kon cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	kon
Entrez Gene ID	35104
Full Name	kon-tiki
Synonyms	CG10275,CT28869,Dmel\CG10275,Kon,perd
General protein information	Preferred Names kon-tiki Names CG10275 gene product from transcript CG10275-RC CG10275-PB CG10275-PC CG10275-PD NG2-like kon-PB kon-PC kon-PD kontiki perdido
Gene Type	protein-coding
Organism	Drosophila melanogaster(fruit fly)
Genome	Chromosome: 2L Map Location: 36F5-36F6

mRNA and Protein(s)

mRNA	Protein	Name
NM_136037.4	NP_609881.3	kon-tiki, isoform B
NM_001273610.1	NP_001260539.1	kon-tiki, isoform C
NM_001273611.1	NP_001260540.1	kon-tiki, isoform D

Pathways from BioSystems

Homologies

Gallus gallus (chicken)	LOC425372	XP_003643031.2
Bos taurus (cattle)	LOC530348	XP_002696381.3
Rattus norvegicus (Norway rat)	RGD1561161	NP_001127982.1
Drosophila melanogaster (fruit fly)	kon	NP_001260540.1
Anopheles gambiae (African malaria mosquito)	AgaP_AGAP008400	XP_317052.4
Xenopus tropicalis (tropical clawed frog)	cspg4	XP_002941158.2
Canis lupus familiaris (dog)	LOC102151982	XP_005619513.1

Gene Ontology
Bibliography

Related articles in PubMed

Gene Model Annotations for Drosophila melanogaster: Impact of High-Throughput Data.
Matthews BB, Dos Santos G, Crosby MA, Emmert DB, St Pierre SE, Gramates LS, Zhou P, Schroeder AJ, Falls K, Strelets V, Russo SM, Gelbart WM,
G3 (Bethesda, Md.)5(8)1721-36(2015 Jun)

Gene Model Annotations for Drosophila melanogaster: The Rule-Benders.
Crosby MA, Gramates LS, Dos Santos G, Matthews BB, St Pierre SE, Zhou P, Schroeder AJ, Falls K, Emmert DB, Russo SM, Gelbart WM,
G3 (Bethesda, Md.)5(8)1737-49(2015 Jun)

Sequence finishing and mapping of Drosophila melanogaster heterochromatin.
Hoskins RA, Carlson JW, Kennedy C, Acevedo D, Evans-Holm M, Frise E, Wan KH, Park S, Mendez-Lago M, Rossi F, Villasante A, Dimitri P, Karpen GH, Celniker SE
Science (New York, N.Y.)316(5831)1625-8(2007 Jun)

The Release 5.1 annotation of Drosophila melanogaster heterochromatin.
Smith CD, Shu S, Mungall CJ, Karpen GH
Science (New York, N.Y.)316(5831)1586-91(2007 Jun)

Combined evidence annotation of transposable elements in genome sequences.
Quesneville H, Bergman CM, Andrieu O, Autard D, Nouaud D, Ashburner M, Anxolabehere D
PLoS computational biology1(2)166-75(2005 Jul)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

the conserved transmembrane Drosophila proteoglycan Kon-tiki (Kon, also known as Perdido) interacts with the alphaPS2betaPS integrin (alphaPS2 is encoded by inflated and betaPS by myospheroid) to mediate muscle-tendon adhesion.
Title: Kon-tiki enhances PS2 integrin adhesion and localizes its ligand, Thrombospondin, in the myotendinous junction.

Two negative feedback loops with Notch and Pros allow Kon to drive the homeostatic regulation required for central nervous system repair.
Title: Molecular mechanism of central nervous system repair by the Drosophila NG2 homologue kon-tiki.

propose that Perd regulates projection of myotube processes the myotendinous junction by priming formation of a protein complex through its intracellular interaction with Grip and the tendon cell-expressed laminin-binding alpha PS1-beta PS integrin
Title: The transmembrane protein Perdido interacts with Grip and integrins to mediate myotube projection and attachment in the Drosophila embryo.

Kon promotes directed myotube migration and transduces a target-derived signal that initiates the formation of a stable connection.
Title: The transmembrane protein Kon-tiki couples to Dgrip to mediate myotube targeting in Drosophila.

The following kon gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kon 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)
OFa14895	NM_001273611.1 Latest version!	Drosophila melanogaster kon-tiki (kon), transcript variant D, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1371.30 $1959.00
OFa14895	NM_136037.4 Latest version!	Drosophila melanogaster kon-tiki (kon), transcript variant B, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1371.30 $1959.00
OFa14895	NM_001273610.1 Latest version!	Drosophila melanogaster kon-tiki (kon), transcript variant C, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1371.30 $1959.00

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
30% OFF

*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)

kon ( NM_136037.4 ) cDNA ORF clone, Drosophila melanogaster(fruit fly) -> NP_609881.3 Drosophila melanogaster kon-tiki (kon), transcript variant B, mRNA.

Price & Availability↑

CloneID	OFa14895
Clone ID Related Accession (Same CDS sequence)	NM_136037.4 , NM_001273610.1 , NM_001273611.1
Accession Version	NM_136037.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7146bp) 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	2019-04-24
Organism	Drosophila melanogaster(fruit fly)
Product	kon-tiki, isoform B
Comment	Comment: REVIEWED REFSEQ: This record has been curated by FlyBase. This record is derived from an annotated genomic sequence (NT_033779). On Jan 16, 2013 this sequence version replaced NM_136037.3. ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 6.26 URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGTCGCGCC TCCGTGGATT AGGATTCGGA TGGCTGTGGC TGGCATGGCT CGCCATATTG 
CAATTGCAAA CTGTCGCAGC CATGAAAGTT TCCCTCTTCG GCGATGGCTA CGTATCGATG 
CCGCTGCAGG AGGCCAAGAT GTCAACGAAC ATCCGCGTCA AGTTTCGCAC CAGGCAGGAG 
AACGCCTTCC TCTTCCTGGC CGCCGGACGG ACCGACTACT GCCTGCTGCG CCTGGAGAGC 
GGTCTGATCA GTTTCAGCTA TAAAATCGAA CGGGATGTGG TGCAGCTGCG ATCGCCCAAA 
AAGCAAAAGC TTAACGATTT GGAATGGCAC GATGTGGCGG TGCAGAGGTT CGAGAATAAT 
ATCACCTTGC AGGTGGACGG ATACATAATG CGCAAACAGC TTCCAGGCGA TCTCGCCGCC 
CTCAATATCC ACTTCGGGAC ATTTCTGGGA GGCGTGGGGG ACTTTACGGC CGAGTTCTTG 
GATGATGTTA TCGGCTTTCG GGGCTGTATA TCAGATGTCT TTTACAACAA CATAAACATC 
ATCAAACGCG CCAAGGATCG CACGAGTCAC ACCACCAGTA CTGGAGTTGC CTGGACTTGC 
AGCACTGAGT TCGAAGGGTC CATTCAGGAC AGCATTAGCT TCATGAGGAA CGATTCGTAT 
TCCTTGATGA TGAAAGAATC GTATGCTATG GGAGAAACCC TTTCCTTGCA ATTCCGCACA 
ATGGCCAGTG CTGGGGTTAT TTTCTTCAAC GGCGGCTATG ATTTCATTCT CCTCGAAATA 
GAGGATCAGC ACTTGAAGGT GACCTTCAAC AAGGCAGGCA GTCTGGTGCA GTTCATGACA 
AATGAGCACA TATCCGATGG CAAATGGCAT CGGGTCTTCT TGCGCTATAA CGCCGCAATT 
GCGGAGCTAA GCCTCGACGA TGCCACGAGC GGTTATCGGG GAACTCACGC TAATGAGACC 
AAGGCGAGCA TAAATCTCGA GAAGAGCGTC TTCTTTGGCG GCGTTCAGGA GGAGATGCGC 
CGCCGGCTCA TCAGCAAGGG ACTGCGGATA AACGAGATCA GCTTCAAGGG CTGCATGCGC 
GACATCCTGG TCAACGATCT TCCACTGGGA TTCGCCGAGA TGACTATCTC CCGCAGCCTG 
GCCCTCAACT GCCTGTGGAA GTATCCATGC GTGGAGTACA ATCCCTGCCT TAAGAGCGGA 
ATCTGCAGTC AGCACGGAGT GGACGGCTTC ATCTGCTACT GCGATCAGTC CTACTGCATC 
AAGGCCGATT TTCAGGGACC TTTTAAGATC TTCACAGAAA CCAGTCCAGA GCTAGAGCTG 
CTCTATGTCT CACCCATGCA GCTTTTAGAA GGTGGAACTG CCTTTCTATC GCCCCACTTC 
ATAGACATTA TACTCGATCT GCGACGTTAT CCAAGTCTGA ACGAGCAATC CATTATTTTC 
CATGTGGTAC ATCAGCCGAA ATATGGACAA CTCTTGCAGT ACTCAGCTGA AAAAGCCATA 
TTTGTGCCTT GCCGCACATT TAACCTCGTT GATTTGGCCA CAGATAAATT GAAGTATGTG 
CACAATGGCC AAGAGAACTT CAATGATCAT GCCACACTGG ATATGCAGAT CTTTGGGGAT 
GTGCACAAGA TACCGGAGAA TATATTGGGC AAGCATAGGT TCCTTTTACA TGCCAATATA 
ACACCCATAA ATGATCCACC GCAATTAAGA CTGCATTCGC ATAAAATCCT GCGAGTGATC 
GAGGGAATAG AAAGGGTACT GGACGTGGAT TTATTCAACA TTGACGATCC AGACAGCGAG 
CCTGGAAATC TGATCTACAC CATACTGCCG ACCCAGAGTC CTCAGGAGAC CTTTGGTTGT 
TTTATAGTTG GAGGTGCGAC CACATCAGCC TTCTCCCAGG CCGAAGTGAA TGTGGGAAAA 
GTATCGTATC TGTACAACTC CACTACAGCG GAATCCTTTA GCTATGAACT GCAACTGCAA 
GTATCCGACG GCATTGAGAC GAGTGAAACT GTTTATCTGC CTGTTTCGGT ACATCCGTTG 
GAGCTTCGGT TAGTCAATAA CACGGGCCTC ATAATGATCC ACAAGAGTTC TTTGCCAATC 
AGTACCGCTA ATCTCTCCAT TGGCACCAAT GCTGTAGATG ACCACATCGA CATTCGGTAC 
GATATCGTTA AGGCTCCACA GCATGGAGTT CTCCAGCGGC TGAGGCAGAT TGATGGCTCC 
TGGGTGAACG TGGACTGGTT CAGCGATAGC CAGCTGCTCC TTGGCCACAT TCGCTATTTG 
CACAGCAGCG ATTTTCCCTG GCAAGACGAA TTCAAGTTTA TTGCCTCGTT CGGCTTTGTG 
ACCACGCAAA CTTTCGACTT CCGCATCACA TTCACGCGCC TGCGCATAAC GAGCACCAGA 
CCCTCGCAGA TATCGATCAA TGGCAGCCGG GAGATTCTGC TGACCAGCGA TGTACTCTCC 
TACGAGACCA CGCCCATCGG AAGCTTTGCG CGCAGCGTGA TCTACAAAAT AACGAAGCCA 
ACTCGCTACG GGGGCATCTA TGTGGAGGGC TCGCGGAAGG CGGCCAAGAA GCTGGACTCC 
TTCACCCAAC AGGATATAGA GAAACGGCGA ATCCGATATC AAACTCATCA CACCAGCTAC 
TCCAGCTTCA GTGATCATCT GGAGTTTGTT GTTTCCGTTG CCGAATGCGA TGATGTGGCG 
GGAGTTCTGG AGATTAACTA CAGACCGCCC GATGAGCTTA TTAACAAGCT GGGGTATCAA 
AACCACGAGC CTCTGCAAGT GCAGGAGGGA GAAAGGGCTC TCATAACCAA GAATCACTTT 
GGGATACGCT TCAACATCTA CGAAAGTCTA CAGTTTCAGG TTTCATTGAG TCCGGAACAT 
GGTGTTATAT GCAAGTACGA TGAACAGACG GGTCTCACCA CCCCAGTGGA AATGTTTACA 
TTGGAGCAAC TGTTCCGAAA TGATATATAC TATTGCCATG ACGATACCGA ATCCACGAGG 
GACACTTTCG AGTTGCTCAT TCTCTCCGGT GACGAAACTG ATCTCCAGTT TGTGTCCAAT 
ATGGAAGTAC ACATAAAACT AGTAAACGAC AATGAGCCTT ATCGCACCGC CATCGAGCGC 
GTATTCCATG TGGTCAGGAA CGGCATCAGG ACCCTCAATC CCACAGTGCT CCAGTATCTG 
GATGCTGATG TCAATACCAA TCACACAGAT ATCCACTACA TCCATGTGTC TAGCACCAAT 
GGTGCCTTTT ACAAGAGTGG TCACTACATC GATAGCTTCA CGCAGGACGA CATAGCAAAC 
AGGAGGATTA TGTTCCAGCA TACAGGTGCT GATTCTGGAA CTGCTTCTTT TATAGTCACC 
GATCGTGAGC ATGAGGTGAA TGGTTTGCTG GAGATCCGTG CCTCCGATCC ATTCGTCTCC 
ATGATGGCAA CCAATGCATC CATAGTTCAG GAGGGTAAAT TTGTTGTTCT GAAGAACAAA 
GACTTTATTT TGGAAACAAA TTTGGATATG AAACTGGATG AAATCTACTA CGAAGTGATT 
AAACCCCCCT CGTATGGCAT TCTCATGTAC TTGAGCAGAG CAAATGAGGG AGAGAACGGT 
ACTACGATAT ACAAGGCAAC AAATTATACA TCCCTGAGTA ATTTTACCCA CTTGGATATT 
GAACGGGAGA GATTGGTCTA TTGGAATACG GAAATTGCCT CAATGGATAA AGTTAGATAT 
CGGGTGCATA TCAAGAACAT TACAGCTGAG GGCGAGGTCA TGTTCCGGAT TTATCCATCT 
GCGTATTGGG AACCCCTGCA AGTGAAACAA AACCACACAC TTTACGTGGA GGAATCCACA 
AGTGTACTAA TCTCCAGAGA TGTTTTAGAG GTGGTTCATC CCAATATTTC CCCCGGAGAC 
ATTACCTTCC TAGTAACATC TTCTCCCATG CACGGTTATT TGGAAATGCA GTCCATGTCC 
TTCGACGATG AATACAACTG CAAGGTGTTC GATCAGTCTT CTGTGAATAC AGAAAAAATG 
TTTTATATTC AAGCAGGAGT TAACCAGTCT ACAGATTACT TTGTGTTCGA TGTTACCAAT 
GGCATAACGT GGCTAAGGCA ACTGATGATA AAGATCGTGA TCATACCTGA AAAGCTATAT 
ATGCACTCAA ATATTATTTC GGTTGTAGAG GGAAAGACTG TCCAACTAAA TCCAACTGAT 
ATACAGCCTT ATTCGGAATA CTACCGCGGA AAGATTTTGG AGTACATAGT AACCATTACA 
CCGAGCTCTG GTCACGTTTT GGCTGGAAAC TCAAAGGTCA AAAGATTCAC TCAAAAACAA 
CTCGAACAGG GTAGCATACA GTATGTGCAC AATGGCAGCG AAAATGCCAC CGATAGCATT 
ACATTGGTGG CCATGGCCAG GAACAAGGAG AGTGTTCCTT TCGAGCTGGA ATTCGCTGTG 
GTTCAAGTGA ACGACGAGGA GCCCATGATG GTCACCAATA CGGGCCTGCA GGTGTGGAAC 
GGTGGACGCT ATGTCATCAA AAATACTGAC CTGTTGGCTC AAGACTACGA CACTCCACCG 
GAGAATCTTA CATTTGTGGT GAATCACATA TACGGCGGCT ACTTGGCAAG GAAGTCAGCA 
CCTCACCAAA AAATCGAACA TTTCACCCAG GCTCAAATAA ACCTCGAAGA AATATATTTC 
ATGCACGACT CCAACTCCAG GAGAAACGAA CTATCCTTTG TGGTAACAGA TGGGCTATTT 
AACACCACCA CCCAAATGTT GAATATTGAA ATCAAGCCGA TTGAAATTCT GGCCGAGCAC 
AATGAAAATC TGCATGTTTT TCCATTAACC AAAAAACAAA TTCTGCGTGA CTACTTGCAC 
TTTAAATGTT CAGATGAGGA ACGAGAGATT AGATATAACA TTACAGTTCC CCCAAGTCTG 
GGTCGCATTG TGAATGAGTT TATAGATAAT GGTTTCACGA AGGAAGTCAG TGAATTTACC 
CAAAACGATG TAGACAATGG GCATATATTT TATGAACACA CAGCTGTTAT CATGGAGTTC 
AGGACCAATG ATTCATTTTA CTTCGATGTG GTTGCTGAAA GAAGCGATCG TCTATTGAAT 
CAGAAATTCA ACATTGAGAT ATCGGTTTCC TCAGGAGGCT TACTCAGATT TCTACCAGTT 
AATAAGCTCA ATGTAGACGA AGGCGGTTCG GTGCCTATTA AGTTGGATTT CTCAAAGATT 
TTGGAGTATC TGAAAACGAA AGCTGGCATA AATAACCCTG AGTTGTTCAT AGAAGCCATC 
CAAAAACCCA CACACGGCAA TATTGGTCTG GGTCATGAGT TCAAGCATAT GCAGAGATAC 
CACCCAAGCG ATTTCTTTAC CAAAAAAGTC TACTACATAC ACGATCATTC GGACACTTTG 
GAGGATACTA TACTGATGTC GGTTTACCTG ACACAAGGGA ACATTTTTCT GTGCAATTTG 
ACAATTCCCG TTTCCATCAA CCCCATTAAC GATCAACCCT TCCATTTGGT CACCCACCTG 
CCCCAAATGA CAGTCGTTGA GGGTGAGAAT CGGACTATCA CCAGAAATGA TTTGCTAACC 
GAAGATGCAG ATACACCTCC TGAAGAAATT ATATACGATG TGATGAGTGG TCCTACTTTG 
GGGGTACTTA GAAAGATCAC AAACGATGGA CGCCCTGAGG ATCTATTAGC TTTCTCCAAT 
CAGTTTACCC AAGCTGATAT TAACAACGAT CGCATTATAT ATGTCCACTT TGGAATGCCA 
CAGTCCACGA CGTTTTGCTT CACCGTATCC GACGGGCAAT CAAATCCTGC ATACGAAATA 
TTTACCATTA AAATAGATTC TATTCATCTG CAACCGTCAG CAATGCAAGC ACCAGTGAAG 
GTTCAGCAAG GAGCTACTAC TGCTCCAATG AGATTGGATC ATATTGGAGT GTCCACAAAT 
GTGCATATGG AAAGGTTGTC TTACAACGTC ACAAACTCGC CGCTTTTTGG CATTATAGTG 
TACAAACATC AACCAACTCT GAGGTTCACG CAACAACAGT TGGAAACATC ACAGATAAGC 
TATATGCAAA CAGACCTGAA CCGATCGAAT GACTCCTTCC AGGTGAGTGC CTATGTTCCG 
GGCACCAATT ATGTTGCTCA GGTCGATGTG GTAATGGAGG TGGAACCTGT AATACAAATC 
AATGATATAG TAATGAAGGA AGCTGAATCC TCGGGTGGTA AAATAAAGCT TATTACCTCT 
TTGGACAACG ATAATCCTTT GTCGTTGAAA CTAAATAAAT TCAACCCCAA GTTTGTGATC 
ACTAGAATGC CATCAACTGG GCAAATCAGA AAGATAATCC GAAGCACGGG ACTGACAACC 
GATGGCCAGA GTGATAGATC CACGAATATA TTCTCTTATA AAGAACTTCG AAGTGGCGTC 
GTCTACTTTG TGCCCCATGA ATCGGTCGAG GAAACAGAAG CTGATCATGA CAGTTTTGAT 
TATCAATTGC TAATCAAAAC AGTTCAGCCG GCACAGGCCA CCGTATCGAT TGAGTATAGA 
AGTCGTGTTG AGGAAACCGA GACGGTTCAT TTGGGCAGTG CAGGATTATC CATTAACTAT 
TTAGCCATAG GATGTGCCAT CTTTATCGTG TTGATATGCC TGCTTATCGT GCTGTTGATA 
TTAAAGATCA GGAAACTGAG AAAGCACAAG GCAGATATAT CCAAGGATCA GCCGCCGGCG 
CTACCGTGTC CACCAGACTT GACTTCTGTG AGTCCGCAAC ACCATCTGCA CCATCATCAT 
GGCCACCATT ACGCAAGTTC CGAGGCGGAT TCCGTGCCGG CCACAGGAAA TTCAACACCG 
TTACCGGGTT TCAGCAATAT TCCCCATTGC AAGATAATAC CCGTGGAGTC GTACAAACAT 
GAGTATCCCG ACTACGATCC CGATGAGGAG GAGACGGACG ATCAGTGCGA TCCGCAGCAA 
ATGATGCTGC CGCAGAGATA TAATCCTTAT CACATGGAGC ACGACGCCTG GAGTTCGTCC 
TGCGATATGG CGAATGATTT TGCTGGCTAT GCCTCTGTGC CACAAAGTAT TTCCGGATCG 
GTCAGCTCAC CGCCCTCGGC CCCGCCAACA AATCCACTAC TTAGGCGGAA TCAGTATTGG 
GTGTAA

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

RefSeq	NP_609881.3
CDS	804..7949
Translation	MSRLRGLGFGWLWLAWLAILQLQTVAAMKVSLFGDGYVSMPLQEAKMSTNIRVKFRTRQENAFLFLAAGRTDYCLLRLESGLISFSYKIERDVVQLRSPKKQKLNDLEWHDVAVQRFENNITLQVDGYIMRKQLPGDLAALNIHFGTFLGGVGDFTAEFLDDVIGFRGCISDVFYNNINIIKRAKDRTSHTTSTGVAWTCSTEFEGSIQDSISFMRNDSYSLMMKESYAMGETLSLQFRTMASAGVIFFNGGYDFILLEIEDQHLKVTFNKAGSLVQFMTNEHISDGKWHRVFLRYNAAIAELSLDDATSGYRGTHANETKASINLEKSVFFGGVQEEMRRRLISKGLRINEISFKGCMRDILVNDLPLGFAEMTISRSLALNCLWKYPCVEYNPCLKSGICSQHGVDGFICYCDQSYCIKADFQGPFKIFTETSPELELLYVSPMQLLEGGTAFLSPHFIDIILDLRRYPSLNEQSIIFHVVHQPKYGQLLQYSAEKAIFVPCRTFNLVDLATDKLKYVHNGQENFNDHATLDMQIFGDVHKIPENILGKHRFLLHANITPINDPPQLRLHSHKILRVIEGIERVLDVDLFNIDDPDSEPGNLIYTILPTQSPQETFGCFIVGGATTSAFSQAEVNVGKVSYLYNSTTAESFSYELQLQVSDGIETSETVYLPVSVHPLELRLVNNTGLIMIHKSSLPISTANLSIGTNAVDDHIDIRYDIVKAPQHGVLQRLRQIDGSWVNVDWFSDSQLLLGHIRYLHSSDFPWQDEFKFIASFGFVTTQTFDFRITFTRLRITSTRPSQISINGSREILLTSDVLSYETTPIGSFARSVIYKITKPTRYGGIYVEGSRKAAKKLDSFTQQDIEKRRIRYQTHHTSYSSFSDHLEFVVSVAECDDVAGVLEINYRPPDELINKLGYQNHEPLQVQEGERALITKNHFGIRFNIYESLQFQVSLSPEHGVICKYDEQTGLTTPVEMFTLEQLFRNDIYYCHDDTESTRDTFELLILSGDETDLQFVSNMEVHIKLVNDNEPYRTAIERVFHVVRNGIRTLNPTVLQYLDADVNTNHTDIHYIHVSSTNGAFYKSGHYIDSFTQDDIANRRIMFQHTGADSGTASFIVTDREHEVNGLLEIRASDPFVSMMATNASIVQEGKFVVLKNKDFILETNLDMKLDEIYYEVIKPPSYGILMYLSRANEGENGTTIYKATNYTSLSNFTHLDIERERLVYWNTEIASMDKVRYRVHIKNITAEGEVMFRIYPSAYWEPLQVKQNHTLYVEESTSVLISRDVLEVVHPNISPGDITFLVTSSPMHGYLEMQSMSFDDEYNCKVFDQSSVNTEKMFYIQAGVNQSTDYFVFDVTNGITWLRQLMIKIVIIPEKLYMHSNIISVVEGKTVQLNPTDIQPYSEYYRGKILEYIVTITPSSGHVLAGNSKVKRFTQKQLEQGSIQYVHNGSENATDSITLVAMARNKESVPFELEFAVVQVNDEEPMMVTNTGLQVWNGGRYVIKNTDLLAQDYDTPPENLTFVVNHIYGGYLARKSAPHQKIEHFTQAQINLEEIYFMHDSNSRRNELSFVVTDGLFNTTTQMLNIEIKPIEILAEHNENLHVFPLTKKQILRDYLHFKCSDEEREIRYNITVPPSLGRIVNEFIDNGFTKEVSEFTQNDVDNGHIFYEHTAVIMEFRTNDSFYFDVVAERSDRLLNQKFNIEISVSSGGLLRFLPVNKLNVDEGGSVPIKLDFSKILEYLKTKAGINNPELFIEAIQKPTHGNIGLGHEFKHMQRYHPSDFFTKKVYYIHDHSDTLEDTILMSVYLTQGNIFLCNLTIPVSINPINDQPFHLVTHLPQMTVVEGENRTITRNDLLTEDADTPPEEIIYDVMSGPTLGVLRKITNDGRPEDLLAFSNQFTQADINNDRIIYVHFGMPQSTTFCFTVSDGQSNPAYEIFTIKIDSIHLQPSAMQAPVKVQQGATTAPMRLDHIGVSTNVHMERLSYNVTNSPLFGIIVYKHQPTLRFTQQQLETSQISYMQTDLNRSNDSFQVSAYVPGTNYVAQVDVVMEVEPVIQINDIVMKEAESSGGKIKLITSLDNDNPLSLKLNKFNPKFVITRMPSTGQIRKIIRSTGLTTDGQSDRSTNIFSYKELRSGVVYFVPHESVEETEADHDSFDYQLLIKTVQPAQATVSIEYRSRVEETETVHLGSAGLSINYLAIGCAIFIVLICLLIVLLILKIRKLRKHKADISKDQPPALPCPPDLTSVSPQHHLHHHHGHHYASSEADSVPATGNSTPLPGFSNIPHCKIIPVESYKHEYPDYDPDEEETDDQCDPQQMMLPQRYNPYHMEHDAWSSSCDMANDFAGYASVPQSISGSVSSPPSAPPTNPLLRRNQYWV

Target ORF information:

RefSeq Version	NM_136037.4
Organism	Drosophila melanogaster(fruit fly)
Definition	Drosophila melanogaster kon-tiki (kon), transcript variant B, mRNA.

Target ORF information:

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

NM_136037.4

ORF Insert Sequence:

ATGTCGCGCC TCCGTGGATT AGGATTCGGA TGGCTGTGGC TGGCATGGCT CGCCATATTG 
CAATTGCAAA CTGTCGCAGC CATGAAAGTT TCCCTCTTCG GCGATGGCTA CGTATCGATG 
CCGCTGCAGG AGGCCAAGAT GTCAACGAAC ATCCGCGTCA AGTTTCGCAC CAGGCAGGAG 
AACGCCTTCC TCTTCCTGGC CGCCGGACGG ACCGACTACT GCCTGCTGCG CCTGGAGAGC 
GGTCTGATCA GTTTCAGCTA TAAAATCGAA CGGGATGTGG TGCAGCTGCG ATCGCCCAAA 
AAGCAAAAGC TTAACGATTT GGAATGGCAC GATGTGGCGG TGCAGAGGTT CGAGAATAAT 
ATCACCTTGC AGGTGGACGG ATACATAATG CGCAAACAGC TTCCAGGCGA TCTCGCCGCC 
CTCAATATCC ACTTCGGGAC ATTTCTGGGA GGCGTGGGGG ACTTTACGGC CGAGTTCTTG 
GATGATGTTA TCGGCTTTCG GGGCTGTATA TCAGATGTCT TTTACAACAA CATAAACATC 
ATCAAACGCG CCAAGGATCG CACGAGTCAC ACCACCAGTA CTGGAGTTGC CTGGACTTGC 
AGCACTGAGT TCGAAGGGTC CATTCAGGAC AGCATTAGCT TCATGAGGAA CGATTCGTAT 
TCCTTGATGA TGAAAGAATC GTATGCTATG GGAGAAACCC TTTCCTTGCA ATTCCGCACA 
ATGGCCAGTG CTGGGGTTAT TTTCTTCAAC GGCGGCTATG ATTTCATTCT CCTCGAAATA 
GAGGATCAGC ACTTGAAGGT GACCTTCAAC AAGGCAGGCA GTCTGGTGCA GTTCATGACA 
AATGAGCACA TATCCGATGG CAAATGGCAT CGGGTCTTCT TGCGCTATAA CGCCGCAATT 
GCGGAGCTAA GCCTCGACGA TGCCACGAGC GGTTATCGGG GAACTCACGC TAATGAGACC 
AAGGCGAGCA TAAATCTCGA GAAGAGCGTC TTCTTTGGCG GCGTTCAGGA GGAGATGCGC 
CGCCGGCTCA TCAGCAAGGG ACTGCGGATA AACGAGATCA GCTTCAAGGG CTGCATGCGC 
GACATCCTGG TCAACGATCT TCCACTGGGA TTCGCCGAGA TGACTATCTC CCGCAGCCTG 
GCCCTCAACT GCCTGTGGAA GTATCCATGC GTGGAGTACA ATCCCTGCCT TAAGAGCGGA 
ATCTGCAGTC AGCACGGAGT GGACGGCTTC ATCTGCTACT GCGATCAGTC CTACTGCATC 
AAGGCCGATT TTCAGGGACC TTTTAAGATC TTCACAGAAA CCAGTCCAGA GCTAGAGCTG 
CTCTATGTCT CACCCATGCA GCTTTTAGAA GGTGGAACTG CCTTTCTATC GCCCCACTTC 
ATAGACATTA TACTCGATCT GCGACGTTAT CCAAGTCTGA ACGAGCAATC CATTATTTTC 
CATGTGGTAC ATCAGCCGAA ATATGGACAA CTCTTGCAGT ACTCAGCTGA AAAAGCCATA 
TTTGTGCCTT GCCGCACATT TAACCTCGTT GATTTGGCCA CAGATAAATT GAAGTATGTG 
CACAATGGCC AAGAGAACTT CAATGATCAT GCCACACTGG ATATGCAGAT CTTTGGGGAT 
GTGCACAAGA TACCGGAGAA TATATTGGGC AAGCATAGGT TCCTTTTACA TGCCAATATA 
ACACCCATAA ATGATCCACC GCAATTAAGA CTGCATTCGC ATAAAATCCT GCGAGTGATC 
GAGGGAATAG AAAGGGTACT GGACGTGGAT TTATTCAACA TTGACGATCC AGACAGCGAG 
CCTGGAAATC TGATCTACAC CATACTGCCG ACCCAGAGTC CTCAGGAGAC CTTTGGTTGT 
TTTATAGTTG GAGGTGCGAC CACATCAGCC TTCTCCCAGG CCGAAGTGAA TGTGGGAAAA 
GTATCGTATC TGTACAACTC CACTACAGCG GAATCCTTTA GCTATGAACT GCAACTGCAA 
GTATCCGACG GCATTGAGAC GAGTGAAACT GTTTATCTGC CTGTTTCGGT ACATCCGTTG 
GAGCTTCGGT TAGTCAATAA CACGGGCCTC ATAATGATCC ACAAGAGTTC TTTGCCAATC 
AGTACCGCTA ATCTCTCCAT TGGCACCAAT GCTGTAGATG ACCACATCGA CATTCGGTAC 
GATATCGTTA AGGCTCCACA GCATGGAGTT CTCCAGCGGC TGAGGCAGAT TGATGGCTCC 
TGGGTGAACG TGGACTGGTT CAGCGATAGC CAGCTGCTCC TTGGCCACAT TCGCTATTTG 
CACAGCAGCG ATTTTCCCTG GCAAGACGAA TTCAAGTTTA TTGCCTCGTT CGGCTTTGTG 
ACCACGCAAA CTTTCGACTT CCGCATCACA TTCACGCGCC TGCGCATAAC GAGCACCAGA 
CCCTCGCAGA TATCGATCAA TGGCAGCCGG GAGATTCTGC TGACCAGCGA TGTACTCTCC 
TACGAGACCA CGCCCATCGG AAGCTTTGCG CGCAGCGTGA TCTACAAAAT AACGAAGCCA 
ACTCGCTACG GGGGCATCTA TGTGGAGGGC TCGCGGAAGG CGGCCAAGAA GCTGGACTCC 
TTCACCCAAC AGGATATAGA GAAACGGCGA ATCCGATATC AAACTCATCA CACCAGCTAC 
TCCAGCTTCA GTGATCATCT GGAGTTTGTT GTTTCCGTTG CCGAATGCGA TGATGTGGCG 
GGAGTTCTGG AGATTAACTA CAGACCGCCC GATGAGCTTA TTAACAAGCT GGGGTATCAA 
AACCACGAGC CTCTGCAAGT GCAGGAGGGA GAAAGGGCTC TCATAACCAA GAATCACTTT 
GGGATACGCT TCAACATCTA CGAAAGTCTA CAGTTTCAGG TTTCATTGAG TCCGGAACAT 
GGTGTTATAT GCAAGTACGA TGAACAGACG GGTCTCACCA CCCCAGTGGA AATGTTTACA 
TTGGAGCAAC TGTTCCGAAA TGATATATAC TATTGCCATG ACGATACCGA ATCCACGAGG 
GACACTTTCG AGTTGCTCAT TCTCTCCGGT GACGAAACTG ATCTCCAGTT TGTGTCCAAT 
ATGGAAGTAC ACATAAAACT AGTAAACGAC AATGAGCCTT ATCGCACCGC CATCGAGCGC 
GTATTCCATG TGGTCAGGAA CGGCATCAGG ACCCTCAATC CCACAGTGCT CCAGTATCTG 
GATGCTGATG TCAATACCAA TCACACAGAT ATCCACTACA TCCATGTGTC TAGCACCAAT 
GGTGCCTTTT ACAAGAGTGG TCACTACATC GATAGCTTCA CGCAGGACGA CATAGCAAAC 
AGGAGGATTA TGTTCCAGCA TACAGGTGCT GATTCTGGAA CTGCTTCTTT TATAGTCACC 
GATCGTGAGC ATGAGGTGAA TGGTTTGCTG GAGATCCGTG CCTCCGATCC ATTCGTCTCC 
ATGATGGCAA CCAATGCATC CATAGTTCAG GAGGGTAAAT TTGTTGTTCT GAAGAACAAA 
GACTTTATTT TGGAAACAAA TTTGGATATG AAACTGGATG AAATCTACTA CGAAGTGATT 
AAACCCCCCT CGTATGGCAT TCTCATGTAC TTGAGCAGAG CAAATGAGGG AGAGAACGGT 
ACTACGATAT ACAAGGCAAC AAATTATACA TCCCTGAGTA ATTTTACCCA CTTGGATATT 
GAACGGGAGA GATTGGTCTA TTGGAATACG GAAATTGCCT CAATGGATAA AGTTAGATAT 
CGGGTGCATA TCAAGAACAT TACAGCTGAG GGCGAGGTCA TGTTCCGGAT TTATCCATCT 
GCGTATTGGG AACCCCTGCA AGTGAAACAA AACCACACAC TTTACGTGGA GGAATCCACA 
AGTGTACTAA TCTCCAGAGA TGTTTTAGAG GTGGTTCATC CCAATATTTC CCCCGGAGAC 
ATTACCTTCC TAGTAACATC TTCTCCCATG CACGGTTATT TGGAAATGCA GTCCATGTCC 
TTCGACGATG AATACAACTG CAAGGTGTTC GATCAGTCTT CTGTGAATAC AGAAAAAATG 
TTTTATATTC AAGCAGGAGT TAACCAGTCT ACAGATTACT TTGTGTTCGA TGTTACCAAT 
GGCATAACGT GGCTAAGGCA ACTGATGATA AAGATCGTGA TCATACCTGA AAAGCTATAT 
ATGCACTCAA ATATTATTTC GGTTGTAGAG GGAAAGACTG TCCAACTAAA TCCAACTGAT 
ATACAGCCTT ATTCGGAATA CTACCGCGGA AAGATTTTGG AGTACATAGT AACCATTACA 
CCGAGCTCTG GTCACGTTTT GGCTGGAAAC TCAAAGGTCA AAAGATTCAC TCAAAAACAA 
CTCGAACAGG GTAGCATACA GTATGTGCAC AATGGCAGCG AAAATGCCAC CGATAGCATT 
ACATTGGTGG CCATGGCCAG GAACAAGGAG AGTGTTCCTT TCGAGCTGGA ATTCGCTGTG 
GTTCAAGTGA ACGACGAGGA GCCCATGATG GTCACCAATA CGGGCCTGCA GGTGTGGAAC 
GGTGGACGCT ATGTCATCAA AAATACTGAC CTGTTGGCTC AAGACTACGA CACTCCACCG 
GAGAATCTTA CATTTGTGGT GAATCACATA TACGGCGGCT ACTTGGCAAG GAAGTCAGCA 
CCTCACCAAA AAATCGAACA TTTCACCCAG GCTCAAATAA ACCTCGAAGA AATATATTTC 
ATGCACGACT CCAACTCCAG GAGAAACGAA CTATCCTTTG TGGTAACAGA TGGGCTATTT 
AACACCACCA CCCAAATGTT GAATATTGAA ATCAAGCCGA TTGAAATTCT GGCCGAGCAC 
AATGAAAATC TGCATGTTTT TCCATTAACC AAAAAACAAA TTCTGCGTGA CTACTTGCAC 
TTTAAATGTT CAGATGAGGA ACGAGAGATT AGATATAACA TTACAGTTCC CCCAAGTCTG 
GGTCGCATTG TGAATGAGTT TATAGATAAT GGTTTCACGA AGGAAGTCAG TGAATTTACC 
CAAAACGATG TAGACAATGG GCATATATTT TATGAACACA CAGCTGTTAT CATGGAGTTC 
AGGACCAATG ATTCATTTTA CTTCGATGTG GTTGCTGAAA GAAGCGATCG TCTATTGAAT 
CAGAAATTCA ACATTGAGAT ATCGGTTTCC TCAGGAGGCT TACTCAGATT TCTACCAGTT 
AATAAGCTCA ATGTAGACGA AGGCGGTTCG GTGCCTATTA AGTTGGATTT CTCAAAGATT 
TTGGAGTATC TGAAAACGAA AGCTGGCATA AATAACCCTG AGTTGTTCAT AGAAGCCATC 
CAAAAACCCA CACACGGCAA TATTGGTCTG GGTCATGAGT TCAAGCATAT GCAGAGATAC 
CACCCAAGCG ATTTCTTTAC CAAAAAAGTC TACTACATAC ACGATCATTC GGACACTTTG 
GAGGATACTA TACTGATGTC GGTTTACCTG ACACAAGGGA ACATTTTTCT GTGCAATTTG 
ACAATTCCCG TTTCCATCAA CCCCATTAAC GATCAACCCT TCCATTTGGT CACCCACCTG 
CCCCAAATGA CAGTCGTTGA GGGTGAGAAT CGGACTATCA CCAGAAATGA TTTGCTAACC 
GAAGATGCAG ATACACCTCC TGAAGAAATT ATATACGATG TGATGAGTGG TCCTACTTTG 
GGGGTACTTA GAAAGATCAC AAACGATGGA CGCCCTGAGG ATCTATTAGC TTTCTCCAAT 
CAGTTTACCC AAGCTGATAT TAACAACGAT CGCATTATAT ATGTCCACTT TGGAATGCCA 
CAGTCCACGA CGTTTTGCTT CACCGTATCC GACGGGCAAT CAAATCCTGC ATACGAAATA 
TTTACCATTA AAATAGATTC TATTCATCTG CAACCGTCAG CAATGCAAGC ACCAGTGAAG 
GTTCAGCAAG GAGCTACTAC TGCTCCAATG AGATTGGATC ATATTGGAGT GTCCACAAAT 
GTGCATATGG AAAGGTTGTC TTACAACGTC ACAAACTCGC CGCTTTTTGG CATTATAGTG 
TACAAACATC AACCAACTCT GAGGTTCACG CAACAACAGT TGGAAACATC ACAGATAAGC 
TATATGCAAA CAGACCTGAA CCGATCGAAT GACTCCTTCC AGGTGAGTGC CTATGTTCCG 
GGCACCAATT ATGTTGCTCA GGTCGATGTG GTAATGGAGG TGGAACCTGT AATACAAATC 
AATGATATAG TAATGAAGGA AGCTGAATCC TCGGGTGGTA AAATAAAGCT TATTACCTCT 
TTGGACAACG ATAATCCTTT GTCGTTGAAA CTAAATAAAT TCAACCCCAA GTTTGTGATC 
ACTAGAATGC CATCAACTGG GCAAATCAGA AAGATAATCC GAAGCACGGG ACTGACAACC 
GATGGCCAGA GTGATAGATC CACGAATATA TTCTCTTATA AAGAACTTCG AAGTGGCGTC 
GTCTACTTTG TGCCCCATGA ATCGGTCGAG GAAACAGAAG CTGATCATGA CAGTTTTGAT 
TATCAATTGC TAATCAAAAC AGTTCAGCCG GCACAGGCCA CCGTATCGAT TGAGTATAGA 
AGTCGTGTTG AGGAAACCGA GACGGTTCAT TTGGGCAGTG CAGGATTATC CATTAACTAT 
TTAGCCATAG GATGTGCCAT CTTTATCGTG TTGATATGCC TGCTTATCGT GCTGTTGATA 
TTAAAGATCA GGAAACTGAG AAAGCACAAG GCAGATATAT CCAAGGATCA GCCGCCGGCG 
CTACCGTGTC CACCAGACTT GACTTCTGTG AGTCCGCAAC ACCATCTGCA CCATCATCAT 
GGCCACCATT ACGCAAGTTC CGAGGCGGAT TCCGTGCCGG CCACAGGAAA TTCAACACCG 
TTACCGGGTT TCAGCAATAT TCCCCATTGC AAGATAATAC CCGTGGAGTC GTACAAACAT 
GAGTATCCCG ACTACGATCC CGATGAGGAG GAGACGGACG ATCAGTGCGA TCCGCAGCAA 
ATGATGCTGC CGCAGAGATA TAATCCTTAT CACATGGAGC ACGACGCCTG GAGTTCGTCC 
TGCGATATGG CGAATGATTT TGCTGGCTAT GCCTCTGTGC CACAAAGTAT TTCCGGATCG 
GTCAGCTCAC CGCCCTCGGC CCCGCCAACA AATCCACTAC TTAGGCGGAA TCAGTATTGG 
GTGTAA

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

kon ( NM_001273610.1 ) cDNA ORF clone, Drosophila melanogaster(fruit fly) -> NP_001260539.1 Drosophila melanogaster kon-tiki (kon), transcript variant C, mRNA.

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CloneID	OFa14895
Clone ID Related Accession (Same CDS sequence)	NM_136037.4 , NM_001273610.1 , NM_001273611.1
Accession Version	NM_001273610.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7146bp) 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	2019-04-24
Organism	Drosophila melanogaster(fruit fly)
Product	kon-tiki, isoform C
Comment	Comment: REVIEWED REFSEQ: This record has been curated by FlyBase. This record is derived from an annotated genomic sequence (NT_033779). ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 6.26 URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGTCGCGCC TCCGTGGATT AGGATTCGGA TGGCTGTGGC TGGCATGGCT CGCCATATTG 
CAATTGCAAA CTGTCGCAGC CATGAAAGTT TCCCTCTTCG GCGATGGCTA CGTATCGATG 
CCGCTGCAGG AGGCCAAGAT GTCAACGAAC ATCCGCGTCA AGTTTCGCAC CAGGCAGGAG 
AACGCCTTCC TCTTCCTGGC CGCCGGACGG ACCGACTACT GCCTGCTGCG CCTGGAGAGC 
GGTCTGATCA GTTTCAGCTA TAAAATCGAA CGGGATGTGG TGCAGCTGCG ATCGCCCAAA 
AAGCAAAAGC TTAACGATTT GGAATGGCAC GATGTGGCGG TGCAGAGGTT CGAGAATAAT 
ATCACCTTGC AGGTGGACGG ATACATAATG CGCAAACAGC TTCCAGGCGA TCTCGCCGCC 
CTCAATATCC ACTTCGGGAC ATTTCTGGGA GGCGTGGGGG ACTTTACGGC CGAGTTCTTG 
GATGATGTTA TCGGCTTTCG GGGCTGTATA TCAGATGTCT TTTACAACAA CATAAACATC 
ATCAAACGCG CCAAGGATCG CACGAGTCAC ACCACCAGTA CTGGAGTTGC CTGGACTTGC 
AGCACTGAGT TCGAAGGGTC CATTCAGGAC AGCATTAGCT TCATGAGGAA CGATTCGTAT 
TCCTTGATGA TGAAAGAATC GTATGCTATG GGAGAAACCC TTTCCTTGCA ATTCCGCACA 
ATGGCCAGTG CTGGGGTTAT TTTCTTCAAC GGCGGCTATG ATTTCATTCT CCTCGAAATA 
GAGGATCAGC ACTTGAAGGT GACCTTCAAC AAGGCAGGCA GTCTGGTGCA GTTCATGACA 
AATGAGCACA TATCCGATGG CAAATGGCAT CGGGTCTTCT TGCGCTATAA CGCCGCAATT 
GCGGAGCTAA GCCTCGACGA TGCCACGAGC GGTTATCGGG GAACTCACGC TAATGAGACC 
AAGGCGAGCA TAAATCTCGA GAAGAGCGTC TTCTTTGGCG GCGTTCAGGA GGAGATGCGC 
CGCCGGCTCA TCAGCAAGGG ACTGCGGATA AACGAGATCA GCTTCAAGGG CTGCATGCGC 
GACATCCTGG TCAACGATCT TCCACTGGGA TTCGCCGAGA TGACTATCTC CCGCAGCCTG 
GCCCTCAACT GCCTGTGGAA GTATCCATGC GTGGAGTACA ATCCCTGCCT TAAGAGCGGA 
ATCTGCAGTC AGCACGGAGT GGACGGCTTC ATCTGCTACT GCGATCAGTC CTACTGCATC 
AAGGCCGATT TTCAGGGACC TTTTAAGATC TTCACAGAAA CCAGTCCAGA GCTAGAGCTG 
CTCTATGTCT CACCCATGCA GCTTTTAGAA GGTGGAACTG CCTTTCTATC GCCCCACTTC 
ATAGACATTA TACTCGATCT GCGACGTTAT CCAAGTCTGA ACGAGCAATC CATTATTTTC 
CATGTGGTAC ATCAGCCGAA ATATGGACAA CTCTTGCAGT ACTCAGCTGA AAAAGCCATA 
TTTGTGCCTT GCCGCACATT TAACCTCGTT GATTTGGCCA CAGATAAATT GAAGTATGTG 
CACAATGGCC AAGAGAACTT CAATGATCAT GCCACACTGG ATATGCAGAT CTTTGGGGAT 
GTGCACAAGA TACCGGAGAA TATATTGGGC AAGCATAGGT TCCTTTTACA TGCCAATATA 
ACACCCATAA ATGATCCACC GCAATTAAGA CTGCATTCGC ATAAAATCCT GCGAGTGATC 
GAGGGAATAG AAAGGGTACT GGACGTGGAT TTATTCAACA TTGACGATCC AGACAGCGAG 
CCTGGAAATC TGATCTACAC CATACTGCCG ACCCAGAGTC CTCAGGAGAC CTTTGGTTGT 
TTTATAGTTG GAGGTGCGAC CACATCAGCC TTCTCCCAGG CCGAAGTGAA TGTGGGAAAA 
GTATCGTATC TGTACAACTC CACTACAGCG GAATCCTTTA GCTATGAACT GCAACTGCAA 
GTATCCGACG GCATTGAGAC GAGTGAAACT GTTTATCTGC CTGTTTCGGT ACATCCGTTG 
GAGCTTCGGT TAGTCAATAA CACGGGCCTC ATAATGATCC ACAAGAGTTC TTTGCCAATC 
AGTACCGCTA ATCTCTCCAT TGGCACCAAT GCTGTAGATG ACCACATCGA CATTCGGTAC 
GATATCGTTA AGGCTCCACA GCATGGAGTT CTCCAGCGGC TGAGGCAGAT TGATGGCTCC 
TGGGTGAACG TGGACTGGTT CAGCGATAGC CAGCTGCTCC TTGGCCACAT TCGCTATTTG 
CACAGCAGCG ATTTTCCCTG GCAAGACGAA TTCAAGTTTA TTGCCTCGTT CGGCTTTGTG 
ACCACGCAAA CTTTCGACTT CCGCATCACA TTCACGCGCC TGCGCATAAC GAGCACCAGA 
CCCTCGCAGA TATCGATCAA TGGCAGCCGG GAGATTCTGC TGACCAGCGA TGTACTCTCC 
TACGAGACCA CGCCCATCGG AAGCTTTGCG CGCAGCGTGA TCTACAAAAT AACGAAGCCA 
ACTCGCTACG GGGGCATCTA TGTGGAGGGC TCGCGGAAGG CGGCCAAGAA GCTGGACTCC 
TTCACCCAAC AGGATATAGA GAAACGGCGA ATCCGATATC AAACTCATCA CACCAGCTAC 
TCCAGCTTCA GTGATCATCT GGAGTTTGTT GTTTCCGTTG CCGAATGCGA TGATGTGGCG 
GGAGTTCTGG AGATTAACTA CAGACCGCCC GATGAGCTTA TTAACAAGCT GGGGTATCAA 
AACCACGAGC CTCTGCAAGT GCAGGAGGGA GAAAGGGCTC TCATAACCAA GAATCACTTT 
GGGATACGCT TCAACATCTA CGAAAGTCTA CAGTTTCAGG TTTCATTGAG TCCGGAACAT 
GGTGTTATAT GCAAGTACGA TGAACAGACG GGTCTCACCA CCCCAGTGGA AATGTTTACA 
TTGGAGCAAC TGTTCCGAAA TGATATATAC TATTGCCATG ACGATACCGA ATCCACGAGG 
GACACTTTCG AGTTGCTCAT TCTCTCCGGT GACGAAACTG ATCTCCAGTT TGTGTCCAAT 
ATGGAAGTAC ACATAAAACT AGTAAACGAC AATGAGCCTT ATCGCACCGC CATCGAGCGC 
GTATTCCATG TGGTCAGGAA CGGCATCAGG ACCCTCAATC CCACAGTGCT CCAGTATCTG 
GATGCTGATG TCAATACCAA TCACACAGAT ATCCACTACA TCCATGTGTC TAGCACCAAT 
GGTGCCTTTT ACAAGAGTGG TCACTACATC GATAGCTTCA CGCAGGACGA CATAGCAAAC 
AGGAGGATTA TGTTCCAGCA TACAGGTGCT GATTCTGGAA CTGCTTCTTT TATAGTCACC 
GATCGTGAGC ATGAGGTGAA TGGTTTGCTG GAGATCCGTG CCTCCGATCC ATTCGTCTCC 
ATGATGGCAA CCAATGCATC CATAGTTCAG GAGGGTAAAT TTGTTGTTCT GAAGAACAAA 
GACTTTATTT TGGAAACAAA TTTGGATATG AAACTGGATG AAATCTACTA CGAAGTGATT 
AAACCCCCCT CGTATGGCAT TCTCATGTAC TTGAGCAGAG CAAATGAGGG AGAGAACGGT 
ACTACGATAT ACAAGGCAAC AAATTATACA TCCCTGAGTA ATTTTACCCA CTTGGATATT 
GAACGGGAGA GATTGGTCTA TTGGAATACG GAAATTGCCT CAATGGATAA AGTTAGATAT 
CGGGTGCATA TCAAGAACAT TACAGCTGAG GGCGAGGTCA TGTTCCGGAT TTATCCATCT 
GCGTATTGGG AACCCCTGCA AGTGAAACAA AACCACACAC TTTACGTGGA GGAATCCACA 
AGTGTACTAA TCTCCAGAGA TGTTTTAGAG GTGGTTCATC CCAATATTTC CCCCGGAGAC 
ATTACCTTCC TAGTAACATC TTCTCCCATG CACGGTTATT TGGAAATGCA GTCCATGTCC 
TTCGACGATG AATACAACTG CAAGGTGTTC GATCAGTCTT CTGTGAATAC AGAAAAAATG 
TTTTATATTC AAGCAGGAGT TAACCAGTCT ACAGATTACT TTGTGTTCGA TGTTACCAAT 
GGCATAACGT GGCTAAGGCA ACTGATGATA AAGATCGTGA TCATACCTGA AAAGCTATAT 
ATGCACTCAA ATATTATTTC GGTTGTAGAG GGAAAGACTG TCCAACTAAA TCCAACTGAT 
ATACAGCCTT ATTCGGAATA CTACCGCGGA AAGATTTTGG AGTACATAGT AACCATTACA 
CCGAGCTCTG GTCACGTTTT GGCTGGAAAC TCAAAGGTCA AAAGATTCAC TCAAAAACAA 
CTCGAACAGG GTAGCATACA GTATGTGCAC AATGGCAGCG AAAATGCCAC CGATAGCATT 
ACATTGGTGG CCATGGCCAG GAACAAGGAG AGTGTTCCTT TCGAGCTGGA ATTCGCTGTG 
GTTCAAGTGA ACGACGAGGA GCCCATGATG GTCACCAATA CGGGCCTGCA GGTGTGGAAC 
GGTGGACGCT ATGTCATCAA AAATACTGAC CTGTTGGCTC AAGACTACGA CACTCCACCG 
GAGAATCTTA CATTTGTGGT GAATCACATA TACGGCGGCT ACTTGGCAAG GAAGTCAGCA 
CCTCACCAAA AAATCGAACA TTTCACCCAG GCTCAAATAA ACCTCGAAGA AATATATTTC 
ATGCACGACT CCAACTCCAG GAGAAACGAA CTATCCTTTG TGGTAACAGA TGGGCTATTT 
AACACCACCA CCCAAATGTT GAATATTGAA ATCAAGCCGA TTGAAATTCT GGCCGAGCAC 
AATGAAAATC TGCATGTTTT TCCATTAACC AAAAAACAAA TTCTGCGTGA CTACTTGCAC 
TTTAAATGTT CAGATGAGGA ACGAGAGATT AGATATAACA TTACAGTTCC CCCAAGTCTG 
GGTCGCATTG TGAATGAGTT TATAGATAAT GGTTTCACGA AGGAAGTCAG TGAATTTACC 
CAAAACGATG TAGACAATGG GCATATATTT TATGAACACA CAGCTGTTAT CATGGAGTTC 
AGGACCAATG ATTCATTTTA CTTCGATGTG GTTGCTGAAA GAAGCGATCG TCTATTGAAT 
CAGAAATTCA ACATTGAGAT ATCGGTTTCC TCAGGAGGCT TACTCAGATT TCTACCAGTT 
AATAAGCTCA ATGTAGACGA AGGCGGTTCG GTGCCTATTA AGTTGGATTT CTCAAAGATT 
TTGGAGTATC TGAAAACGAA AGCTGGCATA AATAACCCTG AGTTGTTCAT AGAAGCCATC 
CAAAAACCCA CACACGGCAA TATTGGTCTG GGTCATGAGT TCAAGCATAT GCAGAGATAC 
CACCCAAGCG ATTTCTTTAC CAAAAAAGTC TACTACATAC ACGATCATTC GGACACTTTG 
GAGGATACTA TACTGATGTC GGTTTACCTG ACACAAGGGA ACATTTTTCT GTGCAATTTG 
ACAATTCCCG TTTCCATCAA CCCCATTAAC GATCAACCCT TCCATTTGGT CACCCACCTG 
CCCCAAATGA CAGTCGTTGA GGGTGAGAAT CGGACTATCA CCAGAAATGA TTTGCTAACC 
GAAGATGCAG ATACACCTCC TGAAGAAATT ATATACGATG TGATGAGTGG TCCTACTTTG 
GGGGTACTTA GAAAGATCAC AAACGATGGA CGCCCTGAGG ATCTATTAGC TTTCTCCAAT 
CAGTTTACCC AAGCTGATAT TAACAACGAT CGCATTATAT ATGTCCACTT TGGAATGCCA 
CAGTCCACGA CGTTTTGCTT CACCGTATCC GACGGGCAAT CAAATCCTGC ATACGAAATA 
TTTACCATTA AAATAGATTC TATTCATCTG CAACCGTCAG CAATGCAAGC ACCAGTGAAG 
GTTCAGCAAG GAGCTACTAC TGCTCCAATG AGATTGGATC ATATTGGAGT GTCCACAAAT 
GTGCATATGG AAAGGTTGTC TTACAACGTC ACAAACTCGC CGCTTTTTGG CATTATAGTG 
TACAAACATC AACCAACTCT GAGGTTCACG CAACAACAGT TGGAAACATC ACAGATAAGC 
TATATGCAAA CAGACCTGAA CCGATCGAAT GACTCCTTCC AGGTGAGTGC CTATGTTCCG 
GGCACCAATT ATGTTGCTCA GGTCGATGTG GTAATGGAGG TGGAACCTGT AATACAAATC 
AATGATATAG TAATGAAGGA AGCTGAATCC TCGGGTGGTA AAATAAAGCT TATTACCTCT 
TTGGACAACG ATAATCCTTT GTCGTTGAAA CTAAATAAAT TCAACCCCAA GTTTGTGATC 
ACTAGAATGC CATCAACTGG GCAAATCAGA AAGATAATCC GAAGCACGGG ACTGACAACC 
GATGGCCAGA GTGATAGATC CACGAATATA TTCTCTTATA AAGAACTTCG AAGTGGCGTC 
GTCTACTTTG TGCCCCATGA ATCGGTCGAG GAAACAGAAG CTGATCATGA CAGTTTTGAT 
TATCAATTGC TAATCAAAAC AGTTCAGCCG GCACAGGCCA CCGTATCGAT TGAGTATAGA 
AGTCGTGTTG AGGAAACCGA GACGGTTCAT TTGGGCAGTG CAGGATTATC CATTAACTAT 
TTAGCCATAG GATGTGCCAT CTTTATCGTG TTGATATGCC TGCTTATCGT GCTGTTGATA 
TTAAAGATCA GGAAACTGAG AAAGCACAAG GCAGATATAT CCAAGGATCA GCCGCCGGCG 
CTACCGTGTC CACCAGACTT GACTTCTGTG AGTCCGCAAC ACCATCTGCA CCATCATCAT 
GGCCACCATT ACGCAAGTTC CGAGGCGGAT TCCGTGCCGG CCACAGGAAA TTCAACACCG 
TTACCGGGTT TCAGCAATAT TCCCCATTGC AAGATAATAC CCGTGGAGTC GTACAAACAT 
GAGTATCCCG ACTACGATCC CGATGAGGAG GAGACGGACG ATCAGTGCGA TCCGCAGCAA 
ATGATGCTGC CGCAGAGATA TAATCCTTAT CACATGGAGC ACGACGCCTG GAGTTCGTCC 
TGCGATATGG CGAATGATTT TGCTGGCTAT GCCTCTGTGC CACAAAGTAT TTCCGGATCG 
GTCAGCTCAC CGCCCTCGGC CCCGCCAACA AATCCACTAC TTAGGCGGAA TCAGTATTGG 
GTGTAA

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

RefSeq	NP_001260539.1
CDS	782..7927
Translation	MSRLRGLGFGWLWLAWLAILQLQTVAAMKVSLFGDGYVSMPLQEAKMSTNIRVKFRTRQENAFLFLAAGRTDYCLLRLESGLISFSYKIERDVVQLRSPKKQKLNDLEWHDVAVQRFENNITLQVDGYIMRKQLPGDLAALNIHFGTFLGGVGDFTAEFLDDVIGFRGCISDVFYNNINIIKRAKDRTSHTTSTGVAWTCSTEFEGSIQDSISFMRNDSYSLMMKESYAMGETLSLQFRTMASAGVIFFNGGYDFILLEIEDQHLKVTFNKAGSLVQFMTNEHISDGKWHRVFLRYNAAIAELSLDDATSGYRGTHANETKASINLEKSVFFGGVQEEMRRRLISKGLRINEISFKGCMRDILVNDLPLGFAEMTISRSLALNCLWKYPCVEYNPCLKSGICSQHGVDGFICYCDQSYCIKADFQGPFKIFTETSPELELLYVSPMQLLEGGTAFLSPHFIDIILDLRRYPSLNEQSIIFHVVHQPKYGQLLQYSAEKAIFVPCRTFNLVDLATDKLKYVHNGQENFNDHATLDMQIFGDVHKIPENILGKHRFLLHANITPINDPPQLRLHSHKILRVIEGIERVLDVDLFNIDDPDSEPGNLIYTILPTQSPQETFGCFIVGGATTSAFSQAEVNVGKVSYLYNSTTAESFSYELQLQVSDGIETSETVYLPVSVHPLELRLVNNTGLIMIHKSSLPISTANLSIGTNAVDDHIDIRYDIVKAPQHGVLQRLRQIDGSWVNVDWFSDSQLLLGHIRYLHSSDFPWQDEFKFIASFGFVTTQTFDFRITFTRLRITSTRPSQISINGSREILLTSDVLSYETTPIGSFARSVIYKITKPTRYGGIYVEGSRKAAKKLDSFTQQDIEKRRIRYQTHHTSYSSFSDHLEFVVSVAECDDVAGVLEINYRPPDELINKLGYQNHEPLQVQEGERALITKNHFGIRFNIYESLQFQVSLSPEHGVICKYDEQTGLTTPVEMFTLEQLFRNDIYYCHDDTESTRDTFELLILSGDETDLQFVSNMEVHIKLVNDNEPYRTAIERVFHVVRNGIRTLNPTVLQYLDADVNTNHTDIHYIHVSSTNGAFYKSGHYIDSFTQDDIANRRIMFQHTGADSGTASFIVTDREHEVNGLLEIRASDPFVSMMATNASIVQEGKFVVLKNKDFILETNLDMKLDEIYYEVIKPPSYGILMYLSRANEGENGTTIYKATNYTSLSNFTHLDIERERLVYWNTEIASMDKVRYRVHIKNITAEGEVMFRIYPSAYWEPLQVKQNHTLYVEESTSVLISRDVLEVVHPNISPGDITFLVTSSPMHGYLEMQSMSFDDEYNCKVFDQSSVNTEKMFYIQAGVNQSTDYFVFDVTNGITWLRQLMIKIVIIPEKLYMHSNIISVVEGKTVQLNPTDIQPYSEYYRGKILEYIVTITPSSGHVLAGNSKVKRFTQKQLEQGSIQYVHNGSENATDSITLVAMARNKESVPFELEFAVVQVNDEEPMMVTNTGLQVWNGGRYVIKNTDLLAQDYDTPPENLTFVVNHIYGGYLARKSAPHQKIEHFTQAQINLEEIYFMHDSNSRRNELSFVVTDGLFNTTTQMLNIEIKPIEILAEHNENLHVFPLTKKQILRDYLHFKCSDEEREIRYNITVPPSLGRIVNEFIDNGFTKEVSEFTQNDVDNGHIFYEHTAVIMEFRTNDSFYFDVVAERSDRLLNQKFNIEISVSSGGLLRFLPVNKLNVDEGGSVPIKLDFSKILEYLKTKAGINNPELFIEAIQKPTHGNIGLGHEFKHMQRYHPSDFFTKKVYYIHDHSDTLEDTILMSVYLTQGNIFLCNLTIPVSINPINDQPFHLVTHLPQMTVVEGENRTITRNDLLTEDADTPPEEIIYDVMSGPTLGVLRKITNDGRPEDLLAFSNQFTQADINNDRIIYVHFGMPQSTTFCFTVSDGQSNPAYEIFTIKIDSIHLQPSAMQAPVKVQQGATTAPMRLDHIGVSTNVHMERLSYNVTNSPLFGIIVYKHQPTLRFTQQQLETSQISYMQTDLNRSNDSFQVSAYVPGTNYVAQVDVVMEVEPVIQINDIVMKEAESSGGKIKLITSLDNDNPLSLKLNKFNPKFVITRMPSTGQIRKIIRSTGLTTDGQSDRSTNIFSYKELRSGVVYFVPHESVEETEADHDSFDYQLLIKTVQPAQATVSIEYRSRVEETETVHLGSAGLSINYLAIGCAIFIVLICLLIVLLILKIRKLRKHKADISKDQPPALPCPPDLTSVSPQHHLHHHHGHHYASSEADSVPATGNSTPLPGFSNIPHCKIIPVESYKHEYPDYDPDEEETDDQCDPQQMMLPQRYNPYHMEHDAWSSSCDMANDFAGYASVPQSISGSVSSPPSAPPTNPLLRRNQYWV

Target ORF information:

RefSeq Version	NM_001273610.1
Organism	Drosophila melanogaster(fruit fly)
Definition	Drosophila melanogaster kon-tiki (kon), transcript variant C, mRNA.

Target ORF information:

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

NM_001273610.1

ORF Insert Sequence:

ATGTCGCGCC TCCGTGGATT AGGATTCGGA TGGCTGTGGC TGGCATGGCT CGCCATATTG 
CAATTGCAAA CTGTCGCAGC CATGAAAGTT TCCCTCTTCG GCGATGGCTA CGTATCGATG 
CCGCTGCAGG AGGCCAAGAT GTCAACGAAC ATCCGCGTCA AGTTTCGCAC CAGGCAGGAG 
AACGCCTTCC TCTTCCTGGC CGCCGGACGG ACCGACTACT GCCTGCTGCG CCTGGAGAGC 
GGTCTGATCA GTTTCAGCTA TAAAATCGAA CGGGATGTGG TGCAGCTGCG ATCGCCCAAA 
AAGCAAAAGC TTAACGATTT GGAATGGCAC GATGTGGCGG TGCAGAGGTT CGAGAATAAT 
ATCACCTTGC AGGTGGACGG ATACATAATG CGCAAACAGC TTCCAGGCGA TCTCGCCGCC 
CTCAATATCC ACTTCGGGAC ATTTCTGGGA GGCGTGGGGG ACTTTACGGC CGAGTTCTTG 
GATGATGTTA TCGGCTTTCG GGGCTGTATA TCAGATGTCT TTTACAACAA CATAAACATC 
ATCAAACGCG CCAAGGATCG CACGAGTCAC ACCACCAGTA CTGGAGTTGC CTGGACTTGC 
AGCACTGAGT TCGAAGGGTC CATTCAGGAC AGCATTAGCT TCATGAGGAA CGATTCGTAT 
TCCTTGATGA TGAAAGAATC GTATGCTATG GGAGAAACCC TTTCCTTGCA ATTCCGCACA 
ATGGCCAGTG CTGGGGTTAT TTTCTTCAAC GGCGGCTATG ATTTCATTCT CCTCGAAATA 
GAGGATCAGC ACTTGAAGGT GACCTTCAAC AAGGCAGGCA GTCTGGTGCA GTTCATGACA 
AATGAGCACA TATCCGATGG CAAATGGCAT CGGGTCTTCT TGCGCTATAA CGCCGCAATT 
GCGGAGCTAA GCCTCGACGA TGCCACGAGC GGTTATCGGG GAACTCACGC TAATGAGACC 
AAGGCGAGCA TAAATCTCGA GAAGAGCGTC TTCTTTGGCG GCGTTCAGGA GGAGATGCGC 
CGCCGGCTCA TCAGCAAGGG ACTGCGGATA AACGAGATCA GCTTCAAGGG CTGCATGCGC 
GACATCCTGG TCAACGATCT TCCACTGGGA TTCGCCGAGA TGACTATCTC CCGCAGCCTG 
GCCCTCAACT GCCTGTGGAA GTATCCATGC GTGGAGTACA ATCCCTGCCT TAAGAGCGGA 
ATCTGCAGTC AGCACGGAGT GGACGGCTTC ATCTGCTACT GCGATCAGTC CTACTGCATC 
AAGGCCGATT TTCAGGGACC TTTTAAGATC TTCACAGAAA CCAGTCCAGA GCTAGAGCTG 
CTCTATGTCT CACCCATGCA GCTTTTAGAA GGTGGAACTG CCTTTCTATC GCCCCACTTC 
ATAGACATTA TACTCGATCT GCGACGTTAT CCAAGTCTGA ACGAGCAATC CATTATTTTC 
CATGTGGTAC ATCAGCCGAA ATATGGACAA CTCTTGCAGT ACTCAGCTGA AAAAGCCATA 
TTTGTGCCTT GCCGCACATT TAACCTCGTT GATTTGGCCA CAGATAAATT GAAGTATGTG 
CACAATGGCC AAGAGAACTT CAATGATCAT GCCACACTGG ATATGCAGAT CTTTGGGGAT 
GTGCACAAGA TACCGGAGAA TATATTGGGC AAGCATAGGT TCCTTTTACA TGCCAATATA 
ACACCCATAA ATGATCCACC GCAATTAAGA CTGCATTCGC ATAAAATCCT GCGAGTGATC 
GAGGGAATAG AAAGGGTACT GGACGTGGAT TTATTCAACA TTGACGATCC AGACAGCGAG 
CCTGGAAATC TGATCTACAC CATACTGCCG ACCCAGAGTC CTCAGGAGAC CTTTGGTTGT 
TTTATAGTTG GAGGTGCGAC CACATCAGCC TTCTCCCAGG CCGAAGTGAA TGTGGGAAAA 
GTATCGTATC TGTACAACTC CACTACAGCG GAATCCTTTA GCTATGAACT GCAACTGCAA 
GTATCCGACG GCATTGAGAC GAGTGAAACT GTTTATCTGC CTGTTTCGGT ACATCCGTTG 
GAGCTTCGGT TAGTCAATAA CACGGGCCTC ATAATGATCC ACAAGAGTTC TTTGCCAATC 
AGTACCGCTA ATCTCTCCAT TGGCACCAAT GCTGTAGATG ACCACATCGA CATTCGGTAC 
GATATCGTTA AGGCTCCACA GCATGGAGTT CTCCAGCGGC TGAGGCAGAT TGATGGCTCC 
TGGGTGAACG TGGACTGGTT CAGCGATAGC CAGCTGCTCC TTGGCCACAT TCGCTATTTG 
CACAGCAGCG ATTTTCCCTG GCAAGACGAA TTCAAGTTTA TTGCCTCGTT CGGCTTTGTG 
ACCACGCAAA CTTTCGACTT CCGCATCACA TTCACGCGCC TGCGCATAAC GAGCACCAGA 
CCCTCGCAGA TATCGATCAA TGGCAGCCGG GAGATTCTGC TGACCAGCGA TGTACTCTCC 
TACGAGACCA CGCCCATCGG AAGCTTTGCG CGCAGCGTGA TCTACAAAAT AACGAAGCCA 
ACTCGCTACG GGGGCATCTA TGTGGAGGGC TCGCGGAAGG CGGCCAAGAA GCTGGACTCC 
TTCACCCAAC AGGATATAGA GAAACGGCGA ATCCGATATC AAACTCATCA CACCAGCTAC 
TCCAGCTTCA GTGATCATCT GGAGTTTGTT GTTTCCGTTG CCGAATGCGA TGATGTGGCG 
GGAGTTCTGG AGATTAACTA CAGACCGCCC GATGAGCTTA TTAACAAGCT GGGGTATCAA 
AACCACGAGC CTCTGCAAGT GCAGGAGGGA GAAAGGGCTC TCATAACCAA GAATCACTTT 
GGGATACGCT TCAACATCTA CGAAAGTCTA CAGTTTCAGG TTTCATTGAG TCCGGAACAT 
GGTGTTATAT GCAAGTACGA TGAACAGACG GGTCTCACCA CCCCAGTGGA AATGTTTACA 
TTGGAGCAAC TGTTCCGAAA TGATATATAC TATTGCCATG ACGATACCGA ATCCACGAGG 
GACACTTTCG AGTTGCTCAT TCTCTCCGGT GACGAAACTG ATCTCCAGTT TGTGTCCAAT 
ATGGAAGTAC ACATAAAACT AGTAAACGAC AATGAGCCTT ATCGCACCGC CATCGAGCGC 
GTATTCCATG TGGTCAGGAA CGGCATCAGG ACCCTCAATC CCACAGTGCT CCAGTATCTG 
GATGCTGATG TCAATACCAA TCACACAGAT ATCCACTACA TCCATGTGTC TAGCACCAAT 
GGTGCCTTTT ACAAGAGTGG TCACTACATC GATAGCTTCA CGCAGGACGA CATAGCAAAC 
AGGAGGATTA TGTTCCAGCA TACAGGTGCT GATTCTGGAA CTGCTTCTTT TATAGTCACC 
GATCGTGAGC ATGAGGTGAA TGGTTTGCTG GAGATCCGTG CCTCCGATCC ATTCGTCTCC 
ATGATGGCAA CCAATGCATC CATAGTTCAG GAGGGTAAAT TTGTTGTTCT GAAGAACAAA 
GACTTTATTT TGGAAACAAA TTTGGATATG AAACTGGATG AAATCTACTA CGAAGTGATT 
AAACCCCCCT CGTATGGCAT TCTCATGTAC TTGAGCAGAG CAAATGAGGG AGAGAACGGT 
ACTACGATAT ACAAGGCAAC AAATTATACA TCCCTGAGTA ATTTTACCCA CTTGGATATT 
GAACGGGAGA GATTGGTCTA TTGGAATACG GAAATTGCCT CAATGGATAA AGTTAGATAT 
CGGGTGCATA TCAAGAACAT TACAGCTGAG GGCGAGGTCA TGTTCCGGAT TTATCCATCT 
GCGTATTGGG AACCCCTGCA AGTGAAACAA AACCACACAC TTTACGTGGA GGAATCCACA 
AGTGTACTAA TCTCCAGAGA TGTTTTAGAG GTGGTTCATC CCAATATTTC CCCCGGAGAC 
ATTACCTTCC TAGTAACATC TTCTCCCATG CACGGTTATT TGGAAATGCA GTCCATGTCC 
TTCGACGATG AATACAACTG CAAGGTGTTC GATCAGTCTT CTGTGAATAC AGAAAAAATG 
TTTTATATTC AAGCAGGAGT TAACCAGTCT ACAGATTACT TTGTGTTCGA TGTTACCAAT 
GGCATAACGT GGCTAAGGCA ACTGATGATA AAGATCGTGA TCATACCTGA AAAGCTATAT 
ATGCACTCAA ATATTATTTC GGTTGTAGAG GGAAAGACTG TCCAACTAAA TCCAACTGAT 
ATACAGCCTT ATTCGGAATA CTACCGCGGA AAGATTTTGG AGTACATAGT AACCATTACA 
CCGAGCTCTG GTCACGTTTT GGCTGGAAAC TCAAAGGTCA AAAGATTCAC TCAAAAACAA 
CTCGAACAGG GTAGCATACA GTATGTGCAC AATGGCAGCG AAAATGCCAC CGATAGCATT 
ACATTGGTGG CCATGGCCAG GAACAAGGAG AGTGTTCCTT TCGAGCTGGA ATTCGCTGTG 
GTTCAAGTGA ACGACGAGGA GCCCATGATG GTCACCAATA CGGGCCTGCA GGTGTGGAAC 
GGTGGACGCT ATGTCATCAA AAATACTGAC CTGTTGGCTC AAGACTACGA CACTCCACCG 
GAGAATCTTA CATTTGTGGT GAATCACATA TACGGCGGCT ACTTGGCAAG GAAGTCAGCA 
CCTCACCAAA AAATCGAACA TTTCACCCAG GCTCAAATAA ACCTCGAAGA AATATATTTC 
ATGCACGACT CCAACTCCAG GAGAAACGAA CTATCCTTTG TGGTAACAGA TGGGCTATTT 
AACACCACCA CCCAAATGTT GAATATTGAA ATCAAGCCGA TTGAAATTCT GGCCGAGCAC 
AATGAAAATC TGCATGTTTT TCCATTAACC AAAAAACAAA TTCTGCGTGA CTACTTGCAC 
TTTAAATGTT CAGATGAGGA ACGAGAGATT AGATATAACA TTACAGTTCC CCCAAGTCTG 
GGTCGCATTG TGAATGAGTT TATAGATAAT GGTTTCACGA AGGAAGTCAG TGAATTTACC 
CAAAACGATG TAGACAATGG GCATATATTT TATGAACACA CAGCTGTTAT CATGGAGTTC 
AGGACCAATG ATTCATTTTA CTTCGATGTG GTTGCTGAAA GAAGCGATCG TCTATTGAAT 
CAGAAATTCA ACATTGAGAT ATCGGTTTCC TCAGGAGGCT TACTCAGATT TCTACCAGTT 
AATAAGCTCA ATGTAGACGA AGGCGGTTCG GTGCCTATTA AGTTGGATTT CTCAAAGATT 
TTGGAGTATC TGAAAACGAA AGCTGGCATA AATAACCCTG AGTTGTTCAT AGAAGCCATC 
CAAAAACCCA CACACGGCAA TATTGGTCTG GGTCATGAGT TCAAGCATAT GCAGAGATAC 
CACCCAAGCG ATTTCTTTAC CAAAAAAGTC TACTACATAC ACGATCATTC GGACACTTTG 
GAGGATACTA TACTGATGTC GGTTTACCTG ACACAAGGGA ACATTTTTCT GTGCAATTTG 
ACAATTCCCG TTTCCATCAA CCCCATTAAC GATCAACCCT TCCATTTGGT CACCCACCTG 
CCCCAAATGA CAGTCGTTGA GGGTGAGAAT CGGACTATCA CCAGAAATGA TTTGCTAACC 
GAAGATGCAG ATACACCTCC TGAAGAAATT ATATACGATG TGATGAGTGG TCCTACTTTG 
GGGGTACTTA GAAAGATCAC AAACGATGGA CGCCCTGAGG ATCTATTAGC TTTCTCCAAT 
CAGTTTACCC AAGCTGATAT TAACAACGAT CGCATTATAT ATGTCCACTT TGGAATGCCA 
CAGTCCACGA CGTTTTGCTT CACCGTATCC GACGGGCAAT CAAATCCTGC ATACGAAATA 
TTTACCATTA AAATAGATTC TATTCATCTG CAACCGTCAG CAATGCAAGC ACCAGTGAAG 
GTTCAGCAAG GAGCTACTAC TGCTCCAATG AGATTGGATC ATATTGGAGT GTCCACAAAT 
GTGCATATGG AAAGGTTGTC TTACAACGTC ACAAACTCGC CGCTTTTTGG CATTATAGTG 
TACAAACATC AACCAACTCT GAGGTTCACG CAACAACAGT TGGAAACATC ACAGATAAGC 
TATATGCAAA CAGACCTGAA CCGATCGAAT GACTCCTTCC AGGTGAGTGC CTATGTTCCG 
GGCACCAATT ATGTTGCTCA GGTCGATGTG GTAATGGAGG TGGAACCTGT AATACAAATC 
AATGATATAG TAATGAAGGA AGCTGAATCC TCGGGTGGTA AAATAAAGCT TATTACCTCT 
TTGGACAACG ATAATCCTTT GTCGTTGAAA CTAAATAAAT TCAACCCCAA GTTTGTGATC 
ACTAGAATGC CATCAACTGG GCAAATCAGA AAGATAATCC GAAGCACGGG ACTGACAACC 
GATGGCCAGA GTGATAGATC CACGAATATA TTCTCTTATA AAGAACTTCG AAGTGGCGTC 
GTCTACTTTG TGCCCCATGA ATCGGTCGAG GAAACAGAAG CTGATCATGA CAGTTTTGAT 
TATCAATTGC TAATCAAAAC AGTTCAGCCG GCACAGGCCA CCGTATCGAT TGAGTATAGA 
AGTCGTGTTG AGGAAACCGA GACGGTTCAT TTGGGCAGTG CAGGATTATC CATTAACTAT 
TTAGCCATAG GATGTGCCAT CTTTATCGTG TTGATATGCC TGCTTATCGT GCTGTTGATA 
TTAAAGATCA GGAAACTGAG AAAGCACAAG GCAGATATAT CCAAGGATCA GCCGCCGGCG 
CTACCGTGTC CACCAGACTT GACTTCTGTG AGTCCGCAAC ACCATCTGCA CCATCATCAT 
GGCCACCATT ACGCAAGTTC CGAGGCGGAT TCCGTGCCGG CCACAGGAAA TTCAACACCG 
TTACCGGGTT TCAGCAATAT TCCCCATTGC AAGATAATAC CCGTGGAGTC GTACAAACAT 
GAGTATCCCG ACTACGATCC CGATGAGGAG GAGACGGACG ATCAGTGCGA TCCGCAGCAA 
ATGATGCTGC CGCAGAGATA TAATCCTTAT CACATGGAGC ACGACGCCTG GAGTTCGTCC 
TGCGATATGG CGAATGATTT TGCTGGCTAT GCCTCTGTGC CACAAAGTAT TTCCGGATCG 
GTCAGCTCAC CGCCCTCGGC CCCGCCAACA AATCCACTAC TTAGGCGGAA TCAGTATTGG 
GTGTAA

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

kon ( NM_001273611.1 ) cDNA ORF clone, Drosophila melanogaster(fruit fly) -> NP_001260540.1 Drosophila melanogaster kon-tiki (kon), transcript variant D, mRNA.

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CloneID	OFa14895
Clone ID Related Accession (Same CDS sequence)	NM_136037.4 , NM_001273610.1 , NM_001273611.1
Accession Version	NM_001273611.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7146bp) 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	2019-04-24
Organism	Drosophila melanogaster(fruit fly)
Product	kon-tiki, isoform D
Comment	Comment: REVIEWED REFSEQ: This record has been curated by FlyBase. This record is derived from an annotated genomic sequence (NT_033779). ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 6.26 URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGTCGCGCC TCCGTGGATT AGGATTCGGA TGGCTGTGGC TGGCATGGCT CGCCATATTG 
CAATTGCAAA CTGTCGCAGC CATGAAAGTT TCCCTCTTCG GCGATGGCTA CGTATCGATG 
CCGCTGCAGG AGGCCAAGAT GTCAACGAAC ATCCGCGTCA AGTTTCGCAC CAGGCAGGAG 
AACGCCTTCC TCTTCCTGGC CGCCGGACGG ACCGACTACT GCCTGCTGCG CCTGGAGAGC 
GGTCTGATCA GTTTCAGCTA TAAAATCGAA CGGGATGTGG TGCAGCTGCG ATCGCCCAAA 
AAGCAAAAGC TTAACGATTT GGAATGGCAC GATGTGGCGG TGCAGAGGTT CGAGAATAAT 
ATCACCTTGC AGGTGGACGG ATACATAATG CGCAAACAGC TTCCAGGCGA TCTCGCCGCC 
CTCAATATCC ACTTCGGGAC ATTTCTGGGA GGCGTGGGGG ACTTTACGGC CGAGTTCTTG 
GATGATGTTA TCGGCTTTCG GGGCTGTATA TCAGATGTCT TTTACAACAA CATAAACATC 
ATCAAACGCG CCAAGGATCG CACGAGTCAC ACCACCAGTA CTGGAGTTGC CTGGACTTGC 
AGCACTGAGT TCGAAGGGTC CATTCAGGAC AGCATTAGCT TCATGAGGAA CGATTCGTAT 
TCCTTGATGA TGAAAGAATC GTATGCTATG GGAGAAACCC TTTCCTTGCA ATTCCGCACA 
ATGGCCAGTG CTGGGGTTAT TTTCTTCAAC GGCGGCTATG ATTTCATTCT CCTCGAAATA 
GAGGATCAGC ACTTGAAGGT GACCTTCAAC AAGGCAGGCA GTCTGGTGCA GTTCATGACA 
AATGAGCACA TATCCGATGG CAAATGGCAT CGGGTCTTCT TGCGCTATAA CGCCGCAATT 
GCGGAGCTAA GCCTCGACGA TGCCACGAGC GGTTATCGGG GAACTCACGC TAATGAGACC 
AAGGCGAGCA TAAATCTCGA GAAGAGCGTC TTCTTTGGCG GCGTTCAGGA GGAGATGCGC 
CGCCGGCTCA TCAGCAAGGG ACTGCGGATA AACGAGATCA GCTTCAAGGG CTGCATGCGC 
GACATCCTGG TCAACGATCT TCCACTGGGA TTCGCCGAGA TGACTATCTC CCGCAGCCTG 
GCCCTCAACT GCCTGTGGAA GTATCCATGC GTGGAGTACA ATCCCTGCCT TAAGAGCGGA 
ATCTGCAGTC AGCACGGAGT GGACGGCTTC ATCTGCTACT GCGATCAGTC CTACTGCATC 
AAGGCCGATT TTCAGGGACC TTTTAAGATC TTCACAGAAA CCAGTCCAGA GCTAGAGCTG 
CTCTATGTCT CACCCATGCA GCTTTTAGAA GGTGGAACTG CCTTTCTATC GCCCCACTTC 
ATAGACATTA TACTCGATCT GCGACGTTAT CCAAGTCTGA ACGAGCAATC CATTATTTTC 
CATGTGGTAC ATCAGCCGAA ATATGGACAA CTCTTGCAGT ACTCAGCTGA AAAAGCCATA 
TTTGTGCCTT GCCGCACATT TAACCTCGTT GATTTGGCCA CAGATAAATT GAAGTATGTG 
CACAATGGCC AAGAGAACTT CAATGATCAT GCCACACTGG ATATGCAGAT CTTTGGGGAT 
GTGCACAAGA TACCGGAGAA TATATTGGGC AAGCATAGGT TCCTTTTACA TGCCAATATA 
ACACCCATAA ATGATCCACC GCAATTAAGA CTGCATTCGC ATAAAATCCT GCGAGTGATC 
GAGGGAATAG AAAGGGTACT GGACGTGGAT TTATTCAACA TTGACGATCC AGACAGCGAG 
CCTGGAAATC TGATCTACAC CATACTGCCG ACCCAGAGTC CTCAGGAGAC CTTTGGTTGT 
TTTATAGTTG GAGGTGCGAC CACATCAGCC TTCTCCCAGG CCGAAGTGAA TGTGGGAAAA 
GTATCGTATC TGTACAACTC CACTACAGCG GAATCCTTTA GCTATGAACT GCAACTGCAA 
GTATCCGACG GCATTGAGAC GAGTGAAACT GTTTATCTGC CTGTTTCGGT ACATCCGTTG 
GAGCTTCGGT TAGTCAATAA CACGGGCCTC ATAATGATCC ACAAGAGTTC TTTGCCAATC 
AGTACCGCTA ATCTCTCCAT TGGCACCAAT GCTGTAGATG ACCACATCGA CATTCGGTAC 
GATATCGTTA AGGCTCCACA GCATGGAGTT CTCCAGCGGC TGAGGCAGAT TGATGGCTCC 
TGGGTGAACG TGGACTGGTT CAGCGATAGC CAGCTGCTCC TTGGCCACAT TCGCTATTTG 
CACAGCAGCG ATTTTCCCTG GCAAGACGAA TTCAAGTTTA TTGCCTCGTT CGGCTTTGTG 
ACCACGCAAA CTTTCGACTT CCGCATCACA TTCACGCGCC TGCGCATAAC GAGCACCAGA 
CCCTCGCAGA TATCGATCAA TGGCAGCCGG GAGATTCTGC TGACCAGCGA TGTACTCTCC 
TACGAGACCA CGCCCATCGG AAGCTTTGCG CGCAGCGTGA TCTACAAAAT AACGAAGCCA 
ACTCGCTACG GGGGCATCTA TGTGGAGGGC TCGCGGAAGG CGGCCAAGAA GCTGGACTCC 
TTCACCCAAC AGGATATAGA GAAACGGCGA ATCCGATATC AAACTCATCA CACCAGCTAC 
TCCAGCTTCA GTGATCATCT GGAGTTTGTT GTTTCCGTTG CCGAATGCGA TGATGTGGCG 
GGAGTTCTGG AGATTAACTA CAGACCGCCC GATGAGCTTA TTAACAAGCT GGGGTATCAA 
AACCACGAGC CTCTGCAAGT GCAGGAGGGA GAAAGGGCTC TCATAACCAA GAATCACTTT 
GGGATACGCT TCAACATCTA CGAAAGTCTA CAGTTTCAGG TTTCATTGAG TCCGGAACAT 
GGTGTTATAT GCAAGTACGA TGAACAGACG GGTCTCACCA CCCCAGTGGA AATGTTTACA 
TTGGAGCAAC TGTTCCGAAA TGATATATAC TATTGCCATG ACGATACCGA ATCCACGAGG 
GACACTTTCG AGTTGCTCAT TCTCTCCGGT GACGAAACTG ATCTCCAGTT TGTGTCCAAT 
ATGGAAGTAC ACATAAAACT AGTAAACGAC AATGAGCCTT ATCGCACCGC CATCGAGCGC 
GTATTCCATG TGGTCAGGAA CGGCATCAGG ACCCTCAATC CCACAGTGCT CCAGTATCTG 
GATGCTGATG TCAATACCAA TCACACAGAT ATCCACTACA TCCATGTGTC TAGCACCAAT 
GGTGCCTTTT ACAAGAGTGG TCACTACATC GATAGCTTCA CGCAGGACGA CATAGCAAAC 
AGGAGGATTA TGTTCCAGCA TACAGGTGCT GATTCTGGAA CTGCTTCTTT TATAGTCACC 
GATCGTGAGC ATGAGGTGAA TGGTTTGCTG GAGATCCGTG CCTCCGATCC ATTCGTCTCC 
ATGATGGCAA CCAATGCATC CATAGTTCAG GAGGGTAAAT TTGTTGTTCT GAAGAACAAA 
GACTTTATTT TGGAAACAAA TTTGGATATG AAACTGGATG AAATCTACTA CGAAGTGATT 
AAACCCCCCT CGTATGGCAT TCTCATGTAC TTGAGCAGAG CAAATGAGGG AGAGAACGGT 
ACTACGATAT ACAAGGCAAC AAATTATACA TCCCTGAGTA ATTTTACCCA CTTGGATATT 
GAACGGGAGA GATTGGTCTA TTGGAATACG GAAATTGCCT CAATGGATAA AGTTAGATAT 
CGGGTGCATA TCAAGAACAT TACAGCTGAG GGCGAGGTCA TGTTCCGGAT TTATCCATCT 
GCGTATTGGG AACCCCTGCA AGTGAAACAA AACCACACAC TTTACGTGGA GGAATCCACA 
AGTGTACTAA TCTCCAGAGA TGTTTTAGAG GTGGTTCATC CCAATATTTC CCCCGGAGAC 
ATTACCTTCC TAGTAACATC TTCTCCCATG CACGGTTATT TGGAAATGCA GTCCATGTCC 
TTCGACGATG AATACAACTG CAAGGTGTTC GATCAGTCTT CTGTGAATAC AGAAAAAATG 
TTTTATATTC AAGCAGGAGT TAACCAGTCT ACAGATTACT TTGTGTTCGA TGTTACCAAT 
GGCATAACGT GGCTAAGGCA ACTGATGATA AAGATCGTGA TCATACCTGA AAAGCTATAT 
ATGCACTCAA ATATTATTTC GGTTGTAGAG GGAAAGACTG TCCAACTAAA TCCAACTGAT 
ATACAGCCTT ATTCGGAATA CTACCGCGGA AAGATTTTGG AGTACATAGT AACCATTACA 
CCGAGCTCTG GTCACGTTTT GGCTGGAAAC TCAAAGGTCA AAAGATTCAC TCAAAAACAA 
CTCGAACAGG GTAGCATACA GTATGTGCAC AATGGCAGCG AAAATGCCAC CGATAGCATT 
ACATTGGTGG CCATGGCCAG GAACAAGGAG AGTGTTCCTT TCGAGCTGGA ATTCGCTGTG 
GTTCAAGTGA ACGACGAGGA GCCCATGATG GTCACCAATA CGGGCCTGCA GGTGTGGAAC 
GGTGGACGCT ATGTCATCAA AAATACTGAC CTGTTGGCTC AAGACTACGA CACTCCACCG 
GAGAATCTTA CATTTGTGGT GAATCACATA TACGGCGGCT ACTTGGCAAG GAAGTCAGCA 
CCTCACCAAA AAATCGAACA TTTCACCCAG GCTCAAATAA ACCTCGAAGA AATATATTTC 
ATGCACGACT CCAACTCCAG GAGAAACGAA CTATCCTTTG TGGTAACAGA TGGGCTATTT 
AACACCACCA CCCAAATGTT GAATATTGAA ATCAAGCCGA TTGAAATTCT GGCCGAGCAC 
AATGAAAATC TGCATGTTTT TCCATTAACC AAAAAACAAA TTCTGCGTGA CTACTTGCAC 
TTTAAATGTT CAGATGAGGA ACGAGAGATT AGATATAACA TTACAGTTCC CCCAAGTCTG 
GGTCGCATTG TGAATGAGTT TATAGATAAT GGTTTCACGA AGGAAGTCAG TGAATTTACC 
CAAAACGATG TAGACAATGG GCATATATTT TATGAACACA CAGCTGTTAT CATGGAGTTC 
AGGACCAATG ATTCATTTTA CTTCGATGTG GTTGCTGAAA GAAGCGATCG TCTATTGAAT 
CAGAAATTCA ACATTGAGAT ATCGGTTTCC TCAGGAGGCT TACTCAGATT TCTACCAGTT 
AATAAGCTCA ATGTAGACGA AGGCGGTTCG GTGCCTATTA AGTTGGATTT CTCAAAGATT 
TTGGAGTATC TGAAAACGAA AGCTGGCATA AATAACCCTG AGTTGTTCAT AGAAGCCATC 
CAAAAACCCA CACACGGCAA TATTGGTCTG GGTCATGAGT TCAAGCATAT GCAGAGATAC 
CACCCAAGCG ATTTCTTTAC CAAAAAAGTC TACTACATAC ACGATCATTC GGACACTTTG 
GAGGATACTA TACTGATGTC GGTTTACCTG ACACAAGGGA ACATTTTTCT GTGCAATTTG 
ACAATTCCCG TTTCCATCAA CCCCATTAAC GATCAACCCT TCCATTTGGT CACCCACCTG 
CCCCAAATGA CAGTCGTTGA GGGTGAGAAT CGGACTATCA CCAGAAATGA TTTGCTAACC 
GAAGATGCAG ATACACCTCC TGAAGAAATT ATATACGATG TGATGAGTGG TCCTACTTTG 
GGGGTACTTA GAAAGATCAC AAACGATGGA CGCCCTGAGG ATCTATTAGC TTTCTCCAAT 
CAGTTTACCC AAGCTGATAT TAACAACGAT CGCATTATAT ATGTCCACTT TGGAATGCCA 
CAGTCCACGA CGTTTTGCTT CACCGTATCC GACGGGCAAT CAAATCCTGC ATACGAAATA 
TTTACCATTA AAATAGATTC TATTCATCTG CAACCGTCAG CAATGCAAGC ACCAGTGAAG 
GTTCAGCAAG GAGCTACTAC TGCTCCAATG AGATTGGATC ATATTGGAGT GTCCACAAAT 
GTGCATATGG AAAGGTTGTC TTACAACGTC ACAAACTCGC CGCTTTTTGG CATTATAGTG 
TACAAACATC AACCAACTCT GAGGTTCACG CAACAACAGT TGGAAACATC ACAGATAAGC 
TATATGCAAA CAGACCTGAA CCGATCGAAT GACTCCTTCC AGGTGAGTGC CTATGTTCCG 
GGCACCAATT ATGTTGCTCA GGTCGATGTG GTAATGGAGG TGGAACCTGT AATACAAATC 
AATGATATAG TAATGAAGGA AGCTGAATCC TCGGGTGGTA AAATAAAGCT TATTACCTCT 
TTGGACAACG ATAATCCTTT GTCGTTGAAA CTAAATAAAT TCAACCCCAA GTTTGTGATC 
ACTAGAATGC CATCAACTGG GCAAATCAGA AAGATAATCC GAAGCACGGG ACTGACAACC 
GATGGCCAGA GTGATAGATC CACGAATATA TTCTCTTATA AAGAACTTCG AAGTGGCGTC 
GTCTACTTTG TGCCCCATGA ATCGGTCGAG GAAACAGAAG CTGATCATGA CAGTTTTGAT 
TATCAATTGC TAATCAAAAC AGTTCAGCCG GCACAGGCCA CCGTATCGAT TGAGTATAGA 
AGTCGTGTTG AGGAAACCGA GACGGTTCAT TTGGGCAGTG CAGGATTATC CATTAACTAT 
TTAGCCATAG GATGTGCCAT CTTTATCGTG TTGATATGCC TGCTTATCGT GCTGTTGATA 
TTAAAGATCA GGAAACTGAG AAAGCACAAG GCAGATATAT CCAAGGATCA GCCGCCGGCG 
CTACCGTGTC CACCAGACTT GACTTCTGTG AGTCCGCAAC ACCATCTGCA CCATCATCAT 
GGCCACCATT ACGCAAGTTC CGAGGCGGAT TCCGTGCCGG CCACAGGAAA TTCAACACCG 
TTACCGGGTT TCAGCAATAT TCCCCATTGC AAGATAATAC CCGTGGAGTC GTACAAACAT 
GAGTATCCCG ACTACGATCC CGATGAGGAG GAGACGGACG ATCAGTGCGA TCCGCAGCAA 
ATGATGCTGC CGCAGAGATA TAATCCTTAT CACATGGAGC ACGACGCCTG GAGTTCGTCC 
TGCGATATGG CGAATGATTT TGCTGGCTAT GCCTCTGTGC CACAAAGTAT TTCCGGATCG 
GTCAGCTCAC CGCCCTCGGC CCCGCCAACA AATCCACTAC TTAGGCGGAA TCAGTATTGG 
GTGTAA

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

RefSeq	NP_001260540.1
CDS	58..7203
Translation	MSRLRGLGFGWLWLAWLAILQLQTVAAMKVSLFGDGYVSMPLQEAKMSTNIRVKFRTRQENAFLFLAAGRTDYCLLRLESGLISFSYKIERDVVQLRSPKKQKLNDLEWHDVAVQRFENNITLQVDGYIMRKQLPGDLAALNIHFGTFLGGVGDFTAEFLDDVIGFRGCISDVFYNNINIIKRAKDRTSHTTSTGVAWTCSTEFEGSIQDSISFMRNDSYSLMMKESYAMGETLSLQFRTMASAGVIFFNGGYDFILLEIEDQHLKVTFNKAGSLVQFMTNEHISDGKWHRVFLRYNAAIAELSLDDATSGYRGTHANETKASINLEKSVFFGGVQEEMRRRLISKGLRINEISFKGCMRDILVNDLPLGFAEMTISRSLALNCLWKYPCVEYNPCLKSGICSQHGVDGFICYCDQSYCIKADFQGPFKIFTETSPELELLYVSPMQLLEGGTAFLSPHFIDIILDLRRYPSLNEQSIIFHVVHQPKYGQLLQYSAEKAIFVPCRTFNLVDLATDKLKYVHNGQENFNDHATLDMQIFGDVHKIPENILGKHRFLLHANITPINDPPQLRLHSHKILRVIEGIERVLDVDLFNIDDPDSEPGNLIYTILPTQSPQETFGCFIVGGATTSAFSQAEVNVGKVSYLYNSTTAESFSYELQLQVSDGIETSETVYLPVSVHPLELRLVNNTGLIMIHKSSLPISTANLSIGTNAVDDHIDIRYDIVKAPQHGVLQRLRQIDGSWVNVDWFSDSQLLLGHIRYLHSSDFPWQDEFKFIASFGFVTTQTFDFRITFTRLRITSTRPSQISINGSREILLTSDVLSYETTPIGSFARSVIYKITKPTRYGGIYVEGSRKAAKKLDSFTQQDIEKRRIRYQTHHTSYSSFSDHLEFVVSVAECDDVAGVLEINYRPPDELINKLGYQNHEPLQVQEGERALITKNHFGIRFNIYESLQFQVSLSPEHGVICKYDEQTGLTTPVEMFTLEQLFRNDIYYCHDDTESTRDTFELLILSGDETDLQFVSNMEVHIKLVNDNEPYRTAIERVFHVVRNGIRTLNPTVLQYLDADVNTNHTDIHYIHVSSTNGAFYKSGHYIDSFTQDDIANRRIMFQHTGADSGTASFIVTDREHEVNGLLEIRASDPFVSMMATNASIVQEGKFVVLKNKDFILETNLDMKLDEIYYEVIKPPSYGILMYLSRANEGENGTTIYKATNYTSLSNFTHLDIERERLVYWNTEIASMDKVRYRVHIKNITAEGEVMFRIYPSAYWEPLQVKQNHTLYVEESTSVLISRDVLEVVHPNISPGDITFLVTSSPMHGYLEMQSMSFDDEYNCKVFDQSSVNTEKMFYIQAGVNQSTDYFVFDVTNGITWLRQLMIKIVIIPEKLYMHSNIISVVEGKTVQLNPTDIQPYSEYYRGKILEYIVTITPSSGHVLAGNSKVKRFTQKQLEQGSIQYVHNGSENATDSITLVAMARNKESVPFELEFAVVQVNDEEPMMVTNTGLQVWNGGRYVIKNTDLLAQDYDTPPENLTFVVNHIYGGYLARKSAPHQKIEHFTQAQINLEEIYFMHDSNSRRNELSFVVTDGLFNTTTQMLNIEIKPIEILAEHNENLHVFPLTKKQILRDYLHFKCSDEEREIRYNITVPPSLGRIVNEFIDNGFTKEVSEFTQNDVDNGHIFYEHTAVIMEFRTNDSFYFDVVAERSDRLLNQKFNIEISVSSGGLLRFLPVNKLNVDEGGSVPIKLDFSKILEYLKTKAGINNPELFIEAIQKPTHGNIGLGHEFKHMQRYHPSDFFTKKVYYIHDHSDTLEDTILMSVYLTQGNIFLCNLTIPVSINPINDQPFHLVTHLPQMTVVEGENRTITRNDLLTEDADTPPEEIIYDVMSGPTLGVLRKITNDGRPEDLLAFSNQFTQADINNDRIIYVHFGMPQSTTFCFTVSDGQSNPAYEIFTIKIDSIHLQPSAMQAPVKVQQGATTAPMRLDHIGVSTNVHMERLSYNVTNSPLFGIIVYKHQPTLRFTQQQLETSQISYMQTDLNRSNDSFQVSAYVPGTNYVAQVDVVMEVEPVIQINDIVMKEAESSGGKIKLITSLDNDNPLSLKLNKFNPKFVITRMPSTGQIRKIIRSTGLTTDGQSDRSTNIFSYKELRSGVVYFVPHESVEETEADHDSFDYQLLIKTVQPAQATVSIEYRSRVEETETVHLGSAGLSINYLAIGCAIFIVLICLLIVLLILKIRKLRKHKADISKDQPPALPCPPDLTSVSPQHHLHHHHGHHYASSEADSVPATGNSTPLPGFSNIPHCKIIPVESYKHEYPDYDPDEEETDDQCDPQQMMLPQRYNPYHMEHDAWSSSCDMANDFAGYASVPQSISGSVSSPPSAPPTNPLLRRNQYWV

Target ORF information:

RefSeq Version	NM_001273611.1
Organism	Drosophila melanogaster(fruit fly)
Definition	Drosophila melanogaster kon-tiki (kon), transcript variant D, mRNA.

Target ORF information:

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

NM_001273611.1

ORF Insert Sequence:

ATGTCGCGCC TCCGTGGATT AGGATTCGGA TGGCTGTGGC TGGCATGGCT CGCCATATTG 
CAATTGCAAA CTGTCGCAGC CATGAAAGTT TCCCTCTTCG GCGATGGCTA CGTATCGATG 
CCGCTGCAGG AGGCCAAGAT GTCAACGAAC ATCCGCGTCA AGTTTCGCAC CAGGCAGGAG 
AACGCCTTCC TCTTCCTGGC CGCCGGACGG ACCGACTACT GCCTGCTGCG CCTGGAGAGC 
GGTCTGATCA GTTTCAGCTA TAAAATCGAA CGGGATGTGG TGCAGCTGCG ATCGCCCAAA 
AAGCAAAAGC TTAACGATTT GGAATGGCAC GATGTGGCGG TGCAGAGGTT CGAGAATAAT 
ATCACCTTGC AGGTGGACGG ATACATAATG CGCAAACAGC TTCCAGGCGA TCTCGCCGCC 
CTCAATATCC ACTTCGGGAC ATTTCTGGGA GGCGTGGGGG ACTTTACGGC CGAGTTCTTG 
GATGATGTTA TCGGCTTTCG GGGCTGTATA TCAGATGTCT TTTACAACAA CATAAACATC 
ATCAAACGCG CCAAGGATCG CACGAGTCAC ACCACCAGTA CTGGAGTTGC CTGGACTTGC 
AGCACTGAGT TCGAAGGGTC CATTCAGGAC AGCATTAGCT TCATGAGGAA CGATTCGTAT 
TCCTTGATGA TGAAAGAATC GTATGCTATG GGAGAAACCC TTTCCTTGCA ATTCCGCACA 
ATGGCCAGTG CTGGGGTTAT TTTCTTCAAC GGCGGCTATG ATTTCATTCT CCTCGAAATA 
GAGGATCAGC ACTTGAAGGT GACCTTCAAC AAGGCAGGCA GTCTGGTGCA GTTCATGACA 
AATGAGCACA TATCCGATGG CAAATGGCAT CGGGTCTTCT TGCGCTATAA CGCCGCAATT 
GCGGAGCTAA GCCTCGACGA TGCCACGAGC GGTTATCGGG GAACTCACGC TAATGAGACC 
AAGGCGAGCA TAAATCTCGA GAAGAGCGTC TTCTTTGGCG GCGTTCAGGA GGAGATGCGC 
CGCCGGCTCA TCAGCAAGGG ACTGCGGATA AACGAGATCA GCTTCAAGGG CTGCATGCGC 
GACATCCTGG TCAACGATCT TCCACTGGGA TTCGCCGAGA TGACTATCTC CCGCAGCCTG 
GCCCTCAACT GCCTGTGGAA GTATCCATGC GTGGAGTACA ATCCCTGCCT TAAGAGCGGA 
ATCTGCAGTC AGCACGGAGT GGACGGCTTC ATCTGCTACT GCGATCAGTC CTACTGCATC 
AAGGCCGATT TTCAGGGACC TTTTAAGATC TTCACAGAAA CCAGTCCAGA GCTAGAGCTG 
CTCTATGTCT CACCCATGCA GCTTTTAGAA GGTGGAACTG CCTTTCTATC GCCCCACTTC 
ATAGACATTA TACTCGATCT GCGACGTTAT CCAAGTCTGA ACGAGCAATC CATTATTTTC 
CATGTGGTAC ATCAGCCGAA ATATGGACAA CTCTTGCAGT ACTCAGCTGA AAAAGCCATA 
TTTGTGCCTT GCCGCACATT TAACCTCGTT GATTTGGCCA CAGATAAATT GAAGTATGTG 
CACAATGGCC AAGAGAACTT CAATGATCAT GCCACACTGG ATATGCAGAT CTTTGGGGAT 
GTGCACAAGA TACCGGAGAA TATATTGGGC AAGCATAGGT TCCTTTTACA TGCCAATATA 
ACACCCATAA ATGATCCACC GCAATTAAGA CTGCATTCGC ATAAAATCCT GCGAGTGATC 
GAGGGAATAG AAAGGGTACT GGACGTGGAT TTATTCAACA TTGACGATCC AGACAGCGAG 
CCTGGAAATC TGATCTACAC CATACTGCCG ACCCAGAGTC CTCAGGAGAC CTTTGGTTGT 
TTTATAGTTG GAGGTGCGAC CACATCAGCC TTCTCCCAGG CCGAAGTGAA TGTGGGAAAA 
GTATCGTATC TGTACAACTC CACTACAGCG GAATCCTTTA GCTATGAACT GCAACTGCAA 
GTATCCGACG GCATTGAGAC GAGTGAAACT GTTTATCTGC CTGTTTCGGT ACATCCGTTG 
GAGCTTCGGT TAGTCAATAA CACGGGCCTC ATAATGATCC ACAAGAGTTC TTTGCCAATC 
AGTACCGCTA ATCTCTCCAT TGGCACCAAT GCTGTAGATG ACCACATCGA CATTCGGTAC 
GATATCGTTA AGGCTCCACA GCATGGAGTT CTCCAGCGGC TGAGGCAGAT TGATGGCTCC 
TGGGTGAACG TGGACTGGTT CAGCGATAGC CAGCTGCTCC TTGGCCACAT TCGCTATTTG 
CACAGCAGCG ATTTTCCCTG GCAAGACGAA TTCAAGTTTA TTGCCTCGTT CGGCTTTGTG 
ACCACGCAAA CTTTCGACTT CCGCATCACA TTCACGCGCC TGCGCATAAC GAGCACCAGA 
CCCTCGCAGA TATCGATCAA TGGCAGCCGG GAGATTCTGC TGACCAGCGA TGTACTCTCC 
TACGAGACCA CGCCCATCGG AAGCTTTGCG CGCAGCGTGA TCTACAAAAT AACGAAGCCA 
ACTCGCTACG GGGGCATCTA TGTGGAGGGC TCGCGGAAGG CGGCCAAGAA GCTGGACTCC 
TTCACCCAAC AGGATATAGA GAAACGGCGA ATCCGATATC AAACTCATCA CACCAGCTAC 
TCCAGCTTCA GTGATCATCT GGAGTTTGTT GTTTCCGTTG CCGAATGCGA TGATGTGGCG 
GGAGTTCTGG AGATTAACTA CAGACCGCCC GATGAGCTTA TTAACAAGCT GGGGTATCAA 
AACCACGAGC CTCTGCAAGT GCAGGAGGGA GAAAGGGCTC TCATAACCAA GAATCACTTT 
GGGATACGCT TCAACATCTA CGAAAGTCTA CAGTTTCAGG TTTCATTGAG TCCGGAACAT 
GGTGTTATAT GCAAGTACGA TGAACAGACG GGTCTCACCA CCCCAGTGGA AATGTTTACA 
TTGGAGCAAC TGTTCCGAAA TGATATATAC TATTGCCATG ACGATACCGA ATCCACGAGG 
GACACTTTCG AGTTGCTCAT TCTCTCCGGT GACGAAACTG ATCTCCAGTT TGTGTCCAAT 
ATGGAAGTAC ACATAAAACT AGTAAACGAC AATGAGCCTT ATCGCACCGC CATCGAGCGC 
GTATTCCATG TGGTCAGGAA CGGCATCAGG ACCCTCAATC CCACAGTGCT CCAGTATCTG 
GATGCTGATG TCAATACCAA TCACACAGAT ATCCACTACA TCCATGTGTC TAGCACCAAT 
GGTGCCTTTT ACAAGAGTGG TCACTACATC GATAGCTTCA CGCAGGACGA CATAGCAAAC 
AGGAGGATTA TGTTCCAGCA TACAGGTGCT GATTCTGGAA CTGCTTCTTT TATAGTCACC 
GATCGTGAGC ATGAGGTGAA TGGTTTGCTG GAGATCCGTG CCTCCGATCC ATTCGTCTCC 
ATGATGGCAA CCAATGCATC CATAGTTCAG GAGGGTAAAT TTGTTGTTCT GAAGAACAAA 
GACTTTATTT TGGAAACAAA TTTGGATATG AAACTGGATG AAATCTACTA CGAAGTGATT 
AAACCCCCCT CGTATGGCAT TCTCATGTAC TTGAGCAGAG CAAATGAGGG AGAGAACGGT 
ACTACGATAT ACAAGGCAAC AAATTATACA TCCCTGAGTA ATTTTACCCA CTTGGATATT 
GAACGGGAGA GATTGGTCTA TTGGAATACG GAAATTGCCT CAATGGATAA AGTTAGATAT 
CGGGTGCATA TCAAGAACAT TACAGCTGAG GGCGAGGTCA TGTTCCGGAT TTATCCATCT 
GCGTATTGGG AACCCCTGCA AGTGAAACAA AACCACACAC TTTACGTGGA GGAATCCACA 
AGTGTACTAA TCTCCAGAGA TGTTTTAGAG GTGGTTCATC CCAATATTTC CCCCGGAGAC 
ATTACCTTCC TAGTAACATC TTCTCCCATG CACGGTTATT TGGAAATGCA GTCCATGTCC 
TTCGACGATG AATACAACTG CAAGGTGTTC GATCAGTCTT CTGTGAATAC AGAAAAAATG 
TTTTATATTC AAGCAGGAGT TAACCAGTCT ACAGATTACT TTGTGTTCGA TGTTACCAAT 
GGCATAACGT GGCTAAGGCA ACTGATGATA AAGATCGTGA TCATACCTGA AAAGCTATAT 
ATGCACTCAA ATATTATTTC GGTTGTAGAG GGAAAGACTG TCCAACTAAA TCCAACTGAT 
ATACAGCCTT ATTCGGAATA CTACCGCGGA AAGATTTTGG AGTACATAGT AACCATTACA 
CCGAGCTCTG GTCACGTTTT GGCTGGAAAC TCAAAGGTCA AAAGATTCAC TCAAAAACAA 
CTCGAACAGG GTAGCATACA GTATGTGCAC AATGGCAGCG AAAATGCCAC CGATAGCATT 
ACATTGGTGG CCATGGCCAG GAACAAGGAG AGTGTTCCTT TCGAGCTGGA ATTCGCTGTG 
GTTCAAGTGA ACGACGAGGA GCCCATGATG GTCACCAATA CGGGCCTGCA GGTGTGGAAC 
GGTGGACGCT ATGTCATCAA AAATACTGAC CTGTTGGCTC AAGACTACGA CACTCCACCG 
GAGAATCTTA CATTTGTGGT GAATCACATA TACGGCGGCT ACTTGGCAAG GAAGTCAGCA 
CCTCACCAAA AAATCGAACA TTTCACCCAG GCTCAAATAA ACCTCGAAGA AATATATTTC 
ATGCACGACT CCAACTCCAG GAGAAACGAA CTATCCTTTG TGGTAACAGA TGGGCTATTT 
AACACCACCA CCCAAATGTT GAATATTGAA ATCAAGCCGA TTGAAATTCT GGCCGAGCAC 
AATGAAAATC TGCATGTTTT TCCATTAACC AAAAAACAAA TTCTGCGTGA CTACTTGCAC 
TTTAAATGTT CAGATGAGGA ACGAGAGATT AGATATAACA TTACAGTTCC CCCAAGTCTG 
GGTCGCATTG TGAATGAGTT TATAGATAAT GGTTTCACGA AGGAAGTCAG TGAATTTACC 
CAAAACGATG TAGACAATGG GCATATATTT TATGAACACA CAGCTGTTAT CATGGAGTTC 
AGGACCAATG ATTCATTTTA CTTCGATGTG GTTGCTGAAA GAAGCGATCG TCTATTGAAT 
CAGAAATTCA ACATTGAGAT ATCGGTTTCC TCAGGAGGCT TACTCAGATT TCTACCAGTT 
AATAAGCTCA ATGTAGACGA AGGCGGTTCG GTGCCTATTA AGTTGGATTT CTCAAAGATT 
TTGGAGTATC TGAAAACGAA AGCTGGCATA AATAACCCTG AGTTGTTCAT AGAAGCCATC 
CAAAAACCCA CACACGGCAA TATTGGTCTG GGTCATGAGT TCAAGCATAT GCAGAGATAC 
CACCCAAGCG ATTTCTTTAC CAAAAAAGTC TACTACATAC ACGATCATTC GGACACTTTG 
GAGGATACTA TACTGATGTC GGTTTACCTG ACACAAGGGA ACATTTTTCT GTGCAATTTG 
ACAATTCCCG TTTCCATCAA CCCCATTAAC GATCAACCCT TCCATTTGGT CACCCACCTG 
CCCCAAATGA CAGTCGTTGA GGGTGAGAAT CGGACTATCA CCAGAAATGA TTTGCTAACC 
GAAGATGCAG ATACACCTCC TGAAGAAATT ATATACGATG TGATGAGTGG TCCTACTTTG 
GGGGTACTTA GAAAGATCAC AAACGATGGA CGCCCTGAGG ATCTATTAGC TTTCTCCAAT 
CAGTTTACCC AAGCTGATAT TAACAACGAT CGCATTATAT ATGTCCACTT TGGAATGCCA 
CAGTCCACGA CGTTTTGCTT CACCGTATCC GACGGGCAAT CAAATCCTGC ATACGAAATA 
TTTACCATTA AAATAGATTC TATTCATCTG CAACCGTCAG CAATGCAAGC ACCAGTGAAG 
GTTCAGCAAG GAGCTACTAC TGCTCCAATG AGATTGGATC ATATTGGAGT GTCCACAAAT 
GTGCATATGG AAAGGTTGTC TTACAACGTC ACAAACTCGC CGCTTTTTGG CATTATAGTG 
TACAAACATC AACCAACTCT GAGGTTCACG CAACAACAGT TGGAAACATC ACAGATAAGC 
TATATGCAAA CAGACCTGAA CCGATCGAAT GACTCCTTCC AGGTGAGTGC CTATGTTCCG 
GGCACCAATT ATGTTGCTCA GGTCGATGTG GTAATGGAGG TGGAACCTGT AATACAAATC 
AATGATATAG TAATGAAGGA AGCTGAATCC TCGGGTGGTA AAATAAAGCT TATTACCTCT 
TTGGACAACG ATAATCCTTT GTCGTTGAAA CTAAATAAAT TCAACCCCAA GTTTGTGATC 
ACTAGAATGC CATCAACTGG GCAAATCAGA AAGATAATCC GAAGCACGGG ACTGACAACC 
GATGGCCAGA GTGATAGATC CACGAATATA TTCTCTTATA AAGAACTTCG AAGTGGCGTC 
GTCTACTTTG TGCCCCATGA ATCGGTCGAG GAAACAGAAG CTGATCATGA CAGTTTTGAT 
TATCAATTGC TAATCAAAAC AGTTCAGCCG GCACAGGCCA CCGTATCGAT TGAGTATAGA 
AGTCGTGTTG AGGAAACCGA GACGGTTCAT TTGGGCAGTG CAGGATTATC CATTAACTAT 
TTAGCCATAG GATGTGCCAT CTTTATCGTG TTGATATGCC TGCTTATCGT GCTGTTGATA 
TTAAAGATCA GGAAACTGAG AAAGCACAAG GCAGATATAT CCAAGGATCA GCCGCCGGCG 
CTACCGTGTC CACCAGACTT GACTTCTGTG AGTCCGCAAC ACCATCTGCA CCATCATCAT 
GGCCACCATT ACGCAAGTTC CGAGGCGGAT TCCGTGCCGG CCACAGGAAA TTCAACACCG 
TTACCGGGTT TCAGCAATAT TCCCCATTGC AAGATAATAC CCGTGGAGTC GTACAAACAT 
GAGTATCCCG ACTACGATCC CGATGAGGAG GAGACGGACG ATCAGTGCGA TCCGCAGCAA 
ATGATGCTGC CGCAGAGATA TAATCCTTAT CACATGGAGC ACGACGCCTG GAGTTCGTCC 
TGCGATATGG CGAATGATTT TGCTGGCTAT GCCTCTGTGC CACAAAGTAT TTCCGGATCG 
GTCAGCTCAC CGCCCTCGGC CCCGCCAACA AATCCACTAC TTAGGCGGAA TCAGTATTGG 
GTGTAA

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

PubMed

Gene Model Annotations for Drosophila melanogaster: Impact of High-Throughput Data.
G3 (Bethesda, Md.)5(8)1721-36(2015 Jun)
Matthews BB,Dos Santos G,Crosby MA,Emmert DB,St Pierre SE,Gramates LS,Zhou P,Schroeder AJ,Falls K,Strelets V,Russo SM,Gelbart WM,

Gene Model Annotations for Drosophila melanogaster: The Rule-Benders.
G3 (Bethesda, Md.)5(8)1737-49(2015 Jun)
Crosby MA,Gramates LS,Dos Santos G,Matthews BB,St Pierre SE,Zhou P,Schroeder AJ,Falls K,Emmert DB,Russo SM,Gelbart WM,

Sequence finishing and mapping of Drosophila melanogaster heterochromatin.
Science (New York, N.Y.)316(5831)1625-8(2007 Jun)
Hoskins RA,Carlson JW,Kennedy C,Acevedo D,Evans-Holm M,Frise E,Wan KH,Park S,Mendez-Lago M,Rossi F,Villasante A,Dimitri P,Karpen GH,Celniker SE

The Release 5.1 annotation of Drosophila melanogaster heterochromatin.
Science (New York, N.Y.)316(5831)1586-91(2007 Jun)
Smith CD,Shu S,Mungall CJ,Karpen GH

Combined evidence annotation of transposable elements in genome sequences.
PLoS computational biology1(2)166-75(2005 Jul)
Quesneville H,Bergman CM,Andrieu O,Autard D,Nouaud D,Ashburner M,Anxolabehere D

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kon cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene

Clones

gRNAs

Related articles in PubMed

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:

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