LOC108685703 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108685703
Entrez Gene ID	108685703
Full Name	DENN domain-containing protein 4C
Gene Type	protein-coding
Organism	Atta colombica

mRNA and Protein(s)

mRNA	Protein	Name
XM_018190630.1	XP_018046119.1	DENN domain-containing protein 4C isoform X1
XM_018190631.1	XP_018046120.1	DENN domain-containing protein 4C isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC108685703 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108685703 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
OAt83431	XM_018190630.1 Latest version!	Atta colombica DENN domain-containing protein 4C (LOC108685703), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAt83432	XM_018190631.1 Latest version!	Atta colombica DENN domain-containing protein 4C (LOC108685703), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

LOC108685703 ( XM_018190630.1 ) cDNA ORF clone, Atta colombica -> XP_018046119.1 Atta colombica DENN domain-containing protein 4C (LOC108685703), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt83431
Clone ID Related Accession (Same CDS sequence)	XM_018190630.1
Accession Version	XM_018190630.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4800bp) 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	DENN domain-containing protein 4C isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259245.1) 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##

ATGGACGACA GAAGAGTAGC AGATTATTTT GTTATTGCCG GTCTACCTGG TCAGGATGAC 
GAGCTTAGCG AAGATAATGA GACTAACGAC AAGCTGGAGG CTTGGTGTCA GGAAGGCACT 
CATCTCAAAG ATATGCACAT GCCACCTCCT ATCACAGATC TTGCCGTAAT ATTTCCTGCA 
CTGGGGGAAC ATTGTCCGGA AGGATATACA CTCTTAGAAT ATACAGTATC CGGTTTTCCA 
GCAGACTTAA ATCATGGCAG TTTACGAACA AACGAGTGTT ATTTGTGCTA TAGAAGAGGA 
CGGGATAAAC CTCCCTTGGT TGACATTGGT GTAATATATG ATGGAAAAGA ACGTATAATG 
CAAGATGCCG AAATGGTATT AGAGACCCCT AAAGGCCATG TGGCGAATGT GAATAATTCT 
ACGTCAAAAA TTTTTGTAAC ATACAGACGA GCGAGTCGGA AAATGCCTTG CAATTCCCTT 
GTGGTTACGG ATATTTGTGT TATCTTGACA AACAAAGGAG AGAGTCCGCC ACATGCTTTC 
TGTGTTATTA ATAAGAATTT GAACAAAGGG ATGCTGGGCA GCGACGTATT TTTGTGCTAT 
AAAAAATCTA TGAATCGCGC TAATTTAGTA TCATTTAAAC CAGCGATACT TTACAAATAT 
CCCATGGTAG ATTACAACAG TTTCGTCTTT CCTAATTCTG TCGCCATGTT TTGTCTACCG 
ATGGGCGCGA CTATAGAATG TTGGCCTAAA GTAGCGTGTA AACCTAAGCC AGTATTCTCG 
ACGTTTGTCT TAACGGTTGC CGATGCTGCT CAAAAAATAT ATGGTTCAGC AATAACATTT 
TATGAGGAGG TTCAAATGGA GCCCGATACT TCAAATTGCA AAAGTAGTCA GGAGATCATG 
GACACAGTTG AAAATAATAA AAACAGTGAT AATATGGAGA TAACTAAAGA TAAGCCGCAA 
GTGAAAATGA AGATGTTTAA GAGATTTGGC ATACTTAAGA AACTTAGTAT ATTGGAACTG 
GAAAGATTGC AATACACAGA TCCTGCGAGC CAATCGCTGA ATATTAGTAA ATCCATATGT 
ATACTATCTC ACTGGCCGTT TTTTGACACG TTTGAAAAAT TTTTGGTTTT CCTACATCGC 
ATGGTGAACG ATAAGCCGCA GAATGTCCCG ATTGAGAAAT ATATCTCGTA TTTTTTATGC 
GATATACCGT TTCCAAGTCC GCAACGTCCA CGAATATTGG TACAGCTCAG TAGTCAGGAT 
AGATTAATCT TGACTCAACC GGAGGATTTA GCTCTGCCTA GATCAGGCGC AAGTTTCAGA 
CAACTATTGA TAAACTTGGG ACCTGACAAT TGTTTATTAA TACTATTATT AATATTGACC 
GAGCAGAAAA TATTAGTTCA CTCCTTACGT CCGGATGTAT TAACTTCCGT CAGTGAGGCC 
ATTGCCATGA TTCTGTTTCC TTTTAAGTGG CAATGTCCTT ACATACCACT GTGTCCTCTA 
GGATTAGCAG AGGTGTTGCA TGCACCATTG CCATTCCTGA TCGGCGTGGA TTCAAGGTTC 
TTTGATTTAT ATGATCCTCC TTCTGACGTC AATTGTGTAA ATTTGGATAC GAATAACATT 
GCAATATGTG ACGATAAAAA ATATTTAAAT GTTAAATTAT TGCCTAAAAA GGCAGCTAGA 
CAGCTCAGAA ATTGGTTAGA GCTTTTGTCC TCCAAGATAA TTTCGTGGGG AAAAACTAGC 
TGTTCCCAAA AAGATAGAGG AGATGAAGAC TTCAGCGTGG ATAGGGAATT TCAACAAAAA 
CGAAAAGAGC AAGCTTTAGA ACTTGAAATA CAGGATGCTT TCTTAAGATT CATGGCGACG 
ATTCTCAAAG GATATCGAAG TTATTTGTTA CCGATTACAA AAGCGCCTAC TGTAGGAACA 
ACAGATCCGA CAAGTTTATT TAATATCCAA GCGTTTTTGA GAAGTCGTGA TAAAGCCCAT 
GCTAAATTTT ACACCATGCT TGTCAGAACG CAAATGTTTA TCAGGTTCAT AGAAGAAAGA 
AGTTTCGTAT CTGATATGGA TATGGCAGGG TTGGCGTTTT TCGATGAATG CACAGAACGA 
GTCGAGGAGG AAAATGTAAC ACTTTTGGAA CTGGATGAAT CTCAACATAG TGAACGTACA 
GTATTCATAC CTCCACCTGA AGCAGGAACA AATCAAACAC CAATAATATA CAAGTCGTTC 
AAGTTGGACC CAGAACTAAT GAGGCCTCAG AAGAATTTCT GTTTAAAGAA TCCCTCTCTA 
AGTGCCTTCG GTATGGTACC TGGAAGTCCT ATGGCTCGTA GAACGAAGCA TGAAATCAAA 
GTTGCTCAAA GAATGGCTCG AAAACAAGCT GCAATGCCCG ATAGATGGGG TAGATGCCTG 
CTTGGTACAT GTCACAGTCT TTGGTTTCTG CATTTACCGG CCATGTTACA AGTCTCCAGC 
CAACCTGCTG CAGTTTTGCA TCAGGCCTAT GAAATATTAG TTAAAATGCA GAAGTTACGT 
CTTGATCCTA TGGAAGAGGT ATGCTACAGA GCTATGATGC AACTTTGTGG GGTATACGGG 
CAACCAGTTT TAGCTGTAAA ATTATTGTTC CATATGAAAC GCAGTGGTGT TCAACCTAAT 
GCTTTAACGT ACGGATTTTA CAACAAGGCT GTTCTCGAGG CAACTTGGCC TTCCGATATG 
ACAAACTCAA GTCAGTTAAT GTGGAATAAA TTACGAAATG TTATCGTCGG TGCAGCTTTA 
TTTAAAAAAG CTGGGAAAAA GAGCGCCAGA AGACGATTGA GCTCTAATGT AGACTTCTTA 
GCTACCGATA AGACTGAATG CATGGAACAT GCGCTCTCTC GGTCTAGTCT CGACAGTTCC 
CATTCTCAGG ATACCGAAGC TGCGCACAGT GATTCCACTA AAGGCAGTTC TGTGTCAGAT 
CTACCCGGAT TCGGAGCATT CGAATTAAAA GCTAAGCTCC TTCGACAGAA TAGCATAGTG 
AAAGATCAAA CAACATTAAG TATTTTACAA TCGGATGAAT TGGAACAAAC ACCGAGTAAT 
CCAAGGCTAA CGCGCAGTGT CGAATCGCCT TTAAAAAGTC CCATACGCAC ACCAGTTACG 
GAAAATGACC CATTGGGTGC TCTCATTAAT GACGAAACAC CGATTGTGTC GCCTTCCGAG 
GAGAATGATT CAAATTGCTC AACAAGTACT TTAACCGTTT TAAATAATAC GACTGAAGAG 
AGACCAGGAG GGCCGCTCTT ATTTAGAAGC AACATCCTCC CACGTAGTGC GACGTTTCAT 
CAAGTAGATG AAAGTGGCAT GACGATGGGT GGGCATTTGC AGAGAAGTGA GACGATGCCT 
CACTCCGTGG CACAACAAGG GGAACAGGAG AGAGAAAAGG AGAGACTGGA AATAAGCAGT 
CTTTGGTCTC AAAATAAGGA TAGTGTAACG TCCAGCCTCT CTAGCTTAGG ATCTAGTCTT 
AAACTTAGTT TCGGACGATA TTCCACGGGT GGATTGGCAT TTGCTAAAAA TAAGGATTTA 
ATATCATCGA ATCAACTTAT TGAATCTCTT AGTCTCTCCA GCTATATCAG CCCATCGAGT 
TTAACAGGAA AAAAATCGAA CGAAATAATA CTTGGTGGTT TAAATAGCTT AAAGTCCGCT 
GCAACGACTG TGGTCAAAAA ATTTGACGAA ATCAAAGAAG CCATTTCAGC GACAAGTACG 
CCAGTGAAAA ATAAAGAACG TGAACAAAAA ATAGCTTACG GAGTATCGCA TGAATCTCTA 
GATTCTCTCA CTGATTCCAT ACAAGATCGA AATGAAACGA GAACCTCTGG TGATGGAAAT 
TTAGATTTGT GTCCACTGTA TGAGCTCGCT GAGTGTCTGT ATCCAAAAGG CACTAGAGAA 
TTAGAGGAAC GTCTTGCTAT TGAGCTTGTG CTTTCCAGTG CCAGTAGATG TCATCATTGC 
GCTGCCATCC TGTATGATGA GGAGATAATG GCTGGTTGGC AGCCAGAAGA TTCCAACTTG 
AATACAGTCT GTCAATATTG CGACAAAGCT ACCGTACCTC TCCTCACAGC TACGATATTA 
GATTACAGAT CCGAAGTAAG TGAGAAGAAT AGTGACCCTT TAATGGGAGC ACTGGTAGAA 
TTATTGGATC AACCGAAAGA ATCGTTGGAA CCGATAACCG TACCATACCT AAATCCATTA 
GTTTTGAGAA AAGAATTAGA AAGTGTACTG AGTCAAGAGG GGGACGCATG TCTCACTAAG 
CACAGGTTCA TTCAAGAACA CCCGATAGTA TATTGGAATT TGATATGGTA CTTTGAAAGG 
ATTAATTTAA CGAGTCATTT ACCTGATCTG TGGTTGGATA ATGATAAGAA CTCAGAACTT 
CAAAGAACTG TAGGATTGGT AGGAGTTAGA ACCATGTGGG ATAACGAACG ACTCCACATG 
GACCGTTTGC CTATGTATCT CCAATGGAAG TCAAATTCCA CAGAAGACAG GACATTGATG 
CAGACAGTGA TAACGTATGT CCGTTGCAAC GACTTAGCGG AACCTATATT AAGAGTGGCC 
TTAGAAAGAA GTAAACATCA AACAGGCGAT CATCCGTTTT CTATATATAG AGATATTTTG 
TTTCTGGCAT TTACTGTATT AGGAAGAACG AATATTGACC AAGGCGTCTT CGACAGGGAA 
TACAGTTTAT CGCTGGAGAA ATTTTCCGAG AACGATGAGA AGTTATTACA TAAAATTGAT 
GCGCCGCCGA CGATGATGTC AGTGTACTGC AGATATTATT TTAAGCAATT AAACGTGTGA

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

RefSeq	XP_018046119.1
CDS	6..4805
Translation	MDDRRVADYFVIAGLPGQDDELSEDNETNDKLEAWCQEGTHLKDMHMPPPITDLAVIFPALGEHCPEGYTLLEYTVSGFPADLNHGSLRTNECYLCYRRGRDKPPLVDIGVIYDGKERIMQDAEMVLETPKGHVANVNNSTSKIFVTYRRASRKMPCNSLVVTDICVILTNKGESPPHAFCVINKNLNKGMLGSDVFLCYKKSMNRANLVSFKPAILYKYPMVDYNSFVFPNSVAMFCLPMGATIECWPKVACKPKPVFSTFVLTVADAAQKIYGSAITFYEEVQMEPDTSNCKSSQEIMDTVENNKNSDNMEITKDKPQVKMKMFKRFGILKKLSILELERLQYTDPASQSLNISKSICILSHWPFFDTFEKFLVFLHRMVNDKPQNVPIEKYISYFLCDIPFPSPQRPRILVQLSSQDRLILTQPEDLALPRSGASFRQLLINLGPDNCLLILLLILTEQKILVHSLRPDVLTSVSEAIAMILFPFKWQCPYIPLCPLGLAEVLHAPLPFLIGVDSRFFDLYDPPSDVNCVNLDTNNIAICDDKKYLNVKLLPKKAARQLRNWLELLSSKIISWGKTSCSQKDRGDEDFSVDREFQQKRKEQALELEIQDAFLRFMATILKGYRSYLLPITKAPTVGTTDPTSLFNIQAFLRSRDKAHAKFYTMLVRTQMFIRFIEERSFVSDMDMAGLAFFDECTERVEEENVTLLELDESQHSERTVFIPPPEAGTNQTPIIYKSFKLDPELMRPQKNFCLKNPSLSAFGMVPGSPMARRTKHEIKVAQRMARKQAAMPDRWGRCLLGTCHSLWFLHLPAMLQVSSQPAAVLHQAYEILVKMQKLRLDPMEEVCYRAMMQLCGVYGQPVLAVKLLFHMKRSGVQPNALTYGFYNKAVLEATWPSDMTNSSQLMWNKLRNVIVGAALFKKAGKKSARRRLSSNVDFLATDKTECMEHALSRSSLDSSHSQDTEAAHSDSTKGSSVSDLPGFGAFELKAKLLRQNSIVKDQTTLSILQSDELEQTPSNPRLTRSVESPLKSPIRTPVTENDPLGALINDETPIVSPSEENDSNCSTSTLTVLNNTTEERPGGPLLFRSNILPRSATFHQVDESGMTMGGHLQRSETMPHSVAQQGEQEREKERLEISSLWSQNKDSVTSSLSSLGSSLKLSFGRYSTGGLAFAKNKDLISSNQLIESLSLSSYISPSSLTGKKSNEIILGGLNSLKSAATTVVKKFDEIKEAISATSTPVKNKEREQKIAYGVSHESLDSLTDSIQDRNETRTSGDGNLDLCPLYELAECLYPKGTRELEERLAIELVLSSASRCHHCAAILYDEEIMAGWQPEDSNLNTVCQYCDKATVPLLTATILDYRSEVSEKNSDPLMGALVELLDQPKESLEPITVPYLNPLVLRKELESVLSQEGDACLTKHRFIQEHPIVYWNLIWYFERINLTSHLPDLWLDNDKNSELQRTVGLVGVRTMWDNERLHMDRLPMYLQWKSNSTEDRTLMQTVITYVRCNDLAEPILRVALERSKHQTGDHPFSIYRDILFLAFTVLGRTNIDQGVFDREYSLSLEKFSENDEKLLHKIDAPPTMMSVYCRYYFKQLNV

Target ORF information:

RefSeq Version	XM_018190630.1
Organism	Atta colombica
Definition	Atta colombica DENN domain-containing protein 4C (LOC108685703), transcript variant X1, mRNA.

Target ORF information:

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

XM_018190630.1

ORF Insert Sequence:

ATGGACGACA GAAGAGTAGC AGATTATTTT GTTATTGCCG GTCTACCTGG TCAGGATGAC 
GAGCTTAGCG AAGATAATGA GACTAACGAC AAGCTGGAGG CTTGGTGTCA GGAAGGCACT 
CATCTCAAAG ATATGCACAT GCCACCTCCT ATCACAGATC TTGCCGTAAT ATTTCCTGCA 
CTGGGGGAAC ATTGTCCGGA AGGATATACA CTCTTAGAAT ATACAGTATC CGGTTTTCCA 
GCAGACTTAA ATCATGGCAG TTTACGAACA AACGAGTGTT ATTTGTGCTA TAGAAGAGGA 
CGGGATAAAC CTCCCTTGGT TGACATTGGT GTAATATATG ATGGAAAAGA ACGTATAATG 
CAAGATGCCG AAATGGTATT AGAGACCCCT AAAGGCCATG TGGCGAATGT GAATAATTCT 
ACGTCAAAAA TTTTTGTAAC ATACAGACGA GCGAGTCGGA AAATGCCTTG CAATTCCCTT 
GTGGTTACGG ATATTTGTGT TATCTTGACA AACAAAGGAG AGAGTCCGCC ACATGCTTTC 
TGTGTTATTA ATAAGAATTT GAACAAAGGG ATGCTGGGCA GCGACGTATT TTTGTGCTAT 
AAAAAATCTA TGAATCGCGC TAATTTAGTA TCATTTAAAC CAGCGATACT TTACAAATAT 
CCCATGGTAG ATTACAACAG TTTCGTCTTT CCTAATTCTG TCGCCATGTT TTGTCTACCG 
ATGGGCGCGA CTATAGAATG TTGGCCTAAA GTAGCGTGTA AACCTAAGCC AGTATTCTCG 
ACGTTTGTCT TAACGGTTGC CGATGCTGCT CAAAAAATAT ATGGTTCAGC AATAACATTT 
TATGAGGAGG TTCAAATGGA GCCCGATACT TCAAATTGCA AAAGTAGTCA GGAGATCATG 
GACACAGTTG AAAATAATAA AAACAGTGAT AATATGGAGA TAACTAAAGA TAAGCCGCAA 
GTGAAAATGA AGATGTTTAA GAGATTTGGC ATACTTAAGA AACTTAGTAT ATTGGAACTG 
GAAAGATTGC AATACACAGA TCCTGCGAGC CAATCGCTGA ATATTAGTAA ATCCATATGT 
ATACTATCTC ACTGGCCGTT TTTTGACACG TTTGAAAAAT TTTTGGTTTT CCTACATCGC 
ATGGTGAACG ATAAGCCGCA GAATGTCCCG ATTGAGAAAT ATATCTCGTA TTTTTTATGC 
GATATACCGT TTCCAAGTCC GCAACGTCCA CGAATATTGG TACAGCTCAG TAGTCAGGAT 
AGATTAATCT TGACTCAACC GGAGGATTTA GCTCTGCCTA GATCAGGCGC AAGTTTCAGA 
CAACTATTGA TAAACTTGGG ACCTGACAAT TGTTTATTAA TACTATTATT AATATTGACC 
GAGCAGAAAA TATTAGTTCA CTCCTTACGT CCGGATGTAT TAACTTCCGT CAGTGAGGCC 
ATTGCCATGA TTCTGTTTCC TTTTAAGTGG CAATGTCCTT ACATACCACT GTGTCCTCTA 
GGATTAGCAG AGGTGTTGCA TGCACCATTG CCATTCCTGA TCGGCGTGGA TTCAAGGTTC 
TTTGATTTAT ATGATCCTCC TTCTGACGTC AATTGTGTAA ATTTGGATAC GAATAACATT 
GCAATATGTG ACGATAAAAA ATATTTAAAT GTTAAATTAT TGCCTAAAAA GGCAGCTAGA 
CAGCTCAGAA ATTGGTTAGA GCTTTTGTCC TCCAAGATAA TTTCGTGGGG AAAAACTAGC 
TGTTCCCAAA AAGATAGAGG AGATGAAGAC TTCAGCGTGG ATAGGGAATT TCAACAAAAA 
CGAAAAGAGC AAGCTTTAGA ACTTGAAATA CAGGATGCTT TCTTAAGATT CATGGCGACG 
ATTCTCAAAG GATATCGAAG TTATTTGTTA CCGATTACAA AAGCGCCTAC TGTAGGAACA 
ACAGATCCGA CAAGTTTATT TAATATCCAA GCGTTTTTGA GAAGTCGTGA TAAAGCCCAT 
GCTAAATTTT ACACCATGCT TGTCAGAACG CAAATGTTTA TCAGGTTCAT AGAAGAAAGA 
AGTTTCGTAT CTGATATGGA TATGGCAGGG TTGGCGTTTT TCGATGAATG CACAGAACGA 
GTCGAGGAGG AAAATGTAAC ACTTTTGGAA CTGGATGAAT CTCAACATAG TGAACGTACA 
GTATTCATAC CTCCACCTGA AGCAGGAACA AATCAAACAC CAATAATATA CAAGTCGTTC 
AAGTTGGACC CAGAACTAAT GAGGCCTCAG AAGAATTTCT GTTTAAAGAA TCCCTCTCTA 
AGTGCCTTCG GTATGGTACC TGGAAGTCCT ATGGCTCGTA GAACGAAGCA TGAAATCAAA 
GTTGCTCAAA GAATGGCTCG AAAACAAGCT GCAATGCCCG ATAGATGGGG TAGATGCCTG 
CTTGGTACAT GTCACAGTCT TTGGTTTCTG CATTTACCGG CCATGTTACA AGTCTCCAGC 
CAACCTGCTG CAGTTTTGCA TCAGGCCTAT GAAATATTAG TTAAAATGCA GAAGTTACGT 
CTTGATCCTA TGGAAGAGGT ATGCTACAGA GCTATGATGC AACTTTGTGG GGTATACGGG 
CAACCAGTTT TAGCTGTAAA ATTATTGTTC CATATGAAAC GCAGTGGTGT TCAACCTAAT 
GCTTTAACGT ACGGATTTTA CAACAAGGCT GTTCTCGAGG CAACTTGGCC TTCCGATATG 
ACAAACTCAA GTCAGTTAAT GTGGAATAAA TTACGAAATG TTATCGTCGG TGCAGCTTTA 
TTTAAAAAAG CTGGGAAAAA GAGCGCCAGA AGACGATTGA GCTCTAATGT AGACTTCTTA 
GCTACCGATA AGACTGAATG CATGGAACAT GCGCTCTCTC GGTCTAGTCT CGACAGTTCC 
CATTCTCAGG ATACCGAAGC TGCGCACAGT GATTCCACTA AAGGCAGTTC TGTGTCAGAT 
CTACCCGGAT TCGGAGCATT CGAATTAAAA GCTAAGCTCC TTCGACAGAA TAGCATAGTG 
AAAGATCAAA CAACATTAAG TATTTTACAA TCGGATGAAT TGGAACAAAC ACCGAGTAAT 
CCAAGGCTAA CGCGCAGTGT CGAATCGCCT TTAAAAAGTC CCATACGCAC ACCAGTTACG 
GAAAATGACC CATTGGGTGC TCTCATTAAT GACGAAACAC CGATTGTGTC GCCTTCCGAG 
GAGAATGATT CAAATTGCTC AACAAGTACT TTAACCGTTT TAAATAATAC GACTGAAGAG 
AGACCAGGAG GGCCGCTCTT ATTTAGAAGC AACATCCTCC CACGTAGTGC GACGTTTCAT 
CAAGTAGATG AAAGTGGCAT GACGATGGGT GGGCATTTGC AGAGAAGTGA GACGATGCCT 
CACTCCGTGG CACAACAAGG GGAACAGGAG AGAGAAAAGG AGAGACTGGA AATAAGCAGT 
CTTTGGTCTC AAAATAAGGA TAGTGTAACG TCCAGCCTCT CTAGCTTAGG ATCTAGTCTT 
AAACTTAGTT TCGGACGATA TTCCACGGGT GGATTGGCAT TTGCTAAAAA TAAGGATTTA 
ATATCATCGA ATCAACTTAT TGAATCTCTT AGTCTCTCCA GCTATATCAG CCCATCGAGT 
TTAACAGGAA AAAAATCGAA CGAAATAATA CTTGGTGGTT TAAATAGCTT AAAGTCCGCT 
GCAACGACTG TGGTCAAAAA ATTTGACGAA ATCAAAGAAG CCATTTCAGC GACAAGTACG 
CCAGTGAAAA ATAAAGAACG TGAACAAAAA ATAGCTTACG GAGTATCGCA TGAATCTCTA 
GATTCTCTCA CTGATTCCAT ACAAGATCGA AATGAAACGA GAACCTCTGG TGATGGAAAT 
TTAGATTTGT GTCCACTGTA TGAGCTCGCT GAGTGTCTGT ATCCAAAAGG CACTAGAGAA 
TTAGAGGAAC GTCTTGCTAT TGAGCTTGTG CTTTCCAGTG CCAGTAGATG TCATCATTGC 
GCTGCCATCC TGTATGATGA GGAGATAATG GCTGGTTGGC AGCCAGAAGA TTCCAACTTG 
AATACAGTCT GTCAATATTG CGACAAAGCT ACCGTACCTC TCCTCACAGC TACGATATTA 
GATTACAGAT CCGAAGTAAG TGAGAAGAAT AGTGACCCTT TAATGGGAGC ACTGGTAGAA 
TTATTGGATC AACCGAAAGA ATCGTTGGAA CCGATAACCG TACCATACCT AAATCCATTA 
GTTTTGAGAA AAGAATTAGA AAGTGTACTG AGTCAAGAGG GGGACGCATG TCTCACTAAG 
CACAGGTTCA TTCAAGAACA CCCGATAGTA TATTGGAATT TGATATGGTA CTTTGAAAGG 
ATTAATTTAA CGAGTCATTT ACCTGATCTG TGGTTGGATA ATGATAAGAA CTCAGAACTT 
CAAAGAACTG TAGGATTGGT AGGAGTTAGA ACCATGTGGG ATAACGAACG ACTCCACATG 
GACCGTTTGC CTATGTATCT CCAATGGAAG TCAAATTCCA CAGAAGACAG GACATTGATG 
CAGACAGTGA TAACGTATGT CCGTTGCAAC GACTTAGCGG AACCTATATT AAGAGTGGCC 
TTAGAAAGAA GTAAACATCA AACAGGCGAT CATCCGTTTT CTATATATAG AGATATTTTG 
TTTCTGGCAT TTACTGTATT AGGAAGAACG AATATTGACC AAGGCGTCTT CGACAGGGAA 
TACAGTTTAT CGCTGGAGAA ATTTTCCGAG AACGATGAGA AGTTATTACA TAAAATTGAT 
GCGCCGCCGA CGATGATGTC AGTGTACTGC AGATATTATT TTAAGCAATT AAACGTGTGA

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

LOC108685703 ( XM_018190631.1 ) cDNA ORF clone, Atta colombica -> XP_018046120.1 Atta colombica DENN domain-containing protein 4C (LOC108685703), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt83432
Clone ID Related Accession (Same CDS sequence)	XM_018190631.1
Accession Version	XM_018190631.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) 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	DENN domain-containing protein 4C isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259245.1) 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##

ATGGACGACA GAAGAGTAGC AGATTATTTT GTTATTGCCG GTCTACCTGG TCAGGATGAC 
GAGCTTAGCG AAGATAATGA GACTAACGAC AAGCTGGAGG CTTGGTGTCA GGAAGGCACT 
CATCTCAAAG ATATGCACAT GCCACCTCCT ATCACAGATC TTGCCGTAAT ATTTCCTGCA 
CTGGGGGAAC ATTGTCCGGA AGGATATACA CTCTTAGAAT ATACAGTATC CGGTTTTCCA 
GCAGACTTAA ATCATGGCAG TTTACGAACA AACGAGTGTT ATTTGTGCTA TAGAAGAGGA 
CGGGATAAAC CTCCCTTGGT TGACATTGGT GTAATATATG ATGGAAAAGA ACGTATAATG 
CAAGATGCCG AAATGGTATT AGAGACCCCT AAAGGCCATG TGGCGAATGT GAATAATTCT 
ACGTCAAAAA TTTTTGTAAC ATACAGACGA GCGAGTCGGA AAATGCCTTG CAATTCCCTT 
GTGGTTACGG ATATTTGTGT TATCTTGACA AACAAAGGAG AGAGTCCGCC ACATGCTTTC 
TGTGTTATTA ATAAGAATTT GAACAAAGGG ATGCTGGGCA GCGACGTATT TTTGTGCTAT 
AAAAAATCTA TGAATCGCGC TAATTTAGTA TCATTTAAAC CAGCGATACT TTACAAATAT 
CCCATGGTAG ATTACAACAG TTTCGTCTTT CCTAATTCTG TCGCCATGTT TTGTCTACCG 
ATGGGCGCGA CTATAGAATG TTGGCCTAAA GTAGCGTGTA AACCTAAGCC AGTATTCTCG 
ACGTTTGTCT TAACGGTTGC CGATGCTGCT CAAAAAATAT ATGGTTCAGC AATAACATTT 
TATGAGGAGG TTCAAATGGA GCCCGATACT TCAAATTGCA AAAGTAGTCA GGAGATCATG 
GACACAGTTG AAAATAATAA AAACAGTGAT AATATGGAGA TAACTAAAGA TAAGCCGCAA 
GTGAAAATGA AGATGTTTAA GAGATTTGGC ATACTTAAGA AACTTAGTAT ATTGGAACTG 
GAAAGATTGC AATACACAGA TCCTGCGAGC CAATCGCTGA ATATTAGTAA ATCCATATGT 
ATACTATCTC ACTGGCCGTT TTTTGACACG TTTGAAAAAT TTTTGGTTTT CCTACATCGC 
ATGGTGAACG ATAAGCCGCA GAATGTCCCG ATTGAGAAAT ATATCTCGTA TTTTTTATGC 
GATATACCGT TTCCAAGTCC GCAACGTCCA CGAATATTGG TACAGCTCAG TAGTCAGGAT 
AGATTAATCT TGACTCAACC GGAGGATTTA GCTCTGCCTA GATCAGGCGC AAGTTTCAGA 
CAACTATTGA TAAACTTGGG ACCTGACAAT TGTTTATTAA TACTATTATT AATATTGACC 
GAGCAGAAAA TATTAGTTCA CTCCTTACGT CCGGATGTAT TAACTTCCGT CAGTGAGGCC 
ATTGCCATGA TTCTGTTTCC TTTTAAGTGG CAATGTCCTT ACATACCACT GTGTCCTCTA 
GGATTAGCAG AGGTGTTGCA TGCACCATTG CCATTCCTGA TCGGCGTGGA TTCAAGGTTC 
TTTGATTTAT ATGATCCTCC TTCTGACGTC AATTGTGTAA ATTTGGATAC GAATAACATT 
GCAATATGTG ACGATAAAAA ATATTTAAAT GTTAAATTAT TGCCTAAAAA GGCAGCTAGA 
CAGCTCAGAA ATTGGTTAGA GCTTTTGTCC TCCAAGATAA TTTCGTGGGG AAAAACTAGC 
TGTTCCCAAA AAGATAGAGG AGATGAAGAC TTCAGCGTGG ATAGGGAATT TCAACAAAAA 
CGAAAAGAGC AAGCTTTAGA ACTTGAAATA CAGGATGCTT TCTTAAGATT CATGGCGACG 
ATTCTCAAAG GATATCGAAG TTATTTGTTA CCGATTACAA AAGCGCCTAC TGTAGGAACA 
ACAGATCCGA CAAGTTTATT TAATATCCAA GCGTTTTTGA GAAGTCGTGA TAAAGCCCAT 
GCTAAATTTT ACACCATGCT TGTCAGAACG CAAATGTTTA TCAGGTTCAT AGAAGAAAGA 
AGTTTCGTAT CTGATATGGA TATGGCAGGG TTGGCGTTTT TCGATGAATG CACAGAACGA 
GTCGAGGAGG AAAATGTAAC ACTTTTGGAA CTGGATGAAT CTCAACATAG TGAACGTACA 
GTATTCATAC CTCCACCTGA AGCAGGAACA AATCAAACAC CAATAATATA CAAGTCGTTC 
AAGTTGGACC CAGAACTAAT GAGGCCTCAG AAGAATTTCT GTTTAAAGAA TCCCTCTCTA 
AGTGCCTTCG GTATGGTACC TGGAAGTCCT ATGGCTCGTA GAACGAAGCA TGAAATCAAA 
GTTGCTCAAA GAATGGCTCG AAAACAAGCT GCAATGCCCG ATAGATGGGG TAGATGCCTG 
CTTGGTACAT GTCACAGTCT TTGGTTTCTG CATTTACCGG CCATGTTACA AGTCTCCAGC 
CAACCTGCTG CAGTTTTGCA TCAGGCCTAT GAAATATTAG TTAAAATGCA GAAGTTACGT 
CTTGATCCTA TGGAAGAGGT ATGCTACAGA GCTATGATGC AACTTTGTGG GGTATACGGG 
CAACCAGTTT TAGCTGTAAA ATTATTGTTC CATATGAAAC GCAGTGGTGT TCAACCTAAT 
GCTTTAACGT ACGGATTTTA CAACAAGGCT GTTCTCGAGG CAACTTGGCC TTCCGATATG 
ACAAACTCAA GTCAGTTAAT GTGGAATAAA TTACGAAATG TTATCGTCGG TGCAGCTTTA 
TTTAAAAAAG CTGGGAAAAA GAGCGCCAGA AGACGATTGA GCTCTAATGT AGACTTCTTA 
GCTACCGATA AGACTGAATG CATGGAACAT GCGCTCTCTC GGTCTAGTCT CGACAGTTCC 
CATTCTCAGG ATACCGAAGC TGCGCACAGT GATTCCACTA AAGGCAGTTC TGTGTCAGAT 
CTACCCGGAT TCGGAGCATT CGAATTAAAA GCTAAGCTCC TTCGACAGAA TAGCATAGTG 
AAAGATCAAA CAACATTAAG TATTTTACAA TCGGATGAAT TGGAACAAAC ACCGAGTAAT 
CCAAGGCTAA CGCGCAGTGT CGAATCGCCT TTAAAAAGTC CCATACGCAC ACCAGTTACG 
GAAAATGACC CATTGGGTGC TCTCATTAAT GACGAAACAC CGATTGTGTC GCCTTCCGAG 
GAGAATGATT CAAATTGCTC AACAAGTACT TTAACCGTTT TAAATAATAC GACTGAAGAG 
AGACCAGGAG GGCCGCTCTT ATTTAGAAGC AACATCCTCC CACGTAGTGC GACGTTTCAT 
CAAGTAGATG AAAGTGGCAT GACGATGGGT GGGCATTTGC AGAGAAGTGA GACGATGCCT 
CACTCCGTGG CACAACAAGG GGAACAGGAG AGAGAAAAGG AGAGACTGGA AATAAGCAGT 
CTTTGGTCTC AAAATAAGGA TAGTGTAACG TCCAGCCTCT CTAGCTTAGG ATCTAGTCTT 
AAACTTAGTT TCGGCCCATC GAGTTTAACA GGAAAAAAAT CGAACGAAAT AATACTTGGT 
GGTTTAAATA GCTTAAAGTC CGCTGCAACG ACTGTGGTCA AAAAATTTGA CGAAATCAAA 
GAAGCCATTT CAGCGACAAG TACGCCAGTG AAAAATAAAG AACGTGAACA AAAAATAGCT 
TACGGAGTAT CGCATGAATC TCTAGATTCT CTCACTGATT CCATACAAGA TCGAAATGAA 
ACGAGAACCT CTGGTGATGG AAATTTAGAT TTGTGTCCAC TGTATGAGCT CGCTGAGTGT 
CTGTATCCAA AAGGCACTAG AGAATTAGAG GAACGTCTTG CTATTGAGCT TGTGCTTTCC 
AGTGCCAGTA GATGTCATCA TTGCGCTGCC ATCCTGTATG ATGAGGAGAT AATGGCTGGT 
TGGCAGCCAG AAGATTCCAA CTTGAATACA GTCTGTCAAT ATTGCGACAA AGCTACCGTA 
CCTCTCCTCA CAGCTACGAT ATTAGATTAC AGATCCGAAG TAAGTGAGAA GAATAGTGAC 
CCTTTAATGG GAGCACTGGT AGAATTATTG GATCAACCGA AAGAATCGTT GGAACCGATA 
ACCGTACCAT ACCTAAATCC ATTAGTTTTG AGAAAAGAAT TAGAAAGTGT ACTGAGTCAA 
GAGGGGGACG CATGTCTCAC TAAGCACAGG TTCATTCAAG AACACCCGAT AGTATATTGG 
AATTTGATAT GGTACTTTGA AAGGATTAAT TTAACGAGTC ATTTACCTGA TCTGTGGTTG 
GATAATGATA AGAACTCAGA ACTTCAAAGA ACTGTAGGAT TGGTAGGAGT TAGAACCATG 
TGGGATAACG AACGACTCCA CATGGACCGT TTGCCTATGT ATCTCCAATG GAAGTCAAAT 
TCCACAGAAG ACAGGACATT GATGCAGACA GTGATAACGT ATGTCCGTTG CAACGACTTA 
GCGGAACCTA TATTAAGAGT GGCCTTAGAA AGAAGTAAAC ATCAAACAGG CGATCATCCG 
TTTTCTATAT ATAGAGATAT TTTGTTTCTG GCATTTACTG TATTAGGAAG AACGAATATT 
GACCAAGGCG TCTTCGACAG GGAATACAGT TTATCGCTGG AGAAATTTTC CGAGAACGAT 
GAGAAGTTAT TACATAAAAT TGATGCGCCG CCGACGATGA TGTCAGTGTA CTGCAGATAT 
TATTTTAAGC AATTAAACGT GTGA

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

RefSeq	XP_018046120.1
CDS	6..4709
Translation	MDDRRVADYFVIAGLPGQDDELSEDNETNDKLEAWCQEGTHLKDMHMPPPITDLAVIFPALGEHCPEGYTLLEYTVSGFPADLNHGSLRTNECYLCYRRGRDKPPLVDIGVIYDGKERIMQDAEMVLETPKGHVANVNNSTSKIFVTYRRASRKMPCNSLVVTDICVILTNKGESPPHAFCVINKNLNKGMLGSDVFLCYKKSMNRANLVSFKPAILYKYPMVDYNSFVFPNSVAMFCLPMGATIECWPKVACKPKPVFSTFVLTVADAAQKIYGSAITFYEEVQMEPDTSNCKSSQEIMDTVENNKNSDNMEITKDKPQVKMKMFKRFGILKKLSILELERLQYTDPASQSLNISKSICILSHWPFFDTFEKFLVFLHRMVNDKPQNVPIEKYISYFLCDIPFPSPQRPRILVQLSSQDRLILTQPEDLALPRSGASFRQLLINLGPDNCLLILLLILTEQKILVHSLRPDVLTSVSEAIAMILFPFKWQCPYIPLCPLGLAEVLHAPLPFLIGVDSRFFDLYDPPSDVNCVNLDTNNIAICDDKKYLNVKLLPKKAARQLRNWLELLSSKIISWGKTSCSQKDRGDEDFSVDREFQQKRKEQALELEIQDAFLRFMATILKGYRSYLLPITKAPTVGTTDPTSLFNIQAFLRSRDKAHAKFYTMLVRTQMFIRFIEERSFVSDMDMAGLAFFDECTERVEEENVTLLELDESQHSERTVFIPPPEAGTNQTPIIYKSFKLDPELMRPQKNFCLKNPSLSAFGMVPGSPMARRTKHEIKVAQRMARKQAAMPDRWGRCLLGTCHSLWFLHLPAMLQVSSQPAAVLHQAYEILVKMQKLRLDPMEEVCYRAMMQLCGVYGQPVLAVKLLFHMKRSGVQPNALTYGFYNKAVLEATWPSDMTNSSQLMWNKLRNVIVGAALFKKAGKKSARRRLSSNVDFLATDKTECMEHALSRSSLDSSHSQDTEAAHSDSTKGSSVSDLPGFGAFELKAKLLRQNSIVKDQTTLSILQSDELEQTPSNPRLTRSVESPLKSPIRTPVTENDPLGALINDETPIVSPSEENDSNCSTSTLTVLNNTTEERPGGPLLFRSNILPRSATFHQVDESGMTMGGHLQRSETMPHSVAQQGEQEREKERLEISSLWSQNKDSVTSSLSSLGSSLKLSFGPSSLTGKKSNEIILGGLNSLKSAATTVVKKFDEIKEAISATSTPVKNKEREQKIAYGVSHESLDSLTDSIQDRNETRTSGDGNLDLCPLYELAECLYPKGTRELEERLAIELVLSSASRCHHCAAILYDEEIMAGWQPEDSNLNTVCQYCDKATVPLLTATILDYRSEVSEKNSDPLMGALVELLDQPKESLEPITVPYLNPLVLRKELESVLSQEGDACLTKHRFIQEHPIVYWNLIWYFERINLTSHLPDLWLDNDKNSELQRTVGLVGVRTMWDNERLHMDRLPMYLQWKSNSTEDRTLMQTVITYVRCNDLAEPILRVALERSKHQTGDHPFSIYRDILFLAFTVLGRTNIDQGVFDREYSLSLEKFSENDEKLLHKIDAPPTMMSVYCRYYFKQLNV

Target ORF information:

RefSeq Version	XM_018190631.1
Organism	Atta colombica
Definition	Atta colombica DENN domain-containing protein 4C (LOC108685703), transcript variant X2, mRNA.

Target ORF information:

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

XM_018190631.1

ORF Insert Sequence:

ATGGACGACA GAAGAGTAGC AGATTATTTT GTTATTGCCG GTCTACCTGG TCAGGATGAC 
GAGCTTAGCG AAGATAATGA GACTAACGAC AAGCTGGAGG CTTGGTGTCA GGAAGGCACT 
CATCTCAAAG ATATGCACAT GCCACCTCCT ATCACAGATC TTGCCGTAAT ATTTCCTGCA 
CTGGGGGAAC ATTGTCCGGA AGGATATACA CTCTTAGAAT ATACAGTATC CGGTTTTCCA 
GCAGACTTAA ATCATGGCAG TTTACGAACA AACGAGTGTT ATTTGTGCTA TAGAAGAGGA 
CGGGATAAAC CTCCCTTGGT TGACATTGGT GTAATATATG ATGGAAAAGA ACGTATAATG 
CAAGATGCCG AAATGGTATT AGAGACCCCT AAAGGCCATG TGGCGAATGT GAATAATTCT 
ACGTCAAAAA TTTTTGTAAC ATACAGACGA GCGAGTCGGA AAATGCCTTG CAATTCCCTT 
GTGGTTACGG ATATTTGTGT TATCTTGACA AACAAAGGAG AGAGTCCGCC ACATGCTTTC 
TGTGTTATTA ATAAGAATTT GAACAAAGGG ATGCTGGGCA GCGACGTATT TTTGTGCTAT 
AAAAAATCTA TGAATCGCGC TAATTTAGTA TCATTTAAAC CAGCGATACT TTACAAATAT 
CCCATGGTAG ATTACAACAG TTTCGTCTTT CCTAATTCTG TCGCCATGTT TTGTCTACCG 
ATGGGCGCGA CTATAGAATG TTGGCCTAAA GTAGCGTGTA AACCTAAGCC AGTATTCTCG 
ACGTTTGTCT TAACGGTTGC CGATGCTGCT CAAAAAATAT ATGGTTCAGC AATAACATTT 
TATGAGGAGG TTCAAATGGA GCCCGATACT TCAAATTGCA AAAGTAGTCA GGAGATCATG 
GACACAGTTG AAAATAATAA AAACAGTGAT AATATGGAGA TAACTAAAGA TAAGCCGCAA 
GTGAAAATGA AGATGTTTAA GAGATTTGGC ATACTTAAGA AACTTAGTAT ATTGGAACTG 
GAAAGATTGC AATACACAGA TCCTGCGAGC CAATCGCTGA ATATTAGTAA ATCCATATGT 
ATACTATCTC ACTGGCCGTT TTTTGACACG TTTGAAAAAT TTTTGGTTTT CCTACATCGC 
ATGGTGAACG ATAAGCCGCA GAATGTCCCG ATTGAGAAAT ATATCTCGTA TTTTTTATGC 
GATATACCGT TTCCAAGTCC GCAACGTCCA CGAATATTGG TACAGCTCAG TAGTCAGGAT 
AGATTAATCT TGACTCAACC GGAGGATTTA GCTCTGCCTA GATCAGGCGC AAGTTTCAGA 
CAACTATTGA TAAACTTGGG ACCTGACAAT TGTTTATTAA TACTATTATT AATATTGACC 
GAGCAGAAAA TATTAGTTCA CTCCTTACGT CCGGATGTAT TAACTTCCGT CAGTGAGGCC 
ATTGCCATGA TTCTGTTTCC TTTTAAGTGG CAATGTCCTT ACATACCACT GTGTCCTCTA 
GGATTAGCAG AGGTGTTGCA TGCACCATTG CCATTCCTGA TCGGCGTGGA TTCAAGGTTC 
TTTGATTTAT ATGATCCTCC TTCTGACGTC AATTGTGTAA ATTTGGATAC GAATAACATT 
GCAATATGTG ACGATAAAAA ATATTTAAAT GTTAAATTAT TGCCTAAAAA GGCAGCTAGA 
CAGCTCAGAA ATTGGTTAGA GCTTTTGTCC TCCAAGATAA TTTCGTGGGG AAAAACTAGC 
TGTTCCCAAA AAGATAGAGG AGATGAAGAC TTCAGCGTGG ATAGGGAATT TCAACAAAAA 
CGAAAAGAGC AAGCTTTAGA ACTTGAAATA CAGGATGCTT TCTTAAGATT CATGGCGACG 
ATTCTCAAAG GATATCGAAG TTATTTGTTA CCGATTACAA AAGCGCCTAC TGTAGGAACA 
ACAGATCCGA CAAGTTTATT TAATATCCAA GCGTTTTTGA GAAGTCGTGA TAAAGCCCAT 
GCTAAATTTT ACACCATGCT TGTCAGAACG CAAATGTTTA TCAGGTTCAT AGAAGAAAGA 
AGTTTCGTAT CTGATATGGA TATGGCAGGG TTGGCGTTTT TCGATGAATG CACAGAACGA 
GTCGAGGAGG AAAATGTAAC ACTTTTGGAA CTGGATGAAT CTCAACATAG TGAACGTACA 
GTATTCATAC CTCCACCTGA AGCAGGAACA AATCAAACAC CAATAATATA CAAGTCGTTC 
AAGTTGGACC CAGAACTAAT GAGGCCTCAG AAGAATTTCT GTTTAAAGAA TCCCTCTCTA 
AGTGCCTTCG GTATGGTACC TGGAAGTCCT ATGGCTCGTA GAACGAAGCA TGAAATCAAA 
GTTGCTCAAA GAATGGCTCG AAAACAAGCT GCAATGCCCG ATAGATGGGG TAGATGCCTG 
CTTGGTACAT GTCACAGTCT TTGGTTTCTG CATTTACCGG CCATGTTACA AGTCTCCAGC 
CAACCTGCTG CAGTTTTGCA TCAGGCCTAT GAAATATTAG TTAAAATGCA GAAGTTACGT 
CTTGATCCTA TGGAAGAGGT ATGCTACAGA GCTATGATGC AACTTTGTGG GGTATACGGG 
CAACCAGTTT TAGCTGTAAA ATTATTGTTC CATATGAAAC GCAGTGGTGT TCAACCTAAT 
GCTTTAACGT ACGGATTTTA CAACAAGGCT GTTCTCGAGG CAACTTGGCC TTCCGATATG 
ACAAACTCAA GTCAGTTAAT GTGGAATAAA TTACGAAATG TTATCGTCGG TGCAGCTTTA 
TTTAAAAAAG CTGGGAAAAA GAGCGCCAGA AGACGATTGA GCTCTAATGT AGACTTCTTA 
GCTACCGATA AGACTGAATG CATGGAACAT GCGCTCTCTC GGTCTAGTCT CGACAGTTCC 
CATTCTCAGG ATACCGAAGC TGCGCACAGT GATTCCACTA AAGGCAGTTC TGTGTCAGAT 
CTACCCGGAT TCGGAGCATT CGAATTAAAA GCTAAGCTCC TTCGACAGAA TAGCATAGTG 
AAAGATCAAA CAACATTAAG TATTTTACAA TCGGATGAAT TGGAACAAAC ACCGAGTAAT 
CCAAGGCTAA CGCGCAGTGT CGAATCGCCT TTAAAAAGTC CCATACGCAC ACCAGTTACG 
GAAAATGACC CATTGGGTGC TCTCATTAAT GACGAAACAC CGATTGTGTC GCCTTCCGAG 
GAGAATGATT CAAATTGCTC AACAAGTACT TTAACCGTTT TAAATAATAC GACTGAAGAG 
AGACCAGGAG GGCCGCTCTT ATTTAGAAGC AACATCCTCC CACGTAGTGC GACGTTTCAT 
CAAGTAGATG AAAGTGGCAT GACGATGGGT GGGCATTTGC AGAGAAGTGA GACGATGCCT 
CACTCCGTGG CACAACAAGG GGAACAGGAG AGAGAAAAGG AGAGACTGGA AATAAGCAGT 
CTTTGGTCTC AAAATAAGGA TAGTGTAACG TCCAGCCTCT CTAGCTTAGG ATCTAGTCTT 
AAACTTAGTT TCGGCCCATC GAGTTTAACA GGAAAAAAAT CGAACGAAAT AATACTTGGT 
GGTTTAAATA GCTTAAAGTC CGCTGCAACG ACTGTGGTCA AAAAATTTGA CGAAATCAAA 
GAAGCCATTT CAGCGACAAG TACGCCAGTG AAAAATAAAG AACGTGAACA AAAAATAGCT 
TACGGAGTAT CGCATGAATC TCTAGATTCT CTCACTGATT CCATACAAGA TCGAAATGAA 
ACGAGAACCT CTGGTGATGG AAATTTAGAT TTGTGTCCAC TGTATGAGCT CGCTGAGTGT 
CTGTATCCAA AAGGCACTAG AGAATTAGAG GAACGTCTTG CTATTGAGCT TGTGCTTTCC 
AGTGCCAGTA GATGTCATCA TTGCGCTGCC ATCCTGTATG ATGAGGAGAT AATGGCTGGT 
TGGCAGCCAG AAGATTCCAA CTTGAATACA GTCTGTCAAT ATTGCGACAA AGCTACCGTA 
CCTCTCCTCA CAGCTACGAT ATTAGATTAC AGATCCGAAG TAAGTGAGAA GAATAGTGAC 
CCTTTAATGG GAGCACTGGT AGAATTATTG GATCAACCGA AAGAATCGTT GGAACCGATA 
ACCGTACCAT ACCTAAATCC ATTAGTTTTG AGAAAAGAAT TAGAAAGTGT ACTGAGTCAA 
GAGGGGGACG CATGTCTCAC TAAGCACAGG TTCATTCAAG AACACCCGAT AGTATATTGG 
AATTTGATAT GGTACTTTGA AAGGATTAAT TTAACGAGTC ATTTACCTGA TCTGTGGTTG 
GATAATGATA AGAACTCAGA ACTTCAAAGA ACTGTAGGAT TGGTAGGAGT TAGAACCATG 
TGGGATAACG AACGACTCCA CATGGACCGT TTGCCTATGT ATCTCCAATG GAAGTCAAAT 
TCCACAGAAG ACAGGACATT GATGCAGACA GTGATAACGT ATGTCCGTTG CAACGACTTA 
GCGGAACCTA TATTAAGAGT GGCCTTAGAA AGAAGTAAAC ATCAAACAGG CGATCATCCG 
TTTTCTATAT ATAGAGATAT TTTGTTTCTG GCATTTACTG TATTAGGAAG AACGAATATT 
GACCAAGGCG TCTTCGACAG GGAATACAGT TTATCGCTGG AGAAATTTTC CGAGAACGAT 
GAGAAGTTAT TACATAAAAT TGATGCGCCG CCGACGATGA TGTCAGTGTA CTGCAGATAT 
TATTTTAAGC AATTAAACGT GTGA

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

PubMed

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LOC108685703 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:

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