LOC6641858 cDNA ORF clone, Drosophila willistoni

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC6641858
Entrez Gene ID	6641858
Full Name	uncharacterized LOC6641858
Gene Type	protein-coding
Organism	Drosophila willistoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_023176001.1	XP_023031769.1	uncharacterized protein LOC6641858

Pathways from BioSystems
Gene Ontology

The following LOC6641858 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC6641858 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
ODf24208	XM_023176001.1 Latest version!	Drosophila willistoni uncharacterized LOC6641858 (LOC6641858), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

LOC6641858 ( XM_023176001.1 ) cDNA ORF clone, Drosophila willistoni -> XP_023031769.1 Drosophila willistoni uncharacterized LOC6641858 (LOC6641858), mRNA.

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CloneID	ODf24208
Clone ID Related Accession (Same CDS sequence)	XM_023176001.1
Accession Version	XM_023176001.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6084bp) 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	1512230400000
Organism	Drosophila willistoni
Product	uncharacterized protein LOC6641858
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002032478.1) 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 Name :: Drosophila willistoni Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATATTA CTGGCACTGG TTTACATCAT GCTGTGTCAT TGGGCAACAT CGAGGTCTCC 
ACGAAGGCGA CTTATTCCAG TCACATGGAT CGAAGTTATG ATTCTGAAGA TGAGCATACA 
AGTCGTCGAA GACTACGTCA TACACTATCC ACCGAGTTGC AGCCTCGCAC GTCCGTCTAT 
TCACGTGGCG ATATAAGGGA ACAGTACTGC CTTACTGATC GTCAGTTGCA CAGCATTGAA 
CAACGTCCTC GCCGTGAACG CTTTTTTGGC TGCCTATCGA GACGTGGCCA GACACAAGCT 
TCAAGTTTTT TGGGTGGCTG TGTGGGTCGT AGGGTCCCAT CCGATGAGAA TTTGGCTGCC 
TATGCGCCAT TTGAGAAATA TCCACGATAT CAAAACAGTT ATACAGACAC TCACGAATTG 
GAAAGTTCCT ATTTTCGCCG TCAGCCAGCT TCAATATTAA GTACTGGTAA ATCTAGTGAA 
CCTGATTTGG GTGGACGTTA TACCTGGCAG GCGGCTAATA ATAATACTAC TACGACTAAC 
GACTATCAAG TGGACCACAG GGCAACTTGT TGTACAGCAC CACTTGAATC CTTTTACCAG 
GATATATTGC TACGGAATTA TTATGTCGAG CTATGCGCTC CAACTTCAAA TCCTACACCA 
CAACCAACAT CACACACCAA TCAAATCGCT AATATAAATG TTTGCTCGTA TCACTGCCCC 
ACATATGCCA CAATGCCGAC GACGCAACAG CAACAACAGC AACAGGCGAG AACCAAACAT 
GTGAGCTTTG CCCGTTCGCA CACTTTGACG AGTTTTGATA ATGTGAATGC TGGATTTCGT 
TCCTCGGGTC GCATAAAGTC GGCGCGCAGT CAAGAGCGTT TAATTGGCGG GAAAAAGCCC 
ATTATAGCCA CAGGGTCGAT GTACGAAACA CTGCAGCCAA CGGGCTTGCA ACAACCAAAC 
CAACAACTGC AACAACAACA GCAACAGCAG GCACAACAAC TGAACGCAGC ATCTACGGGG 
ACCACTGCCA CGGCTTGGTT GCCACCCTCC GTTCAATTGC AGGCATGTCA ACATCATCAT 
GCACCCATTC ACCTGCACCA TCAGCAGTTG CCAGACAACA TGGTGGGCTT GATTATACCA 
CAAGCATTGC CTGTGGCTTT ACCTCCACCA AGTCCGGAGG TTCTGATTGT GGAGAAAAAG 
TTTCGCAATG CCATGAAAAC TCAGGCCACT CAAACAATGC AAGTGGCCAG ACAACATGGG 
TATAATACAC AGATTTTGGC GCTTAGTCCA CGACCACCGC ATCGCATTAA GGTGGTCTCG 
CAAGGAGCCC AAACAAATGG TCTGCAGAAT GGCAAAAAGC TAACCAAAAG TCTATCAGAA 
ATACCGAATG GCAAAGAGAC ACAACAGCAA CACTATCAGC CGGGTTCCAT TTACCCCCAT 
GAGATGATAT ATCGTACTCA ATCGCAAGAT GTTACACCAT TGCAAACACT TTCGGATGCC 
CAGAATAATA TTATGTACTA TAAGCCACCG CCTCCATTGC TTGATCCTCA CACTTATGGT 
CTTGGCATGG AGCATTTAAA TCGCAATCGT TCCTCAATGG ATCAAACGGC AGAGTATGTG 
AATGTCAATG CAGCCGCCTT GGCTCTAAAT GAAAGTTTTG ACTATGAGAG CAATAGTTTA 
CCGCGTCGTA ATTGCACTTC ACATGCTCGA ACCGAAACGG ATTACTATTC AAATAGTTTG 
CCACGTCATT CAGAAGCTTT GCATTCCCAT GACATTTGCA AACATATAAC AGAATGCGCT 
GAACTCATAA CGGATAGTGT GCCATTGGAT TTCACTAGGC CACATTTATT GCCGCCACCG 
AGTGAGTATT GCAAAAATGA AGAGGAGGAT GAGTTTCAAG AGGAATACTA TGACGATGAT 
GAGGAAGACT ATGCGGCAAA GGCACCTGAA ACTACAGAAA GTTATAGTTC GGAGGTATGT 
TTGGAGCAGG CGCAACGACG CATGTCTATG GTACCTCAGA TGATAGATTC ACCGTTTCGT 
CGCGATGACA TTAGACGTCA GTCGATGCCT GTTTATGGGC AGACCGAGAA ACTAATCGAC 
GGTTTTGGGC CACGCACCTC TTTTCGACGT AAGGACAAGG TCAGTTGTTT TCCTGAAACC 
TCCAACGCCG CCGCCGCCGC TGATGACCCT GGCAGATTGT CACCCAGAGA TGAGGAAGAG 
ATTTTTATTG ATTTCAAACC ACATGTGTCA CCAAAGCCAA GTCCCAAGAT ACAAATAAAG 
CATCGTAAGC AGCATAAGGC TGAGATAGCC ATGCGTAAGA TGCAACAACA GAGAATGGCT 
CAGGCGGCGG CTTTAACTTT GCCAAAACTT AAGCCACAGC CAGTTGAAAT TGAGGTTAGA 
AAAGTTGAGC ATAGGCCAAG CGAAAATCAT CCTGAATACG ACGAAGAGGA GGACGACGAC 
GACGACGAAG AAGATGAAGA CGAAGAACAG GAAGAGGAAG ACGAGGAGCG TCAACAGCAA 
AATGATATAG ACAATGAGGA AGAACCTCTG TATGAAAATA TAACTCCAGT AGCACCAATA 
ACAAATTTGG TAGACAAACG CTCACAATTT CGCAAACGTT CGGTTAGCCT AGATGATGCC 
GATCATCCAT CTGTTAATAC CATGTCTCTG CCGCCCATAA TAGGCGGCAG TCCTTGCCGC 
GATGACCACG AGCAACAGGA CTTGCTTAAT CTGGCCAATG TATCAACTTA TCCATCCTCA 
GATTCACTGG CCAATGACAA TACACGCGAT CATTCCGATG GCATATGGAA TGAATCGCAG 
GTTACTGTCT TGACGGCCAC CGAACAACGA GATATATCCG ATGGTTCATA TAGTTCCAAT 
CTGCTATTGA CACCATCGAC CAAACGTAAG AATTTACTTT TGCAACACCA GCAAAGAAGT 
TCCGTGGATA CAGATGCTTT GGACTTTGAG GAACAGAGCC CCACTTATGG TCTACAAACA 
CTGCCCAAAA TTATTAAGAG CCCAACACCA AGTATTACAG CAACTAGCAC CACCGTGAGG 
CCAGCAGCAT CCACTCAATC TTTGGCACCA CTGCCAGCTA TAGCCGTAAC GCCATCATCG 
CTGGACATAT CGTCCCATCA GCAACAGCAG CAGCAGCTGT TAACTTCTCC TTTGCCAAAA 
CGTAGTATGA TGATCCCACG CGGATCAGTG CCCGATGCAC GGCAATTGAT GTATATGAAG 
CAACGTCAAA CAGATACCAT GGATTATGCA CGTAGTGCTG ATATATCGGA ATGTAGCACT 
AACACAGATG AGTATGCCAC ATGCACGGAT ACATCGAAAC GTACTCCAGT GTCCACTCAC 
AGCTCACAAT TGGAGAAAAC TCACGGCGGT AGCTCATTTG AAAGCGCCAG TTCCTTATAT 
TCTATGCGTG AGGATTTACT ACAACACGAT GAGAAAGAAA AGGAGAAAGA GAAGCGATCC 
CAACGCATAA AATCTCCATT GGGCTCTTTG AATGAATTGT CAAAGAGATC ACCATCACAC 
TCTGTAAGCA GTACGACAAC GTCTTCTGTA TCTATGGCCA AGGAAAGTCC TCCGCAAACT 
GTAGCCAGCA CTTCCACGAG CCAAATGAAA ATGACTACAG CCAAGGGAAA GGGTGGCGAT 
AATTTGCCTA AACCAAAGCC AGATTCCATT TCCGAAGATG AGCGCAGCGA AGTGCGCTAC 
TCATCCTCGG GTTACTATGA AAGTCCCCAC GAAGATGACG ACGATGAGGA TAAGGAAGTT 
GTGGTTACTA AAATGCGACG ACAACGTCAA GAAGATGAAC GTAAACGACG TAAAACTAGC 
ATGAAATTGG ATATCGAAAA GGAGAATATG CGTGCTCTAA CCAGCCCCAT TAAAAAGTCT 
ACAGTCAGCC AGGGTATTGC AACCAAAATT CAATCGCCCG AACAGCAACA ACAATCCATC 
GAGGCAAGTG TTGGTGGTGG TAGTCCCAGT AGTAAAATGA AACGTTTCCG TCCCAAAATA 
CGACGACAAT TGCGCAAGAC ATCACGGGAA GATGTTCTTT CGAATGCAGC GGCTGTGAGA 
AGAACTCGCG GCACTACAAC AACGGCAGGT TCAGGTACAC CACCCATTAT CTATGGTCTA 
AGTAGTGCTA CTAGTGGTAG TGGTGATACC GAACTACTTT TAGATGGCAG CATGACCTCA 
ACTACAACTA TAACAGCAGC TGCGTCTACC ACTAATGCTG TTGCAACAAC AACTACGACT 
ACAACAACCA CTTCGGCTTC GTCGATAAGT ACAGTGACAC AACAAGAGCC CCTTAAGAAA 
CCCCATAGCT GTGCCACTCC CACAGCTTTA CTCTCGCCCA AGATGCCCCA CTCGGCTGCA 
AGTTGCACCC AATCGAAATC GACATCGGAA ACATGTCAAC TAAAGGCCAA ATCCATAGAG 
TCGCTCCGAT CTGTTTCACC CGGTTCAGAT TCAGTTTTCT ACAGTGAAGC CGATGGCAAT 
GTTGCCGGTG GCGATCATGG ACATTGTCTG CATTGTGGCA AAGAGATGGA ACAGGGTAAA 
CCTCCAGTTA CCGGGGATTC AGTTGAATCT ATACCCTATA TTGAGCAAGA GGCAGATATT 
GTAAAACCTC CATCGGACTT CGCCGACTCT CCAGTGATAA CAAAAACCAC TCAGCGATTG 
TATAAGAAAA TGGACAAACG TTTTCGTTCC GAGGAGCGTT ATCATGGCGA AAGGGGTAGA 
CACTACAAGT CCAGGCAAGA GAACATAAGA GCCAAGAGCG AAGAACGCGG CCGCATTCCT 
AGTTTACCCA ACACACCAGT TTTACGTCCT GCCGGCTCGA GTCCTTGTGT TCTGCCCGAT 
ATCAATACAG AACAAAGTCA ACATATAATC TATAAGGGTC ACTATGATGC TGGCCGCTAT 
ACACGTCTAA CTGATGATGA TTTGTGGACG CAATTGGATC ATCAATGTTT TGATCGATCC 
CGCGAACGAC GCGCTTCCAC AGAATCGGAG AAAGGTTTCC ATGCCAAATA TCAAGTGATA 
CTTCATCGTC TTGTGCAGCG TCGCTGCACT TTGGAAATGT ATCATCGTCA GAAGCATAAC 
AATTTTCGTG TGGATAAAAC TGTTGTGGTG AAAAGTGATT CCGGTGAATT TGGTTTTCGT 
ATACATGGTT CCAAGCCAGT GGTCGTTGCA GCCATTGAAC CTGAAACTCC GGCAGAAAGT 
TCTGGCCTAG AAGTGGGTGA TATTATTATA TCGGTCAATG GAGTTCAAGT ATTGGATAAA 
CATCACACAG AAGTGGTTAA AATAGCCCAC GATGGTTGTG AGAAATTGGA ATTACAAGTG 
GCTCGTACAA TTGGAGTTTT GATGCATGAA CAATTGGAAC CACCAAGTCA ACCAATTTTC 
AGTGGTTACC TCTGGCGTCA GAGTGGACAA GCCAAGGGGG CACCCAATTC AAAAAAATGG 
GTGAGACGTT GGTTCTCACT GAGGCCAGAC AATTGTCTCT ATTACTACAA AACGGAAGAA 
GATTCCCAAC CAGTGGGCGC CATGATTATG GCCAAACATA CTGTAGATTT ATGTCCCATT 
GATATAGGCA AACCATTTGC TTTCAAAGTC GATGCTGGCG AGGGTATACC CATGTATGTG 
GCAGCCGATT CCGATGAAAT GGCTCAAAGA TGGTTAAATC TTTTGCGTCA GGCGGCTTCA 
CAGGATAATC AATGGTTGGA TAAAAGTGCG CGTTCACTTT ATCAGAGTCC ATCGAGCATA 
ATTCGGCCCG ATTGCTTTGG CTATTTACTG AAATTGGGCT CAAGGTGGTG CGGTTGGTCG 
AAACGCTATT GTGTACTTAA GGATGCCTGC CTCTATTTTT ATCAAGATGC AAATAGCAAA 
AGTGCATTCG GCATGGCCTG TCTACATGGC TATAAAGTGG CCTCAATGTC CACAAATGCA 
TCGGGCAAAA AGAACTCTTT TGAGATAATA CCACCAGAAA CGAAATTACG TCATTATTAT 
TTCTGTACCG AAAGCGAAAT GGATAAAAAA CGATGGATAT CTGCCTTGGA ATACTCAATA 
GATCGTTGGA TTAAATCTGG GTAA

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

RefSeq	XP_023031769.1
CDS	27..6110
Translation	MDITGTGLHHAVSLGNIEVSTKATYSSHMDRSYDSEDEHTSRRRLRHTLSTELQPRTSVYSRGDIREQYCLTDRQLHSIEQRPRRERFFGCLSRRGQTQASSFLGGCVGRRVPSDENLAAYAPFEKYPRYQNSYTDTHELESSYFRRQPASILSTGKSSEPDLGGRYTWQAANNNTTTTNDYQVDHRATCCTAPLESFYQDILLRNYYVELCAPTSNPTPQPTSHTNQIANINVCSYHCPTYATMPTTQQQQQQQARTKHVSFARSHTLTSFDNVNAGFRSSGRIKSARSQERLIGGKKPIIATGSMYETLQPTGLQQPNQQLQQQQQQQAQQLNAASTGTTATAWLPPSVQLQACQHHHAPIHLHHQQLPDNMVGLIIPQALPVALPPPSPEVLIVEKKFRNAMKTQATQTMQVARQHGYNTQILALSPRPPHRIKVVSQGAQTNGLQNGKKLTKSLSEIPNGKETQQQHYQPGSIYPHEMIYRTQSQDVTPLQTLSDAQNNIMYYKPPPPLLDPHTYGLGMEHLNRNRSSMDQTAEYVNVNAAALALNESFDYESNSLPRRNCTSHARTETDYYSNSLPRHSEALHSHDICKHITECAELITDSVPLDFTRPHLLPPPSEYCKNEEEDEFQEEYYDDDEEDYAAKAPETTESYSSEVCLEQAQRRMSMVPQMIDSPFRRDDIRRQSMPVYGQTEKLIDGFGPRTSFRRKDKVSCFPETSNAAAAADDPGRLSPRDEEEIFIDFKPHVSPKPSPKIQIKHRKQHKAEIAMRKMQQQRMAQAAALTLPKLKPQPVEIEVRKVEHRPSENHPEYDEEEDDDDDEEDEDEEQEEEDEERQQQNDIDNEEEPLYENITPVAPITNLVDKRSQFRKRSVSLDDADHPSVNTMSLPPIIGGSPCRDDHEQQDLLNLANVSTYPSSDSLANDNTRDHSDGIWNESQVTVLTATEQRDISDGSYSSNLLLTPSTKRKNLLLQHQQRSSVDTDALDFEEQSPTYGLQTLPKIIKSPTPSITATSTTVRPAASTQSLAPLPAIAVTPSSLDISSHQQQQQQLLTSPLPKRSMMIPRGSVPDARQLMYMKQRQTDTMDYARSADISECSTNTDEYATCTDTSKRTPVSTHSSQLEKTHGGSSFESASSLYSMREDLLQHDEKEKEKEKRSQRIKSPLGSLNELSKRSPSHSVSSTTTSSVSMAKESPPQTVASTSTSQMKMTTAKGKGGDNLPKPKPDSISEDERSEVRYSSSGYYESPHEDDDDEDKEVVVTKMRRQRQEDERKRRKTSMKLDIEKENMRALTSPIKKSTVSQGIATKIQSPEQQQQSIEASVGGGSPSSKMKRFRPKIRRQLRKTSREDVLSNAAAVRRTRGTTTTAGSGTPPIIYGLSSATSGSGDTELLLDGSMTSTTTITAAASTTNAVATTTTTTTTTSASSISTVTQQEPLKKPHSCATPTALLSPKMPHSAASCTQSKSTSETCQLKAKSIESLRSVSPGSDSVFYSEADGNVAGGDHGHCLHCGKEMEQGKPPVTGDSVESIPYIEQEADIVKPPSDFADSPVITKTTQRLYKKMDKRFRSEERYHGERGRHYKSRQENIRAKSEERGRIPSLPNTPVLRPAGSSPCVLPDINTEQSQHIIYKGHYDAGRYTRLTDDDLWTQLDHQCFDRSRERRASTESEKGFHAKYQVILHRLVQRRCTLEMYHRQKHNNFRVDKTVVVKSDSGEFGFRIHGSKPVVVAAIEPETPAESSGLEVGDIIISVNGVQVLDKHHTEVVKIAHDGCEKLELQVARTIGVLMHEQLEPPSQPIFSGYLWRQSGQAKGAPNSKKWVRRWFSLRPDNCLYYYKTEEDSQPVGAMIMAKHTVDLCPIDIGKPFAFKVDAGEGIPMYVAADSDEMAQRWLNLLRQAASQDNQWLDKSARSLYQSPSSIIRPDCFGYLLKLGSRWCGWSKRYCVLKDACLYFYQDANSKSAFGMACLHGYKVASMSTNASGKKNSFEIIPPETKLRHYYFCTESEMDKKRWISALEYSIDRWIKSG

Target ORF information:

RefSeq Version	XM_023176001.1
Organism	Drosophila willistoni
Definition	Drosophila willistoni uncharacterized LOC6641858 (LOC6641858), mRNA.

Target ORF information:

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

XM_023176001.1

ORF Insert Sequence:

ATGGATATTA CTGGCACTGG TTTACATCAT GCTGTGTCAT TGGGCAACAT CGAGGTCTCC 
ACGAAGGCGA CTTATTCCAG TCACATGGAT CGAAGTTATG ATTCTGAAGA TGAGCATACA 
AGTCGTCGAA GACTACGTCA TACACTATCC ACCGAGTTGC AGCCTCGCAC GTCCGTCTAT 
TCACGTGGCG ATATAAGGGA ACAGTACTGC CTTACTGATC GTCAGTTGCA CAGCATTGAA 
CAACGTCCTC GCCGTGAACG CTTTTTTGGC TGCCTATCGA GACGTGGCCA GACACAAGCT 
TCAAGTTTTT TGGGTGGCTG TGTGGGTCGT AGGGTCCCAT CCGATGAGAA TTTGGCTGCC 
TATGCGCCAT TTGAGAAATA TCCACGATAT CAAAACAGTT ATACAGACAC TCACGAATTG 
GAAAGTTCCT ATTTTCGCCG TCAGCCAGCT TCAATATTAA GTACTGGTAA ATCTAGTGAA 
CCTGATTTGG GTGGACGTTA TACCTGGCAG GCGGCTAATA ATAATACTAC TACGACTAAC 
GACTATCAAG TGGACCACAG GGCAACTTGT TGTACAGCAC CACTTGAATC CTTTTACCAG 
GATATATTGC TACGGAATTA TTATGTCGAG CTATGCGCTC CAACTTCAAA TCCTACACCA 
CAACCAACAT CACACACCAA TCAAATCGCT AATATAAATG TTTGCTCGTA TCACTGCCCC 
ACATATGCCA CAATGCCGAC GACGCAACAG CAACAACAGC AACAGGCGAG AACCAAACAT 
GTGAGCTTTG CCCGTTCGCA CACTTTGACG AGTTTTGATA ATGTGAATGC TGGATTTCGT 
TCCTCGGGTC GCATAAAGTC GGCGCGCAGT CAAGAGCGTT TAATTGGCGG GAAAAAGCCC 
ATTATAGCCA CAGGGTCGAT GTACGAAACA CTGCAGCCAA CGGGCTTGCA ACAACCAAAC 
CAACAACTGC AACAACAACA GCAACAGCAG GCACAACAAC TGAACGCAGC ATCTACGGGG 
ACCACTGCCA CGGCTTGGTT GCCACCCTCC GTTCAATTGC AGGCATGTCA ACATCATCAT 
GCACCCATTC ACCTGCACCA TCAGCAGTTG CCAGACAACA TGGTGGGCTT GATTATACCA 
CAAGCATTGC CTGTGGCTTT ACCTCCACCA AGTCCGGAGG TTCTGATTGT GGAGAAAAAG 
TTTCGCAATG CCATGAAAAC TCAGGCCACT CAAACAATGC AAGTGGCCAG ACAACATGGG 
TATAATACAC AGATTTTGGC GCTTAGTCCA CGACCACCGC ATCGCATTAA GGTGGTCTCG 
CAAGGAGCCC AAACAAATGG TCTGCAGAAT GGCAAAAAGC TAACCAAAAG TCTATCAGAA 
ATACCGAATG GCAAAGAGAC ACAACAGCAA CACTATCAGC CGGGTTCCAT TTACCCCCAT 
GAGATGATAT ATCGTACTCA ATCGCAAGAT GTTACACCAT TGCAAACACT TTCGGATGCC 
CAGAATAATA TTATGTACTA TAAGCCACCG CCTCCATTGC TTGATCCTCA CACTTATGGT 
CTTGGCATGG AGCATTTAAA TCGCAATCGT TCCTCAATGG ATCAAACGGC AGAGTATGTG 
AATGTCAATG CAGCCGCCTT GGCTCTAAAT GAAAGTTTTG ACTATGAGAG CAATAGTTTA 
CCGCGTCGTA ATTGCACTTC ACATGCTCGA ACCGAAACGG ATTACTATTC AAATAGTTTG 
CCACGTCATT CAGAAGCTTT GCATTCCCAT GACATTTGCA AACATATAAC AGAATGCGCT 
GAACTCATAA CGGATAGTGT GCCATTGGAT TTCACTAGGC CACATTTATT GCCGCCACCG 
AGTGAGTATT GCAAAAATGA AGAGGAGGAT GAGTTTCAAG AGGAATACTA TGACGATGAT 
GAGGAAGACT ATGCGGCAAA GGCACCTGAA ACTACAGAAA GTTATAGTTC GGAGGTATGT 
TTGGAGCAGG CGCAACGACG CATGTCTATG GTACCTCAGA TGATAGATTC ACCGTTTCGT 
CGCGATGACA TTAGACGTCA GTCGATGCCT GTTTATGGGC AGACCGAGAA ACTAATCGAC 
GGTTTTGGGC CACGCACCTC TTTTCGACGT AAGGACAAGG TCAGTTGTTT TCCTGAAACC 
TCCAACGCCG CCGCCGCCGC TGATGACCCT GGCAGATTGT CACCCAGAGA TGAGGAAGAG 
ATTTTTATTG ATTTCAAACC ACATGTGTCA CCAAAGCCAA GTCCCAAGAT ACAAATAAAG 
CATCGTAAGC AGCATAAGGC TGAGATAGCC ATGCGTAAGA TGCAACAACA GAGAATGGCT 
CAGGCGGCGG CTTTAACTTT GCCAAAACTT AAGCCACAGC CAGTTGAAAT TGAGGTTAGA 
AAAGTTGAGC ATAGGCCAAG CGAAAATCAT CCTGAATACG ACGAAGAGGA GGACGACGAC 
GACGACGAAG AAGATGAAGA CGAAGAACAG GAAGAGGAAG ACGAGGAGCG TCAACAGCAA 
AATGATATAG ACAATGAGGA AGAACCTCTG TATGAAAATA TAACTCCAGT AGCACCAATA 
ACAAATTTGG TAGACAAACG CTCACAATTT CGCAAACGTT CGGTTAGCCT AGATGATGCC 
GATCATCCAT CTGTTAATAC CATGTCTCTG CCGCCCATAA TAGGCGGCAG TCCTTGCCGC 
GATGACCACG AGCAACAGGA CTTGCTTAAT CTGGCCAATG TATCAACTTA TCCATCCTCA 
GATTCACTGG CCAATGACAA TACACGCGAT CATTCCGATG GCATATGGAA TGAATCGCAG 
GTTACTGTCT TGACGGCCAC CGAACAACGA GATATATCCG ATGGTTCATA TAGTTCCAAT 
CTGCTATTGA CACCATCGAC CAAACGTAAG AATTTACTTT TGCAACACCA GCAAAGAAGT 
TCCGTGGATA CAGATGCTTT GGACTTTGAG GAACAGAGCC CCACTTATGG TCTACAAACA 
CTGCCCAAAA TTATTAAGAG CCCAACACCA AGTATTACAG CAACTAGCAC CACCGTGAGG 
CCAGCAGCAT CCACTCAATC TTTGGCACCA CTGCCAGCTA TAGCCGTAAC GCCATCATCG 
CTGGACATAT CGTCCCATCA GCAACAGCAG CAGCAGCTGT TAACTTCTCC TTTGCCAAAA 
CGTAGTATGA TGATCCCACG CGGATCAGTG CCCGATGCAC GGCAATTGAT GTATATGAAG 
CAACGTCAAA CAGATACCAT GGATTATGCA CGTAGTGCTG ATATATCGGA ATGTAGCACT 
AACACAGATG AGTATGCCAC ATGCACGGAT ACATCGAAAC GTACTCCAGT GTCCACTCAC 
AGCTCACAAT TGGAGAAAAC TCACGGCGGT AGCTCATTTG AAAGCGCCAG TTCCTTATAT 
TCTATGCGTG AGGATTTACT ACAACACGAT GAGAAAGAAA AGGAGAAAGA GAAGCGATCC 
CAACGCATAA AATCTCCATT GGGCTCTTTG AATGAATTGT CAAAGAGATC ACCATCACAC 
TCTGTAAGCA GTACGACAAC GTCTTCTGTA TCTATGGCCA AGGAAAGTCC TCCGCAAACT 
GTAGCCAGCA CTTCCACGAG CCAAATGAAA ATGACTACAG CCAAGGGAAA GGGTGGCGAT 
AATTTGCCTA AACCAAAGCC AGATTCCATT TCCGAAGATG AGCGCAGCGA AGTGCGCTAC 
TCATCCTCGG GTTACTATGA AAGTCCCCAC GAAGATGACG ACGATGAGGA TAAGGAAGTT 
GTGGTTACTA AAATGCGACG ACAACGTCAA GAAGATGAAC GTAAACGACG TAAAACTAGC 
ATGAAATTGG ATATCGAAAA GGAGAATATG CGTGCTCTAA CCAGCCCCAT TAAAAAGTCT 
ACAGTCAGCC AGGGTATTGC AACCAAAATT CAATCGCCCG AACAGCAACA ACAATCCATC 
GAGGCAAGTG TTGGTGGTGG TAGTCCCAGT AGTAAAATGA AACGTTTCCG TCCCAAAATA 
CGACGACAAT TGCGCAAGAC ATCACGGGAA GATGTTCTTT CGAATGCAGC GGCTGTGAGA 
AGAACTCGCG GCACTACAAC AACGGCAGGT TCAGGTACAC CACCCATTAT CTATGGTCTA 
AGTAGTGCTA CTAGTGGTAG TGGTGATACC GAACTACTTT TAGATGGCAG CATGACCTCA 
ACTACAACTA TAACAGCAGC TGCGTCTACC ACTAATGCTG TTGCAACAAC AACTACGACT 
ACAACAACCA CTTCGGCTTC GTCGATAAGT ACAGTGACAC AACAAGAGCC CCTTAAGAAA 
CCCCATAGCT GTGCCACTCC CACAGCTTTA CTCTCGCCCA AGATGCCCCA CTCGGCTGCA 
AGTTGCACCC AATCGAAATC GACATCGGAA ACATGTCAAC TAAAGGCCAA ATCCATAGAG 
TCGCTCCGAT CTGTTTCACC CGGTTCAGAT TCAGTTTTCT ACAGTGAAGC CGATGGCAAT 
GTTGCCGGTG GCGATCATGG ACATTGTCTG CATTGTGGCA AAGAGATGGA ACAGGGTAAA 
CCTCCAGTTA CCGGGGATTC AGTTGAATCT ATACCCTATA TTGAGCAAGA GGCAGATATT 
GTAAAACCTC CATCGGACTT CGCCGACTCT CCAGTGATAA CAAAAACCAC TCAGCGATTG 
TATAAGAAAA TGGACAAACG TTTTCGTTCC GAGGAGCGTT ATCATGGCGA AAGGGGTAGA 
CACTACAAGT CCAGGCAAGA GAACATAAGA GCCAAGAGCG AAGAACGCGG CCGCATTCCT 
AGTTTACCCA ACACACCAGT TTTACGTCCT GCCGGCTCGA GTCCTTGTGT TCTGCCCGAT 
ATCAATACAG AACAAAGTCA ACATATAATC TATAAGGGTC ACTATGATGC TGGCCGCTAT 
ACACGTCTAA CTGATGATGA TTTGTGGACG CAATTGGATC ATCAATGTTT TGATCGATCC 
CGCGAACGAC GCGCTTCCAC AGAATCGGAG AAAGGTTTCC ATGCCAAATA TCAAGTGATA 
CTTCATCGTC TTGTGCAGCG TCGCTGCACT TTGGAAATGT ATCATCGTCA GAAGCATAAC 
AATTTTCGTG TGGATAAAAC TGTTGTGGTG AAAAGTGATT CCGGTGAATT TGGTTTTCGT 
ATACATGGTT CCAAGCCAGT GGTCGTTGCA GCCATTGAAC CTGAAACTCC GGCAGAAAGT 
TCTGGCCTAG AAGTGGGTGA TATTATTATA TCGGTCAATG GAGTTCAAGT ATTGGATAAA 
CATCACACAG AAGTGGTTAA AATAGCCCAC GATGGTTGTG AGAAATTGGA ATTACAAGTG 
GCTCGTACAA TTGGAGTTTT GATGCATGAA CAATTGGAAC CACCAAGTCA ACCAATTTTC 
AGTGGTTACC TCTGGCGTCA GAGTGGACAA GCCAAGGGGG CACCCAATTC AAAAAAATGG 
GTGAGACGTT GGTTCTCACT GAGGCCAGAC AATTGTCTCT ATTACTACAA AACGGAAGAA 
GATTCCCAAC CAGTGGGCGC CATGATTATG GCCAAACATA CTGTAGATTT ATGTCCCATT 
GATATAGGCA AACCATTTGC TTTCAAAGTC GATGCTGGCG AGGGTATACC CATGTATGTG 
GCAGCCGATT CCGATGAAAT GGCTCAAAGA TGGTTAAATC TTTTGCGTCA GGCGGCTTCA 
CAGGATAATC AATGGTTGGA TAAAAGTGCG CGTTCACTTT ATCAGAGTCC ATCGAGCATA 
ATTCGGCCCG ATTGCTTTGG CTATTTACTG AAATTGGGCT CAAGGTGGTG CGGTTGGTCG 
AAACGCTATT GTGTACTTAA GGATGCCTGC CTCTATTTTT ATCAAGATGC AAATAGCAAA 
AGTGCATTCG GCATGGCCTG TCTACATGGC TATAAAGTGG CCTCAATGTC CACAAATGCA 
TCGGGCAAAA AGAACTCTTT TGAGATAATA CCACCAGAAA CGAAATTACG TCATTATTAT 
TTCTGTACCG AAAGCGAAAT GGATAAAAAA CGATGGATAT CTGCCTTGGA ATACTCAATA 
GATCGTTGGA TTAAATCTGG GTAA

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

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LOC6641858 cDNA ORF clone, Drosophila willistoni

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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