LOC108684848 cDNA ORF clone, Atta colombica

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108684848
Entrez Gene ID	108684848
Full Name	splicing factor, arginine/serine-rich 15
Gene Type	protein-coding
Organism	Atta colombica

mRNA and Protein(s)

mRNA	Protein	Name
XM_018189377.1	XP_018044866.1	splicing factor, arginine/serine-rich 15 isoform X1
XM_018189378.1	XP_018044867.1	splicing factor, arginine/serine-rich 15 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC108684848 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108684848 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
OAt82492	XM_018189377.1 Latest version!	Atta colombica splicing factor, arginine/serine-rich 15 (LOC108684848), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAt82493	XM_018189378.1 Latest version!	Atta colombica splicing factor, arginine/serine-rich 15 (LOC108684848), 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)

LOC108684848 ( XM_018189377.1 ) cDNA ORF clone, Atta colombica -> XP_018044866.1 Atta colombica splicing factor, arginine/serine-rich 15 (LOC108684848), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt82492
Clone ID Related Accession (Same CDS sequence)	XM_018189377.1
Accession Version	XM_018189377.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4773bp) 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	splicing factor, arginine/serine-rich 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259229.1) 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##

ATGGAGGCGG TGAAGGCGTT TAACGCGGAG CTCTCTGCTC TTTATGATGT CAAACCCCCA 
ATCTCGAAAG CCAAAATGAA TTCGCTTACA CGGGGAGCCA TCAAAGCAAT AAAATTCTAC 
AAGCATGTTG TACAAAGCGT AGAAAAATTT ATTCAAAAAT GCAAGCCGGA GTACAAAGTA 
CCAGGATTGT ATGTAATAGA TTCAATTGTT CGACAGTCCC GACATCAGTT TGGGATGGAG 
AAAGATGTGT TCGCTCCACG ATTTGCAAAA AATATGCAGA CTACCTTTCT TAATCTTTTA 
AAGTGCCCGC AAGAAGACAA GAGCAAAGTT ATACGTGTAT TAAATCTTTG GCAAAAGAAT 
GCAGTTTTTC CACCAGAAGT TATTCAACCA CTTTTTGATC TAGCAGATCC GAATCATCCT 
ATACATAAAG AACAGCCAGT AAATAGCAAT GGTACATTAA ATGCATCATC TGGAAGTAAT 
CTGAGTAATG TAAGTGCAGT CACAAAAACT CCGCCATCTA CAATTAAAAA CGCTGCAAAG 
GATCCCAAAC TATTTCCATC TGGAAAAACG ATTGATCCAG TATGGCTTGC ACAAACAAAA 
ATGGAAGCAG CAGTCAACGC AAACAAACTT TTGAATCAGT CCAATTCCGG TCAAGTGGAT 
TCCTCTTTTT TCGATCAATT ACAACATTTA CAGCAATTAC TTATGAAAAA GGACGTTACA 
AATGAACCAA AGAGTTCTGT CAAGTTTGAT AAAAAGTTGT TAGACTTTGA TTACGGAGAA 
GAAGAAGATG ACGACGTCGT TGTTACTAAT TCTCCAAGCA CAGCTGCCTC AGCAAATACA 
CAGCACAATA CAGTTTCAGC AAACAGCAGT TTAGAAAGTC TTGGACTATT GCTTGCAAAT 
CCAGAGGTTA TGAGACAATT ACAAACTTTA CAACAAACCA TGCAAAGTAA TGCAACCTCT 
TCACTCGAAA TGGAAGAAAA AATGCGCAAG TTGCAACAAA TGAAACAACA AGAAGAAGAA 
TTTGATAAGC ATTTAGCACA AACTGTTCCT AATCTTCCAT TTGCAGCTGA ATGCGATTTA 
AAACCTTCTG ATATTTTGAA ACCAAGCACA CAAAATTATG CATCAAATAT GAACAGTAAT 
GTGATGCAAG ATATGAGTCA GCCACCACCT GGTTATCCAC CAGCTATGTC GTATTCTTCC 
CAGTCTTTAT CGAACATTCG ACAAATAAAT CAGTCTACGC ATCAAAATCA AAAGAGTCCA 
TTGCTTGATG AACGTCAAGA AACGCAAGAT TATTCTGGAA ACAGTGTCAG ACGTGATAGC 
AGCAGTGTAG AAATTGTAAA CTGCGAAAAT GCAAGTTCCC AAAGTAGATC GCCAGACCGA 
TATCGACATC ACAGTCGATC CCGATCTCCA CGACTCAGAG ATAGAGATCG AGATAGAGAT 
AGAAAATCTC GATCTAGAAG CAGATCGAGA CGAAGAAGAT CTCGTTCAAG AGTTCGAAAA 
CGTGATGATA GCCGAGAAAA GATGACGGAA GAAGAGCGGG AAAAGGATAG GGAACGACGT 
AAACGCGGTT TGCCGCCAAT AATTAGAGAT AAATTAAGTG TTTGCAGTAC AACACTTTGG 
GTAGGACATT TGTCAAAACT TGTTCATCAA GAAGAATTAT CTGATACATT TGGAGAGCTT 
GGTGATATTG TTAGCATTGA TTTAATCTCG CCGAGAGGTT GTGCATTTAT ATGTATGAAT 
AGAAGACAGG ACGCATATCG AGCGCTAACA AAATTAAAAA ATCAAAAGAT GCAAGGCAAA 
GCTATTACGT TGGCATGGGC ACCTGGTAAA GGAGTAAAAG GCAAAGAGTG GAAAGATTAC 
TGGGAAGTAG AGCTAGGCGT CAGTTATATC CCCTGGAATA AATTAACCAA CATTACCGAT 
CAAGAATTGG AGCTACTAGA AGAAGGAGGG ATGATAGACG AAGATACACT ACCTCCTCAT 
TTGAAAGGGA AGTTGAAACA CACTGGCACA AGTGCAGATG TTTTGCAACA ACAGTTGCAT 
TTGCAACAGC AAGCAATAGT TGCCACTGGT GCTCCTATTC CCACTTTGAC GGATGGTATC 
GTTAATGTCA TACAGCCGCC GGCTAGTTCA CAGCAACAAC AGCAGCAGCC GCCACAGCAA 
CAACAATTAG TCGATACTAG TCAACCGCCA CCAATCAGAC CACCAACATC GGCTGCGCTA 
CTGCCTCCAC CGAACACTCA GTTGCAAATG ATGCCGCCAG CATTTACAAT GCCACCTGGA 
GTGCCACGAA TGATTAGCCA CATGGGCCTA CAAATGCCGC ATGGACTAAT GCCGAATGTT 
CCAATCGGAG TACCACCACC TAACATGCAG AGTCTGCTGG GACCACCCGG CATGATGCAA 
ACCATGTTGA CACCACAAGT AAACCCGCCA TTTGGAGCAG GTGTTGGTGT AAGTTTATTG 
ACACAAATTC CACTGCCCGC ACCTGCAGCG CCTTCGGATA AGCCAAATTC CACTGGATAC 
GAGATCCTGA ACATTACAGG TATGCCGCAC AATGTTCCAC CGATTGGAGT ACCACCGCCT 
ACGACAGAGA CGAATATGCC GAACTTGCCG ATGTTACGAC AACCGTACGG AGTTGGTCCG 
GCGCCACCAA TGCAGATGCA ACTACCTCAA CAACAGCATC ACTCGGATGA TATGGACGTA 
GAAATGGAGG ACGCGATGCC GCAAAGTTTG AACAGCAACT TGTCCAAGGA TAAGCCGAAT 
CTCAGTGATC AGTTGATCGC GGCGATGAAT ATAACCAGCA ATGTAAACGA TTGTCGTATG 
GAGAACGACC AATCTCGCGA TTACAAGGAA CGGGAACGTG ATCGAGAAAA CAGGGAAAGG 
AGAGACCGGA GTGATCGAGA TCGCGGAGAT CGCATGGATA TCAACGAATG CAGAATAGAT 
CGTGGCAGAG ATAGAGGAAG AGGACGAGAT CGCGGTCGAG ATAATAGACG GAGAGATAAT 
CGTGACAGAG AGAGGGATGA TAGACGCGAC AGAGACAGCC GTGAGACCCG GGATAGTCGG 
GAGAACAGCA GCAGACACTC AGAAGGACCG AGTGGACAAA ATCAAAACAT TCAAGAAGGC 
GAGGGCATGA AAAAGGAAAG CAAGCCTAGT CTAGCCGAAC GACTACGGCA GTTGGCGGAC 
GGTACGTTAC CGCTGGATGA CCGGATGGAT AGAAATATGC GTGGCAACCG AGCTGAGCGT 
AACAATGAAC GGAATGACAG GAACTTCGAA GAAAGTCCCG GAGGTGGTGT ACGACGGCCA 
CCCGGTGACA TGCCGATCTC ATTGATGGAC CTACCTAAGT TCCCTGGAGT AATGCCTCCG 
GATCGAGCCG ATTTTCCGCG AGGACCAGAT TTCCGGAGCG GACCAGACAC ACGCGAGTTT 
CCGCAACGCG GCCTGCCCGA CCGGCCTGAT CGACAGAATT TCCCACCGCG CGGTGGACCG 
AGAACTTCAC AGATGGATGA CTTCCATGAT CCTAGAATGC AGCCAGGCAT ATTCCCGGAG 
GAACACTACG AGAATAGGTT AGGCCACAAT GGACCTCGGC CTGACGACTT TCCACCGGGT 
AGGCTAGGTC CGGCTAGAGA CGAGTTTGAA CGACCAGAAC GTGGTCCTCG CAGACCGCCC 
GTGGACGAGT ACGAACGTGA GCGTTTCGAG TACGAGATGA GACGTGATGG ATTTGATCCG 
CGAATGCAGG ATGGGTTCGA TCACAGAGGT CACAATGAGC GCTCCGATTT TGATCTCCGC 
AGAAGGGAAT TCTTTGGTGG GCCGATGGAG CCAGTGTTTG GAATGCCGCC TTTAATGGGG 
CCAAAAGGAC CAAGAGGACC AGTTGGTCCT GATGGATTTG GACCACGCGG AGCCAGAGGA 
CCTGGTCCTC TCATGTTCCA TTTACGTGGC ATGGGTCCGA GAGGTATGAG GCCCGGGATG 
AGGCCACCGT TCGCACCTCG AGGTCCACCA TTCGATCCCA GAGAATCGGA TTCTTTCTTC 
CGACCGCCGT TCGATGAAAT GCGCGGTCGT CCAGGACCGC ATATCCGACC ACCGTTTGGC 
CCAATGGGTC CGCCGGCAAT GCATGGACCA GATGGACCAT GGAGAAATCA GGAAGGCGGT 
GGGCCCGCAT CATGGTCTGG ACAGGAACCT GATGGACACG GACAACGCGA GAATCATCTT 
CCACGAGACA AGCAAAAATT AGCAAAGCAT CAAGATTATA AAAACATGTC CGAGCGGGAG 
AACCGTAACC GAAATCGAAA ATCTAGATGG GGCAATATTA GCCCACAAAT GACGGATGAC 
GTAGATGAGA TGCCATCGGA AGAAGCCGAA AATAAAATGG AGATATCGGA TGGCAGCAAA 
TTAGAGACGA AGGATAGCTT TGATGCTTCA GCTTTGGCTA TCAATCAACA GAACCTTCTA 
ATGCAAAAGA ATCAAGATGA GTCGATAATT CACGAGCAGA ATATGATGCA TGATGACAGA 
GAAAATGAAT TTGCAAGTGT ATCGAACGAT AACAATGTTG ATGAGATGAG TTATAAAAAT 
GATGAGACCA ACGCCTTCGA AATTGGTGTG GATTTCTCCA GCAACGATTT AGCGCTAACG 
CAGCAGGGTG AAGAGGAACA GTGTGAATAT GAAGCACCCA TTCCAGCTGA AGATTCAGCG 
CAGCAAAATG TGGTACAATC GATCGAACAA ATAGGGCACG TCAGTGAGAA TTATAGTGAG 
CAATCAGTGG AACAGCAAGC AGATTTGTTA TAA

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

RefSeq	XP_018044866.1
CDS	1..4773
Translation	MEAVKAFNAELSALYDVKPPISKAKMNSLTRGAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGMEKDVFAPRFAKNMQTTFLNLLKCPQEDKSKVIRVLNLWQKNAVFPPEVIQPLFDLADPNHPIHKEQPVNSNGTLNASSGSNLSNVSAVTKTPPSTIKNAAKDPKLFPSGKTIDPVWLAQTKMEAAVNANKLLNQSNSGQVDSSFFDQLQHLQQLLMKKDVTNEPKSSVKFDKKLLDFDYGEEEDDDVVVTNSPSTAASANTQHNTVSANSSLESLGLLLANPEVMRQLQTLQQTMQSNATSSLEMEEKMRKLQQMKQQEEEFDKHLAQTVPNLPFAAECDLKPSDILKPSTQNYASNMNSNVMQDMSQPPPGYPPAMSYSSQSLSNIRQINQSTHQNQKSPLLDERQETQDYSGNSVRRDSSSVEIVNCENASSQSRSPDRYRHHSRSRSPRLRDRDRDRDRKSRSRSRSRRRRSRSRVRKRDDSREKMTEEEREKDRERRKRGLPPIIRDKLSVCSTTLWVGHLSKLVHQEELSDTFGELGDIVSIDLISPRGCAFICMNRRQDAYRALTKLKNQKMQGKAITLAWAPGKGVKGKEWKDYWEVELGVSYIPWNKLTNITDQELELLEEGGMIDEDTLPPHLKGKLKHTGTSADVLQQQLHLQQQAIVATGAPIPTLTDGIVNVIQPPASSQQQQQQPPQQQQLVDTSQPPPIRPPTSAALLPPPNTQLQMMPPAFTMPPGVPRMISHMGLQMPHGLMPNVPIGVPPPNMQSLLGPPGMMQTMLTPQVNPPFGAGVGVSLLTQIPLPAPAAPSDKPNSTGYEILNITGMPHNVPPIGVPPPTTETNMPNLPMLRQPYGVGPAPPMQMQLPQQQHHSDDMDVEMEDAMPQSLNSNLSKDKPNLSDQLIAAMNITSNVNDCRMENDQSRDYKERERDRENRERRDRSDRDRGDRMDINECRIDRGRDRGRGRDRGRDNRRRDNRDRERDDRRDRDSRETRDSRENSSRHSEGPSGQNQNIQEGEGMKKESKPSLAERLRQLADGTLPLDDRMDRNMRGNRAERNNERNDRNFEESPGGGVRRPPGDMPISLMDLPKFPGVMPPDRADFPRGPDFRSGPDTREFPQRGLPDRPDRQNFPPRGGPRTSQMDDFHDPRMQPGIFPEEHYENRLGHNGPRPDDFPPGRLGPARDEFERPERGPRRPPVDEYERERFEYEMRRDGFDPRMQDGFDHRGHNERSDFDLRRREFFGGPMEPVFGMPPLMGPKGPRGPVGPDGFGPRGARGPGPLMFHLRGMGPRGMRPGMRPPFAPRGPPFDPRESDSFFRPPFDEMRGRPGPHIRPPFGPMGPPAMHGPDGPWRNQEGGGPASWSGQEPDGHGQRENHLPRDKQKLAKHQDYKNMSERENRNRNRKSRWGNISPQMTDDVDEMPSEEAENKMEISDGSKLETKDSFDASALAINQQNLLMQKNQDESIIHEQNMMHDDRENEFASVSNDNNVDEMSYKNDETNAFEIGVDFSSNDLALTQQGEEEQCEYEAPIPAEDSAQQNVVQSIEQIGHVSENYSEQSVEQQADLL

Target ORF information:

RefSeq Version	XM_018189377.1
Organism	Atta colombica
Definition	Atta colombica splicing factor, arginine/serine-rich 15 (LOC108684848), transcript variant X1, mRNA.

Target ORF information:

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

XM_018189377.1

ORF Insert Sequence:

ATGGAGGCGG TGAAGGCGTT TAACGCGGAG CTCTCTGCTC TTTATGATGT CAAACCCCCA 
ATCTCGAAAG CCAAAATGAA TTCGCTTACA CGGGGAGCCA TCAAAGCAAT AAAATTCTAC 
AAGCATGTTG TACAAAGCGT AGAAAAATTT ATTCAAAAAT GCAAGCCGGA GTACAAAGTA 
CCAGGATTGT ATGTAATAGA TTCAATTGTT CGACAGTCCC GACATCAGTT TGGGATGGAG 
AAAGATGTGT TCGCTCCACG ATTTGCAAAA AATATGCAGA CTACCTTTCT TAATCTTTTA 
AAGTGCCCGC AAGAAGACAA GAGCAAAGTT ATACGTGTAT TAAATCTTTG GCAAAAGAAT 
GCAGTTTTTC CACCAGAAGT TATTCAACCA CTTTTTGATC TAGCAGATCC GAATCATCCT 
ATACATAAAG AACAGCCAGT AAATAGCAAT GGTACATTAA ATGCATCATC TGGAAGTAAT 
CTGAGTAATG TAAGTGCAGT CACAAAAACT CCGCCATCTA CAATTAAAAA CGCTGCAAAG 
GATCCCAAAC TATTTCCATC TGGAAAAACG ATTGATCCAG TATGGCTTGC ACAAACAAAA 
ATGGAAGCAG CAGTCAACGC AAACAAACTT TTGAATCAGT CCAATTCCGG TCAAGTGGAT 
TCCTCTTTTT TCGATCAATT ACAACATTTA CAGCAATTAC TTATGAAAAA GGACGTTACA 
AATGAACCAA AGAGTTCTGT CAAGTTTGAT AAAAAGTTGT TAGACTTTGA TTACGGAGAA 
GAAGAAGATG ACGACGTCGT TGTTACTAAT TCTCCAAGCA CAGCTGCCTC AGCAAATACA 
CAGCACAATA CAGTTTCAGC AAACAGCAGT TTAGAAAGTC TTGGACTATT GCTTGCAAAT 
CCAGAGGTTA TGAGACAATT ACAAACTTTA CAACAAACCA TGCAAAGTAA TGCAACCTCT 
TCACTCGAAA TGGAAGAAAA AATGCGCAAG TTGCAACAAA TGAAACAACA AGAAGAAGAA 
TTTGATAAGC ATTTAGCACA AACTGTTCCT AATCTTCCAT TTGCAGCTGA ATGCGATTTA 
AAACCTTCTG ATATTTTGAA ACCAAGCACA CAAAATTATG CATCAAATAT GAACAGTAAT 
GTGATGCAAG ATATGAGTCA GCCACCACCT GGTTATCCAC CAGCTATGTC GTATTCTTCC 
CAGTCTTTAT CGAACATTCG ACAAATAAAT CAGTCTACGC ATCAAAATCA AAAGAGTCCA 
TTGCTTGATG AACGTCAAGA AACGCAAGAT TATTCTGGAA ACAGTGTCAG ACGTGATAGC 
AGCAGTGTAG AAATTGTAAA CTGCGAAAAT GCAAGTTCCC AAAGTAGATC GCCAGACCGA 
TATCGACATC ACAGTCGATC CCGATCTCCA CGACTCAGAG ATAGAGATCG AGATAGAGAT 
AGAAAATCTC GATCTAGAAG CAGATCGAGA CGAAGAAGAT CTCGTTCAAG AGTTCGAAAA 
CGTGATGATA GCCGAGAAAA GATGACGGAA GAAGAGCGGG AAAAGGATAG GGAACGACGT 
AAACGCGGTT TGCCGCCAAT AATTAGAGAT AAATTAAGTG TTTGCAGTAC AACACTTTGG 
GTAGGACATT TGTCAAAACT TGTTCATCAA GAAGAATTAT CTGATACATT TGGAGAGCTT 
GGTGATATTG TTAGCATTGA TTTAATCTCG CCGAGAGGTT GTGCATTTAT ATGTATGAAT 
AGAAGACAGG ACGCATATCG AGCGCTAACA AAATTAAAAA ATCAAAAGAT GCAAGGCAAA 
GCTATTACGT TGGCATGGGC ACCTGGTAAA GGAGTAAAAG GCAAAGAGTG GAAAGATTAC 
TGGGAAGTAG AGCTAGGCGT CAGTTATATC CCCTGGAATA AATTAACCAA CATTACCGAT 
CAAGAATTGG AGCTACTAGA AGAAGGAGGG ATGATAGACG AAGATACACT ACCTCCTCAT 
TTGAAAGGGA AGTTGAAACA CACTGGCACA AGTGCAGATG TTTTGCAACA ACAGTTGCAT 
TTGCAACAGC AAGCAATAGT TGCCACTGGT GCTCCTATTC CCACTTTGAC GGATGGTATC 
GTTAATGTCA TACAGCCGCC GGCTAGTTCA CAGCAACAAC AGCAGCAGCC GCCACAGCAA 
CAACAATTAG TCGATACTAG TCAACCGCCA CCAATCAGAC CACCAACATC GGCTGCGCTA 
CTGCCTCCAC CGAACACTCA GTTGCAAATG ATGCCGCCAG CATTTACAAT GCCACCTGGA 
GTGCCACGAA TGATTAGCCA CATGGGCCTA CAAATGCCGC ATGGACTAAT GCCGAATGTT 
CCAATCGGAG TACCACCACC TAACATGCAG AGTCTGCTGG GACCACCCGG CATGATGCAA 
ACCATGTTGA CACCACAAGT AAACCCGCCA TTTGGAGCAG GTGTTGGTGT AAGTTTATTG 
ACACAAATTC CACTGCCCGC ACCTGCAGCG CCTTCGGATA AGCCAAATTC CACTGGATAC 
GAGATCCTGA ACATTACAGG TATGCCGCAC AATGTTCCAC CGATTGGAGT ACCACCGCCT 
ACGACAGAGA CGAATATGCC GAACTTGCCG ATGTTACGAC AACCGTACGG AGTTGGTCCG 
GCGCCACCAA TGCAGATGCA ACTACCTCAA CAACAGCATC ACTCGGATGA TATGGACGTA 
GAAATGGAGG ACGCGATGCC GCAAAGTTTG AACAGCAACT TGTCCAAGGA TAAGCCGAAT 
CTCAGTGATC AGTTGATCGC GGCGATGAAT ATAACCAGCA ATGTAAACGA TTGTCGTATG 
GAGAACGACC AATCTCGCGA TTACAAGGAA CGGGAACGTG ATCGAGAAAA CAGGGAAAGG 
AGAGACCGGA GTGATCGAGA TCGCGGAGAT CGCATGGATA TCAACGAATG CAGAATAGAT 
CGTGGCAGAG ATAGAGGAAG AGGACGAGAT CGCGGTCGAG ATAATAGACG GAGAGATAAT 
CGTGACAGAG AGAGGGATGA TAGACGCGAC AGAGACAGCC GTGAGACCCG GGATAGTCGG 
GAGAACAGCA GCAGACACTC AGAAGGACCG AGTGGACAAA ATCAAAACAT TCAAGAAGGC 
GAGGGCATGA AAAAGGAAAG CAAGCCTAGT CTAGCCGAAC GACTACGGCA GTTGGCGGAC 
GGTACGTTAC CGCTGGATGA CCGGATGGAT AGAAATATGC GTGGCAACCG AGCTGAGCGT 
AACAATGAAC GGAATGACAG GAACTTCGAA GAAAGTCCCG GAGGTGGTGT ACGACGGCCA 
CCCGGTGACA TGCCGATCTC ATTGATGGAC CTACCTAAGT TCCCTGGAGT AATGCCTCCG 
GATCGAGCCG ATTTTCCGCG AGGACCAGAT TTCCGGAGCG GACCAGACAC ACGCGAGTTT 
CCGCAACGCG GCCTGCCCGA CCGGCCTGAT CGACAGAATT TCCCACCGCG CGGTGGACCG 
AGAACTTCAC AGATGGATGA CTTCCATGAT CCTAGAATGC AGCCAGGCAT ATTCCCGGAG 
GAACACTACG AGAATAGGTT AGGCCACAAT GGACCTCGGC CTGACGACTT TCCACCGGGT 
AGGCTAGGTC CGGCTAGAGA CGAGTTTGAA CGACCAGAAC GTGGTCCTCG CAGACCGCCC 
GTGGACGAGT ACGAACGTGA GCGTTTCGAG TACGAGATGA GACGTGATGG ATTTGATCCG 
CGAATGCAGG ATGGGTTCGA TCACAGAGGT CACAATGAGC GCTCCGATTT TGATCTCCGC 
AGAAGGGAAT TCTTTGGTGG GCCGATGGAG CCAGTGTTTG GAATGCCGCC TTTAATGGGG 
CCAAAAGGAC CAAGAGGACC AGTTGGTCCT GATGGATTTG GACCACGCGG AGCCAGAGGA 
CCTGGTCCTC TCATGTTCCA TTTACGTGGC ATGGGTCCGA GAGGTATGAG GCCCGGGATG 
AGGCCACCGT TCGCACCTCG AGGTCCACCA TTCGATCCCA GAGAATCGGA TTCTTTCTTC 
CGACCGCCGT TCGATGAAAT GCGCGGTCGT CCAGGACCGC ATATCCGACC ACCGTTTGGC 
CCAATGGGTC CGCCGGCAAT GCATGGACCA GATGGACCAT GGAGAAATCA GGAAGGCGGT 
GGGCCCGCAT CATGGTCTGG ACAGGAACCT GATGGACACG GACAACGCGA GAATCATCTT 
CCACGAGACA AGCAAAAATT AGCAAAGCAT CAAGATTATA AAAACATGTC CGAGCGGGAG 
AACCGTAACC GAAATCGAAA ATCTAGATGG GGCAATATTA GCCCACAAAT GACGGATGAC 
GTAGATGAGA TGCCATCGGA AGAAGCCGAA AATAAAATGG AGATATCGGA TGGCAGCAAA 
TTAGAGACGA AGGATAGCTT TGATGCTTCA GCTTTGGCTA TCAATCAACA GAACCTTCTA 
ATGCAAAAGA ATCAAGATGA GTCGATAATT CACGAGCAGA ATATGATGCA TGATGACAGA 
GAAAATGAAT TTGCAAGTGT ATCGAACGAT AACAATGTTG ATGAGATGAG TTATAAAAAT 
GATGAGACCA ACGCCTTCGA AATTGGTGTG GATTTCTCCA GCAACGATTT AGCGCTAACG 
CAGCAGGGTG AAGAGGAACA GTGTGAATAT GAAGCACCCA TTCCAGCTGA AGATTCAGCG 
CAGCAAAATG TGGTACAATC GATCGAACAA ATAGGGCACG TCAGTGAGAA TTATAGTGAG 
CAATCAGTGG AACAGCAAGC AGATTTGTTA TAA

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

LOC108684848 ( XM_018189378.1 ) cDNA ORF clone, Atta colombica -> XP_018044867.1 Atta colombica splicing factor, arginine/serine-rich 15 (LOC108684848), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt82493
Clone ID Related Accession (Same CDS sequence)	XM_018189378.1
Accession Version	XM_018189378.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4749bp) 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	splicing factor, arginine/serine-rich 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017259229.1) 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##

ATGGAGGCGG TGAAGGCGTT TAACGCGGAG CTCTCTGCTC TTTATGATGT CAAACCCCCA 
ATCTCGAAAG CCAAAATGAA TTCGCTTACA CGGGGAGCCA TCAAAGCAAT AAAATTCTAC 
AAGCATGTTG TACAAAGCGT AGAAAAATTT ATTCAAAAAT GCAAGCCGGA GTACAAAGTA 
CCAGGATTGT ATGTAATAGA TTCAATTGTT CGACAGTCCC GACATCAGTT TGGGATGGAG 
AAAGATGTGT TCGCTCCACG ATTTGCAAAA AATATGCAGA CTACCTTTCT TAATCTTTTA 
AAGTGCCCGC AAGAAGACAA GAGCAAAGTT ATACGTGTAT TAAATCTTTG GCAAAAGAAT 
GCAGTTTTTC CACCAGAAGT TATTCAACCA CTTTTTGATC TAGCAGATCC GAATCATCCT 
ATACATAAAG AACAGCCAGT AAATAGCAAT GGTACATTAA ATGCATCATC TGGAAGTAAT 
CTGAGTAATG TAAGTGCAGT CACAAAAACT CCGCCATCTA CAATTAAAAA CGCTGCAAAG 
GATCCCAAAC TATTTCCATC TGGAAAAACG ATTGATCCAG TATGGCTTGC ACAAACAAAA 
ATGGAAGCAG CAGTCAACGC AAACAAACTT TTGAATCAGT CCAATTCCGG TCAAGTGGAT 
TCCTCTTTTT TCGATCAATT ACAACATTTA CAGCAATTAC TTATGAAAAA GGACGTTACA 
AATGAACCAA AGAGTTCTGT CAAGTTTGAT AAAAAGTTGT TAGACTTTGA TTACGGAGAA 
GAAGAAGATG ACGACGTCGT TGTTACTAAT TCTCCAAGCA CAGCTGCCTC AGCAAATACA 
CAGCACAATA CAGTTTCAGC AAACAGCAGT TTAGAAAGTC TTGGACTATT GCTTGCAAAT 
CCAGAGGTTA TGAGACAATT ACAAACTTTA CAACAAACCA TGCAAAGTAA TGCAACCTCT 
TCACTCGAAA TGGAAGAAAA AATGCGCAAG TTGCAACAAA TGAAACAACA AGAAGAAGAA 
TTTGATAAGC ATTTAGCACA AACTGTTCCT AATCTTCCAT TTGCAGCTGA ATGCGATTTA 
AAACCTTCTG ATATTTTGAA ACCAAGCACA CAAAATTATG CATCAAATAT GAACAGTAAT 
GTGATGCAAG ATATGAGTCA GCCACCACCT GGTTATCCAC CAGCTATGTC GTATTCTTCC 
CAGTCTTTAT CGAACATTCG ACAAATAAAT CAGTCTACGC ATCAAAATCA AAAGAGTCCA 
TTGCTTGATG AACGTCAAGA AACGCAAGAT TATTCTGGAA ACAGTGTCAG ACGTGATAGC 
AGCAGTGTAG AAATTGTAAA CTGCGAAAAT GCAAGTTCCC AAAGTAGATC GCCAGACCGA 
TATCGACATC ACAGTCGATC CCGATCTCCA CGACTCAGAG ATAGAGATCG AGATAGAGAT 
AGAAAATCTC GATCTAGAAG CAGATCGAGA CGAAGAAGAT CTCGTTCAAG AGTTCGAAAA 
CGTGATGATA GCCGAGAAAA GATGACGGAA GAAGAGCGGG AAAAGGATAG GGAACGACGT 
AAACGCGGTT TGCCGCCAAT AATTAGAGAT AAATTAAGTG TTTGCAGTAC AACACTTTGG 
GTAGGACATT TGTCAAAACT TGTTCATCAA GAAGAATTAT CTGATACATT TGGAGAGCTT 
GGTGATATTG TTAGCATTGA TTTAATCTCG CCGAGAGGTT GTGCATTTAT ATGTATGAAT 
AGAAGACAGG ACGCATATCG AGCGCTAACA AAATTAAAAA ATCAAAAGAT GCAAGGCAAA 
GCTATTACGT TGGCATGGGC ACCTGGTAAA GGAGTAAAAG GCAAAGAGTG GAAAGATTAC 
TGGGAAGTAG AGCTAGGCGT CAGTTATATC CCCTGGAATA AATTAACCAA CATTACCGAT 
CAAGAATTGG AGCTACTAGA AGAAGGAGGG ATGATAGACG AAGATACACT ACCTCCTCAT 
TTGAAAGGGA AGTTGAAACA CACTGGCACA AGTGCAGATG TTTTGCAACA ACAGTTGCAT 
TTGCAACAGC AAGCAATAGT TGCCACTGGT GCTCCTATTC CCACTTTGAC GGATGGTATC 
GTTAATGTCA TACAGCCGCC GGCTAGTTCA CAGCAACAAC AGCAGCAGCC GCCACAGCAA 
CAACAATTAG TCGATACTAG TCAACCGCCA CCAATCAGAC CACCAACATC GGCTGCGCTA 
CTGCCTCCAC CGAACACTCA GTTGCAAATG ATGCCGCCAG CATTTACAAT GCCACCTGGA 
GTGCCACGAA TGATTAGCCA CATGGGCCTA CAAATGCCGC ATGGACTAAT GCCGAATGTT 
CCAATCGGAG TACCACCACC TAACATGCAG AGTCTGCTGG GACCACCCGG CATGATGCAA 
ACCATGTTGA CACCACAAGT AAACCCGCCA TTTGGAGCAG GTGTTGGTGT AAGTTTATTG 
ACACAAATTC CACTGCCCGC ACCTGCAGCG CCTTCGGATA AGCCAAATTC CACTGGTATG 
CCGCACAATG TTCCACCGAT TGGAGTACCA CCGCCTACGA CAGAGACGAA TATGCCGAAC 
TTGCCGATGT TACGACAACC GTACGGAGTT GGTCCGGCGC CACCAATGCA GATGCAACTA 
CCTCAACAAC AGCATCACTC GGATGATATG GACGTAGAAA TGGAGGACGC GATGCCGCAA 
AGTTTGAACA GCAACTTGTC CAAGGATAAG CCGAATCTCA GTGATCAGTT GATCGCGGCG 
ATGAATATAA CCAGCAATGT AAACGATTGT CGTATGGAGA ACGACCAATC TCGCGATTAC 
AAGGAACGGG AACGTGATCG AGAAAACAGG GAAAGGAGAG ACCGGAGTGA TCGAGATCGC 
GGAGATCGCA TGGATATCAA CGAATGCAGA ATAGATCGTG GCAGAGATAG AGGAAGAGGA 
CGAGATCGCG GTCGAGATAA TAGACGGAGA GATAATCGTG ACAGAGAGAG GGATGATAGA 
CGCGACAGAG ACAGCCGTGA GACCCGGGAT AGTCGGGAGA ACAGCAGCAG ACACTCAGAA 
GGACCGAGTG GACAAAATCA AAACATTCAA GAAGGCGAGG GCATGAAAAA GGAAAGCAAG 
CCTAGTCTAG CCGAACGACT ACGGCAGTTG GCGGACGGTA CGTTACCGCT GGATGACCGG 
ATGGATAGAA ATATGCGTGG CAACCGAGCT GAGCGTAACA ATGAACGGAA TGACAGGAAC 
TTCGAAGAAA GTCCCGGAGG TGGTGTACGA CGGCCACCCG GTGACATGCC GATCTCATTG 
ATGGACCTAC CTAAGTTCCC TGGAGTAATG CCTCCGGATC GAGCCGATTT TCCGCGAGGA 
CCAGATTTCC GGAGCGGACC AGACACACGC GAGTTTCCGC AACGCGGCCT GCCCGACCGG 
CCTGATCGAC AGAATTTCCC ACCGCGCGGT GGACCGAGAA CTTCACAGAT GGATGACTTC 
CATGATCCTA GAATGCAGCC AGGCATATTC CCGGAGGAAC ACTACGAGAA TAGGTTAGGC 
CACAATGGAC CTCGGCCTGA CGACTTTCCA CCGGGTAGGC TAGGTCCGGC TAGAGACGAG 
TTTGAACGAC CAGAACGTGG TCCTCGCAGA CCGCCCGTGG ACGAGTACGA ACGTGAGCGT 
TTCGAGTACG AGATGAGACG TGATGGATTT GATCCGCGAA TGCAGGATGG GTTCGATCAC 
AGAGGTCACA ATGAGCGCTC CGATTTTGAT CTCCGCAGAA GGGAATTCTT TGGTGGGCCG 
ATGGAGCCAG TGTTTGGAAT GCCGCCTTTA ATGGGGCCAA AAGGACCAAG AGGACCAGTT 
GGTCCTGATG GATTTGGACC ACGCGGAGCC AGAGGACCTG GTCCTCTCAT GTTCCATTTA 
CGTGGCATGG GTCCGAGAGG TATGAGGCCC GGGATGAGGC CACCGTTCGC ACCTCGAGGT 
CCACCATTCG ATCCCAGAGA ATCGGATTCT TTCTTCCGAC CGCCGTTCGA TGAAATGCGC 
GGTCGTCCAG GACCGCATAT CCGACCACCG TTTGGCCCAA TGGGTCCGCC GGCAATGCAT 
GGACCAGATG GACCATGGAG AAATCAGGAA GGCGGTGGGC CCGCATCATG GTCTGGACAG 
GAACCTGATG GACACGGACA ACGCGAGAAT CATCTTCCAC GAGACAAGCA AAAATTAGCA 
AAGCATCAAG ATTATAAAAA CATGTCCGAG CGGGAGAACC GTAACCGAAA TCGAAAATCT 
AGATGGGGCA ATATTAGCCC ACAAATGACG GATGACGTAG ATGAGATGCC ATCGGAAGAA 
GCCGAAAATA AAATGGAGAT ATCGGATGGC AGCAAATTAG AGACGAAGGA TAGCTTTGAT 
GCTTCAGCTT TGGCTATCAA TCAACAGAAC CTTCTAATGC AAAAGAATCA AGATGAGTCG 
ATAATTCACG AGCAGAATAT GATGCATGAT GACAGAGAAA ATGAATTTGC AAGTGTATCG 
AACGATAACA ATGTTGATGA GATGAGTTAT AAAAATGATG AGACCAACGC CTTCGAAATT 
GGTGTGGATT TCTCCAGCAA CGATTTAGCG CTAACGCAGC AGGGTGAAGA GGAACAGTGT 
GAATATGAAG CACCCATTCC AGCTGAAGAT TCAGCGCAGC AAAATGTGGT ACAATCGATC 
GAACAAATAG GGCACGTCAG TGAGAATTAT AGTGAGCAAT CAGTGGAACA GCAAGCAGAT 
TTGTTATAA

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

RefSeq	XP_018044867.1
CDS	1..4749
Translation	MEAVKAFNAELSALYDVKPPISKAKMNSLTRGAIKAIKFYKHVVQSVEKFIQKCKPEYKVPGLYVIDSIVRQSRHQFGMEKDVFAPRFAKNMQTTFLNLLKCPQEDKSKVIRVLNLWQKNAVFPPEVIQPLFDLADPNHPIHKEQPVNSNGTLNASSGSNLSNVSAVTKTPPSTIKNAAKDPKLFPSGKTIDPVWLAQTKMEAAVNANKLLNQSNSGQVDSSFFDQLQHLQQLLMKKDVTNEPKSSVKFDKKLLDFDYGEEEDDDVVVTNSPSTAASANTQHNTVSANSSLESLGLLLANPEVMRQLQTLQQTMQSNATSSLEMEEKMRKLQQMKQQEEEFDKHLAQTVPNLPFAAECDLKPSDILKPSTQNYASNMNSNVMQDMSQPPPGYPPAMSYSSQSLSNIRQINQSTHQNQKSPLLDERQETQDYSGNSVRRDSSSVEIVNCENASSQSRSPDRYRHHSRSRSPRLRDRDRDRDRKSRSRSRSRRRRSRSRVRKRDDSREKMTEEEREKDRERRKRGLPPIIRDKLSVCSTTLWVGHLSKLVHQEELSDTFGELGDIVSIDLISPRGCAFICMNRRQDAYRALTKLKNQKMQGKAITLAWAPGKGVKGKEWKDYWEVELGVSYIPWNKLTNITDQELELLEEGGMIDEDTLPPHLKGKLKHTGTSADVLQQQLHLQQQAIVATGAPIPTLTDGIVNVIQPPASSQQQQQQPPQQQQLVDTSQPPPIRPPTSAALLPPPNTQLQMMPPAFTMPPGVPRMISHMGLQMPHGLMPNVPIGVPPPNMQSLLGPPGMMQTMLTPQVNPPFGAGVGVSLLTQIPLPAPAAPSDKPNSTGMPHNVPPIGVPPPTTETNMPNLPMLRQPYGVGPAPPMQMQLPQQQHHSDDMDVEMEDAMPQSLNSNLSKDKPNLSDQLIAAMNITSNVNDCRMENDQSRDYKERERDRENRERRDRSDRDRGDRMDINECRIDRGRDRGRGRDRGRDNRRRDNRDRERDDRRDRDSRETRDSRENSSRHSEGPSGQNQNIQEGEGMKKESKPSLAERLRQLADGTLPLDDRMDRNMRGNRAERNNERNDRNFEESPGGGVRRPPGDMPISLMDLPKFPGVMPPDRADFPRGPDFRSGPDTREFPQRGLPDRPDRQNFPPRGGPRTSQMDDFHDPRMQPGIFPEEHYENRLGHNGPRPDDFPPGRLGPARDEFERPERGPRRPPVDEYERERFEYEMRRDGFDPRMQDGFDHRGHNERSDFDLRRREFFGGPMEPVFGMPPLMGPKGPRGPVGPDGFGPRGARGPGPLMFHLRGMGPRGMRPGMRPPFAPRGPPFDPRESDSFFRPPFDEMRGRPGPHIRPPFGPMGPPAMHGPDGPWRNQEGGGPASWSGQEPDGHGQRENHLPRDKQKLAKHQDYKNMSERENRNRNRKSRWGNISPQMTDDVDEMPSEEAENKMEISDGSKLETKDSFDASALAINQQNLLMQKNQDESIIHEQNMMHDDRENEFASVSNDNNVDEMSYKNDETNAFEIGVDFSSNDLALTQQGEEEQCEYEAPIPAEDSAQQNVVQSIEQIGHVSENYSEQSVEQQADLL

Target ORF information:

RefSeq Version	XM_018189378.1
Organism	Atta colombica
Definition	Atta colombica splicing factor, arginine/serine-rich 15 (LOC108684848), transcript variant X2, mRNA.

Target ORF information:

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

XM_018189378.1

ORF Insert Sequence:

ATGGAGGCGG TGAAGGCGTT TAACGCGGAG CTCTCTGCTC TTTATGATGT CAAACCCCCA 
ATCTCGAAAG CCAAAATGAA TTCGCTTACA CGGGGAGCCA TCAAAGCAAT AAAATTCTAC 
AAGCATGTTG TACAAAGCGT AGAAAAATTT ATTCAAAAAT GCAAGCCGGA GTACAAAGTA 
CCAGGATTGT ATGTAATAGA TTCAATTGTT CGACAGTCCC GACATCAGTT TGGGATGGAG 
AAAGATGTGT TCGCTCCACG ATTTGCAAAA AATATGCAGA CTACCTTTCT TAATCTTTTA 
AAGTGCCCGC AAGAAGACAA GAGCAAAGTT ATACGTGTAT TAAATCTTTG GCAAAAGAAT 
GCAGTTTTTC CACCAGAAGT TATTCAACCA CTTTTTGATC TAGCAGATCC GAATCATCCT 
ATACATAAAG AACAGCCAGT AAATAGCAAT GGTACATTAA ATGCATCATC TGGAAGTAAT 
CTGAGTAATG TAAGTGCAGT CACAAAAACT CCGCCATCTA CAATTAAAAA CGCTGCAAAG 
GATCCCAAAC TATTTCCATC TGGAAAAACG ATTGATCCAG TATGGCTTGC ACAAACAAAA 
ATGGAAGCAG CAGTCAACGC AAACAAACTT TTGAATCAGT CCAATTCCGG TCAAGTGGAT 
TCCTCTTTTT TCGATCAATT ACAACATTTA CAGCAATTAC TTATGAAAAA GGACGTTACA 
AATGAACCAA AGAGTTCTGT CAAGTTTGAT AAAAAGTTGT TAGACTTTGA TTACGGAGAA 
GAAGAAGATG ACGACGTCGT TGTTACTAAT TCTCCAAGCA CAGCTGCCTC AGCAAATACA 
CAGCACAATA CAGTTTCAGC AAACAGCAGT TTAGAAAGTC TTGGACTATT GCTTGCAAAT 
CCAGAGGTTA TGAGACAATT ACAAACTTTA CAACAAACCA TGCAAAGTAA TGCAACCTCT 
TCACTCGAAA TGGAAGAAAA AATGCGCAAG TTGCAACAAA TGAAACAACA AGAAGAAGAA 
TTTGATAAGC ATTTAGCACA AACTGTTCCT AATCTTCCAT TTGCAGCTGA ATGCGATTTA 
AAACCTTCTG ATATTTTGAA ACCAAGCACA CAAAATTATG CATCAAATAT GAACAGTAAT 
GTGATGCAAG ATATGAGTCA GCCACCACCT GGTTATCCAC CAGCTATGTC GTATTCTTCC 
CAGTCTTTAT CGAACATTCG ACAAATAAAT CAGTCTACGC ATCAAAATCA AAAGAGTCCA 
TTGCTTGATG AACGTCAAGA AACGCAAGAT TATTCTGGAA ACAGTGTCAG ACGTGATAGC 
AGCAGTGTAG AAATTGTAAA CTGCGAAAAT GCAAGTTCCC AAAGTAGATC GCCAGACCGA 
TATCGACATC ACAGTCGATC CCGATCTCCA CGACTCAGAG ATAGAGATCG AGATAGAGAT 
AGAAAATCTC GATCTAGAAG CAGATCGAGA CGAAGAAGAT CTCGTTCAAG AGTTCGAAAA 
CGTGATGATA GCCGAGAAAA GATGACGGAA GAAGAGCGGG AAAAGGATAG GGAACGACGT 
AAACGCGGTT TGCCGCCAAT AATTAGAGAT AAATTAAGTG TTTGCAGTAC AACACTTTGG 
GTAGGACATT TGTCAAAACT TGTTCATCAA GAAGAATTAT CTGATACATT TGGAGAGCTT 
GGTGATATTG TTAGCATTGA TTTAATCTCG CCGAGAGGTT GTGCATTTAT ATGTATGAAT 
AGAAGACAGG ACGCATATCG AGCGCTAACA AAATTAAAAA ATCAAAAGAT GCAAGGCAAA 
GCTATTACGT TGGCATGGGC ACCTGGTAAA GGAGTAAAAG GCAAAGAGTG GAAAGATTAC 
TGGGAAGTAG AGCTAGGCGT CAGTTATATC CCCTGGAATA AATTAACCAA CATTACCGAT 
CAAGAATTGG AGCTACTAGA AGAAGGAGGG ATGATAGACG AAGATACACT ACCTCCTCAT 
TTGAAAGGGA AGTTGAAACA CACTGGCACA AGTGCAGATG TTTTGCAACA ACAGTTGCAT 
TTGCAACAGC AAGCAATAGT TGCCACTGGT GCTCCTATTC CCACTTTGAC GGATGGTATC 
GTTAATGTCA TACAGCCGCC GGCTAGTTCA CAGCAACAAC AGCAGCAGCC GCCACAGCAA 
CAACAATTAG TCGATACTAG TCAACCGCCA CCAATCAGAC CACCAACATC GGCTGCGCTA 
CTGCCTCCAC CGAACACTCA GTTGCAAATG ATGCCGCCAG CATTTACAAT GCCACCTGGA 
GTGCCACGAA TGATTAGCCA CATGGGCCTA CAAATGCCGC ATGGACTAAT GCCGAATGTT 
CCAATCGGAG TACCACCACC TAACATGCAG AGTCTGCTGG GACCACCCGG CATGATGCAA 
ACCATGTTGA CACCACAAGT AAACCCGCCA TTTGGAGCAG GTGTTGGTGT AAGTTTATTG 
ACACAAATTC CACTGCCCGC ACCTGCAGCG CCTTCGGATA AGCCAAATTC CACTGGTATG 
CCGCACAATG TTCCACCGAT TGGAGTACCA CCGCCTACGA CAGAGACGAA TATGCCGAAC 
TTGCCGATGT TACGACAACC GTACGGAGTT GGTCCGGCGC CACCAATGCA GATGCAACTA 
CCTCAACAAC AGCATCACTC GGATGATATG GACGTAGAAA TGGAGGACGC GATGCCGCAA 
AGTTTGAACA GCAACTTGTC CAAGGATAAG CCGAATCTCA GTGATCAGTT GATCGCGGCG 
ATGAATATAA CCAGCAATGT AAACGATTGT CGTATGGAGA ACGACCAATC TCGCGATTAC 
AAGGAACGGG AACGTGATCG AGAAAACAGG GAAAGGAGAG ACCGGAGTGA TCGAGATCGC 
GGAGATCGCA TGGATATCAA CGAATGCAGA ATAGATCGTG GCAGAGATAG AGGAAGAGGA 
CGAGATCGCG GTCGAGATAA TAGACGGAGA GATAATCGTG ACAGAGAGAG GGATGATAGA 
CGCGACAGAG ACAGCCGTGA GACCCGGGAT AGTCGGGAGA ACAGCAGCAG ACACTCAGAA 
GGACCGAGTG GACAAAATCA AAACATTCAA GAAGGCGAGG GCATGAAAAA GGAAAGCAAG 
CCTAGTCTAG CCGAACGACT ACGGCAGTTG GCGGACGGTA CGTTACCGCT GGATGACCGG 
ATGGATAGAA ATATGCGTGG CAACCGAGCT GAGCGTAACA ATGAACGGAA TGACAGGAAC 
TTCGAAGAAA GTCCCGGAGG TGGTGTACGA CGGCCACCCG GTGACATGCC GATCTCATTG 
ATGGACCTAC CTAAGTTCCC TGGAGTAATG CCTCCGGATC GAGCCGATTT TCCGCGAGGA 
CCAGATTTCC GGAGCGGACC AGACACACGC GAGTTTCCGC AACGCGGCCT GCCCGACCGG 
CCTGATCGAC AGAATTTCCC ACCGCGCGGT GGACCGAGAA CTTCACAGAT GGATGACTTC 
CATGATCCTA GAATGCAGCC AGGCATATTC CCGGAGGAAC ACTACGAGAA TAGGTTAGGC 
CACAATGGAC CTCGGCCTGA CGACTTTCCA CCGGGTAGGC TAGGTCCGGC TAGAGACGAG 
TTTGAACGAC CAGAACGTGG TCCTCGCAGA CCGCCCGTGG ACGAGTACGA ACGTGAGCGT 
TTCGAGTACG AGATGAGACG TGATGGATTT GATCCGCGAA TGCAGGATGG GTTCGATCAC 
AGAGGTCACA ATGAGCGCTC CGATTTTGAT CTCCGCAGAA GGGAATTCTT TGGTGGGCCG 
ATGGAGCCAG TGTTTGGAAT GCCGCCTTTA ATGGGGCCAA AAGGACCAAG AGGACCAGTT 
GGTCCTGATG GATTTGGACC ACGCGGAGCC AGAGGACCTG GTCCTCTCAT GTTCCATTTA 
CGTGGCATGG GTCCGAGAGG TATGAGGCCC GGGATGAGGC CACCGTTCGC ACCTCGAGGT 
CCACCATTCG ATCCCAGAGA ATCGGATTCT TTCTTCCGAC CGCCGTTCGA TGAAATGCGC 
GGTCGTCCAG GACCGCATAT CCGACCACCG TTTGGCCCAA TGGGTCCGCC GGCAATGCAT 
GGACCAGATG GACCATGGAG AAATCAGGAA GGCGGTGGGC CCGCATCATG GTCTGGACAG 
GAACCTGATG GACACGGACA ACGCGAGAAT CATCTTCCAC GAGACAAGCA AAAATTAGCA 
AAGCATCAAG ATTATAAAAA CATGTCCGAG CGGGAGAACC GTAACCGAAA TCGAAAATCT 
AGATGGGGCA ATATTAGCCC ACAAATGACG GATGACGTAG ATGAGATGCC ATCGGAAGAA 
GCCGAAAATA AAATGGAGAT ATCGGATGGC AGCAAATTAG AGACGAAGGA TAGCTTTGAT 
GCTTCAGCTT TGGCTATCAA TCAACAGAAC CTTCTAATGC AAAAGAATCA AGATGAGTCG 
ATAATTCACG AGCAGAATAT GATGCATGAT GACAGAGAAA ATGAATTTGC AAGTGTATCG 
AACGATAACA ATGTTGATGA GATGAGTTAT AAAAATGATG AGACCAACGC CTTCGAAATT 
GGTGTGGATT TCTCCAGCAA CGATTTAGCG CTAACGCAGC AGGGTGAAGA GGAACAGTGT 
GAATATGAAG CACCCATTCC AGCTGAAGAT TCAGCGCAGC AAAATGTGGT ACAATCGATC 
GAACAAATAG GGCACGTCAG TGAGAATTAT AGTGAGCAAT CAGTGGAACA GCAAGCAGAT 
TTGTTATAA

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

PubMed

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LOC108684848 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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