATAATATA ACGTTTGCTT GCTTGTCAGT ACGACATGGA 
TTGCATACTG CTTTATTGGC CTATGCTCCA AAATTGCACG AAATAATTGA TTGTTTTGTA 
AGATTCCAAG AAGAACGAGA TTATGTGGTT AATGATGAGT TACTGTACGT GTTAATAGAA 
GAGGACGAAT GTAATTTAAC AGAATATGTT GACGTTCCCA AAGTTCTTGG AGATTTATTC 
GAATCTTTAA TTGGTGCTAT TTATCTTGAT AGTGGCAAGA ATCTTACAAA AGTGTGGGAA 
ATAATTTATT CTTTCATGCA CAAGGAAATC GATGAATTTA GCAAAAATAT TCCTAAACAA 
CCAATACGAG TGATACATGA AAATACAGAC ATATGTCCTA AGTTTCTAGA AGCAACATTG 
ATTAAAGGCA CTGGCATAGT TATGGTACCT TTGAAAATCA CTATTGCTGG TAAAGACAAA 
CTCTTCCATG GTTTTGGTGT TAATAAAAAA CAAGCTAAAT GTGCAGCCTC AAAACAAGCA 
TTAAAAAGAC TGCAACTCGA AAAATAA

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

RefSeq	XP_018043722.1
CDS	190..5016
Translation	MEPKIISENEKFTPRAYQIDLFERAIQNMILYLPTGAGKTYIAVMLLKHLSHDVRKPYQEGGKRSIFVVNTVALVEQQSIYIKRHTDLKCKGYSGDMKVDFWSEQQWITEIEEHEILVMTSQIFLNLLIHRYIILERINLIVFDECHRAVSNHPMRQIMKQFENCSNEEHPRVLAMSATLLNANIKADKIESTIKDLEVTFHAKIATVESTDSIHGCYTNPNEEIVKYSKYLISEVVNKINDIIKTTKEVIKDIKLNFDEIYKESSEEMRPKSKSSKLTTIFDDIGRTSLHAGIYCGNKSALLHLIQLENLRKYSDDQMTNILLDYLITQIMLIRKLFENEMKGCIELDRLSNFSCNQIQKLFEILLKYYNNLGKEKFCSIIFVKERFMTQVIYHVLKTLSAHDRRYNFLQPDYVIGFQNNPYKNTREISCIAKWNKEVLQRLKNGSSNCIVATDVVDEGIDIPICTLIIRYDVPTDFRAYVQSKGRARHNLSSYLILVENDDEDFLKKYYQYKDTEKKLKQILVGKNERSLPTQDDIVNDLYNDFDIEPYTVKRDDVVQSRLTEFAAIDLINTYCTTLLTSKFVYLVPIWKLDKDDSKDMYRVSLKLPNLSPLKDVIYGDFMKSINGAKRSVAMKTCIQLHKLSALTDKLLPATNDELTKNLDFLFPNWIDEDGHLSGTYKRKREHQLEYPLAFYGAYPQPLQLLYLHVFDCTSTSPVTGYDNRRVVFYNLLNDKSGFGILSTKSLPKIPSFPIFMKDGKLNVDVKSDHATMVLSQNKIELLRRFNFLLFSEIIPVIKSFMIFDNDNLENSFVIVPLNDKQEINWEIIETYQDLERIIPNIPFHFRTSDYELALVTPSYRYNAVYIVTRVCDDLTPESCFPNEDFDTYTHYYKEKHGLIIENLQQSMLEVKPIPIKINYIKPRKLLEGPLKYKKTDDTVEDLQEHLVPELCHKINFPSVYWLKATTLPSILHRICQILVAEDLRVTIARETGLGTLTLKESSSLKIEEDVERSNEEDYTNGLELTDDSIEKTLSDETYSDPNLFDLDCNPFMRDQEPRDLYRNIDCIQMIDIQYYNKFMSETCEEDESIKQNANKNIGHYIRRSIISTPSLSILTSSNEPSFSQGPNSTEIVHALTTKLGSDMFNLEQLETLGDSYLKFIVSLFLYHKFPTFNEGQLTALKGKMIGNRNLYYCGNKKGIPGRIKNDAFVPSSNFIPPAYSVYRPLQKILTDESVAPNVLYEFLIPTMERFTGYISEDTLNMMKQTVLSWDKGDKQTGVEHYLGVQILSDKTVADSVEALIGVYLKSNHIEGAAKLLKWFGILPDVKIDMLLGSISQDPVIGVGDPNYHMPWADTLESKIGYKFKNRAFLLQAFTHPSFTANGITECYQRLEFLGDAILDFLITCYIYENGVNLSPGDLTDLRSALVNNITFACLSVRHGLHTALLAYAPKLHEIIDCFVRFQEERDYVVNDELLYVLIEEDECNLTEYVDVPKVLGDLFESLIGAIYLDSGKNLTKVWEIIYSFMHKEIDEFSKNIPKQPIRVIHENTDICPKFLEATLIKGTGIVMVPLKITIAGKDKLFHGFGVNKKQAKCAASKQALKRLQLEK

Target ORF information:

RefSeq Version	XM_018188233.1
Organism	Atta colombica
Definition	Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X1, mRNA.

Target ORF information:

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

XM_018188233.1

ORF Insert Sequence:

ATGGAGCCAA AAATTATTTC GGAAAACGAA AAGTTTACAC CGCGAGCATA TCAAATAGAT 
CTATTTGAAA GGGCAATACA AAATATGATA CTGTATTTGC CAACTGGCGC GGGAAAAACA 
TACATAGCTG TTATGCTTCT GAAACATCTA AGTCATGATG TACGCAAACC TTATCAAGAA 
GGTGGAAAAC GTAGTATATT CGTTGTAAAT ACAGTAGCTT TGGTTGAACA ACAATCAATA 
TATATAAAAA GGCATACAGA TTTAAAATGC AAAGGTTATA GTGGAGACAT GAAGGTGGAT 
TTTTGGTCAG AACAACAATG GATAACTGAA ATAGAAGAAC ATGAAATTTT AGTAATGACA 
TCGCAAATCT TCCTGAATTT GCTCATTCAC AGATATATAA TATTAGAAAG AATAAATTTA 
ATCGTGTTTG ACGAATGTCA CAGAGCTGTA TCTAACCATC CTATGAGACA AATTATGAAA 
CAATTTGAAA ATTGTTCCAA CGAAGAGCAT CCACGTGTTT TAGCTATGTC GGCAACATTG 
TTGAACGCTA ATATAAAAGC AGATAAAATA GAATCTACGA TTAAAGATTT AGAAGTAACA 
TTTCATGCGA AGATAGCAAC TGTAGAATCA ACAGATTCTA TCCACGGCTG CTATACAAAT 
CCTAATGAAG AAATCGTCAA ATATTCGAAA TATCTAATTT CAGAAGTAGT AAACAAAATA 
AATGATATTA TCAAAACAAC AAAGGAAGTT ATCAAAGATA TAAAACTTAA TTTTGATGAA 
ATATATAAAG AATCCAGTGA AGAAATGCGA CCTAAATCAA AATCTTCTAA GCTAACGACT 
ATTTTTGACG ACATAGGAAG GACTTCATTA CATGCAGGCA TATATTGTGG AAACAAGTCT 
GCTTTGTTAC ATTTAATCCA ATTAGAGAAT TTGAGAAAAT ATTCCGATGA CCAAATGACA 
AATATTCTTC TGGATTATCT AATTACGCAG ATAATGCTAA TAAGGAAATT GTTCGAAAAC 
GAGATGAAAG GCTGCATAGA ATTAGACCGA CTATCCAACT TTTCATGTAA CCAAATCCAA 
AAATTATTTG AGATATTGTT GAAATATTAT AATAACTTAG GCAAAGAAAA GTTCTGCAGC 
ATTATTTTTG TCAAGGAAAG ATTTATGACA CAAGTCATAT ATCATGTATT AAAAACACTA 
TCTGCACACG ATAGAAGATA CAATTTTCTT CAACCCGATT ATGTAATTGG CTTTCAAAAT 
AATCCTTATA AAAATACTAG AGAAATTTCA TGTATTGCAA AATGGAATAA GGAGGTGTTG 
CAAAGATTAA AAAATGGTTC GTCAAATTGT ATTGTAGCGA CCGATGTGGT CGACGAAGGT 
ATCGATATAC CAATTTGCAC GTTGATAATA CGTTATGACG TGCCAACAGA TTTTAGAGCA 
TATGTTCAAA GTAAGGGTCG GGCACGCCAT AACTTGAGTA GTTATTTAAT TTTAGTGGAA 
AATGATGATG AGGATTTTCT AAAGAAATAT TACCAATACA AAGATACAGA GAAGAAATTA 
AAACAGATTT TGGTGGGAAA AAATGAACGC TCATTGCCTA CCCAAGATGA TATTGTAAAC 
GATCTGTATA ATGATTTTGA TATCGAACCG TATACAGTAA AACGTGATGA CGTTGTGCAA 
AGTCGCTTAA CAGAGTTTGC CGCAATTGAC TTGATAAATA CGTATTGTAC TACTCTACTG 
ACATCAAAAT TTGTTTACTT GGTTCCAATT TGGAAGTTAG ATAAGGATGA TTCTAAAGAT 
ATGTACAGGG TTTCTCTCAA ATTACCAAAC CTATCACCAT TGAAAGACGT AATTTACGGC 
GATTTTATGA AGAGTATAAA TGGTGCTAAA CGATCCGTTG CTATGAAGAC TTGCATACAA 
TTGCACAAGC TAAGTGCATT GACCGACAAG CTATTACCTG CAACGAATGA CGAATTAACG 
AAAAATCTGG ATTTCTTATT TCCAAATTGG ATAGATGAAG ACGGTCATTT GTCTGGTACA 
TATAAAAGAA AGCGAGAACA TCAGCTAGAA TATCCGCTAG CATTTTATGG TGCATATCCA 
CAGCCTCTAC AATTACTGTA TCTTCATGTT TTCGATTGCA CTTCTACAAG TCCTGTGACG 
GGTTATGACA ACAGACGCGT AGTCTTTTAT AATTTGCTTA ATGACAAGAG TGGCTTTGGT 
ATTCTTTCCA CGAAGAGTTT GCCAAAGATA CCCTCATTTC CGATTTTCAT GAAGGATGGT 
AAATTAAATG TTGATGTAAA GTCTGATCAT GCAACGATGG TGTTAAGTCA AAATAAAATT 
GAATTGCTTA GGAGGTTTAA TTTCTTATTA TTTAGTGAAA TTATTCCTGT TATTAAAAGT 
TTTATGATTT TTGATAATGA CAATCTCGAA AATTCTTTCG TAATTGTTCC ATTGAACGAC 
AAGCAAGAAA TAAATTGGGA GATTATTGAA ACATATCAAG ACTTAGAACG AATTATACCG 
AACATACCTT TTCACTTTAG GACTAGTGAT TACGAATTAG CACTTGTTAC TCCAAGTTAC 
AGATACAATG CGGTCTATAT AGTCACACGA GTCTGTGACG ATCTCACACC CGAATCATGT 
TTTCCTAATG AAGATTTTGA CACATACACA CATTATTATA AAGAAAAACA CGGACTGATT 
ATAGAAAATC TGCAACAATC TATGTTAGAA GTGAAACCAA TACCAATTAA AATTAATTAT 
ATAAAACCAA GGAAATTGCT CGAAGGTCCG CTGAAATATA AAAAAACTGA TGACACAGTA 
GAAGATCTTC AGGAACATCT AGTTCCAGAA TTATGTCATA AGATAAATTT TCCATCTGTG 
TATTGGTTAA AAGCGACTAC TTTACCTTCT ATTCTTCATA GAATATGTCA AATTTTAGTT 
GCGGAAGACT TGAGAGTAAC TATTGCAAGA GAGACTGGAT TAGGAACATT AACATTGAAA 
GAATCGTCTT CCTTAAAAAT AGAAGAAGAC GTCGAGAGAT CGAATGAAGA AGATTATACT 
AATGGATTGG AATTAACGGA TGATTCAATC GAAAAAACGC TATCAGATGA AACGTATTCA 
GATCCAAATT TGTTCGATTT GGATTGTAAC CCTTTCATGA GAGACCAAGA ACCTCGGGAC 
TTATATCGTA ATATAGACTG TATTCAAATG ATCGATATAC AGTATTATAA CAAGTTTATG 
TCAGAAACCT GTGAAGAAGA TGAGAGCATC AAGCAAAATG CGAATAAGAA TATTGGTCAC 
TACATTCGGA GGTCAATAAT ATCAACACCA TCATTGAGTA TTCTTACATC GTCTAATGAG 
CCTTCTTTCT CACAAGGTCC TAATTCAACT GAAATTGTAC ATGCGCTGAC CACTAAATTA 
GGCTCAGATA TGTTTAACCT GGAGCAGTTA GAAACTTTAG GCGATTCCTA TCTAAAGTTC 
ATCGTATCAC TATTTTTGTA TCACAAATTT CCGACATTTA ACGAGGGTCA ATTGACGGCG 
TTGAAAGGAA AGATGATTGG CAATCGGAAT CTTTATTATT GCGGCAATAA GAAAGGTATT 
CCCGGACGTA TAAAGAATGA TGCATTTGTG CCCAGTAGCA ATTTTATCCC GCCTGCATAC 
TCGGTATACC GTCCATTGCA AAAGATATTA ACTGATGAAT CAGTAGCGCC AAATGTATTA 
TACGAATTTC TAATACCGAC AATGGAGAGA TTTACCGGAT ATATAAGTGA AGATACATTA 
AATATGATGA AACAGACTGT ATTAAGTTGG GATAAGGGAG ATAAGCAAAC TGGTGTCGAA 
CATTATCTTG GTGTACAAAT CTTATCTGAT AAAACTGTGG CGGATTCGGT GGAAGCGCTT 
ATTGGTGTTT ATCTCAAAAG TAACCATATA GAAGGTGCTG CAAAGTTGCT CAAATGGTTC 
GGTATACTAC CTGATGTTAA GATTGACATG TTACTGGGTA GCATTTCACA GGATCCTGTA 
ATTGGCGTGG GTGATCCCAA CTATCACATG CCATGGGCTG ATACTTTAGA AAGCAAGATT 
GGTTATAAAT TTAAAAATCG AGCATTTTTG CTACAGGCAT TTACGCATCC CTCCTTCACA 
GCGAATGGAA TAACTGAATG TTATCAAAGA TTAGAATTTC TCGGAGATGC TATTCTTGAT 
TTTTTGATAA CGTGTTATAT TTACGAAAAT GGTGTTAATT TAAGTCCTGG TGATCTCACT 
GATCTGAGAT CAGCACTTGT CAATAATATA ACGTTTGCTT GCTTGTCAGT ACGACATGGA 
TTGCATACTG CTTTATTGGC CTATGCTCCA AAATTGCACG AAATAATTGA TTGTTTTGTA 
AGATTCCAAG AAGAACGAGA TTATGTGGTT AATGATGAGT TACTGTACGT GTTAATAGAA 
GAGGACGAAT GTAATTTAAC AGAATATGTT GACGTTCCCA AAGTTCTTGG AGATTTATTC 
GAATCTTTAA TTGGTGCTAT TTATCTTGAT AGTGGCAAGA ATCTTACAAA AGTGTGGGAA 
ATAATTTATT CTTTCATGCA CAAGGAAATC GATGAATTTA GCAAAAATAT TCCTAAACAA 
CCAATACGAG TGATACATGA AAATACAGAC ATATGTCCTA AGTTTCTAGA AGCAACATTG 
ATTAAAGGCA CTGGCATAGT TATGGTACCT TTGAAAATCA CTATTGCTGG TAAAGACAAA 
CTCTTCCATG GTTTTGGTGT TAATAAAAAA CAAGCTAAAT GTGCAGCCTC AAAACAAGCA 
TTAAAAAGAC TGCAACTCGA AAAATAA

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

LOC108684130 ( XM_018188234.1 ) cDNA ORF clone, Atta colombica -> XP_018043723.1 Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt81634
Clone ID Related Accession (Same CDS sequence)	XM_018188233.1 , XM_018188234.1
Accession Version	XM_018188234.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4827bp) 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	endoribonuclease Dicer isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259213.1) 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##

ATGGAGCCAA AAATTATTTC GGAAAACGAA AAGTTTACAC CGCGAGCATA TCAAATAGAT 
CTATTTGAAA GGGCAATACA AAATATGATA CTGTATTTGC CAACTGGCGC GGGAAAAACA 
TACATAGCTG TTATGCTTCT GAAACATCTA AGTCATGATG TACGCAAACC TTATCAAGAA 
GGTGGAAAAC GTAGTATATT CGTTGTAAAT ACAGTAGCTT TGGTTGAACA ACAATCAATA 
TATATAAAAA GGCATACAGA TTTAAAATGC AAAGGTTATA GTGGAGACAT GAAGGTGGAT 
TTTTGGTCAG AACAACAATG GATAACTGAA ATAGAAGAAC ATGAAATTTT AGTAATGACA 
TCGCAAATCT TCCTGAATTT GCTCATTCAC AGATATATAA TATTAGAAAG AATAAATTTA 
ATCGTGTTTG ACGAATGTCA CAGAGCTGTA TCTAACCATC CTATGAGACA AATTATGAAA 
CAATTTGAAA ATTGTTCCAA CGAAGAGCAT CCACGTGTTT TAGCTATGTC GGCAACATTG 
TTGAACGCTA ATATAAAAGC AGATAAAATA GAATCTACGA TTAAAGATTT AGAAGTAACA 
TTTCATGCGA AGATAGCAAC TGTAGAATCA ACAGATTCTA TCCACGGCTG CTATACAAAT 
CCTAATGAAG AAATCGTCAA ATATTCGAAA TATCTAATTT CAGAAGTAGT AAACAAAATA 
AATGATATTA TCAAAACAAC AAAGGAAGTT ATCAAAGATA TAAAACTTAA TTTTGATGAA 
ATATATAAAG AATCCAGTGA AGAAATGCGA CCTAAATCAA AATCTTCTAA GCTAACGACT 
ATTTTTGACG ACATAGGAAG GACTTCATTA CATGCAGGCA TATATTGTGG AAACAAGTCT 
GCTTTGTTAC ATTTAATCCA ATTAGAGAAT TTGAGAAAAT ATTCCGATGA CCAAATGACA 
AATATTCTTC TGGATTATCT AATTACGCAG ATAATGCTAA TAAGGAAATT GTTCGAAAAC 
GAGATGAAAG GCTGCATAGA ATTAGACCGA CTATCCAACT TTTCATGTAA CCAAATCCAA 
AAATTATTTG AGATATTGTT GAAATATTAT AATAACTTAG GCAAAGAAAA GTTCTGCAGC 
ATTATTTTTG TCAAGGAAAG ATTTATGACA CAAGTCATAT ATCATGTATT AAAAACACTA 
TCTGCACACG ATAGAAGATA CAATTTTCTT CAACCCGATT ATGTAATTGG CTTTCAAAAT 
AATCCTTATA AAAATACTAG AGAAATTTCA TGTATTGCAA AATGGAATAA GGAGGTGTTG 
CAAAGATTAA AAAATGGTTC GTCAAATTGT ATTGTAGCGA CCGATGTGGT CGACGAAGGT 
ATCGATATAC CAATTTGCAC GTTGATAATA CGTTATGACG TGCCAACAGA TTTTAGAGCA 
TATGTTCAAA GTAAGGGTCG GGCACGCCAT AACTTGAGTA GTTATTTAAT TTTAGTGGAA 
AATGATGATG AGGATTTTCT AAAGAAATAT TACCAATACA AAGATACAGA GAAGAAATTA 
AAACAGATTT TGGTGGGAAA AAATGAACGC TCATTGCCTA CCCAAGATGA TATTGTAAAC 
GATCTGTATA ATGATTTTGA TATCGAACCG TATACAGTAA AACGTGATGA CGTTGTGCAA 
AGTCGCTTAA CAGAGTTTGC CGCAATTGAC TTGATAAATA CGTATTGTAC TACTCTACTG 
ACATCAAAAT TTGTTTACTT GGTTCCAATT TGGAAGTTAG ATAAGGATGA TTCTAAAGAT 
ATGTACAGGG TTTCTCTCAA ATTACCAAAC CTATCACCAT TGAAAGACGT AATTTACGGC 
GATTTTATGA AGAGTATAAA TGGTGCTAAA CGATCCGTTG CTATGAAGAC TTGCATACAA 
TTGCACAAGC TAAGTGCATT GACCGACAAG CTATTACCTG CAACGAATGA CGAATTAACG 
AAAAATCTGG ATTTCTTATT TCCAAATTGG ATAGATGAAG ACGGTCATTT GTCTGGTACA 
TATAAAAGAA AGCGAGAACA TCAGCTAGAA TATCCGCTAG CATTTTATGG TGCATATCCA 
CAGCCTCTAC AATTACTGTA TCTTCATGTT TTCGATTGCA CTTCTACAAG TCCTGTGACG 
GGTTATGACA ACAGACGCGT AGTCTTTTAT AATTTGCTTA ATGACAAGAG TGGCTTTGGT 
ATTCTTTCCA CGAAGAGTTT GCCAAAGATA CCCTCATTTC CGATTTTCAT GAAGGATGGT 
AAATTAAATG TTGATGTAAA GTCTGATCAT GCAACGATGG TGTTAAGTCA AAATAAAATT 
GAATTGCTTA GGAGGTTTAA TTTCTTATTA TTTAGTGAAA TTATTCCTGT TATTAAAAGT 
TTTATGATTT TTGATAATGA CAATCTCGAA AATTCTTTCG TAATTGTTCC ATTGAACGAC 
AAGCAAGAAA TAAATTGGGA GATTATTGAA ACATATCAAG ACTTAGAACG AATTATACCG 
AACATACCTT TTCACTTTAG GACTAGTGAT TACGAATTAG CACTTGTTAC TCCAAGTTAC 
AGATACAATG CGGTCTATAT AGTCACACGA GTCTGTGACG ATCTCACACC CGAATCATGT 
TTTCCTAATG AAGATTTTGA CACATACACA CATTATTATA AAGAAAAACA CGGACTGATT 
ATAGAAAATC TGCAACAATC TATGTTAGAA GTGAAACCAA TACCAATTAA AATTAATTAT 
ATAAAACCAA GGAAATTGCT CGAAGGTCCG CTGAAATATA AAAAAACTGA TGACACAGTA 
GAAGATCTTC AGGAACATCT AGTTCCAGAA TTATGTCATA AGATAAATTT TCCATCTGTG 
TATTGGTTAA AAGCGACTAC TTTACCTTCT ATTCTTCATA GAATATGTCA AATTTTAGTT 
GCGGAAGACT TGAGAGTAAC TATTGCAAGA GAGACTGGAT TAGGAACATT AACATTGAAA 
GAATCGTCTT CCTTAAAAAT AGAAGAAGAC GTCGAGAGAT CGAATGAAGA AGATTATACT 
AATGGATTGG AATTAACGGA TGATTCAATC GAAAAAACGC TATCAGATGA AACGTATTCA 
GATCCAAATT TGTTCGATTT GGATTGTAAC CCTTTCATGA GAGACCAAGA ACCTCGGGAC 
TTATATCGTA ATATAGACTG TATTCAAATG ATCGATATAC AGTATTATAA CAAGTTTATG 
TCAGAAACCT GTGAAGAAGA TGAGAGCATC AAGCAAAATG CGAATAAGAA TATTGGTCAC 
TACATTCGGA GGTCAATAAT ATCAACACCA TCATTGAGTA TTCTTACATC GTCTAATGAG 
CCTTCTTTCT CACAAGGTCC TAATTCAACT GAAATTGTAC ATGCGCTGAC CACTAAATTA 
GGCTCAGATA TGTTTAACCT GGAGCAGTTA GAAACTTTAG GCGATTCCTA TCTAAAGTTC 
ATCGTATCAC TATTTTTGTA TCACAAATTT CCGACATTTA ACGAGGGTCA ATTGACGGCG 
TTGAAAGGAA AGATGATTGG CAATCGGAAT CTTTATTATT GCGGCAATAA GAAAGGTATT 
CCCGGACGTA TAAAGAATGA TGCATTTGTG CCCAGTAGCA ATTTTATCCC GCCTGCATAC 
TCGGTATACC GTCCATTGCA AAAGATATTA ACTGATGAAT CAGTAGCGCC AAATGTATTA 
TACGAATTTC TAATACCGAC AATGGAGAGA TTTACCGGAT ATATAAGTGA AGATACATTA 
AATATGATGA AACAGACTGT ATTAAGTTGG GATAAGGGAG ATAAGCAAAC TGGTGTCGAA 
CATTATCTTG GTGTACAAAT CTTATCTGAT AAAACTGTGG CGGATTCGGT GGAAGCGCTT 
ATTGGTGTTT ATCTCAAAAG TAACCATATA GAAGGTGCTG CAAAGTTGCT CAAATGGTTC 
GGTATACTAC CTGATGTTAA GATTGACATG TTACTGGGTA GCATTTCACA GGATCCTGTA 
ATTGGCGTGG GTGATCCCAA CTATCACATG CCATGGGCTG ATACTTTAGA AAGCAAGATT 
GGTTATAAAT TTAAAAATCG AGCATTTTTG CTACAGGCAT TTACGCATCC CTCCTTCACA 
GCGAATGGAA TAACTGAATG TTATCAAAGA TTAGAATTTC TCGGAGATGC TATTCTTGAT 
TTTTTGATAA CGTGTTATAT TTACGAAAAT GGTGTTAATT TAAGTCCTGG TGATCTCACT 
GATCTGAGAT CAGCACTTGT CAATAATATA ACGTTTGCTT GCTTGTCAGT ACGACATGGA 
TTGCATACTG CTTTATTGGC CTATGCTCCA AAATTGCACG AAATAATTGA TTGTTTTGTA 
AGATTCCAAG AAGAACGAGA TTATGTGGTT AATGATGAGT TACTGTACGT GTTAATAGAA 
GAGGACGAAT GTAATTTAAC AGAATATGTT GACGTTCCCA AAGTTCTTGG AGATTTATTC 
GAATCTTTAA TTGGTGCTAT TTATCTTGAT AGTGGCAAGA ATCTTACAAA AGTGTGGGAA 
ATAATTTATT CTTTCATGCA CAAGGAAATC GATGAATTTA GCAAAAATAT TCCTAAACAA 
CCAATACGAG TGATACATGA AAATACAGAC ATATGTCCTA AGTTTCTAGA AGCAACATTG 
ATTAAAGGCA CTGGCATAGT TATGGTACCT TTGAAAATCA CTATTGCTGG TAAAGACAAA 
CTCTTCCATG GTTTTGGTGT TAATAAAAAA CAAGCTAAAT GTGCAGCCTC AAAACAAGCA 
TTAAAAAGAC TGCAACTCGA AAAATAA

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

RefSeq	XP_018043723.1
CDS	99..4925
Translation	MEPKIISENEKFTPRAYQIDLFERAIQNMILYLPTGAGKTYIAVMLLKHLSHDVRKPYQEGGKRSIFVVNTVALVEQQSIYIKRHTDLKCKGYSGDMKVDFWSEQQWITEIEEHEILVMTSQIFLNLLIHRYIILERINLIVFDECHRAVSNHPMRQIMKQFENCSNEEHPRVLAMSATLLNANIKADKIESTIKDLEVTFHAKIATVESTDSIHGCYTNPNEEIVKYSKYLISEVVNKINDIIKTTKEVIKDIKLNFDEIYKESSEEMRPKSKSSKLTTIFDDIGRTSLHAGIYCGNKSALLHLIQLENLRKYSDDQMTNILLDYLITQIMLIRKLFENEMKGCIELDRLSNFSCNQIQKLFEILLKYYNNLGKEKFCSIIFVKERFMTQVIYHVLKTLSAHDRRYNFLQPDYVIGFQNNPYKNTREISCIAKWNKEVLQRLKNGSSNCIVATDVVDEGIDIPICTLIIRYDVPTDFRAYVQSKGRARHNLSSYLILVENDDEDFLKKYYQYKDTEKKLKQILVGKNERSLPTQDDIVNDLYNDFDIEPYTVKRDDVVQSRLTEFAAIDLINTYCTTLLTSKFVYLVPIWKLDKDDSKDMYRVSLKLPNLSPLKDVIYGDFMKSINGAKRSVAMKTCIQLHKLSALTDKLLPATNDELTKNLDFLFPNWIDEDGHLSGTYKRKREHQLEYPLAFYGAYPQPLQLLYLHVFDCTSTSPVTGYDNRRVVFYNLLNDKSGFGILSTKSLPKIPSFPIFMKDGKLNVDVKSDHATMVLSQNKIELLRRFNFLLFSEIIPVIKSFMIFDNDNLENSFVIVPLNDKQEINWEIIETYQDLERIIPNIPFHFRTSDYELALVTPSYRYNAVYIVTRVCDDLTPESCFPNEDFDTYTHYYKEKHGLIIENLQQSMLEVKPIPIKINYIKPRKLLEGPLKYKKTDDTVEDLQEHLVPELCHKINFPSVYWLKATTLPSILHRICQILVAEDLRVTIARETGLGTLTLKESSSLKIEEDVERSNEEDYTNGLELTDDSIEKTLSDETYSDPNLFDLDCNPFMRDQEPRDLYRNIDCIQMIDIQYYNKFMSETCEEDESIKQNANKNIGHYIRRSIISTPSLSILTSSNEPSFSQGPNSTEIVHALTTKLGSDMFNLEQLETLGDSYLKFIVSLFLYHKFPTFNEGQLTALKGKMIGNRNLYYCGNKKGIPGRIKNDAFVPSSNFIPPAYSVYRPLQKILTDESVAPNVLYEFLIPTMERFTGYISEDTLNMMKQTVLSWDKGDKQTGVEHYLGVQILSDKTVADSVEALIGVYLKSNHIEGAAKLLKWFGILPDVKIDMLLGSISQDPVIGVGDPNYHMPWADTLESKIGYKFKNRAFLLQAFTHPSFTANGITECYQRLEFLGDAILDFLITCYIYENGVNLSPGDLTDLRSALVNNITFACLSVRHGLHTALLAYAPKLHEIIDCFVRFQEERDYVVNDELLYVLIEEDECNLTEYVDVPKVLGDLFESLIGAIYLDSGKNLTKVWEIIYSFMHKEIDEFSKNIPKQPIRVIHENTDICPKFLEATLIKGTGIVMVPLKITIAGKDKLFHGFGVNKKQAKCAASKQALKRLQLEK

Target ORF information:

RefSeq Version	XM_018188234.1
Organism	Atta colombica
Definition	Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X2, mRNA.

Target ORF information:

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

XM_018188234.1

ORF Insert Sequence:

ATGGAGCCAA AAATTATTTC GGAAAACGAA AAGTTTACAC CGCGAGCATA TCAAATAGAT 
CTATTTGAAA GGGCAATACA AAATATGATA CTGTATTTGC CAACTGGCGC GGGAAAAACA 
TACATAGCTG TTATGCTTCT GAAACATCTA AGTCATGATG TACGCAAACC TTATCAAGAA 
GGTGGAAAAC GTAGTATATT CGTTGTAAAT ACAGTAGCTT TGGTTGAACA ACAATCAATA 
TATATAAAAA GGCATACAGA TTTAAAATGC AAAGGTTATA GTGGAGACAT GAAGGTGGAT 
TTTTGGTCAG AACAACAATG GATAACTGAA ATAGAAGAAC ATGAAATTTT AGTAATGACA 
TCGCAAATCT TCCTGAATTT GCTCATTCAC AGATATATAA TATTAGAAAG AATAAATTTA 
ATCGTGTTTG ACGAATGTCA CAGAGCTGTA TCTAACCATC CTATGAGACA AATTATGAAA 
CAATTTGAAA ATTGTTCCAA CGAAGAGCAT CCACGTGTTT TAGCTATGTC GGCAACATTG 
TTGAACGCTA ATATAAAAGC AGATAAAATA GAATCTACGA TTAAAGATTT AGAAGTAACA 
TTTCATGCGA AGATAGCAAC TGTAGAATCA ACAGATTCTA TCCACGGCTG CTATACAAAT 
CCTAATGAAG AAATCGTCAA ATATTCGAAA TATCTAATTT CAGAAGTAGT AAACAAAATA 
AATGATATTA TCAAAACAAC AAAGGAAGTT ATCAAAGATA TAAAACTTAA TTTTGATGAA 
ATATATAAAG AATCCAGTGA AGAAATGCGA CCTAAATCAA AATCTTCTAA GCTAACGACT 
ATTTTTGACG ACATAGGAAG GACTTCATTA CATGCAGGCA TATATTGTGG AAACAAGTCT 
GCTTTGTTAC ATTTAATCCA ATTAGAGAAT TTGAGAAAAT ATTCCGATGA CCAAATGACA 
AATATTCTTC TGGATTATCT AATTACGCAG ATAATGCTAA TAAGGAAATT GTTCGAAAAC 
GAGATGAAAG GCTGCATAGA ATTAGACCGA CTATCCAACT TTTCATGTAA CCAAATCCAA 
AAATTATTTG AGATATTGTT GAAATATTAT AATAACTTAG GCAAAGAAAA GTTCTGCAGC 
ATTATTTTTG TCAAGGAAAG ATTTATGACA CAAGTCATAT ATCATGTATT AAAAACACTA 
TCTGCACACG ATAGAAGATA CAATTTTCTT CAACCCGATT ATGTAATTGG CTTTCAAAAT 
AATCCTTATA AAAATACTAG AGAAATTTCA TGTATTGCAA AATGGAATAA GGAGGTGTTG 
CAAAGATTAA AAAATGGTTC GTCAAATTGT ATTGTAGCGA CCGATGTGGT CGACGAAGGT 
ATCGATATAC CAATTTGCAC GTTGATAATA CGTTATGACG TGCCAACAGA TTTTAGAGCA 
TATGTTCAAA GTAAGGGTCG GGCACGCCAT AACTTGAGTA GTTATTTAAT TTTAGTGGAA 
AATGATGATG AGGATTTTCT AAAGAAATAT TACCAATACA AAGATACAGA GAAGAAATTA 
AAACAGATTT TGGTGGGAAA AAATGAACGC TCATTGCCTA CCCAAGATGA TATTGTAAAC 
GATCTGTATA ATGATTTTGA TATCGAACCG TATACAGTAA AACGTGATGA CGTTGTGCAA 
AGTCGCTTAA CAGAGTTTGC CGCAATTGAC TTGATAAATA CGTATTGTAC TACTCTACTG 
ACATCAAAAT TTGTTTACTT GGTTCCAATT TGGAAGTTAG ATAAGGATGA TTCTAAAGAT 
ATGTACAGGG TTTCTCTCAA ATTACCAAAC CTATCACCAT TGAAAGACGT AATTTACGGC 
GATTTTATGA AGAGTATAAA TGGTGCTAAA CGATCCGTTG CTATGAAGAC TTGCATACAA 
TTGCACAAGC TAAGTGCATT GACCGACAAG CTATTACCTG CAACGAATGA CGAATTAACG 
AAAAATCTGG ATTTCTTATT TCCAAATTGG ATAGATGAAG ACGGTCATTT GTCTGGTACA 
TATAAAAGAA AGCGAGAACA TCAGCTAGAA TATCCGCTAG CATTTTATGG TGCATATCCA 
CAGCCTCTAC AATTACTGTA TCTTCATGTT TTCGATTGCA CTTCTACAAG TCCTGTGACG 
GGTTATGACA ACAGACGCGT AGTCTTTTAT AATTTGCTTA ATGACAAGAG TGGCTTTGGT 
ATTCTTTCCA CGAAGAGTTT GCCAAAGATA CCCTCATTTC CGATTTTCAT GAAGGATGGT 
AAATTAAATG TTGATGTAAA GTCTGATCAT GCAACGATGG TGTTAAGTCA AAATAAAATT 
GAATTGCTTA GGAGGTTTAA TTTCTTATTA TTTAGTGAAA TTATTCCTGT TATTAAAAGT 
TTTATGATTT TTGATAATGA CAATCTCGAA AATTCTTTCG TAATTGTTCC ATTGAACGAC 
AAGCAAGAAA TAAATTGGGA GATTATTGAA ACATATCAAG ACTTAGAACG AATTATACCG 
AACATACCTT TTCACTTTAG GACTAGTGAT TACGAATTAG CACTTGTTAC TCCAAGTTAC 
AGATACAATG CGGTCTATAT AGTCACACGA GTCTGTGACG ATCTCACACC CGAATCATGT 
TTTCCTAATG AAGATTTTGA CACATACACA CATTATTATA AAGAAAAACA CGGACTGATT 
ATAGAAAATC TGCAACAATC TATGTTAGAA GTGAAACCAA TACCAATTAA AATTAATTAT 
ATAAAACCAA GGAAATTGCT CGAAGGTCCG CTGAAATATA AAAAAACTGA TGACACAGTA 
GAAGATCTTC AGGAACATCT AGTTCCAGAA TTATGTCATA AGATAAATTT TCCATCTGTG 
TATTGGTTAA AAGCGACTAC TTTACCTTCT ATTCTTCATA GAATATGTCA AATTTTAGTT 
GCGGAAGACT TGAGAGTAAC TATTGCAAGA GAGACTGGAT TAGGAACATT AACATTGAAA 
GAATCGTCTT CCTTAAAAAT AGAAGAAGAC GTCGAGAGAT CGAATGAAGA AGATTATACT 
AATGGATTGG AATTAACGGA TGATTCAATC GAAAAAACGC TATCAGATGA AACGTATTCA 
GATCCAAATT TGTTCGATTT GGATTGTAAC CCTTTCATGA GAGACCAAGA ACCTCGGGAC 
TTATATCGTA ATATAGACTG TATTCAAATG ATCGATATAC AGTATTATAA CAAGTTTATG 
TCAGAAACCT GTGAAGAAGA TGAGAGCATC AAGCAAAATG CGAATAAGAA TATTGGTCAC 
TACATTCGGA GGTCAATAAT ATCAACACCA TCATTGAGTA TTCTTACATC GTCTAATGAG 
CCTTCTTTCT CACAAGGTCC TAATTCAACT GAAATTGTAC ATGCGCTGAC CACTAAATTA 
GGCTCAGATA TGTTTAACCT GGAGCAGTTA GAAACTTTAG GCGATTCCTA TCTAAAGTTC 
ATCGTATCAC TATTTTTGTA TCACAAATTT CCGACATTTA ACGAGGGTCA ATTGACGGCG 
TTGAAAGGAA AGATGATTGG CAATCGGAAT CTTTATTATT GCGGCAATAA GAAAGGTATT 
CCCGGACGTA TAAAGAATGA TGCATTTGTG CCCAGTAGCA ATTTTATCCC GCCTGCATAC 
TCGGTATACC GTCCATTGCA AAAGATATTA ACTGATGAAT CAGTAGCGCC AAATGTATTA 
TACGAATTTC TAATACCGAC AATGGAGAGA TTTACCGGAT ATATAAGTGA AGATACATTA 
AATATGATGA AACAGACTGT ATTAAGTTGG GATAAGGGAG ATAAGCAAAC TGGTGTCGAA 
CATTATCTTG GTGTACAAAT CTTATCTGAT AAAACTGTGG CGGATTCGGT GGAAGCGCTT 
ATTGGTGTTT ATCTCAAAAG TAACCATATA GAAGGTGCTG CAAAGTTGCT CAAATGGTTC 
GGTATACTAC CTGATGTTAA GATTGACATG TTACTGGGTA GCATTTCACA GGATCCTGTA 
ATTGGCGTGG GTGATCCCAA CTATCACATG CCATGGGCTG ATACTTTAGA AAGCAAGATT 
GGTTATAAAT TTAAAAATCG AGCATTTTTG CTACAGGCAT TTACGCATCC CTCCTTCACA 
GCGAATGGAA TAACTGAATG TTATCAAAGA TTAGAATTTC TCGGAGATGC TATTCTTGAT 
TTTTTGATAA CGTGTTATAT TTACGAAAAT GGTGTTAATT TAAGTCCTGG TGATCTCACT 
GATCTGAGAT CAGCACTTGT CAATAATATA ACGTTTGCTT GCTTGTCAGT ACGACATGGA 
TTGCATACTG CTTTATTGGC CTATGCTCCA AAATTGCACG AAATAATTGA TTGTTTTGTA 
AGATTCCAAG AAGAACGAGA TTATGTGGTT AATGATGAGT TACTGTACGT GTTAATAGAA 
GAGGACGAAT GTAATTTAAC AGAATATGTT GACGTTCCCA AAGTTCTTGG AGATTTATTC 
GAATCTTTAA TTGGTGCTAT TTATCTTGAT AGTGGCAAGA ATCTTACAAA AGTGTGGGAA 
ATAATTTATT CTTTCATGCA CAAGGAAATC GATGAATTTA GCAAAAATAT TCCTAAACAA 
CCAATACGAG TGATACATGA AAATACAGAC ATATGTCCTA AGTTTCTAGA AGCAACATTG 
ATTAAAGGCA CTGGCATAGT TATGGTACCT TTGAAAATCA CTATTGCTGG TAAAGACAAA 
CTCTTCCATG GTTTTGGTGT TAATAAAAAA CAAGCTAAAT GTGCAGCCTC AAAACAAGCA 
TTAAAAAGAC TGCAACTCGA AAAATAA

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

LOC108684130 ( XM_018188235.1 ) cDNA ORF clone, Atta colombica -> XP_018043724.1 Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X3, mRNA.

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CloneID	OAt81635
Clone ID Related Accession (Same CDS sequence)	XM_018188235.1
Accession Version	XM_018188235.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4665bp) 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	endoribonuclease Dicer isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259213.1) 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##

ATGATACCTT ATCAAGAAGG TGGAAAACGT AGTATATTCG TTGTAAATAC AGTAGCTTTG 
GTTGAACAAC AATCAATATA TATAAAAAGG CATACAGATT TAAAATGCAA AGGTTATAGT 
GGAGACATGA AGGTGGATTT TTGGTCAGAA CAACAATGGA TAACTGAAAT AGAAGAACAT 
GAAATTTTAG TAATGACATC GCAAATCTTC CTGAATTTGC TCATTCACAG ATATATAATA 
TTAGAAAGAA TAAATTTAAT CGTGTTTGAC GAATGTCACA GAGCTGTATC TAACCATCCT 
ATGAGACAAA TTATGAAACA ATTTGAAAAT TGTTCCAACG AAGAGCATCC ACGTGTTTTA 
GCTATGTCGG CAACATTGTT GAACGCTAAT ATAAAAGCAG ATAAAATAGA ATCTACGATT 
AAAGATTTAG AAGTAACATT TCATGCGAAG ATAGCAACTG TAGAATCAAC AGATTCTATC 
CACGGCTGCT ATACAAATCC TAATGAAGAA ATCGTCAAAT ATTCGAAATA TCTAATTTCA 
GAAGTAGTAA ACAAAATAAA TGATATTATC AAAACAACAA AGGAAGTTAT CAAAGATATA 
AAACTTAATT TTGATGAAAT ATATAAAGAA TCCAGTGAAG AAATGCGACC TAAATCAAAA 
TCTTCTAAGC TAACGACTAT TTTTGACGAC ATAGGAAGGA CTTCATTACA TGCAGGCATA 
TATTGTGGAA ACAAGTCTGC TTTGTTACAT TTAATCCAAT TAGAGAATTT GAGAAAATAT 
TCCGATGACC AAATGACAAA TATTCTTCTG GATTATCTAA TTACGCAGAT AATGCTAATA 
AGGAAATTGT TCGAAAACGA GATGAAAGGC TGCATAGAAT TAGACCGACT ATCCAACTTT 
TCATGTAACC AAATCCAAAA ATTATTTGAG ATATTGTTGA AATATTATAA TAACTTAGGC 
AAAGAAAAGT TCTGCAGCAT TATTTTTGTC AAGGAAAGAT TTATGACACA AGTCATATAT 
CATGTATTAA AAACACTATC TGCACACGAT AGAAGATACA ATTTTCTTCA ACCCGATTAT 
GTAATTGGCT TTCAAAATAA TCCTTATAAA AATACTAGAG AAATTTCATG TATTGCAAAA 
TGGAATAAGG AGGTGTTGCA AAGATTAAAA AATGGTTCGT CAAATTGTAT TGTAGCGACC 
GATGTGGTCG ACGAAGGTAT CGATATACCA ATTTGCACGT TGATAATACG TTATGACGTG 
CCAACAGATT TTAGAGCATA TGTTCAAAGT AAGGGTCGGG CACGCCATAA CTTGAGTAGT 
TATTTAATTT TAGTGGAAAA TGATGATGAG GATTTTCTAA AGAAATATTA CCAATACAAA 
GATACAGAGA AGAAATTAAA ACAGATTTTG GTGGGAAAAA ATGAACGCTC ATTGCCTACC 
CAAGATGATA TTGTAAACGA TCTGTATAAT GATTTTGATA TCGAACCGTA TACAGTAAAA 
CGTGATGACG TTGTGCAAAG TCGCTTAACA GAGTTTGCCG CAATTGACTT GATAAATACG 
TATTGTACTA CTCTACTGAC ATCAAAATTT GTTTACTTGG TTCCAATTTG GAAGTTAGAT 
AAGGATGATT CTAAAGATAT GTACAGGGTT TCTCTCAAAT TACCAAACCT ATCACCATTG 
AAAGACGTAA TTTACGGCGA TTTTATGAAG AGTATAAATG GTGCTAAACG ATCCGTTGCT 
ATGAAGACTT GCATACAATT GCACAAGCTA AGTGCATTGA CCGACAAGCT ATTACCTGCA 
ACGAATGACG AATTAACGAA AAATCTGGAT TTCTTATTTC CAAATTGGAT AGATGAAGAC 
GGTCATTTGT CTGGTACATA TAAAAGAAAG CGAGAACATC AGCTAGAATA TCCGCTAGCA 
TTTTATGGTG CATATCCACA GCCTCTACAA TTACTGTATC TTCATGTTTT CGATTGCACT 
TCTACAAGTC CTGTGACGGG TTATGACAAC AGACGCGTAG TCTTTTATAA TTTGCTTAAT 
GACAAGAGTG GCTTTGGTAT TCTTTCCACG AAGAGTTTGC CAAAGATACC CTCATTTCCG 
ATTTTCATGA AGGATGGTAA ATTAAATGTT GATGTAAAGT CTGATCATGC AACGATGGTG 
TTAAGTCAAA ATAAAATTGA ATTGCTTAGG AGGTTTAATT TCTTATTATT TAGTGAAATT 
ATTCCTGTTA TTAAAAGTTT TATGATTTTT GATAATGACA ATCTCGAAAA TTCTTTCGTA 
ATTGTTCCAT TGAACGACAA GCAAGAAATA AATTGGGAGA TTATTGAAAC ATATCAAGAC 
TTAGAACGAA TTATACCGAA CATACCTTTT CACTTTAGGA CTAGTGATTA CGAATTAGCA 
CTTGTTACTC CAAGTTACAG ATACAATGCG GTCTATATAG TCACACGAGT CTGTGACGAT 
CTCACACCCG AATCATGTTT TCCTAATGAA GATTTTGACA CATACACACA TTATTATAAA 
GAAAAACACG GACTGATTAT AGAAAATCTG CAACAATCTA TGTTAGAAGT GAAACCAATA 
CCAATTAAAA TTAATTATAT AAAACCAAGG AAATTGCTCG AAGGTCCGCT GAAATATAAA 
AAAACTGATG ACACAGTAGA AGATCTTCAG GAACATCTAG TTCCAGAATT ATGTCATAAG 
ATAAATTTTC CATCTGTGTA TTGGTTAAAA GCGACTACTT TACCTTCTAT TCTTCATAGA 
ATATGTCAAA TTTTAGTTGC GGAAGACTTG AGAGTAACTA TTGCAAGAGA GACTGGATTA 
GGAACATTAA CATTGAAAGA ATCGTCTTCC TTAAAAATAG AAGAAGACGT CGAGAGATCG 
AATGAAGAAG ATTATACTAA TGGATTGGAA TTAACGGATG ATTCAATCGA AAAAACGCTA 
TCAGATGAAA CGTATTCAGA TCCAAATTTG TTCGATTTGG ATTGTAACCC TTTCATGAGA 
GACCAAGAAC CTCGGGACTT ATATCGTAAT ATAGACTGTA TTCAAATGAT CGATATACAG 
TATTATAACA AGTTTATGTC AGAAACCTGT GAAGAAGATG AGAGCATCAA GCAAAATGCG 
AATAAGAATA TTGGTCACTA CATTCGGAGG TCAATAATAT CAACACCATC ATTGAGTATT 
CTTACATCGT CTAATGAGCC TTCTTTCTCA CAAGGTCCTA ATTCAACTGA AATTGTACAT 
GCGCTGACCA CTAAATTAGG CTCAGATATG TTTAACCTGG AGCAGTTAGA AACTTTAGGC 
GATTCCTATC TAAAGTTCAT CGTATCACTA TTTTTGTATC ACAAATTTCC GACATTTAAC 
GAGGGTCAAT TGACGGCGTT GAAAGGAAAG ATGATTGGCA ATCGGAATCT TTATTATTGC 
GGCAATAAGA AAGGTATTCC CGGACGTATA AAGAATGATG CATTTGTGCC CAGTAGCAAT 
TTTATCCCGC CTGCATACTC GGTATACCGT CCATTGCAAA AGATATTAAC TGATGAATCA 
GTAGCGCCAA ATGTATTATA CGAATTTCTA ATACCGACAA TGGAGAGATT TACCGGATAT 
ATAAGTGAAG ATACATTAAA TATGATGAAA CAGACTGTAT TAAGTTGGGA TAAGGGAGAT 
AAGCAAACTG GTGTCGAACA TTATCTTGGT GTACAAATCT TATCTGATAA AACTGTGGCG 
GATTCGGTGG AAGCGCTTAT TGGTGTTTAT CTCAAAAGTA ACCATATAGA AGGTGCTGCA 
AAGTTGCTCA AATGGTTCGG TATACTACCT GATGTTAAGA TTGACATGTT ACTGGGTAGC 
ATTTCACAGG ATCCTGTAAT TGGCGTGGGT GATCCCAACT ATCACATGCC ATGGGCTGAT 
ACTTTAGAAA GCAAGATTGG TTATAAATTT AAAAATCGAG CATTTTTGCT ACAGGCATTT 
ACGCATCCCT CCTTCACAGC GAATGGAATA ACTGAATGTT ATCAAAGATT AGAATTTCTC 
GGAGATGCTA TTCTTGATTT TTTGATAACG TGTTATATTT ACGAAAATGG TGTTAATTTA 
AGTCCTGGTG ATCTCACTGA TCTGAGATCA GCACTTGTCA ATAATATAAC GTTTGCTTGC 
TTGTCAGTAC GACATGGATT GCATACTGCT TTATTGGCCT ATGCTCCAAA ATTGCACGAA 
ATAATTGATT GTTTTGTAAG ATTCCAAGAA GAACGAGATT ATGTGGTTAA TGATGAGTTA 
CTGTACGTGT TAATAGAAGA GGACGAATGT AATTTAACAG AATATGTTGA CGTTCCCAAA 
GTTCTTGGAG ATTTATTCGA ATCTTTAATT GGTGCTATTT ATCTTGATAG TGGCAAGAAT 
CTTACAAAAG TGTGGGAAAT AATTTATTCT TTCATGCACA AGGAAATCGA TGAATTTAGC 
AAAAATATTC CTAAACAACC AATACGAGTG ATACATGAAA ATACAGACAT ATGTCCTAAG 
TTTCTAGAAG CAACATTGAT TAAAGGCACT GGCATAGTTA TGGTACCTTT GAAAATCACT 
ATTGCTGGTA AAGACAAACT CTTCCATGGT TTTGGTGTTA ATAAAAAACA AGCTAAATGT 
GCAGCCTCAA AACAAGCATT AAAAAGACTG CAACTCGAAA AATAA

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

RefSeq	XP_018043724.1
CDS	77..4741
Translation	MIPYQEGGKRSIFVVNTVALVEQQSIYIKRHTDLKCKGYSGDMKVDFWSEQQWITEIEEHEILVMTSQIFLNLLIHRYIILERINLIVFDECHRAVSNHPMRQIMKQFENCSNEEHPRVLAMSATLLNANIKADKIESTIKDLEVTFHAKIATVESTDSIHGCYTNPNEEIVKYSKYLISEVVNKINDIIKTTKEVIKDIKLNFDEIYKESSEEMRPKSKSSKLTTIFDDIGRTSLHAGIYCGNKSALLHLIQLENLRKYSDDQMTNILLDYLITQIMLIRKLFENEMKGCIELDRLSNFSCNQIQKLFEILLKYYNNLGKEKFCSIIFVKERFMTQVIYHVLKTLSAHDRRYNFLQPDYVIGFQNNPYKNTREISCIAKWNKEVLQRLKNGSSNCIVATDVVDEGIDIPICTLIIRYDVPTDFRAYVQSKGRARHNLSSYLILVENDDEDFLKKYYQYKDTEKKLKQILVGKNERSLPTQDDIVNDLYNDFDIEPYTVKRDDVVQSRLTEFAAIDLINTYCTTLLTSKFVYLVPIWKLDKDDSKDMYRVSLKLPNLSPLKDVIYGDFMKSINGAKRSVAMKTCIQLHKLSALTDKLLPATNDELTKNLDFLFPNWIDEDGHLSGTYKRKREHQLEYPLAFYGAYPQPLQLLYLHVFDCTSTSPVTGYDNRRVVFYNLLNDKSGFGILSTKSLPKIPSFPIFMKDGKLNVDVKSDHATMVLSQNKIELLRRFNFLLFSEIIPVIKSFMIFDNDNLENSFVIVPLNDKQEINWEIIETYQDLERIIPNIPFHFRTSDYELALVTPSYRYNAVYIVTRVCDDLTPESCFPNEDFDTYTHYYKEKHGLIIENLQQSMLEVKPIPIKINYIKPRKLLEGPLKYKKTDDTVEDLQEHLVPELCHKINFPSVYWLKATTLPSILHRICQILVAEDLRVTIARETGLGTLTLKESSSLKIEEDVERSNEEDYTNGLELTDDSIEKTLSDETYSDPNLFDLDCNPFMRDQEPRDLYRNIDCIQMIDIQYYNKFMSETCEEDESIKQNANKNIGHYIRRSIISTPSLSILTSSNEPSFSQGPNSTEIVHALTTKLGSDMFNLEQLETLGDSYLKFIVSLFLYHKFPTFNEGQLTALKGKMIGNRNLYYCGNKKGIPGRIKNDAFVPSSNFIPPAYSVYRPLQKILTDESVAPNVLYEFLIPTMERFTGYISEDTLNMMKQTVLSWDKGDKQTGVEHYLGVQILSDKTVADSVEALIGVYLKSNHIEGAAKLLKWFGILPDVKIDMLLGSISQDPVIGVGDPNYHMPWADTLESKIGYKFKNRAFLLQAFTHPSFTANGITECYQRLEFLGDAILDFLITCYIYENGVNLSPGDLTDLRSALVNNITFACLSVRHGLHTALLAYAPKLHEIIDCFVRFQEERDYVVNDELLYVLIEEDECNLTEYVDVPKVLGDLFESLIGAIYLDSGKNLTKVWEIIYSFMHKEIDEFSKNIPKQPIRVIHENTDICPKFLEATLIKGTGIVMVPLKITIAGKDKLFHGFGVNKKQAKCAASKQALKRLQLEK

Target ORF information:

RefSeq Version	XM_018188235.1
Organism	Atta colombica
Definition	Atta colombica endoribonuclease Dicer (LOC108684130), transcript variant X3, mRNA.

Target ORF information:

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

XM_018188235.1

ORF Insert Sequence:

ATGATACCTT ATCAAGAAGG TGGAAAACGT AGTATATTCG TTGTAAATAC AGTAGCTTTG 
GTTGAACAAC AATCAATATA TATAAAAAGG CATACAGATT TAAAATGCAA AGGTTATAGT 
GGAGACATGA AGGTGGATTT TTGGTCAGAA CAACAATGGA TAACTGAAAT AGAAGAACAT 
GAAATTTTAG TAATGACATC GCAAATCTTC CTGAATTTGC TCATTCACAG ATATATAATA 
TTAGAAAGAA TAAATTTAAT CGTGTTTGAC GAATGTCACA GAGCTGTATC TAACCATCCT 
ATGAGACAAA TTATGAAACA ATTTGAAAAT TGTTCCAACG AAGAGCATCC ACGTGTTTTA 
GCTATGTCGG CAACATTGTT GAACGCTAAT ATAAAAGCAG ATAAAATAGA ATCTACGATT 
AAAGATTTAG AAGTAACATT TCATGCGAAG ATAGCAACTG TAGAATCAAC AGATTCTATC 
CACGGCTGCT ATACAAATCC TAATGAAGAA ATCGTCAAAT ATTCGAAATA TCTAATTTCA 
GAAGTAGTAA ACAAAATAAA TGATATTATC AAAACAACAA AGGAAGTTAT CAAAGATATA 
AAACTTAATT TTGATGAAAT ATATAAAGAA TCCAGTGAAG AAATGCGACC TAAATCAAAA 
TCTTCTAAGC TAACGACTAT TTTTGACGAC ATAGGAAGGA CTTCATTACA TGCAGGCATA 
TATTGTGGAA ACAAGTCTGC TTTGTTACAT TTAATCCAAT TAGAGAATTT GAGAAAATAT 
TCCGATGACC AAATGACAAA TATTCTTCTG GATTATCTAA TTACGCAGAT AATGCTAATA 
AGGAAATTGT TCGAAAACGA GATGAAAGGC TGCATAGAAT TAGACCGACT ATCCAACTTT 
TCATGTAACC AAATCCAAAA ATTATTTGAG ATATTGTTGA AATATTATAA TAACTTAGGC 
AAAGAAAAGT TCTGCAGCAT TATTTTTGTC AAGGAAAGAT TTATGACACA AGTCATATAT 
CATGTATTAA AAACACTATC TGCACACGAT AGAAGATACA ATTTTCTTCA ACCCGATTAT 
GTAATTGGCT TTCAAAATAA TCCTTATAAA AATACTAGAG AAATTTCATG TATTGCAAAA 
TGGAATAAGG AGGTGTTGCA AAGATTAAAA AATGGTTCGT CAAATTGTAT TGTAGCGACC 
GATGTGGTCG ACGAAGGTAT CGATATACCA ATTTGCACGT TGATAATACG TTATGACGTG 
CCAACAGATT TTAGAGCATA TGTTCAAAGT AAGGGTCGGG CACGCCATAA CTTGAGTAGT 
TATTTAATTT TAGTGGAAAA TGATGATGAG GATTTTCTAA AGAAATATTA CCAATACAAA 
GATACAGAGA AGAAATTAAA ACAGATTTTG GTGGGAAAAA ATGAACGCTC ATTGCCTACC 
CAAGATGATA TTGTAAACGA TCTGTATAAT GATTTTGATA TCGAACCGTA TACAGTAAAA 
CGTGATGACG TTGTGCAAAG TCGCTTAACA GAGTTTGCCG CAATTGACTT GATAAATACG 
TATTGTACTA CTCTACTGAC ATCAAAATTT GTTTACTTGG TTCCAATTTG GAAGTTAGAT 
AAGGATGATT CTAAAGATAT GTACAGGGTT TCTCTCAAAT TACCAAACCT ATCACCATTG 
AAAGACGTAA TTTACGGCGA TTTTATGAAG AGTATAAATG GTGCTAAACG ATCCGTTGCT 
ATGAAGACTT GCATACAATT GCACAAGCTA AGTGCATTGA CCGACAAGCT ATTACCTGCA 
ACGAATGACG AATTAACGAA AAATCTGGAT TTCTTATTTC CAAATTGGAT AGATGAAGAC 
GGTCATTTGT CTGGTACATA TAAAAGAAAG CGAGAACATC AGCTAGAATA TCCGCTAGCA 
TTTTATGGTG CATATCCACA GCCTCTACAA TTACTGTATC TTCATGTTTT CGATTGCACT 
TCTACAAGTC CTGTGACGGG TTATGACAAC AGACGCGTAG TCTTTTATAA TTTGCTTAAT 
GACAAGAGTG GCTTTGGTAT TCTTTCCACG AAGAGTTTGC CAAAGATACC CTCATTTCCG 
ATTTTCATGA AGGATGGTAA ATTAAATGTT GATGTAAAGT CTGATCATGC AACGATGGTG 
TTAAGTCAAA ATAAAATTGA ATTGCTTAGG AGGTTTAATT TCTTATTATT TAGTGAAATT 
ATTCCTGTTA TTAAAAGTTT TATGATTTTT GATAATGACA ATCTCGAAAA TTCTTTCGTA 
ATTGTTCCAT TGAACGACAA GCAAGAAATA AATTGGGAGA TTATTGAAAC ATATCAAGAC 
TTAGAACGAA TTATACCGAA CATACCTTTT CACTTTAGGA CTAGTGATTA CGAATTAGCA 
CTTGTTACTC CAAGTTACAG ATACAATGCG GTCTATATAG TCACACGAGT CTGTGACGAT 
CTCACACCCG AATCATGTTT TCCTAATGAA GATTTTGACA CATACACACA TTATTATAAA 
GAAAAACACG GACTGATTAT AGAAAATCTG CAACAATCTA TGTTAGAAGT GAAACCAATA 
CCAATTAAAA TTAATTATAT AAAACCAAGG AAATTGCTCG AAGGTCCGCT GAAATATAAA 
AAAACTGATG ACACAGTAGA AGATCTTCAG GAACATCTAG TTCCAGAATT ATGTCATAAG 
ATAAATTTTC CATCTGTGTA TTGGTTAAAA GCGACTACTT TACCTTCTAT TCTTCATAGA 
ATATGTCAAA TTTTAGTTGC GGAAGACTTG AGAGTAACTA TTGCAAGAGA GACTGGATTA 
GGAACATTAA CATTGAAAGA ATCGTCTTCC TTAAAAATAG AAGAAGACGT CGAGAGATCG 
AATGAAGAAG ATTATACTAA TGGATTGGAA TTAACGGATG ATTCAATCGA AAAAACGCTA 
TCAGATGAAA CGTATTCAGA TCCAAATTTG TTCGATTTGG ATTGTAACCC TTTCATGAGA 
GACCAAGAAC CTCGGGACTT ATATCGTAAT ATAGACTGTA TTCAAATGAT CGATATACAG 
TATTATAACA AGTTTATGTC AGAAACCTGT GAAGAAGATG AGAGCATCAA GCAAAATGCG 
AATAAGAATA TTGGTCACTA CATTCGGAGG TCAATAATAT CAACACCATC ATTGAGTATT 
CTTACATCGT CTAATGAGCC TTCTTTCTCA CAAGGTCCTA ATTCAACTGA AATTGTACAT 
GCGCTGACCA CTAAATTAGG CTCAGATATG TTTAACCTGG AGCAGTTAGA AACTTTAGGC 
GATTCCTATC TAAAGTTCAT CGTATCACTA TTTTTGTATC ACAAATTTCC GACATTTAAC 
GAGGGTCAAT TGACGGCGTT GAAAGGAAAG ATGATTGGCA ATCGGAATCT TTATTATTGC 
GGCAATAAGA AAGGTATTCC CGGACGTATA AAGAATGATG CATTTGTGCC CAGTAGCAAT 
TTTATCCCGC CTGCATACTC GGTATACCGT CCATTGCAAA AGATATTAAC TGATGAATCA 
GTAGCGCCAA ATGTATTATA CGAATTTCTA ATACCGACAA TGGAGAGATT TACCGGATAT 
ATAAGTGAAG ATACATTAAA TATGATGAAA CAGACTGTAT TAAGTTGGGA TAAGGGAGAT 
AAGCAAACTG GTGTCGAACA TTATCTTGGT GTACAAATCT TATCTGATAA AACTGTGGCG 
GATTCGGTGG AAGCGCTTAT TGGTGTTTAT CTCAAAAGTA ACCATATAGA AGGTGCTGCA 
AAGTTGCTCA AATGGTTCGG TATACTACCT GATGTTAAGA TTGACATGTT ACTGGGTAGC 
ATTTCACAGG ATCCTGTAAT TGGCGTGGGT GATCCCAACT ATCACATGCC ATGGGCTGAT 
ACTTTAGAAA GCAAGATTGG TTATAAATTT AAAAATCGAG CATTTTTGCT ACAGGCATTT 
ACGCATCCCT CCTTCACAGC GAATGGAATA ACTGAATGTT ATCAAAGATT AGAATTTCTC 
GGAGATGCTA TTCTTGATTT TTTGATAACG TGTTATATTT ACGAAAATGG TGTTAATTTA 
AGTCCTGGTG ATCTCACTGA TCTGAGATCA GCACTTGTCA ATAATATAAC GTTTGCTTGC 
TTGTCAGTAC GACATGGATT GCATACTGCT TTATTGGCCT ATGCTCCAAA ATTGCACGAA 
ATAATTGATT GTTTTGTAAG ATTCCAAGAA GAACGAGATT ATGTGGTTAA TGATGAGTTA 
CTGTACGTGT TAATAGAAGA GGACGAATGT AATTTAACAG AATATGTTGA CGTTCCCAAA 
GTTCTTGGAG ATTTATTCGA ATCTTTAATT GGTGCTATTT ATCTTGATAG TGGCAAGAAT 
CTTACAAAAG TGTGGGAAAT AATTTATTCT TTCATGCACA AGGAAATCGA TGAATTTAGC 
AAAAATATTC CTAAACAACC AATACGAGTG ATACATGAAA ATACAGACAT ATGTCCTAAG 
TTTCTAGAAG CAACATTGAT TAAAGGCACT GGCATAGTTA TGGTACCTTT GAAAATCACT 
ATTGCTGGTA AAGACAAACT CTTCCATGGT TTTGGTGTTA ATAAAAAACA AGCTAAATGT 
GCAGCCTCAA AACAAGCATT AAAAAGACTG CAACTCGAAA AATAA

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

PubMed

REQUEST A QUOTE

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PHONE

1-877-436-7274

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LOC108684130 cDNA ORF clone, Atta colombica

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

SUPPORT

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