LOC6541313 cDNA ORF clone, Drosophila erecta

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC6541313
Entrez Gene ID	6541313
Full Name	GG24118 gene product from transcript GG24118-RB
Synonyms	GG24118,dere_GLEANR_8877
Gene Type	protein-coding
Organism	Drosophila erecta

mRNA and Protein(s)

mRNA	Protein	Name
XM_001969093.3	XP_001969129.2	protein telomere ends associated isoform X1
XM_026978682.1	XP_026834483.1	protein telomere ends associated isoform X3
XM_026978684.1	XP_026834485.1	protein telomere ends associated isoform X5
XM_026978681.1	XP_026834482.1	protein telomere ends associated isoform X2
XM_001969093.2	XP_001969129.2	uncharacterized protein
XM_026978683.1	XP_026834484.1	protein telomere ends associated isoform X4

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Assembly reconciliation.
Zimin AV, Smith DR, Sutton G, Yorke JA
Bioinformatics (Oxford, England)24(1)42-5(2008 Jan)

Evolution of genes and genomes on the Drosophila phylogeny.
, Clark AG, Eisen MB, Smith DR, Bergman CM, Oliver B, Markow TA, Kaufman TC, Kellis M, Gelbart W, Iyer VN, Pollard DA, Sackton TB, Larracuente AM, Singh ND, Abad JP, Abt DN, Adryan B, Aguade M, Akashi H, Anderson WW, Aquadro CF, Ardell DH, Arguello R, Artieri CG, Barbash DA, Barker D, Barsanti P, Batterham P, Batzoglou S, Begun D, Bhutkar A, Blanco E, Bosak SA, Bradley RK, Brand AD, Brent MR, Brooks AN, Brown RH, Butlin RK, Caggese C, Calvi BR, Bernardo de Carvalho A, Caspi A, Castrezana S, Celniker SE, Chang JL, Chapple C, Chatterji S, Chinwalla A, Civetta A, Clifton SW, Comeron JM, Costello JC, Coyne JA, Daub J, David RG, Delcher AL, Delehaunty K, Do CB, Ebling H, Edwards K, Eickbush T, Evans JD, Filipski A, Findeiss S, Freyhult E, Fulton L, Fulton R, Garcia AC, Gardiner A, Garfield DA, Garvin BE, Gibson G, Gilbert D, Gnerre S, Godfrey J, Good R, Gotea V, Gravely B, Greenberg AJ, Griffiths-Jones S, Gross S, Guigo R, Gustafson EA, Haerty W, Hahn MW, Halligan DL, Halpern AL, Halter GM, Han MV, Heger A, Hillier L, Hinrichs AS, Holmes I, Hoskins RA, Hubisz MJ, Hultmark D, Huntley MA, Jaffe DB, Jagadeeshan S, Jeck WR, Johnson J, Jones CD, Jordan WC, Karpen GH, Kataoka E, Keightley PD, Kheradpour P, Kirkness EF, Koerich LB, Kristiansen K, Kudrna D, Kulathinal RJ, Kumar S, Kwok R, Lander E, Langley CH, Lapoint R, Lazzaro BP, Lee SJ, Levesque L, Li R, Lin CF, Lin MF, Lindblad-Toh K, Llopart A, Long M, Low L, Lozovsky E, Lu J, Luo M, Machado CA, Makalowski W, Marzo M, Matsuda M, Matzkin L, McAllister B, McBride CS, McKernan B, McKernan K, Mendez-Lago M, Minx P, Mollenhauer MU, Montooth K, Mount SM, Mu X, Myers E, Negre B, Newfeld S, Nielsen R, Noor MA, O'Grady P, Pachter L, Papaceit M, Parisi MJ, Parisi M, Parts L, Pedersen JS, Pesole G, Phillippy AM, Ponting CP, Pop M, Porcelli D, Powell JR, Prohaska S, Pruitt K, Puig M, Quesneville H, Ram KR, Rand D, Rasmussen MD, Reed LK, Reenan R, Reily A, Remington KA, Rieger TT, Ritchie MG, Robin C, Rogers YH, Rohde C, Rozas J, Rubenfield MJ, Ruiz A, Russo S, Salzberg SL, Sanchez-Gracia A, Saranga DJ, Sato H, Schaeffer SW, Schatz MC, Schlenke T, Schwartz R, Segarra C, Singh RS, Sirot L, Sirota M, Sisneros NB, Smith CD, Smith TF, Spieth J, Stage DE, Stark A, Stephan W, Strausberg RL, Strempel S, Sturgill D, Sutton G, Sutton GG, Tao W, Teichmann S, Tobari YN, Tomimura Y, Tsolas JM, Valente VL, Venter E, Venter JC, Vicario S, Vieira FG, Vilella AJ, Villasante A, Walenz B, Wang J, Wasserman M, Watts T, Wilson D, Wilson RK, Wing RA, Wolfner MF, Wong A, Wong GK, Wu CI, Wu G, Yamamoto D, Yang HP, Yang SP, Yorke JA, Yoshida K, Zdobnov E, Zhang P, Zhang Y, Zimin AV, Baldwin J, Abdouelleil A, Abdulkadir J, Abebe A, Abera B, Abreu J, Acer SC, Aftuck L, Alexander A, An P, Anderson E, Anderson S, Arachi H, Azer M, Bachantsang P, Barry A, Bayul T, Berlin A, Bessette D, Bloom T, Blye J, Boguslavskiy L, Bonnet C, Boukhgalter B, Bourzgui I, Brown A, Cahill P, Channer S, Cheshatsang Y, Chuda L, Citroen M, Collymore A, Cooke P, Costello M, D'Aco K, Daza R, De Haan G, DeGray S, DeMaso C, Dhargay N, Dooley K, Dooley E, Doricent M, Dorje P, Dorjee K, Dupes A, Elong R, Falk J, Farina A, Faro S, Ferguson D, Fisher S, Foley CD, Franke A, Friedrich D, Gadbois L, Gearin G, Gearin CR, Giannoukos G, Goode T, Graham J, Grandbois E, Grewal S, Gyaltsen K, Hafez N, Hagos B, Hall J, Henson C, Hollinger A, Honan T, Huard MD, Hughes L, Hurhula B, Husby ME, Kamat A, Kanga B, Kashin S, Khazanovich D, Kisner P, Lance K, Lara M, Lee W, Lennon N, Letendre F, LeVine R, Lipovsky A, Liu X, Liu J, Liu S, Lokyitsang T, Lokyitsang Y, Lubonja R, Lui A, MacDonald P, Magnisalis V, Maru K, Matthews C, McCusker W, McDonough S, Mehta T, Meldrim J, Meneus L, Mihai O, Mihalev A, Mihova T, Mittelman R, Mlenga V, Montmayeur A, Mulrain L, Navidi A, Naylor J, Negash T, Nguyen T, Nguyen N, Nicol R, Norbu C, Norbu N, Novod N, O'Neill B, Osman S, Markiewicz E, Oyono OL, Patti C, Phunkhang P, Pierre F, Priest M, Raghuraman S, Rege F, Reyes R, Rise C, Rogov P, Ross K, Ryan E, Settipalli S, Shea T, Sherpa N, Shi L, Shih D, Sparrow T, Spaulding J, Stalker J, Stange-Thomann N, Stavropoulos S, Stone C, Strader C, Tesfaye S, Thomson T, Thoulutsang Y, Thoulutsang D, Topham K, Topping I, Tsamla T, Vassiliev H, Vo A, Wangchuk T, Wangdi T, Weiand M, Wilkinson J, Wilson A, Yadav S, Young G, Yu Q, Zembek L, Zhong D, Zimmer A, Zwirko Z, Jaffe DB, Alvarez P, Brockman W, Butler J, Chin C, Gnerre S, Grabherr M, Kleber M, Mauceli E, MacCallum I
Nature450(7167)203-18(2007 Nov)

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

The following LOC6541313 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC6541313 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)
ODi218780	XM_026978684.1 Latest version!	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
ODi218777	XM_026978681.1 Latest version!	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ODi218778	XM_026978682.1 Latest version!	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ODi218779	XM_026978683.1 Latest version!	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ODi39171	XM_001969093.3 Latest version!	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
View Old Accession Versions >>
ODi39171	XM_001969093.2	Drosophila erecta uncharacterized protein (Dere\GG24118), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

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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)

LOC6541313 ( XM_026978684.1 ) cDNA ORF clone, Drosophila erecta -> XP_026834485.1 Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ODi218780
Clone ID Related Accession (Same CDS sequence)	XM_026978684.1
Accession Version	XM_026978684.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3150bp) 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	1541347200000
Organism	Drosophila erecta
Product	protein telomere ends associated isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825200.1) 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 erecta Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGATCGAAT GGAATTATAA GGCCCATAAC TTTCTGGAAA 
AATTGTTTAA TGGTATCACC TGCCCAGTAA

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

RefSeq	XP_026834485.1
CDS	147..3296
Translation	MYPVSFAAFQKLVVNLSDIASELRIANGNNKTVAEWSRWYYQEFYRNPSIRARFPYKVAPCPRRTRNNLLKVPEPGAMPQNEITDVVTAGPSQVEQPATDVLVQGSQSETAKPNDAVQGVTVECEPSGSESLDVIVDVDRCGTFLFPVSFQAFEKCINKMLLFKIIVRSIEHCLVLLSDDECRRRTLQKFYNRFYMYPEKRSSTNIFNKSTEIPLNKLLEPGKPLDKKAIKTMAELAAMKTLKNNSIVSLELFKRNMANLSDIVEQMQLLDDNYASKDVHECALDYYLAFYITPRIRYKYVYKLKPCTSAMKECMLSILGKDVAEKLRQSLPQLANPSPGLDSRRSKTLCISERQGSLSSQNTNESSQIQTNLSTEFAQEPSGGLSHLSAPTPDHELRVSKSPEKSAAEASSTNKGQLWPHNTLEISQNQSKLRNDDNNVSSERSPPALATASPESDLHRSKAADKSAKVPSPQVQPHQSKSVAEEQSHSAPQLDTVALGSELVMSKTPERNASKTKASDETLTSPEESKDTSEVPEASFVTDVEVDLKKHGRFIFPVSLETFRHYINYDEIIRSILVNNHIKDEHQLSKLISDPSNPQCKKFFRQFYNKFYARNDVRQRFKYKFNCPDLKLLAKLTEKAKPLDEKALLTIIRKDNRRTTIEPKCQVPHAPEKAPENCQPNPISLEMFKSHVSNLDNIVNEMQKTDKYKEKSKEEVIQDYYMGFYSGPEMREKFACRFKPCPSNKLKQLLSFPSKNKEANPNDPNYRVACTTEYPSEENCLQSNNQDEFAITRNVKQTTENIAKENRPRLENENRVSRRTVNFTDEDCPLYPISLEVFKSHLSNLDYIAKKMQKCVEYRGKSKDAVIRDYYKGFYSGPEMREKFAFRFKPCTGNMLQELLSYPEKNENGCVQEKDCLATSTTGKESCLESNRKTTLGVRRNALEILMKRKRTEIRKETINKPMSTQSQSQLQPEPIPEDALDVPEAVTEPKLEEQGIKSEDVQHELAVTEPSKDCSQRNAERLSELSRSNGIIRPITFWKNCLMVSPAQ

Target ORF information:

RefSeq Version	XM_026978684.1
Organism	Drosophila erecta
Definition	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X5, mRNA.

Target ORF information:

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

XM_026978684.1

ORF Insert Sequence:

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGATCGAAT GGAATTATAA GGCCCATAAC TTTCTGGAAA 
AATTGTTTAA TGGTATCACC TGCCCAGTAA

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

LOC6541313 ( XM_026978681.1 ) cDNA ORF clone, Drosophila erecta -> XP_026834482.1 Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODi218777
Clone ID Related Accession (Same CDS sequence)	XM_026978681.1
Accession Version	XM_026978681.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5649bp) 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	1541347200000
Organism	Drosophila erecta
Product	protein telomere ends associated isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825200.1) 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 erecta Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAAACC AAGACTTGAA AACGAAAATA GAGTATCCAG AAGAACAGTT 
AACTTTACTG ACGAAGATTG TCCGCTATAT CCTATATCCC TAGAGGTGTT CAAAAGTCAT 
TTGAGCAATC TAGATTATAT TGCTAAAAAA ATGCAAAAGT GCGTTGAGTA TAGAGGAAAA 
TCCAAGGATG CGGTTATTCG GGACTACTAC AAAGGCTTCT ATTCTGGACC GGAGATGAGG 
GAAAAGTTCG CTTTTCGATT TAAGCCATGT ACCGGCAATA TGCTACAAGA ATTGCTTAGT 
TATCCAGAGA AAAATGAGAA TGGTTGTGTA CAGGAAAAAG ATTGCTTGGC GACGAGTACC 
ACCGGAAAGG AAAGTTGCCT TGAGTCGAAT AGGAAAACGA CGTTAGGGGT TCGCAGAAAT 
GCATTAGAAA TATTAATGAA AAGAAAAAGA ACTGAAATCC GTAAAGAAAC GATCAACAAG 
CCGATGAGTA CACAAAGCCA GTCTCAGTTA CAACCGGAGC CTATCCCTGA AGACGCATTA 
GATGTCCCGG AAGCTGTCAC TGAGCCGAAG CTTGAAGAGC AAGGCATAAA GTCAGAGGAC 
GTCCAGCATG AACTAGCCGT TACGGAACCC TCAAAAGATT GTAGTCAACG AAATGCTGAG 
AGGCTTTCAG AACTATCGAG CAAACAAAAG ATCGAATGGA ATTATAAGGC CCATAACTTT 
CTGGAAAAAT TGTTTAATGG TATCACCTGC CCAGTAAGAC AAGCTTCTTT ATTACAACAA 
TATGAAAGGT ACTCCGTATC TCAAGAAAAC AAAAATACGA ATATTAATAC CAATGCCGGC 
TATGTTGTTT CCGACGCTAT TGCTGCTGAA GACAATCAGC CACAATCGGA TTTAAATTCA 
GTGGACTGTG AAGATGACCG CATGGATCAA ACAACAGCAA CTGGCACACA AGCAAACGAA 
ATGCATACAA ATCCTTCTGA CCGGAAAGCG TTGGAACAAA TTACGAAGCC AACGAAAGAA 
AGCAGCACAG TTAATTTAAA TAATAACCTA GAAAATCCGG CTCAGATGGG AGTAATCCAT 
GATGAATCAT CTGGAACTGA AGTTCTAGAA GTTGGAGCAA TGATTACAAC AGACGGAAAT 
CCTGAAAATG CAACCAGTTT ATTACAAAAA GAAGAAAATC GATTTCTTTT CGAAAGATCA 
AAGGAATTAT TTTTTGCAGA AAGTAGCGAG GATCACAATC TGAAGTATTT GATCTGCACA 
AGTGAAGGGC TGATGAGAGC CATTTGGCGC ATACTCTACC AACTAAATCT TCAAGAATTC 
TTCTACTACA CGAGCATTCA CGGTGGCGAG GAAATGTACA ATAGCGAAGA CGACTTACAG 
CTTTGCTTTA AGCATGTCGT GGACCATGGC AACTGGCCTG TAAATCTATA CGTCTTATTG 
CCACGTCTAA AGCACCTGCT CCACAGTAAG GGAGTACAGT TGGATAAGCT AGATCTGTCC 
AAAATATCGC CCAAAATAAT GAGCCCTTGG GAATTAAGTT ACTACTCGGA TTTTGATAAC 
ATCGTTGAAC AAGAGTACAT GAGGCGCACT GGCGAGGAAA TTGATGATGT GTTGCAATTG 
TGCCAAGAGA GAGAGAAACT ATATGTGTGC TGTTGGATTC ATAACCAGTG GCTACCACGA 
GTTCCAGGAA TCGCTGATGA AACGCTAAAT GCTGAATTCG GAGGAGTAGA GCCAGTTCTA 
GAAAGGATTT TATTGAAGAA AATATGTGGC GTTGGAGATG GAGATGTGAA TATACCAACT 
GAAATAGTTT CAATTTCCTC AAGTCCAAGC ACTGCTTGTG GTGCAGATGA ACTTAGTCAG 
TCGCCATCAC AGCTCAACAA CTTGAGTTTT GTGGACGTGC TGAATGTGGA ATCAGCTTCG 
CAAGTATCAC AAATGATAGT CGATCCTCTA ATATCCTATC ATATTGAGGA AACGTCACAG 
GTGCCAGAAA CTCCAACTGA TACGCCAGCG TCATTGCAAA TTGCCAATGT CAAGCAGGAA 
CCCATCAGTT TTCTTAACAA CCAACGCGCA ATTTGCGACA CCGAAAATTG CCAGTGGGAA 
CACATTAATC CCGAGGAGCA AACAATAGAC TTGGACACCA ACGACAGCGA TGGACCAAGC 
CTGTCCTGCT TTGCCATACA AAATCAGAAT TCCGAGAACC AACTAAATTT TATTCTAGAG 
GATTCTATGC TTGCAGACGA TCATGATTAC GTTAAGAAAC CAGAAGTGCC GAAGGCCACA 
GACCCTGCTC AATTGGGGAC TAACGTAAAC ACGTTGAGTG GTCGGTCTAC GCCAATAGTT 
CAGGTTTCTG TGATTCCTCA AAAGAGACAG GCACCCAGCC CAGGATTAAA TTGCAAGCGA 
ATCAAACTGA TGAACGATAA GGTTCCGCAA CTAAGGCACG AGTTTCAGCC GTTGCCGATG 
GGTGTGGTAG TGGGCCGGCA AAATGCGGTT AGACTTCCCG ATTCTGAAGA TATCAGAACG 
TGTCAGACTG CGAAAACCAC ACTCACGGAA AGACCTCCTC ATCATCAAGT AAACATTACT 
CCATCACAGG ACTTCGCAGT TGGCAACACG CTGTTGGAAT GCTCCCAGCT CCAAGATCTA 
CTAGATTCTA ACGATGTCGG TACTTGCAAG GTAAATAAAG AAGATCATCC TGTTTCTACC 
ATCGCTCGTA CACCGAAGCG CCTTGTCGCT TCCTCTCCCC AAAGCAGCGT TATATTCCGC 
AATCTTGAGC TATTCAGTTT TTTTAATTCG CTGACTCTAG AGCAAATAAT AAAGTACCAA 
ATCGAAGGAC ATCTGCCGGG GGCAACTTAT CAGAAAGCGG TGGTCAAGGT CAACGATAAA 
TTGTGCAATG TCAGGGGTCC ATTGATCCCA AGTCTTTTTC CCTACCTCTC ATCCTCGCTG 
CGATCTGATC TGGAGCTAGT GCTCCATGAT TTGGGAGAAT TCTGCTACAA ACGCACCTGG 
CCGGCACATT TGGATGCCAC GGTGGACCTT CGCAAACGGG TTCTATTCCT ATTTATGAAT 
TTGAGCCCGA AATTCGCGCC ATTTTCCATT AAGTTCGATA ATGAAACCAG GGAATGGGGT 
ACCTGCAACG AAGTCAGCAA GTGTGATAAG TCATTAGACC AACGAGACAC TGCCTTCAAC 
GCAGTGGAGC TGATCAAGCC AAATATTCTG AACAGTATCG AAAACTTAAA ATGTAAATCG 
GTTACTTAA

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

RefSeq	XP_026834482.1
CDS	147..5795
Translation	MYPVSFAAFQKLVVNLSDIASELRIANGNNKTVAEWSRWYYQEFYRNPSIRARFPYKVAPCPRRTRNNLLKVPEPGAMPQNEITDVVTAGPSQVEQPATDVLVQGSQSETAKPNDAVQGVTVECEPSGSESLDVIVDVDRCGTFLFPVSFQAFEKCINKMLLFKIIVRSIEHCLVLLSDDECRRRTLQKFYNRFYMYPEKRSSTNIFNKSTEIPLNKLLEPGKPLDKKAIKTMAELAAMKTLKNNSIVSLELFKRNMANLSDIVEQMQLLDDNYASKDVHECALDYYLAFYITPRIRYKYVYKLKPCTSAMKECMLSILGKDVAEKLRQSLPQLANPSPGLDSRRSKTLCISERQGSLSSQNTNESSQIQTNLSTEFAQEPSGGLSHLSAPTPDHELRVSKSPEKSAAEASSTNKGQLWPHNTLEISQNQSKLRNDDNNVSSERSPPALATASPESDLHRSKAADKSAKVPSPQVQPHQSKSVAEEQSHSAPQLDTVALGSELVMSKTPERNASKTKASDETLTSPEESKDTSEVPEASFVTDVEVDLKKHGRFIFPVSLETFRHYINYDEIIRSILVNNHIKDEHQLSKLISDPSNPQCKKFFRQFYNKFYARNDVRQRFKYKFNCPDLKLLAKLTEKAKPLDEKALLTIIRKDNRRTTIEPKCQVPHAPEKAPENCQPNPISLEMFKSHVSNLDNIVNEMQKTDKYKEKSKEEVIQDYYMGFYSGPEMREKFACRFKPCPSNKLKQLLSFPSKNKEANPNDPNYRVACTTEYPSEENCLQSNNQDEFAITRNVKQTTENIAKEKPRLENENRVSRRTVNFTDEDCPLYPISLEVFKSHLSNLDYIAKKMQKCVEYRGKSKDAVIRDYYKGFYSGPEMREKFAFRFKPCTGNMLQELLSYPEKNENGCVQEKDCLATSTTGKESCLESNRKTTLGVRRNALEILMKRKRTEIRKETINKPMSTQSQSQLQPEPIPEDALDVPEAVTEPKLEEQGIKSEDVQHELAVTEPSKDCSQRNAERLSELSSKQKIEWNYKAHNFLEKLFNGITCPVRQASLLQQYERYSVSQENKNTNINTNAGYVVSDAIAAEDNQPQSDLNSVDCEDDRMDQTTATGTQANEMHTNPSDRKALEQITKPTKESSTVNLNNNLENPAQMGVIHDESSGTEVLEVGAMITTDGNPENATSLLQKEENRFLFERSKELFFAESSEDHNLKYLICTSEGLMRAIWRILYQLNLQEFFYYTSIHGGEEMYNSEDDLQLCFKHVVDHGNWPVNLYVLLPRLKHLLHSKGVQLDKLDLSKISPKIMSPWELSYYSDFDNIVEQEYMRRTGEEIDDVLQLCQEREKLYVCCWIHNQWLPRVPGIADETLNAEFGGVEPVLERILLKKICGVGDGDVNIPTEIVSISSSPSTACGADELSQSPSQLNNLSFVDVLNVESASQVSQMIVDPLISYHIEETSQVPETPTDTPASLQIANVKQEPISFLNNQRAICDTENCQWEHINPEEQTIDLDTNDSDGPSLSCFAIQNQNSENQLNFILEDSMLADDHDYVKKPEVPKATDPAQLGTNVNTLSGRSTPIVQVSVIPQKRQAPSPGLNCKRIKLMNDKVPQLRHEFQPLPMGVVVGRQNAVRLPDSEDIRTCQTAKTTLTERPPHHQVNITPSQDFAVGNTLLECSQLQDLLDSNDVGTCKVNKEDHPVSTIARTPKRLVASSPQSSVIFRNLELFSFFNSLTLEQIIKYQIEGHLPGATYQKAVVKVNDKLCNVRGPLIPSLFPYLSSSLRSDLELVLHDLGEFCYKRTWPAHLDATVDLRKRVLFLFMNLSPKFAPFSIKFDNETREWGTCNEVSKCDKSLDQRDTAFNAVELIKPNILNSIENLKCKSVT

Target ORF information:

RefSeq Version	XM_026978681.1
Organism	Drosophila erecta
Definition	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X2, mRNA.

Target ORF information:

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

XM_026978681.1

ORF Insert Sequence:

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAAACC AAGACTTGAA AACGAAAATA GAGTATCCAG AAGAACAGTT 
AACTTTACTG ACGAAGATTG TCCGCTATAT CCTATATCCC TAGAGGTGTT CAAAAGTCAT 
TTGAGCAATC TAGATTATAT TGCTAAAAAA ATGCAAAAGT GCGTTGAGTA TAGAGGAAAA 
TCCAAGGATG CGGTTATTCG GGACTACTAC AAAGGCTTCT ATTCTGGACC GGAGATGAGG 
GAAAAGTTCG CTTTTCGATT TAAGCCATGT ACCGGCAATA TGCTACAAGA ATTGCTTAGT 
TATCCAGAGA AAAATGAGAA TGGTTGTGTA CAGGAAAAAG ATTGCTTGGC GACGAGTACC 
ACCGGAAAGG AAAGTTGCCT TGAGTCGAAT AGGAAAACGA CGTTAGGGGT TCGCAGAAAT 
GCATTAGAAA TATTAATGAA AAGAAAAAGA ACTGAAATCC GTAAAGAAAC GATCAACAAG 
CCGATGAGTA CACAAAGCCA GTCTCAGTTA CAACCGGAGC CTATCCCTGA AGACGCATTA 
GATGTCCCGG AAGCTGTCAC TGAGCCGAAG CTTGAAGAGC AAGGCATAAA GTCAGAGGAC 
GTCCAGCATG AACTAGCCGT TACGGAACCC TCAAAAGATT GTAGTCAACG AAATGCTGAG 
AGGCTTTCAG AACTATCGAG CAAACAAAAG ATCGAATGGA ATTATAAGGC CCATAACTTT 
CTGGAAAAAT TGTTTAATGG TATCACCTGC CCAGTAAGAC AAGCTTCTTT ATTACAACAA 
TATGAAAGGT ACTCCGTATC TCAAGAAAAC AAAAATACGA ATATTAATAC CAATGCCGGC 
TATGTTGTTT CCGACGCTAT TGCTGCTGAA GACAATCAGC CACAATCGGA TTTAAATTCA 
GTGGACTGTG AAGATGACCG CATGGATCAA ACAACAGCAA CTGGCACACA AGCAAACGAA 
ATGCATACAA ATCCTTCTGA CCGGAAAGCG TTGGAACAAA TTACGAAGCC AACGAAAGAA 
AGCAGCACAG TTAATTTAAA TAATAACCTA GAAAATCCGG CTCAGATGGG AGTAATCCAT 
GATGAATCAT CTGGAACTGA AGTTCTAGAA GTTGGAGCAA TGATTACAAC AGACGGAAAT 
CCTGAAAATG CAACCAGTTT ATTACAAAAA GAAGAAAATC GATTTCTTTT CGAAAGATCA 
AAGGAATTAT TTTTTGCAGA AAGTAGCGAG GATCACAATC TGAAGTATTT GATCTGCACA 
AGTGAAGGGC TGATGAGAGC CATTTGGCGC ATACTCTACC AACTAAATCT TCAAGAATTC 
TTCTACTACA CGAGCATTCA CGGTGGCGAG GAAATGTACA ATAGCGAAGA CGACTTACAG 
CTTTGCTTTA AGCATGTCGT GGACCATGGC AACTGGCCTG TAAATCTATA CGTCTTATTG 
CCACGTCTAA AGCACCTGCT CCACAGTAAG GGAGTACAGT TGGATAAGCT AGATCTGTCC 
AAAATATCGC CCAAAATAAT GAGCCCTTGG GAATTAAGTT ACTACTCGGA TTTTGATAAC 
ATCGTTGAAC AAGAGTACAT GAGGCGCACT GGCGAGGAAA TTGATGATGT GTTGCAATTG 
TGCCAAGAGA GAGAGAAACT ATATGTGTGC TGTTGGATTC ATAACCAGTG GCTACCACGA 
GTTCCAGGAA TCGCTGATGA AACGCTAAAT GCTGAATTCG GAGGAGTAGA GCCAGTTCTA 
GAAAGGATTT TATTGAAGAA AATATGTGGC GTTGGAGATG GAGATGTGAA TATACCAACT 
GAAATAGTTT CAATTTCCTC AAGTCCAAGC ACTGCTTGTG GTGCAGATGA ACTTAGTCAG 
TCGCCATCAC AGCTCAACAA CTTGAGTTTT GTGGACGTGC TGAATGTGGA ATCAGCTTCG 
CAAGTATCAC AAATGATAGT CGATCCTCTA ATATCCTATC ATATTGAGGA AACGTCACAG 
GTGCCAGAAA CTCCAACTGA TACGCCAGCG TCATTGCAAA TTGCCAATGT CAAGCAGGAA 
CCCATCAGTT TTCTTAACAA CCAACGCGCA ATTTGCGACA CCGAAAATTG CCAGTGGGAA 
CACATTAATC CCGAGGAGCA AACAATAGAC TTGGACACCA ACGACAGCGA TGGACCAAGC 
CTGTCCTGCT TTGCCATACA AAATCAGAAT TCCGAGAACC AACTAAATTT TATTCTAGAG 
GATTCTATGC TTGCAGACGA TCATGATTAC GTTAAGAAAC CAGAAGTGCC GAAGGCCACA 
GACCCTGCTC AATTGGGGAC TAACGTAAAC ACGTTGAGTG GTCGGTCTAC GCCAATAGTT 
CAGGTTTCTG TGATTCCTCA AAAGAGACAG GCACCCAGCC CAGGATTAAA TTGCAAGCGA 
ATCAAACTGA TGAACGATAA GGTTCCGCAA CTAAGGCACG AGTTTCAGCC GTTGCCGATG 
GGTGTGGTAG TGGGCCGGCA AAATGCGGTT AGACTTCCCG ATTCTGAAGA TATCAGAACG 
TGTCAGACTG CGAAAACCAC ACTCACGGAA AGACCTCCTC ATCATCAAGT AAACATTACT 
CCATCACAGG ACTTCGCAGT TGGCAACACG CTGTTGGAAT GCTCCCAGCT CCAAGATCTA 
CTAGATTCTA ACGATGTCGG TACTTGCAAG GTAAATAAAG AAGATCATCC TGTTTCTACC 
ATCGCTCGTA CACCGAAGCG CCTTGTCGCT TCCTCTCCCC AAAGCAGCGT TATATTCCGC 
AATCTTGAGC TATTCAGTTT TTTTAATTCG CTGACTCTAG AGCAAATAAT AAAGTACCAA 
ATCGAAGGAC ATCTGCCGGG GGCAACTTAT CAGAAAGCGG TGGTCAAGGT CAACGATAAA 
TTGTGCAATG TCAGGGGTCC ATTGATCCCA AGTCTTTTTC CCTACCTCTC ATCCTCGCTG 
CGATCTGATC TGGAGCTAGT GCTCCATGAT TTGGGAGAAT TCTGCTACAA ACGCACCTGG 
CCGGCACATT TGGATGCCAC GGTGGACCTT CGCAAACGGG TTCTATTCCT ATTTATGAAT 
TTGAGCCCGA AATTCGCGCC ATTTTCCATT AAGTTCGATA ATGAAACCAG GGAATGGGGT 
ACCTGCAACG AAGTCAGCAA GTGTGATAAG TCATTAGACC AACGAGACAC TGCCTTCAAC 
GCAGTGGAGC TGATCAAGCC AAATATTCTG AACAGTATCG AAAACTTAAA ATGTAAATCG 
GTTACTTAA

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

LOC6541313 ( XM_026978682.1 ) cDNA ORF clone, Drosophila erecta -> XP_026834483.1 Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X3, mRNA.

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CloneID	ODi218778
Clone ID Related Accession (Same CDS sequence)	XM_026978682.1
Accession Version	XM_026978682.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5223bp) 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	1541347200000
Organism	Drosophila erecta
Product	protein telomere ends associated isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825200.1) 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 erecta Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAAAAA AAGAACTGAA ATCCGTAAAG AAACGATCAA CAAGCCGATG 
AGTACACAAA GCCAGTCTCA GTTACAACCG GAGCCTATCC CTGAAGACGC ATTAGATGTC 
CCGGAAGCTG TCACTGAGCC GAAGCTTGAA GAGCAAGGCA TAAAGTCAGA GGACGTCCAG 
CATGAACTAG CCGTTACGGA ACCCTCAAAA GATTGTAGTC AACGAAATGC TGAGAGGCTT 
TCAGAACTAT CGAGCAAACA AAAGATCGAA TGGAATTATA AGGCCCATAA CTTTCTGGAA 
AAATTGTTTA ATGGTATCAC CTGCCCAGTA AGACAAGCTT CTTTATTACA ACAATATGAA 
AGGTACTCCG TATCTCAAGA AAACAAAAAT ACGAATATTA ATACCAATGC CGGCTATGTT 
GTTTCCGACG CTATTGCTGC TGAAGACAAT CAGCCACAAT CGGATTTAAA TTCAGTGGAC 
TGTGAAGATG ACCGCATGGA TCAAACAACA GCAACTGGCA CACAAGCAAA CGAAATGCAT 
ACAAATCCTT CTGACCGGAA AGCGTTGGAA CAAATTACGA AGCCAACGAA AGAAAGCAGC 
ACAGTTAATT TAAATAATAA CCTAGAAAAT CCGGCTCAGA TGGGAGTAAT CCATGATGAA 
TCATCTGGAA CTGAAGTTCT AGAAGTTGGA GCAATGATTA CAACAGACGG AAATCCTGAA 
AATGCAACCA GTTTATTACA AAAAGAAGAA AATCGATTTC TTTTCGAAAG ATCAAAGGAA 
TTATTTTTTG CAGAAAGTAG CGAGGATCAC AATCTGAAGT ATTTGATCTG CACAAGTGAA 
GGGCTGATGA GAGCCATTTG GCGCATACTC TACCAACTAA ATCTTCAAGA ATTCTTCTAC 
TACACGAGCA TTCACGGTGG CGAGGAAATG TACAATAGCG AAGACGACTT ACAGCTTTGC 
TTTAAGCATG TCGTGGACCA TGGCAACTGG CCTGTAAATC TATACGTCTT ATTGCCACGT 
CTAAAGCACC TGCTCCACAG TAAGGGAGTA CAGTTGGATA AGCTAGATCT GTCCAAAATA 
TCGCCCAAAA TAATGAGCCC TTGGGAATTA AGTTACTACT CGGATTTTGA TAACATCGTT 
GAACAAGAGT ACATGAGGCG CACTGGCGAG GAAATTGATG ATGTGTTGCA ATTGTGCCAA 
GAGAGAGAGA AACTATATGT GTGCTGTTGG ATTCATAACC AGTGGCTACC ACGAGTTCCA 
GGAATCGCTG ATGAAACGCT AAATGCTGAA TTCGGAGGAG TAGAGCCAGT TCTAGAAAGG 
ATTTTATTGA AGAAAATATG TGGCGTTGGA GATGGAGATG TGAATATACC AACTGAAATA 
GTTTCAATTT CCTCAAGTCC AAGCACTGCT TGTGGTGCAG ATGAACTTAG TCAGTCGCCA 
TCACAGCTCA ACAACTTGAG TTTTGTGGAC GTGCTGAATG TGGAATCAGC TTCGCAAGTA 
TCACAAATGA TAGTCGATCC TCTAATATCC TATCATATTG AGGAAACGTC ACAGGTGCCA 
GAAACTCCAA CTGATACGCC AGCGTCATTG CAAATTGCCA ATGTCAAGCA GGAACCCATC 
AGTTTTCTTA ACAACCAACG CGCAATTTGC GACACCGAAA ATTGCCAGTG GGAACACATT 
AATCCCGAGG AGCAAACAAT AGACTTGGAC ACCAACGACA GCGATGGACC AAGCCTGTCC 
TGCTTTGCCA TACAAAATCA GAATTCCGAG AACCAACTAA ATTTTATTCT AGAGGATTCT 
ATGCTTGCAG ACGATCATGA TTACGTTAAG AAACCAGAAG TGCCGAAGGC CACAGACCCT 
GCTCAATTGG GGACTAACGT AAACACGTTG AGTGGTCGGT CTACGCCAAT AGTTCAGGTT 
TCTGTGATTC CTCAAAAGAG ACAGGCACCC AGCCCAGGAT TAAATTGCAA GCGAATCAAA 
CTGATGAACG ATAAGGTTCC GCAACTAAGG CACGAGTTTC AGCCGTTGCC GATGGGTGTG 
GTAGTGGGCC GGCAAAATGC GGTTAGACTT CCCGATTCTG AAGATATCAG AACGTGTCAG 
ACTGCGAAAA CCACACTCAC GGAAAGACCT CCTCATCATC AAGTAAACAT TACTCCATCA 
CAGGACTTCG CAGTTGGCAA CACGCTGTTG GAATGCTCCC AGCTCCAAGA TCTACTAGAT 
TCTAACGATG TCGGTACTTG CAAGGTAAAT AAAGAAGATC ATCCTGTTTC TACCATCGCT 
CGTACACCGA AGCGCCTTGT CGCTTCCTCT CCCCAAAGCA GCGTTATATT CCGCAATCTT 
GAGCTATTCA GTTTTTTTAA TTCGCTGACT CTAGAGCAAA TAATAAAGTA CCAAATCGAA 
GGACATCTGC CGGGGGCAAC TTATCAGAAA GCGGTGGTCA AGGTCAACGA TAAATTGTGC 
AATGTCAGGG GTCCATTGAT CCCAAGTCTT TTTCCCTACC TCTCATCCTC GCTGCGATCT 
GATCTGGAGC TAGTGCTCCA TGATTTGGGA GAATTCTGCT ACAAACGCAC CTGGCCGGCA 
CATTTGGATG CCACGGTGGA CCTTCGCAAA CGGGTTCTAT TCCTATTTAT GAATTTGAGC 
CCGAAATTCG CGCCATTTTC CATTAAGTTC GATAATGAAA CCAGGGAATG GGGTACCTGC 
AACGAAGTCA GCAAGTGTGA TAAGTCATTA GACCAACGAG ACACTGCCTT CAACGCAGTG 
GAGCTGATCA AGCCAAATAT TCTGAACAGT ATCGAAAACT TAAAATGTAA ATCGGTTACT 
TAA

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

RefSeq	XP_026834483.1
CDS	147..5369
Translation	MYPVSFAAFQKLVVNLSDIASELRIANGNNKTVAEWSRWYYQEFYRNPSIRARFPYKVAPCPRRTRNNLLKVPEPGAMPQNEITDVVTAGPSQVEQPATDVLVQGSQSETAKPNDAVQGVTVECEPSGSESLDVIVDVDRCGTFLFPVSFQAFEKCINKMLLFKIIVRSIEHCLVLLSDDECRRRTLQKFYNRFYMYPEKRSSTNIFNKSTEIPLNKLLEPGKPLDKKAIKTMAELAAMKTLKNNSIVSLELFKRNMANLSDIVEQMQLLDDNYASKDVHECALDYYLAFYITPRIRYKYVYKLKPCTSAMKECMLSILGKDVAEKLRQSLPQLANPSPGLDSRRSKTLCISERQGSLSSQNTNESSQIQTNLSTEFAQEPSGGLSHLSAPTPDHELRVSKSPEKSAAEASSTNKGQLWPHNTLEISQNQSKLRNDDNNVSSERSPPALATASPESDLHRSKAADKSAKVPSPQVQPHQSKSVAEEQSHSAPQLDTVALGSELVMSKTPERNASKTKASDETLTSPEESKDTSEVPEASFVTDVEVDLKKHGRFIFPVSLETFRHYINYDEIIRSILVNNHIKDEHQLSKLISDPSNPQCKKFFRQFYNKFYARNDVRQRFKYKFNCPDLKLLAKLTEKAKPLDEKALLTIIRKDNRRTTIEPKCQVPHAPEKAPENCQPNPISLEMFKSHVSNLDNIVNEMQKTDKYKEKSKEEVIQDYYMGFYSGPEMREKFACRFKPCPSNKLKQLLSFPSKNKEANPNDPNYRVACTTEYPSEENCLQSNNQDEFAITRNVKQTTENIAKEKKRTEIRKETINKPMSTQSQSQLQPEPIPEDALDVPEAVTEPKLEEQGIKSEDVQHELAVTEPSKDCSQRNAERLSELSSKQKIEWNYKAHNFLEKLFNGITCPVRQASLLQQYERYSVSQENKNTNINTNAGYVVSDAIAAEDNQPQSDLNSVDCEDDRMDQTTATGTQANEMHTNPSDRKALEQITKPTKESSTVNLNNNLENPAQMGVIHDESSGTEVLEVGAMITTDGNPENATSLLQKEENRFLFERSKELFFAESSEDHNLKYLICTSEGLMRAIWRILYQLNLQEFFYYTSIHGGEEMYNSEDDLQLCFKHVVDHGNWPVNLYVLLPRLKHLLHSKGVQLDKLDLSKISPKIMSPWELSYYSDFDNIVEQEYMRRTGEEIDDVLQLCQEREKLYVCCWIHNQWLPRVPGIADETLNAEFGGVEPVLERILLKKICGVGDGDVNIPTEIVSISSSPSTACGADELSQSPSQLNNLSFVDVLNVESASQVSQMIVDPLISYHIEETSQVPETPTDTPASLQIANVKQEPISFLNNQRAICDTENCQWEHINPEEQTIDLDTNDSDGPSLSCFAIQNQNSENQLNFILEDSMLADDHDYVKKPEVPKATDPAQLGTNVNTLSGRSTPIVQVSVIPQKRQAPSPGLNCKRIKLMNDKVPQLRHEFQPLPMGVVVGRQNAVRLPDSEDIRTCQTAKTTLTERPPHHQVNITPSQDFAVGNTLLECSQLQDLLDSNDVGTCKVNKEDHPVSTIARTPKRLVASSPQSSVIFRNLELFSFFNSLTLEQIIKYQIEGHLPGATYQKAVVKVNDKLCNVRGPLIPSLFPYLSSSLRSDLELVLHDLGEFCYKRTWPAHLDATVDLRKRVLFLFMNLSPKFAPFSIKFDNETREWGTCNEVSKCDKSLDQRDTAFNAVELIKPNILNSIENLKCKSVT

Target ORF information:

RefSeq Version	XM_026978682.1
Organism	Drosophila erecta
Definition	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X3, mRNA.

Target ORF information:

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

XM_026978682.1

ORF Insert Sequence:

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAAAAA AAGAACTGAA ATCCGTAAAG AAACGATCAA CAAGCCGATG 
AGTACACAAA GCCAGTCTCA GTTACAACCG GAGCCTATCC CTGAAGACGC ATTAGATGTC 
CCGGAAGCTG TCACTGAGCC GAAGCTTGAA GAGCAAGGCA TAAAGTCAGA GGACGTCCAG 
CATGAACTAG CCGTTACGGA ACCCTCAAAA GATTGTAGTC AACGAAATGC TGAGAGGCTT 
TCAGAACTAT CGAGCAAACA AAAGATCGAA TGGAATTATA AGGCCCATAA CTTTCTGGAA 
AAATTGTTTA ATGGTATCAC CTGCCCAGTA AGACAAGCTT CTTTATTACA ACAATATGAA 
AGGTACTCCG TATCTCAAGA AAACAAAAAT ACGAATATTA ATACCAATGC CGGCTATGTT 
GTTTCCGACG CTATTGCTGC TGAAGACAAT CAGCCACAAT CGGATTTAAA TTCAGTGGAC 
TGTGAAGATG ACCGCATGGA TCAAACAACA GCAACTGGCA CACAAGCAAA CGAAATGCAT 
ACAAATCCTT CTGACCGGAA AGCGTTGGAA CAAATTACGA AGCCAACGAA AGAAAGCAGC 
ACAGTTAATT TAAATAATAA CCTAGAAAAT CCGGCTCAGA TGGGAGTAAT CCATGATGAA 
TCATCTGGAA CTGAAGTTCT AGAAGTTGGA GCAATGATTA CAACAGACGG AAATCCTGAA 
AATGCAACCA GTTTATTACA AAAAGAAGAA AATCGATTTC TTTTCGAAAG ATCAAAGGAA 
TTATTTTTTG CAGAAAGTAG CGAGGATCAC AATCTGAAGT ATTTGATCTG CACAAGTGAA 
GGGCTGATGA GAGCCATTTG GCGCATACTC TACCAACTAA ATCTTCAAGA ATTCTTCTAC 
TACACGAGCA TTCACGGTGG CGAGGAAATG TACAATAGCG AAGACGACTT ACAGCTTTGC 
TTTAAGCATG TCGTGGACCA TGGCAACTGG CCTGTAAATC TATACGTCTT ATTGCCACGT 
CTAAAGCACC TGCTCCACAG TAAGGGAGTA CAGTTGGATA AGCTAGATCT GTCCAAAATA 
TCGCCCAAAA TAATGAGCCC TTGGGAATTA AGTTACTACT CGGATTTTGA TAACATCGTT 
GAACAAGAGT ACATGAGGCG CACTGGCGAG GAAATTGATG ATGTGTTGCA ATTGTGCCAA 
GAGAGAGAGA AACTATATGT GTGCTGTTGG ATTCATAACC AGTGGCTACC ACGAGTTCCA 
GGAATCGCTG ATGAAACGCT AAATGCTGAA TTCGGAGGAG TAGAGCCAGT TCTAGAAAGG 
ATTTTATTGA AGAAAATATG TGGCGTTGGA GATGGAGATG TGAATATACC AACTGAAATA 
GTTTCAATTT CCTCAAGTCC AAGCACTGCT TGTGGTGCAG ATGAACTTAG TCAGTCGCCA 
TCACAGCTCA ACAACTTGAG TTTTGTGGAC GTGCTGAATG TGGAATCAGC TTCGCAAGTA 
TCACAAATGA TAGTCGATCC TCTAATATCC TATCATATTG AGGAAACGTC ACAGGTGCCA 
GAAACTCCAA CTGATACGCC AGCGTCATTG CAAATTGCCA ATGTCAAGCA GGAACCCATC 
AGTTTTCTTA ACAACCAACG CGCAATTTGC GACACCGAAA ATTGCCAGTG GGAACACATT 
AATCCCGAGG AGCAAACAAT AGACTTGGAC ACCAACGACA GCGATGGACC AAGCCTGTCC 
TGCTTTGCCA TACAAAATCA GAATTCCGAG AACCAACTAA ATTTTATTCT AGAGGATTCT 
ATGCTTGCAG ACGATCATGA TTACGTTAAG AAACCAGAAG TGCCGAAGGC CACAGACCCT 
GCTCAATTGG GGACTAACGT AAACACGTTG AGTGGTCGGT CTACGCCAAT AGTTCAGGTT 
TCTGTGATTC CTCAAAAGAG ACAGGCACCC AGCCCAGGAT TAAATTGCAA GCGAATCAAA 
CTGATGAACG ATAAGGTTCC GCAACTAAGG CACGAGTTTC AGCCGTTGCC GATGGGTGTG 
GTAGTGGGCC GGCAAAATGC GGTTAGACTT CCCGATTCTG AAGATATCAG AACGTGTCAG 
ACTGCGAAAA CCACACTCAC GGAAAGACCT CCTCATCATC AAGTAAACAT TACTCCATCA 
CAGGACTTCG CAGTTGGCAA CACGCTGTTG GAATGCTCCC AGCTCCAAGA TCTACTAGAT 
TCTAACGATG TCGGTACTTG CAAGGTAAAT AAAGAAGATC ATCCTGTTTC TACCATCGCT 
CGTACACCGA AGCGCCTTGT CGCTTCCTCT CCCCAAAGCA GCGTTATATT CCGCAATCTT 
GAGCTATTCA GTTTTTTTAA TTCGCTGACT CTAGAGCAAA TAATAAAGTA CCAAATCGAA 
GGACATCTGC CGGGGGCAAC TTATCAGAAA GCGGTGGTCA AGGTCAACGA TAAATTGTGC 
AATGTCAGGG GTCCATTGAT CCCAAGTCTT TTTCCCTACC TCTCATCCTC GCTGCGATCT 
GATCTGGAGC TAGTGCTCCA TGATTTGGGA GAATTCTGCT ACAAACGCAC CTGGCCGGCA 
CATTTGGATG CCACGGTGGA CCTTCGCAAA CGGGTTCTAT TCCTATTTAT GAATTTGAGC 
CCGAAATTCG CGCCATTTTC CATTAAGTTC GATAATGAAA CCAGGGAATG GGGTACCTGC 
AACGAAGTCA GCAAGTGTGA TAAGTCATTA GACCAACGAG ACACTGCCTT CAACGCAGTG 
GAGCTGATCA AGCCAAATAT TCTGAACAGT ATCGAAAACT TAAAATGTAA ATCGGTTACT 
TAA

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

LOC6541313 ( XM_026978683.1 ) cDNA ORF clone, Drosophila erecta -> XP_026834484.1 Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X4, mRNA.

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CloneID	ODi218779
Clone ID Related Accession (Same CDS sequence)	XM_026978683.1
Accession Version	XM_026978683.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5097bp) 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	1541347200000
Organism	Drosophila erecta
Product	protein telomere ends associated isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825200.1) 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 erecta Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGCAAACAA AAGATCGAAT GGAATTATAA GGCCCATAAC 
TTTCTGGAAA AATTGTTTAA TGGTATCACC TGCCCAGTAA GACAAGCTTC TTTATTACAA 
CAATATGAAA GGTACTCCGT ATCTCAAGAA AACAAAAATA CGAATATTAA TACCAATGCC 
GGCTATGTTG TTTCCGACGC TATTGCTGCT GAAGACAATC AGCCACAATC GGATTTAAAT 
TCAGTGGACT GTGAAGATGA CCGCATGGAT CAAACAACAG CAACTGGCAC ACAAGCAAAC 
GAAATGCATA CAAATCCTTC TGACCGGAAA GCGTTGGAAC AAATTACGAA GCCAACGAAA 
GAAAGCAGCA CAGTTAATTT AAATAATAAC CTAGAAAATC CGGCTCAGAT GGGAGTAATC 
CATGATGAAT CATCTGGAAC TGAAGTTCTA GAAGTTGGAG CAATGATTAC AACAGACGGA 
AATCCTGAAA ATGCAACCAG TTTATTACAA AAAGAAGAAA ATCGATTTCT TTTCGAAAGA 
TCAAAGGAAT TATTTTTTGC AGAAAGTAGC GAGGATCACA ATCTGAAGTA TTTGATCTGC 
ACAAGTGAAG GGCTGATGAG AGCCATTTGG CGCATACTCT ACCAACTAAA TCTTCAAGAA 
TTCTTCTACT ACACGAGCAT TCACGGTGGC GAGGAAATGT ACAATAGCGA AGACGACTTA 
CAGCTTTGCT TTAAGCATGT CGTGGACCAT GGCAACTGGC CTGTAAATCT ATACGTCTTA 
TTGCCACGTC TAAAGCACCT GCTCCACAGT AAGGGAGTAC AGTTGGATAA GCTAGATCTG 
TCCAAAATAT CGCCCAAAAT AATGAGCCCT TGGGAATTAA GTTACTACTC GGATTTTGAT 
AACATCGTTG AACAAGAGTA CATGAGGCGC ACTGGCGAGG AAATTGATGA TGTGTTGCAA 
TTGTGCCAAG AGAGAGAGAA ACTATATGTG TGCTGTTGGA TTCATAACCA GTGGCTACCA 
CGAGTTCCAG GAATCGCTGA TGAAACGCTA AATGCTGAAT TCGGAGGAGT AGAGCCAGTT 
CTAGAAAGGA TTTTATTGAA GAAAATATGT GGCGTTGGAG ATGGAGATGT GAATATACCA 
ACTGAAATAG TTTCAATTTC CTCAAGTCCA AGCACTGCTT GTGGTGCAGA TGAACTTAGT 
CAGTCGCCAT CACAGCTCAA CAACTTGAGT TTTGTGGACG TGCTGAATGT GGAATCAGCT 
TCGCAAGTAT CACAAATGAT AGTCGATCCT CTAATATCCT ATCATATTGA GGAAACGTCA 
CAGGTGCCAG AAACTCCAAC TGATACGCCA GCGTCATTGC AAATTGCCAA TGTCAAGCAG 
GAACCCATCA GTTTTCTTAA CAACCAACGC GCAATTTGCG ACACCGAAAA TTGCCAGTGG 
GAACACATTA ATCCCGAGGA GCAAACAATA GACTTGGACA CCAACGACAG CGATGGACCA 
AGCCTGTCCT GCTTTGCCAT ACAAAATCAG AATTCCGAGA ACCAACTAAA TTTTATTCTA 
GAGGATTCTA TGCTTGCAGA CGATCATGAT TACGTTAAGA AACCAGAAGT GCCGAAGGCC 
ACAGACCCTG CTCAATTGGG GACTAACGTA AACACGTTGA GTGGTCGGTC TACGCCAATA 
GTTCAGGTTT CTGTGATTCC TCAAAAGAGA CAGGCACCCA GCCCAGGATT AAATTGCAAG 
CGAATCAAAC TGATGAACGA TAAGGTTCCG CAACTAAGGC ACGAGTTTCA GCCGTTGCCG 
ATGGGTGTGG TAGTGGGCCG GCAAAATGCG GTTAGACTTC CCGATTCTGA AGATATCAGA 
ACGTGTCAGA CTGCGAAAAC CACACTCACG GAAAGACCTC CTCATCATCA AGTAAACATT 
ACTCCATCAC AGGACTTCGC AGTTGGCAAC ACGCTGTTGG AATGCTCCCA GCTCCAAGAT 
CTACTAGATT CTAACGATGT CGGTACTTGC AAGACTCTGC CACGTTCGAG GAAGTAA

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

RefSeq	XP_026834484.1
CDS	147..5243
Translation	MYPVSFAAFQKLVVNLSDIASELRIANGNNKTVAEWSRWYYQEFYRNPSIRARFPYKVAPCPRRTRNNLLKVPEPGAMPQNEITDVVTAGPSQVEQPATDVLVQGSQSETAKPNDAVQGVTVECEPSGSESLDVIVDVDRCGTFLFPVSFQAFEKCINKMLLFKIIVRSIEHCLVLLSDDECRRRTLQKFYNRFYMYPEKRSSTNIFNKSTEIPLNKLLEPGKPLDKKAIKTMAELAAMKTLKNNSIVSLELFKRNMANLSDIVEQMQLLDDNYASKDVHECALDYYLAFYITPRIRYKYVYKLKPCTSAMKECMLSILGKDVAEKLRQSLPQLANPSPGLDSRRSKTLCISERQGSLSSQNTNESSQIQTNLSTEFAQEPSGGLSHLSAPTPDHELRVSKSPEKSAAEASSTNKGQLWPHNTLEISQNQSKLRNDDNNVSSERSPPALATASPESDLHRSKAADKSAKVPSPQVQPHQSKSVAEEQSHSAPQLDTVALGSELVMSKTPERNASKTKASDETLTSPEESKDTSEVPEASFVTDVEVDLKKHGRFIFPVSLETFRHYINYDEIIRSILVNNHIKDEHQLSKLISDPSNPQCKKFFRQFYNKFYARNDVRQRFKYKFNCPDLKLLAKLTEKAKPLDEKALLTIIRKDNRRTTIEPKCQVPHAPEKAPENCQPNPISLEMFKSHVSNLDNIVNEMQKTDKYKEKSKEEVIQDYYMGFYSGPEMREKFACRFKPCPSNKLKQLLSFPSKNKEANPNDPNYRVACTTEYPSEENCLQSNNQDEFAITRNVKQTTENIAKENRPRLENENRVSRRTVNFTDEDCPLYPISLEVFKSHLSNLDYIAKKMQKCVEYRGKSKDAVIRDYYKGFYSGPEMREKFAFRFKPCTGNMLQELLSYPEKNENGCVQEKDCLATSTTGKESCLESNRKTTLGVRRNALEILMKRKRTEIRKETINKPMSTQSQSQLQPEPIPEDALDVPEAVTEPKLEEQGIKSEDVQHELAVTEPSKDCSQRNAERLSELSSKQKIEWNYKAHNFLEKLFNGITCPVRQASLLQQYERYSVSQENKNTNINTNAGYVVSDAIAAEDNQPQSDLNSVDCEDDRMDQTTATGTQANEMHTNPSDRKALEQITKPTKESSTVNLNNNLENPAQMGVIHDESSGTEVLEVGAMITTDGNPENATSLLQKEENRFLFERSKELFFAESSEDHNLKYLICTSEGLMRAIWRILYQLNLQEFFYYTSIHGGEEMYNSEDDLQLCFKHVVDHGNWPVNLYVLLPRLKHLLHSKGVQLDKLDLSKISPKIMSPWELSYYSDFDNIVEQEYMRRTGEEIDDVLQLCQEREKLYVCCWIHNQWLPRVPGIADETLNAEFGGVEPVLERILLKKICGVGDGDVNIPTEIVSISSSPSTACGADELSQSPSQLNNLSFVDVLNVESASQVSQMIVDPLISYHIEETSQVPETPTDTPASLQIANVKQEPISFLNNQRAICDTENCQWEHINPEEQTIDLDTNDSDGPSLSCFAIQNQNSENQLNFILEDSMLADDHDYVKKPEVPKATDPAQLGTNVNTLSGRSTPIVQVSVIPQKRQAPSPGLNCKRIKLMNDKVPQLRHEFQPLPMGVVVGRQNAVRLPDSEDIRTCQTAKTTLTERPPHHQVNITPSQDFAVGNTLLECSQLQDLLDSNDVGTCKTLPRSRK

Target ORF information:

RefSeq Version	XM_026978683.1
Organism	Drosophila erecta
Definition	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X4, mRNA.

Target ORF information:

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

XM_026978683.1

ORF Insert Sequence:

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGCAAACAA AAGATCGAAT GGAATTATAA GGCCCATAAC 
TTTCTGGAAA AATTGTTTAA TGGTATCACC TGCCCAGTAA GACAAGCTTC TTTATTACAA 
CAATATGAAA GGTACTCCGT ATCTCAAGAA AACAAAAATA CGAATATTAA TACCAATGCC 
GGCTATGTTG TTTCCGACGC TATTGCTGCT GAAGACAATC AGCCACAATC GGATTTAAAT 
TCAGTGGACT GTGAAGATGA CCGCATGGAT CAAACAACAG CAACTGGCAC ACAAGCAAAC 
GAAATGCATA CAAATCCTTC TGACCGGAAA GCGTTGGAAC AAATTACGAA GCCAACGAAA 
GAAAGCAGCA CAGTTAATTT AAATAATAAC CTAGAAAATC CGGCTCAGAT GGGAGTAATC 
CATGATGAAT CATCTGGAAC TGAAGTTCTA GAAGTTGGAG CAATGATTAC AACAGACGGA 
AATCCTGAAA ATGCAACCAG TTTATTACAA AAAGAAGAAA ATCGATTTCT TTTCGAAAGA 
TCAAAGGAAT TATTTTTTGC AGAAAGTAGC GAGGATCACA ATCTGAAGTA TTTGATCTGC 
ACAAGTGAAG GGCTGATGAG AGCCATTTGG CGCATACTCT ACCAACTAAA TCTTCAAGAA 
TTCTTCTACT ACACGAGCAT TCACGGTGGC GAGGAAATGT ACAATAGCGA AGACGACTTA 
CAGCTTTGCT TTAAGCATGT CGTGGACCAT GGCAACTGGC CTGTAAATCT ATACGTCTTA 
TTGCCACGTC TAAAGCACCT GCTCCACAGT AAGGGAGTAC AGTTGGATAA GCTAGATCTG 
TCCAAAATAT CGCCCAAAAT AATGAGCCCT TGGGAATTAA GTTACTACTC GGATTTTGAT 
AACATCGTTG AACAAGAGTA CATGAGGCGC ACTGGCGAGG AAATTGATGA TGTGTTGCAA 
TTGTGCCAAG AGAGAGAGAA ACTATATGTG TGCTGTTGGA TTCATAACCA GTGGCTACCA 
CGAGTTCCAG GAATCGCTGA TGAAACGCTA AATGCTGAAT TCGGAGGAGT AGAGCCAGTT 
CTAGAAAGGA TTTTATTGAA GAAAATATGT GGCGTTGGAG ATGGAGATGT GAATATACCA 
ACTGAAATAG TTTCAATTTC CTCAAGTCCA AGCACTGCTT GTGGTGCAGA TGAACTTAGT 
CAGTCGCCAT CACAGCTCAA CAACTTGAGT TTTGTGGACG TGCTGAATGT GGAATCAGCT 
TCGCAAGTAT CACAAATGAT AGTCGATCCT CTAATATCCT ATCATATTGA GGAAACGTCA 
CAGGTGCCAG AAACTCCAAC TGATACGCCA GCGTCATTGC AAATTGCCAA TGTCAAGCAG 
GAACCCATCA GTTTTCTTAA CAACCAACGC GCAATTTGCG ACACCGAAAA TTGCCAGTGG 
GAACACATTA ATCCCGAGGA GCAAACAATA GACTTGGACA CCAACGACAG CGATGGACCA 
AGCCTGTCCT GCTTTGCCAT ACAAAATCAG AATTCCGAGA ACCAACTAAA TTTTATTCTA 
GAGGATTCTA TGCTTGCAGA CGATCATGAT TACGTTAAGA AACCAGAAGT GCCGAAGGCC 
ACAGACCCTG CTCAATTGGG GACTAACGTA AACACGTTGA GTGGTCGGTC TACGCCAATA 
GTTCAGGTTT CTGTGATTCC TCAAAAGAGA CAGGCACCCA GCCCAGGATT AAATTGCAAG 
CGAATCAAAC TGATGAACGA TAAGGTTCCG CAACTAAGGC ACGAGTTTCA GCCGTTGCCG 
ATGGGTGTGG TAGTGGGCCG GCAAAATGCG GTTAGACTTC CCGATTCTGA AGATATCAGA 
ACGTGTCAGA CTGCGAAAAC CACACTCACG GAAAGACCTC CTCATCATCA AGTAAACATT 
ACTCCATCAC AGGACTTCGC AGTTGGCAAC ACGCTGTTGG AATGCTCCCA GCTCCAAGAT 
CTACTAGATT CTAACGATGT CGGTACTTGC AAGACTCTGC CACGTTCGAG GAAGTAA

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

LOC6541313 ( XM_001969093.3 ) cDNA ORF clone, Drosophila erecta -> XP_001969129.2 Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X1, mRNA.

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CloneID	ODi39171
Clone ID Related Accession (Same CDS sequence)	XM_001969093.3 , XM_001969093.2
Accession Version	XM_001969093.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5652bp) 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	1541347200000
Organism	Drosophila erecta
Product	protein telomere ends associated isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825200.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 6, 2018 this sequence version replaced XM_001969093.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Drosophila erecta Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGCAAACAA AAGATCGAAT GGAATTATAA GGCCCATAAC 
TTTCTGGAAA AATTGTTTAA TGGTATCACC TGCCCAGTAA GACAAGCTTC TTTATTACAA 
CAATATGAAA GGTACTCCGT ATCTCAAGAA AACAAAAATA CGAATATTAA TACCAATGCC 
GGCTATGTTG TTTCCGACGC TATTGCTGCT GAAGACAATC AGCCACAATC GGATTTAAAT 
TCAGTGGACT GTGAAGATGA CCGCATGGAT CAAACAACAG CAACTGGCAC ACAAGCAAAC 
GAAATGCATA CAAATCCTTC TGACCGGAAA GCGTTGGAAC AAATTACGAA GCCAACGAAA 
GAAAGCAGCA CAGTTAATTT AAATAATAAC CTAGAAAATC CGGCTCAGAT GGGAGTAATC 
CATGATGAAT CATCTGGAAC TGAAGTTCTA GAAGTTGGAG CAATGATTAC AACAGACGGA 
AATCCTGAAA ATGCAACCAG TTTATTACAA AAAGAAGAAA ATCGATTTCT TTTCGAAAGA 
TCAAAGGAAT TATTTTTTGC AGAAAGTAGC GAGGATCACA ATCTGAAGTA TTTGATCTGC 
ACAAGTGAAG GGCTGATGAG AGCCATTTGG CGCATACTCT ACCAACTAAA TCTTCAAGAA 
TTCTTCTACT ACACGAGCAT TCACGGTGGC GAGGAAATGT ACAATAGCGA AGACGACTTA 
CAGCTTTGCT TTAAGCATGT CGTGGACCAT GGCAACTGGC CTGTAAATCT ATACGTCTTA 
TTGCCACGTC TAAAGCACCT GCTCCACAGT AAGGGAGTAC AGTTGGATAA GCTAGATCTG 
TCCAAAATAT CGCCCAAAAT AATGAGCCCT TGGGAATTAA GTTACTACTC GGATTTTGAT 
AACATCGTTG AACAAGAGTA CATGAGGCGC ACTGGCGAGG AAATTGATGA TGTGTTGCAA 
TTGTGCCAAG AGAGAGAGAA ACTATATGTG TGCTGTTGGA TTCATAACCA GTGGCTACCA 
CGAGTTCCAG GAATCGCTGA TGAAACGCTA AATGCTGAAT TCGGAGGAGT AGAGCCAGTT 
CTAGAAAGGA TTTTATTGAA GAAAATATGT GGCGTTGGAG ATGGAGATGT GAATATACCA 
ACTGAAATAG TTTCAATTTC CTCAAGTCCA AGCACTGCTT GTGGTGCAGA TGAACTTAGT 
CAGTCGCCAT CACAGCTCAA CAACTTGAGT TTTGTGGACG TGCTGAATGT GGAATCAGCT 
TCGCAAGTAT CACAAATGAT AGTCGATCCT CTAATATCCT ATCATATTGA GGAAACGTCA 
CAGGTGCCAG AAACTCCAAC TGATACGCCA GCGTCATTGC AAATTGCCAA TGTCAAGCAG 
GAACCCATCA GTTTTCTTAA CAACCAACGC GCAATTTGCG ACACCGAAAA TTGCCAGTGG 
GAACACATTA ATCCCGAGGA GCAAACAATA GACTTGGACA CCAACGACAG CGATGGACCA 
AGCCTGTCCT GCTTTGCCAT ACAAAATCAG AATTCCGAGA ACCAACTAAA TTTTATTCTA 
GAGGATTCTA TGCTTGCAGA CGATCATGAT TACGTTAAGA AACCAGAAGT GCCGAAGGCC 
ACAGACCCTG CTCAATTGGG GACTAACGTA AACACGTTGA GTGGTCGGTC TACGCCAATA 
GTTCAGGTTT CTGTGATTCC TCAAAAGAGA CAGGCACCCA GCCCAGGATT AAATTGCAAG 
CGAATCAAAC TGATGAACGA TAAGGTTCCG CAACTAAGGC ACGAGTTTCA GCCGTTGCCG 
ATGGGTGTGG TAGTGGGCCG GCAAAATGCG GTTAGACTTC CCGATTCTGA AGATATCAGA 
ACGTGTCAGA CTGCGAAAAC CACACTCACG GAAAGACCTC CTCATCATCA AGTAAACATT 
ACTCCATCAC AGGACTTCGC AGTTGGCAAC ACGCTGTTGG AATGCTCCCA GCTCCAAGAT 
CTACTAGATT CTAACGATGT CGGTACTTGC AAGGTAAATA AAGAAGATCA TCCTGTTTCT 
ACCATCGCTC GTACACCGAA GCGCCTTGTC GCTTCCTCTC CCCAAAGCAG CGTTATATTC 
CGCAATCTTG AGCTATTCAG TTTTTTTAAT TCGCTGACTC TAGAGCAAAT AATAAAGTAC 
CAAATCGAAG GACATCTGCC GGGGGCAACT TATCAGAAAG CGGTGGTCAA GGTCAACGAT 
AAATTGTGCA ATGTCAGGGG TCCATTGATC CCAAGTCTTT TTCCCTACCT CTCATCCTCG 
CTGCGATCTG ATCTGGAGCT AGTGCTCCAT GATTTGGGAG AATTCTGCTA CAAACGCACC 
TGGCCGGCAC ATTTGGATGC CACGGTGGAC CTTCGCAAAC GGGTTCTATT CCTATTTATG 
AATTTGAGCC CGAAATTCGC GCCATTTTCC ATTAAGTTCG ATAATGAAAC CAGGGAATGG 
GGTACCTGCA ACGAAGTCAG CAAGTGTGAT AAGTCATTAG ACCAACGAGA CACTGCCTTC 
AACGCAGTGG AGCTGATCAA GCCAAATATT CTGAACAGTA TCGAAAACTT AAAATGTAAA 
TCGGTTACTT AA

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

RefSeq	XP_001969129.2
CDS	147..5798
Translation	MYPVSFAAFQKLVVNLSDIASELRIANGNNKTVAEWSRWYYQEFYRNPSIRARFPYKVAPCPRRTRNNLLKVPEPGAMPQNEITDVVTAGPSQVEQPATDVLVQGSQSETAKPNDAVQGVTVECEPSGSESLDVIVDVDRCGTFLFPVSFQAFEKCINKMLLFKIIVRSIEHCLVLLSDDECRRRTLQKFYNRFYMYPEKRSSTNIFNKSTEIPLNKLLEPGKPLDKKAIKTMAELAAMKTLKNNSIVSLELFKRNMANLSDIVEQMQLLDDNYASKDVHECALDYYLAFYITPRIRYKYVYKLKPCTSAMKECMLSILGKDVAEKLRQSLPQLANPSPGLDSRRSKTLCISERQGSLSSQNTNESSQIQTNLSTEFAQEPSGGLSHLSAPTPDHELRVSKSPEKSAAEASSTNKGQLWPHNTLEISQNQSKLRNDDNNVSSERSPPALATASPESDLHRSKAADKSAKVPSPQVQPHQSKSVAEEQSHSAPQLDTVALGSELVMSKTPERNASKTKASDETLTSPEESKDTSEVPEASFVTDVEVDLKKHGRFIFPVSLETFRHYINYDEIIRSILVNNHIKDEHQLSKLISDPSNPQCKKFFRQFYNKFYARNDVRQRFKYKFNCPDLKLLAKLTEKAKPLDEKALLTIIRKDNRRTTIEPKCQVPHAPEKAPENCQPNPISLEMFKSHVSNLDNIVNEMQKTDKYKEKSKEEVIQDYYMGFYSGPEMREKFACRFKPCPSNKLKQLLSFPSKNKEANPNDPNYRVACTTEYPSEENCLQSNNQDEFAITRNVKQTTENIAKENRPRLENENRVSRRTVNFTDEDCPLYPISLEVFKSHLSNLDYIAKKMQKCVEYRGKSKDAVIRDYYKGFYSGPEMREKFAFRFKPCTGNMLQELLSYPEKNENGCVQEKDCLATSTTGKESCLESNRKTTLGVRRNALEILMKRKRTEIRKETINKPMSTQSQSQLQPEPIPEDALDVPEAVTEPKLEEQGIKSEDVQHELAVTEPSKDCSQRNAERLSELSSKQKIEWNYKAHNFLEKLFNGITCPVRQASLLQQYERYSVSQENKNTNINTNAGYVVSDAIAAEDNQPQSDLNSVDCEDDRMDQTTATGTQANEMHTNPSDRKALEQITKPTKESSTVNLNNNLENPAQMGVIHDESSGTEVLEVGAMITTDGNPENATSLLQKEENRFLFERSKELFFAESSEDHNLKYLICTSEGLMRAIWRILYQLNLQEFFYYTSIHGGEEMYNSEDDLQLCFKHVVDHGNWPVNLYVLLPRLKHLLHSKGVQLDKLDLSKISPKIMSPWELSYYSDFDNIVEQEYMRRTGEEIDDVLQLCQEREKLYVCCWIHNQWLPRVPGIADETLNAEFGGVEPVLERILLKKICGVGDGDVNIPTEIVSISSSPSTACGADELSQSPSQLNNLSFVDVLNVESASQVSQMIVDPLISYHIEETSQVPETPTDTPASLQIANVKQEPISFLNNQRAICDTENCQWEHINPEEQTIDLDTNDSDGPSLSCFAIQNQNSENQLNFILEDSMLADDHDYVKKPEVPKATDPAQLGTNVNTLSGRSTPIVQVSVIPQKRQAPSPGLNCKRIKLMNDKVPQLRHEFQPLPMGVVVGRQNAVRLPDSEDIRTCQTAKTTLTERPPHHQVNITPSQDFAVGNTLLECSQLQDLLDSNDVGTCKVNKEDHPVSTIARTPKRLVASSPQSSVIFRNLELFSFFNSLTLEQIIKYQIEGHLPGATYQKAVVKVNDKLCNVRGPLIPSLFPYLSSSLRSDLELVLHDLGEFCYKRTWPAHLDATVDLRKRVLFLFMNLSPKFAPFSIKFDNETREWGTCNEVSKCDKSLDQRDTAFNAVELIKPNILNSIENLKCKSVT

Target ORF information:

RefSeq Version	XM_001969093.3
Organism	Drosophila erecta
Definition	Drosophila erecta protein telomere ends associated (LOC6541313), transcript variant X1, mRNA.

Target ORF information:

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

XM_001969093.3

ORF Insert Sequence:

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGCAAACAA AAGATCGAAT GGAATTATAA GGCCCATAAC 
TTTCTGGAAA AATTGTTTAA TGGTATCACC TGCCCAGTAA GACAAGCTTC TTTATTACAA 
CAATATGAAA GGTACTCCGT ATCTCAAGAA AACAAAAATA CGAATATTAA TACCAATGCC 
GGCTATGTTG TTTCCGACGC TATTGCTGCT GAAGACAATC AGCCACAATC GGATTTAAAT 
TCAGTGGACT GTGAAGATGA CCGCATGGAT CAAACAACAG CAACTGGCAC ACAAGCAAAC 
GAAATGCATA CAAATCCTTC TGACCGGAAA GCGTTGGAAC AAATTACGAA GCCAACGAAA 
GAAAGCAGCA CAGTTAATTT AAATAATAAC CTAGAAAATC CGGCTCAGAT GGGAGTAATC 
CATGATGAAT CATCTGGAAC TGAAGTTCTA GAAGTTGGAG CAATGATTAC AACAGACGGA 
AATCCTGAAA ATGCAACCAG TTTATTACAA AAAGAAGAAA ATCGATTTCT TTTCGAAAGA 
TCAAAGGAAT TATTTTTTGC AGAAAGTAGC GAGGATCACA ATCTGAAGTA TTTGATCTGC 
ACAAGTGAAG GGCTGATGAG AGCCATTTGG CGCATACTCT ACCAACTAAA TCTTCAAGAA 
TTCTTCTACT ACACGAGCAT TCACGGTGGC GAGGAAATGT ACAATAGCGA AGACGACTTA 
CAGCTTTGCT TTAAGCATGT CGTGGACCAT GGCAACTGGC CTGTAAATCT ATACGTCTTA 
TTGCCACGTC TAAAGCACCT GCTCCACAGT AAGGGAGTAC AGTTGGATAA GCTAGATCTG 
TCCAAAATAT CGCCCAAAAT AATGAGCCCT TGGGAATTAA GTTACTACTC GGATTTTGAT 
AACATCGTTG AACAAGAGTA CATGAGGCGC ACTGGCGAGG AAATTGATGA TGTGTTGCAA 
TTGTGCCAAG AGAGAGAGAA ACTATATGTG TGCTGTTGGA TTCATAACCA GTGGCTACCA 
CGAGTTCCAG GAATCGCTGA TGAAACGCTA AATGCTGAAT TCGGAGGAGT AGAGCCAGTT 
CTAGAAAGGA TTTTATTGAA GAAAATATGT GGCGTTGGAG ATGGAGATGT GAATATACCA 
ACTGAAATAG TTTCAATTTC CTCAAGTCCA AGCACTGCTT GTGGTGCAGA TGAACTTAGT 
CAGTCGCCAT CACAGCTCAA CAACTTGAGT TTTGTGGACG TGCTGAATGT GGAATCAGCT 
TCGCAAGTAT CACAAATGAT AGTCGATCCT CTAATATCCT ATCATATTGA GGAAACGTCA 
CAGGTGCCAG AAACTCCAAC TGATACGCCA GCGTCATTGC AAATTGCCAA TGTCAAGCAG 
GAACCCATCA GTTTTCTTAA CAACCAACGC GCAATTTGCG ACACCGAAAA TTGCCAGTGG 
GAACACATTA ATCCCGAGGA GCAAACAATA GACTTGGACA CCAACGACAG CGATGGACCA 
AGCCTGTCCT GCTTTGCCAT ACAAAATCAG AATTCCGAGA ACCAACTAAA TTTTATTCTA 
GAGGATTCTA TGCTTGCAGA CGATCATGAT TACGTTAAGA AACCAGAAGT GCCGAAGGCC 
ACAGACCCTG CTCAATTGGG GACTAACGTA AACACGTTGA GTGGTCGGTC TACGCCAATA 
GTTCAGGTTT CTGTGATTCC TCAAAAGAGA CAGGCACCCA GCCCAGGATT AAATTGCAAG 
CGAATCAAAC TGATGAACGA TAAGGTTCCG CAACTAAGGC ACGAGTTTCA GCCGTTGCCG 
ATGGGTGTGG TAGTGGGCCG GCAAAATGCG GTTAGACTTC CCGATTCTGA AGATATCAGA 
ACGTGTCAGA CTGCGAAAAC CACACTCACG GAAAGACCTC CTCATCATCA AGTAAACATT 
ACTCCATCAC AGGACTTCGC AGTTGGCAAC ACGCTGTTGG AATGCTCCCA GCTCCAAGAT 
CTACTAGATT CTAACGATGT CGGTACTTGC AAGGTAAATA AAGAAGATCA TCCTGTTTCT 
ACCATCGCTC GTACACCGAA GCGCCTTGTC GCTTCCTCTC CCCAAAGCAG CGTTATATTC 
CGCAATCTTG AGCTATTCAG TTTTTTTAAT TCGCTGACTC TAGAGCAAAT AATAAAGTAC 
CAAATCGAAG GACATCTGCC GGGGGCAACT TATCAGAAAG CGGTGGTCAA GGTCAACGAT 
AAATTGTGCA ATGTCAGGGG TCCATTGATC CCAAGTCTTT TTCCCTACCT CTCATCCTCG 
CTGCGATCTG ATCTGGAGCT AGTGCTCCAT GATTTGGGAG AATTCTGCTA CAAACGCACC 
TGGCCGGCAC ATTTGGATGC CACGGTGGAC CTTCGCAAAC GGGTTCTATT CCTATTTATG 
AATTTGAGCC CGAAATTCGC GCCATTTTCC ATTAAGTTCG ATAATGAAAC CAGGGAATGG 
GGTACCTGCA ACGAAGTCAG CAAGTGTGAT AAGTCATTAG ACCAACGAGA CACTGCCTTC 
AACGCAGTGG AGCTGATCAA GCCAAATATT CTGAACAGTA TCGAAAACTT AAAATGTAAA 
TCGGTTACTT AA

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

LOC6541313 ( XM_001969093.2 ) cDNA ORF clone, Drosophila erecta -> XP_001969129.2 Drosophila erecta uncharacterized protein (Dere\GG24118), mRNA.

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CloneID	ODi39171
Clone ID Related Accession (Same CDS sequence)	XM_001969093.3 , XM_001969093.2
Accession Version	XM_001969093.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5652bp) 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	1450540800000
Organism	Drosophila erecta
Product	uncharacterized protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001956548). On Dec 21, 2015 this sequence version replaced XM_001969093.1. ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 1.04 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline URL :: http://flybase.org ##Genome-Annotation-Data-END##

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGCAAACAA AAGATCGAAT GGAATTATAA GGCCCATAAC 
TTTCTGGAAA AATTGTTTAA TGGTATCACC TGCCCAGTAA GACAAGCTTC TTTATTACAA 
CAATATGAAA GGTACTCCGT ATCTCAAGAA AACAAAAATA CGAATATTAA TACCAATGCC 
GGCTATGTTG TTTCCGACGC TATTGCTGCT GAAGACAATC AGCCACAATC GGATTTAAAT 
TCAGTGGACT GTGAAGATGA CCGCATGGAT CAAACAACAG CAACTGGCAC ACAAGCAAAC 
GAAATGCATA CAAATCCTTC TGACCGGAAA GCGTTGGAAC AAATTACGAA GCCAACGAAA 
GAAAGCAGCA CAGTTAATTT AAATAATAAC CTAGAAAATC CGGCTCAGAT GGGAGTAATC 
CATGATGAAT CATCTGGAAC TGAAGTTCTA GAAGTTGGAG CAATGATTAC AACAGACGGA 
AATCCTGAAA ATGCAACCAG TTTATTACAA AAAGAAGAAA ATCGATTTCT TTTCGAAAGA 
TCAAAGGAAT TATTTTTTGC AGAAAGTAGC GAGGATCACA ATCTGAAGTA TTTGATCTGC 
ACAAGTGAAG GGCTGATGAG AGCCATTTGG CGCATACTCT ACCAACTAAA TCTTCAAGAA 
TTCTTCTACT ACACGAGCAT TCACGGTGGC GAGGAAATGT ACAATAGCGA AGACGACTTA 
CAGCTTTGCT TTAAGCATGT CGTGGACCAT GGCAACTGGC CTGTAAATCT ATACGTCTTA 
TTGCCACGTC TAAAGCACCT GCTCCACAGT AAGGGAGTAC AGTTGGATAA GCTAGATCTG 
TCCAAAATAT CGCCCAAAAT AATGAGCCCT TGGGAATTAA GTTACTACTC GGATTTTGAT 
AACATCGTTG AACAAGAGTA CATGAGGCGC ACTGGCGAGG AAATTGATGA TGTGTTGCAA 
TTGTGCCAAG AGAGAGAGAA ACTATATGTG TGCTGTTGGA TTCATAACCA GTGGCTACCA 
CGAGTTCCAG GAATCGCTGA TGAAACGCTA AATGCTGAAT TCGGAGGAGT AGAGCCAGTT 
CTAGAAAGGA TTTTATTGAA GAAAATATGT GGCGTTGGAG ATGGAGATGT GAATATACCA 
ACTGAAATAG TTTCAATTTC CTCAAGTCCA AGCACTGCTT GTGGTGCAGA TGAACTTAGT 
CAGTCGCCAT CACAGCTCAA CAACTTGAGT TTTGTGGACG TGCTGAATGT GGAATCAGCT 
TCGCAAGTAT CACAAATGAT AGTCGATCCT CTAATATCCT ATCATATTGA GGAAACGTCA 
CAGGTGCCAG AAACTCCAAC TGATACGCCA GCGTCATTGC AAATTGCCAA TGTCAAGCAG 
GAACCCATCA GTTTTCTTAA CAACCAACGC GCAATTTGCG ACACCGAAAA TTGCCAGTGG 
GAACACATTA ATCCCGAGGA GCAAACAATA GACTTGGACA CCAACGACAG CGATGGACCA 
AGCCTGTCCT GCTTTGCCAT ACAAAATCAG AATTCCGAGA ACCAACTAAA TTTTATTCTA 
GAGGATTCTA TGCTTGCAGA CGATCATGAT TACGTTAAGA AACCAGAAGT GCCGAAGGCC 
ACAGACCCTG CTCAATTGGG GACTAACGTA AACACGTTGA GTGGTCGGTC TACGCCAATA 
GTTCAGGTTT CTGTGATTCC TCAAAAGAGA CAGGCACCCA GCCCAGGATT AAATTGCAAG 
CGAATCAAAC TGATGAACGA TAAGGTTCCG CAACTAAGGC ACGAGTTTCA GCCGTTGCCG 
ATGGGTGTGG TAGTGGGCCG GCAAAATGCG GTTAGACTTC CCGATTCTGA AGATATCAGA 
ACGTGTCAGA CTGCGAAAAC CACACTCACG GAAAGACCTC CTCATCATCA AGTAAACATT 
ACTCCATCAC AGGACTTCGC AGTTGGCAAC ACGCTGTTGG AATGCTCCCA GCTCCAAGAT 
CTACTAGATT CTAACGATGT CGGTACTTGC AAGGTAAATA AAGAAGATCA TCCTGTTTCT 
ACCATCGCTC GTACACCGAA GCGCCTTGTC GCTTCCTCTC CCCAAAGCAG CGTTATATTC 
CGCAATCTTG AGCTATTCAG TTTTTTTAAT TCGCTGACTC TAGAGCAAAT AATAAAGTAC 
CAAATCGAAG GACATCTGCC GGGGGCAACT TATCAGAAAG CGGTGGTCAA GGTCAACGAT 
AAATTGTGCA ATGTCAGGGG TCCATTGATC CCAAGTCTTT TTCCCTACCT CTCATCCTCG 
CTGCGATCTG ATCTGGAGCT AGTGCTCCAT GATTTGGGAG AATTCTGCTA CAAACGCACC 
TGGCCGGCAC ATTTGGATGC CACGGTGGAC CTTCGCAAAC GGGTTCTATT CCTATTTATG 
AATTTGAGCC CGAAATTCGC GCCATTTTCC ATTAAGTTCG ATAATGAAAC CAGGGAATGG 
GGTACCTGCA ACGAAGTCAG CAAGTGTGAT AAGTCATTAG ACCAACGAGA CACTGCCTTC 
AACGCAGTGG AGCTGATCAA GCCAAATATT CTGAACAGTA TCGAAAACTT AAAATGTAAA 
TCGGTTACTT AA

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

RefSeq	XP_001969129.2
CDS	18..5669
Translation	MYPVSFAAFQKLVVNLSDIASELRIANGNNKTVAEWSRWYYQEFYRNPSIRARFPYKVAPCPRRTRNNLLKVPEPGAMPQNEITDVVTAGPSQVEQPATDVLVQGSQSETAKPNDAVQGVTVECEPSGSESLDVIVDVDRCGTFLFPVSFQAFEKCINKMLLFKIIVRSIEHCLVLLSDDECRRRTLQKFYNRFYMYPEKRSSTNIFNKSTEIPLNKLLEPGKPLDKKAIKTMAELAAMKTLKNNSIVSLELFKRNMANLSDIVEQMQLLDDNYASKDVHECALDYYLAFYITPRIRYKYVYKLKPCTSAMKECMLSILGKDVAEKLRQSLPQLANPSPGLDSRRSKTLCISERQGSLSSQNTNESSQIQTNLSTEFAQEPSGGLSHLSAPTPDHELRVSKSPEKSAAEASSTNKGQLWPHNTLEISQNQSKLRNDDNNVSSERSPPALATASPESDLHRSKAADKSAKVPSPQVQPHQSKSVAEEQSHSAPQLDTVALGSELVMSKTPERNASKTKASDETLTSPEESKDTSEVPEASFVTDVEVDLKKHGRFIFPVSLETFRHYINYDEIIRSILVNNHIKDEHQLSKLISDPSNPQCKKFFRQFYNKFYARNDVRQRFKYKFNCPDLKLLAKLTEKAKPLDEKALLTIIRKDNRRTTIEPKCQVPHAPEKAPENCQPNPISLEMFKSHVSNLDNIVNEMQKTDKYKEKSKEEVIQDYYMGFYSGPEMREKFACRFKPCPSNKLKQLLSFPSKNKEANPNDPNYRVACTTEYPSEENCLQSNNQDEFAITRNVKQTTENIAKENRPRLENENRVSRRTVNFTDEDCPLYPISLEVFKSHLSNLDYIAKKMQKCVEYRGKSKDAVIRDYYKGFYSGPEMREKFAFRFKPCTGNMLQELLSYPEKNENGCVQEKDCLATSTTGKESCLESNRKTTLGVRRNALEILMKRKRTEIRKETINKPMSTQSQSQLQPEPIPEDALDVPEAVTEPKLEEQGIKSEDVQHELAVTEPSKDCSQRNAERLSELSSKQKIEWNYKAHNFLEKLFNGITCPVRQASLLQQYERYSVSQENKNTNINTNAGYVVSDAIAAEDNQPQSDLNSVDCEDDRMDQTTATGTQANEMHTNPSDRKALEQITKPTKESSTVNLNNNLENPAQMGVIHDESSGTEVLEVGAMITTDGNPENATSLLQKEENRFLFERSKELFFAESSEDHNLKYLICTSEGLMRAIWRILYQLNLQEFFYYTSIHGGEEMYNSEDDLQLCFKHVVDHGNWPVNLYVLLPRLKHLLHSKGVQLDKLDLSKISPKIMSPWELSYYSDFDNIVEQEYMRRTGEEIDDVLQLCQEREKLYVCCWIHNQWLPRVPGIADETLNAEFGGVEPVLERILLKKICGVGDGDVNIPTEIVSISSSPSTACGADELSQSPSQLNNLSFVDVLNVESASQVSQMIVDPLISYHIEETSQVPETPTDTPASLQIANVKQEPISFLNNQRAICDTENCQWEHINPEEQTIDLDTNDSDGPSLSCFAIQNQNSENQLNFILEDSMLADDHDYVKKPEVPKATDPAQLGTNVNTLSGRSTPIVQVSVIPQKRQAPSPGLNCKRIKLMNDKVPQLRHEFQPLPMGVVVGRQNAVRLPDSEDIRTCQTAKTTLTERPPHHQVNITPSQDFAVGNTLLECSQLQDLLDSNDVGTCKVNKEDHPVSTIARTPKRLVASSPQSSVIFRNLELFSFFNSLTLEQIIKYQIEGHLPGATYQKAVVKVNDKLCNVRGPLIPSLFPYLSSSLRSDLELVLHDLGEFCYKRTWPAHLDATVDLRKRVLFLFMNLSPKFAPFSIKFDNETREWGTCNEVSKCDKSLDQRDTAFNAVELIKPNILNSIENLKCKSVT

Target ORF information:

RefSeq Version	XM_001969093.2
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized protein (Dere\GG24118), mRNA.

Target ORF information:

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

XM_001969093.2

ORF Insert Sequence:

ATGTATCCAG TGTCCTTTGC GGCATTTCAA AAGTTAGTCG TTAATTTGTC TGATATTGCA 
AGTGAGTTGA GAATTGCAAA TGGAAACAAT AAAACGGTGG CCGAGTGGAG CAGATGGTAC 
TACCAAGAGT TCTACCGGAA TCCCAGCATA CGGGCACGGT TCCCATACAA GGTGGCGCCG 
TGTCCCAGGC GGACACGCAA CAACTTGCTT AAAGTACCGG AGCCAGGAGC AATGCCACAA 
AACGAGATAA CAGACGTAGT AACTGCAGGA CCATCTCAAG TGGAGCAACC CGCAACCGAC 
GTCCTAGTTC AAGGCAGCCA GTCTGAAACC GCGAAACCCA ACGATGCAGT TCAAGGCGTC 
ACAGTTGAAT GTGAACCATC AGGATCGGAA TCTCTCGACG TTATTGTTGA TGTGGATAGA 
TGTGGCACTT TTCTTTTTCC TGTATCCTTT CAAGCATTCG AAAAGTGCAT CAACAAAATG 
TTACTATTCA AAATAATTGT CAGGAGCATA GAACACTGCC TGGTCCTTCT GTCCGATGAT 
GAGTGTCGTC GTCGTACACT GCAGAAGTTC TACAACCGCT TTTACATGTA TCCAGAAAAG 
CGATCTTCAA CGAACATCTT CAATAAATCG ACTGAAATTC CTTTGAATAA GTTGCTCGAA 
CCTGGCAAAC CGCTGGACAA AAAAGCGATC AAGACTATGG CTGAGCTCGC TGCAATGAAA 
ACCCTTAAGA ACAATTCCAT CGTCAGCCTC GAGCTGTTTA AGAGGAATAT GGCAAACTTA 
TCGGACATTG TGGAGCAAAT GCAGCTGCTT GACGATAATT ATGCGAGCAA GGACGTCCAT 
GAGTGTGCCC TAGACTATTA CCTGGCGTTT TACATCACTC CGAGGATACG ATATAAATAC 
GTATACAAAC TTAAACCTTG TACGTCTGCT ATGAAGGAAT GCATGCTGTC CATTCTCGGC 
AAAGATGTGG CGGAGAAGCT TAGGCAAAGC TTGCCCCAGT TAGCTAATCC CTCGCCAGGA 
CTTGACTCGC GCAGGTCAAA GACTTTATGT ATTAGTGAAA GACAAGGTTC ATTAAGTTCT 
CAGAATACCA ATGAGTCTTC ACAAATCCAA ACTAATCTCA GCACGGAGTT TGCCCAAGAA 
CCAAGTGGCG GTCTGTCCCA CTTGTCTGCT CCTACCCCCG ATCACGAGCT GCGTGTCTCC 
AAATCTCCCG AGAAGAGTGC TGCAGAAGCT AGTAGCACGA ATAAAGGCCA ATTGTGGCCA 
CATAATACCT TAGAAATTTC CCAAAACCAA TCTAAACTCA GGAACGATGA CAACAATGTA 
AGCAGCGAAA GAAGTCCGCC CGCATTAGCT ACTGCATCGC CAGAAAGCGA TCTGCACAGG 
TCCAAAGCTG CCGATAAGTC AGCTAAAGTT CCAAGTCCCC AAGTCCAACC CCACCAGAGC 
AAGAGTGTTG CCGAAGAACA ATCGCACAGC GCGCCCCAGT TAGATACTGT AGCACTAGGA 
TCTGAACTGG TCATGTCCAA GACACCCGAG AGGAATGCTT CGAAAACCAA AGCTTCTGAC 
GAGACCCTAA CAAGTCCTGA AGAGAGCAAG GATACTTCCG AAGTACCAGA GGCCTCCTTT 
GTGACGGATG TTGAAGTGGA CCTTAAAAAA CATGGGCGCT TTATTTTTCC CGTTTCTCTT 
GAAACGTTTC GGCATTATAT TAACTATGAC GAGATTATCC GATCAATTCT TGTAAATAAT 
CACATTAAAG ACGAACATCA ACTGTCAAAA TTAATTTCTG ATCCTTCGAA TCCACAATGC 
AAAAAATTTT TCCGTCAGTT TTATAATAAA TTTTATGCAC GCAACGATGT TCGTCAAAGA 
TTCAAGTATA AATTTAATTG CCCTGATCTT AAGTTGCTGG CTAAGCTAAC AGAAAAGGCT 
AAGCCGCTGG ATGAGAAGGC CCTTTTAACA ATAATTCGAA AAGATAATAG AAGAACCACG 
ATCGAACCTA AATGTCAGGT ACCTCATGCG CCGGAAAAAG CACCAGAAAA TTGTCAACCA 
AATCCCATTT CTTTAGAAAT GTTCAAAAGT CATGTGAGCA ATCTGGATAA TATTGTTAAT 
GAGATGCAAA AAACCGATAA GTACAAAGAA AAAAGCAAAG AGGAGGTTAT TCAGGATTAC 
TATATGGGCT TTTATTCTGG ACCAGAGATG AGGGAGAAGT TCGCTTGTCG ATTTAAACCA 
TGTCCAAGCA ATAAGCTAAA ACAATTGCTT AGTTTTCCAT CGAAAAACAA GGAGGCAAAC 
CCAAACGATC CAAATTACCG GGTGGCTTGT ACCACAGAAT ACCCAAGCGA GGAAAATTGC 
CTGCAGTCAA ACAACCAAGA CGAGTTTGCT ATAACCAGGA ATGTGAAACA AACAACTGAA 
AATATTGCCA AAGAGAACAG ACCAAGACTT GAAAACGAAA ATAGAGTATC CAGAAGAACA 
GTTAACTTTA CTGACGAAGA TTGTCCGCTA TATCCTATAT CCCTAGAGGT GTTCAAAAGT 
CATTTGAGCA ATCTAGATTA TATTGCTAAA AAAATGCAAA AGTGCGTTGA GTATAGAGGA 
AAATCCAAGG ATGCGGTTAT TCGGGACTAC TACAAAGGCT TCTATTCTGG ACCGGAGATG 
AGGGAAAAGT TCGCTTTTCG ATTTAAGCCA TGTACCGGCA ATATGCTACA AGAATTGCTT 
AGTTATCCAG AGAAAAATGA GAATGGTTGT GTACAGGAAA AAGATTGCTT GGCGACGAGT 
ACCACCGGAA AGGAAAGTTG CCTTGAGTCG AATAGGAAAA CGACGTTAGG GGTTCGCAGA 
AATGCATTAG AAATATTAAT GAAAAGAAAA AGAACTGAAA TCCGTAAAGA AACGATCAAC 
AAGCCGATGA GTACACAAAG CCAGTCTCAG TTACAACCGG AGCCTATCCC TGAAGACGCA 
TTAGATGTCC CGGAAGCTGT CACTGAGCCG AAGCTTGAAG AGCAAGGCAT AAAGTCAGAG 
GACGTCCAGC ATGAACTAGC CGTTACGGAA CCCTCAAAAG ATTGTAGTCA ACGAAATGCT 
GAGAGGCTTT CAGAACTATC GAGCAAACAA AAGATCGAAT GGAATTATAA GGCCCATAAC 
TTTCTGGAAA AATTGTTTAA TGGTATCACC TGCCCAGTAA GACAAGCTTC TTTATTACAA 
CAATATGAAA GGTACTCCGT ATCTCAAGAA AACAAAAATA CGAATATTAA TACCAATGCC 
GGCTATGTTG TTTCCGACGC TATTGCTGCT GAAGACAATC AGCCACAATC GGATTTAAAT 
TCAGTGGACT GTGAAGATGA CCGCATGGAT CAAACAACAG CAACTGGCAC ACAAGCAAAC 
GAAATGCATA CAAATCCTTC TGACCGGAAA GCGTTGGAAC AAATTACGAA GCCAACGAAA 
GAAAGCAGCA CAGTTAATTT AAATAATAAC CTAGAAAATC CGGCTCAGAT GGGAGTAATC 
CATGATGAAT CATCTGGAAC TGAAGTTCTA GAAGTTGGAG CAATGATTAC AACAGACGGA 
AATCCTGAAA ATGCAACCAG TTTATTACAA AAAGAAGAAA ATCGATTTCT TTTCGAAAGA 
TCAAAGGAAT TATTTTTTGC AGAAAGTAGC GAGGATCACA ATCTGAAGTA TTTGATCTGC 
ACAAGTGAAG GGCTGATGAG AGCCATTTGG CGCATACTCT ACCAACTAAA TCTTCAAGAA 
TTCTTCTACT ACACGAGCAT TCACGGTGGC GAGGAAATGT ACAATAGCGA AGACGACTTA 
CAGCTTTGCT TTAAGCATGT CGTGGACCAT GGCAACTGGC CTGTAAATCT ATACGTCTTA 
TTGCCACGTC TAAAGCACCT GCTCCACAGT AAGGGAGTAC AGTTGGATAA GCTAGATCTG 
TCCAAAATAT CGCCCAAAAT AATGAGCCCT TGGGAATTAA GTTACTACTC GGATTTTGAT 
AACATCGTTG AACAAGAGTA CATGAGGCGC ACTGGCGAGG AAATTGATGA TGTGTTGCAA 
TTGTGCCAAG AGAGAGAGAA ACTATATGTG TGCTGTTGGA TTCATAACCA GTGGCTACCA 
CGAGTTCCAG GAATCGCTGA TGAAACGCTA AATGCTGAAT TCGGAGGAGT AGAGCCAGTT 
CTAGAAAGGA TTTTATTGAA GAAAATATGT GGCGTTGGAG ATGGAGATGT GAATATACCA 
ACTGAAATAG TTTCAATTTC CTCAAGTCCA AGCACTGCTT GTGGTGCAGA TGAACTTAGT 
CAGTCGCCAT CACAGCTCAA CAACTTGAGT TTTGTGGACG TGCTGAATGT GGAATCAGCT 
TCGCAAGTAT CACAAATGAT AGTCGATCCT CTAATATCCT ATCATATTGA GGAAACGTCA 
CAGGTGCCAG AAACTCCAAC TGATACGCCA GCGTCATTGC AAATTGCCAA TGTCAAGCAG 
GAACCCATCA GTTTTCTTAA CAACCAACGC GCAATTTGCG ACACCGAAAA TTGCCAGTGG 
GAACACATTA ATCCCGAGGA GCAAACAATA GACTTGGACA CCAACGACAG CGATGGACCA 
AGCCTGTCCT GCTTTGCCAT ACAAAATCAG AATTCCGAGA ACCAACTAAA TTTTATTCTA 
GAGGATTCTA TGCTTGCAGA CGATCATGAT TACGTTAAGA AACCAGAAGT GCCGAAGGCC 
ACAGACCCTG CTCAATTGGG GACTAACGTA AACACGTTGA GTGGTCGGTC TACGCCAATA 
GTTCAGGTTT CTGTGATTCC TCAAAAGAGA CAGGCACCCA GCCCAGGATT AAATTGCAAG 
CGAATCAAAC TGATGAACGA TAAGGTTCCG CAACTAAGGC ACGAGTTTCA GCCGTTGCCG 
ATGGGTGTGG TAGTGGGCCG GCAAAATGCG GTTAGACTTC CCGATTCTGA AGATATCAGA 
ACGTGTCAGA CTGCGAAAAC CACACTCACG GAAAGACCTC CTCATCATCA AGTAAACATT 
ACTCCATCAC AGGACTTCGC AGTTGGCAAC ACGCTGTTGG AATGCTCCCA GCTCCAAGAT 
CTACTAGATT CTAACGATGT CGGTACTTGC AAGGTAAATA AAGAAGATCA TCCTGTTTCT 
ACCATCGCTC GTACACCGAA GCGCCTTGTC GCTTCCTCTC CCCAAAGCAG CGTTATATTC 
CGCAATCTTG AGCTATTCAG TTTTTTTAAT TCGCTGACTC TAGAGCAAAT AATAAAGTAC 
CAAATCGAAG GACATCTGCC GGGGGCAACT TATCAGAAAG CGGTGGTCAA GGTCAACGAT 
AAATTGTGCA ATGTCAGGGG TCCATTGATC CCAAGTCTTT TTCCCTACCT CTCATCCTCG 
CTGCGATCTG ATCTGGAGCT AGTGCTCCAT GATTTGGGAG AATTCTGCTA CAAACGCACC 
TGGCCGGCAC ATTTGGATGC CACGGTGGAC CTTCGCAAAC GGGTTCTATT CCTATTTATG 
AATTTGAGCC CGAAATTCGC GCCATTTTCC ATTAAGTTCG ATAATGAAAC CAGGGAATGG 
GGTACCTGCA ACGAAGTCAG CAAGTGTGAT AAGTCATTAG ACCAACGAGA CACTGCCTTC 
AACGCAGTGG AGCTGATCAA GCCAAATATT CTGAACAGTA TCGAAAACTT AAAATGTAAA 
TCGGTTACTT AA

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

PubMed

Assembly reconciliation.
Bioinformatics (Oxford, England)24(1)42-5(2008 Jan)
Zimin AV,Smith DR,Sutton G,Yorke JA

Evolution of genes and genomes on the Drosophila phylogeny.
Nature450(7167)203-18(2007 Nov)
,Clark AG,Eisen MB,Smith DR,Bergman CM,Oliver B,Markow TA,Kaufman TC,Kellis M,Gelbart W,Iyer VN,Pollard DA,Sackton TB,Larracuente AM,Singh ND,Abad JP,Abt DN,Adryan B,Aguade M,Akashi H,Anderson WW,Aquadro CF,Ardell DH,Arguello R,Artieri CG,Barbash DA,Barker D,Barsanti P,Batterham P,Batzoglou S,Begun D,Bhutkar A,Blanco E,Bosak SA,Bradley RK,Brand AD,Brent MR,Brooks AN,Brown RH,Butlin RK,Caggese C,Calvi BR,Bernardo de Carvalho A,Caspi A,Castrezana S,Celniker SE,Chang JL,Chapple C,Chatterji S,Chinwalla A,Civetta A,Clifton SW,Comeron JM,Costello JC,Coyne JA,Daub J,David RG,Delcher AL,Delehaunty K,Do CB,Ebling H,Edwards K,Eickbush T,Evans JD,Filipski A,Findeiss S,Freyhult E,Fulton L,Fulton R,Garcia AC,Gardiner A,Garfield DA,Garvin BE,Gibson G,Gilbert D,Gnerre S,Godfrey J,Good R,Gotea V,Gravely B,Greenberg AJ,Griffiths-Jones S,Gross S,Guigo R,Gustafson EA,Haerty W,Hahn MW,Halligan DL,Halpern AL,Halter GM,Han MV,Heger A,Hillier L,Hinrichs AS,Holmes I,Hoskins RA,Hubisz MJ,Hultmark D,Huntley MA,Jaffe DB,Jagadeeshan S,Jeck WR,Johnson J,Jones CD,Jordan WC,Karpen GH,Kataoka E,Keightley PD,Kheradpour P,Kirkness EF,Koerich LB,Kristiansen K,Kudrna D,Kulathinal RJ,Kumar S,Kwok R,Lander E,Langley CH,Lapoint R,Lazzaro BP,Lee SJ,Levesque L,Li R,Lin CF,Lin MF,Lindblad-Toh K,Llopart A,Long M,Low L,Lozovsky E,Lu J,Luo M,Machado CA,Makalowski W,Marzo M,Matsuda M,Matzkin L,McAllister B,McBride CS,McKernan B,McKernan K,Mendez-Lago M,Minx P,Mollenhauer MU,Montooth K,Mount SM,Mu X,Myers E,Negre B,Newfeld S,Nielsen R,Noor MA,O'Grady P,Pachter L,Papaceit M,Parisi MJ,Parisi M,Parts L,Pedersen JS,Pesole G,Phillippy AM,Ponting CP,Pop M,Porcelli D,Powell JR,Prohaska S,Pruitt K,Puig M,Quesneville H,Ram KR,Rand D,Rasmussen MD,Reed LK,Reenan R,Reily A,Remington KA,Rieger TT,Ritchie MG,Robin C,Rogers YH,Rohde C,Rozas J,Rubenfield MJ,Ruiz A,Russo S,Salzberg SL,Sanchez-Gracia A,Saranga DJ,Sato H,Schaeffer SW,Schatz MC,Schlenke T,Schwartz R,Segarra C,Singh RS,Sirot L,Sirota M,Sisneros NB,Smith CD,Smith TF,Spieth J,Stage DE,Stark A,Stephan W,Strausberg RL,Strempel S,Sturgill D,Sutton G,Sutton GG,Tao W,Teichmann S,Tobari YN,Tomimura Y,Tsolas JM,Valente VL,Venter E,Venter JC,Vicario S,Vieira FG,Vilella AJ,Villasante A,Walenz B,Wang J,Wasserman M,Watts T,Wilson D,Wilson RK,Wing RA,Wolfner MF,Wong A,Wong GK,Wu CI,Wu G,Yamamoto D,Yang HP,Yang SP,Yorke JA,Yoshida K,Zdobnov E,Zhang P,Zhang Y,Zimin AV,Baldwin J,Abdouelleil A,Abdulkadir J,Abebe A,Abera B,Abreu J,Acer SC,Aftuck L,Alexander A,An P,Anderson E,Anderson S,Arachi H,Azer M,Bachantsang P,Barry A,Bayul T,Berlin A,Bessette D,Bloom T,Blye J,Boguslavskiy L,Bonnet C,Boukhgalter B,Bourzgui I,Brown A,Cahill P,Channer S,Cheshatsang Y,Chuda L,Citroen M,Collymore A,Cooke P,Costello M,D'Aco K,Daza R,De Haan G,DeGray S,DeMaso C,Dhargay N,Dooley K,Dooley E,Doricent M,Dorje P,Dorjee K,Dupes A,Elong R,Falk J,Farina A,Faro S,Ferguson D,Fisher S,Foley CD,Franke A,Friedrich D,Gadbois L,Gearin G,Gearin CR,Giannoukos G,Goode T,Graham J,Grandbois E,Grewal S,Gyaltsen K,Hafez N,Hagos B,Hall J,Henson C,Hollinger A,Honan T,Huard MD,Hughes L,Hurhula B,Husby ME,Kamat A,Kanga B,Kashin S,Khazanovich D,Kisner P,Lance K,Lara M,Lee W,Lennon N,Letendre F,LeVine R,Lipovsky A,Liu X,Liu J,Liu S,Lokyitsang T,Lokyitsang Y,Lubonja R,Lui A,MacDonald P,Magnisalis V,Maru K,Matthews C,McCusker W,McDonough S,Mehta T,Meldrim J,Meneus L,Mihai O,Mihalev A,Mihova T,Mittelman R,Mlenga V,Montmayeur A,Mulrain L,Navidi A,Naylor J,Negash T,Nguyen T,Nguyen N,Nicol R,Norbu C,Norbu N,Novod N,O'Neill B,Osman S,Markiewicz E,Oyono OL,Patti C,Phunkhang P,Pierre F,Priest M,Raghuraman S,Rege F,Reyes R,Rise C,Rogov P,Ross K,Ryan E,Settipalli S,Shea T,Sherpa N,Shi L,Shih D,Sparrow T,Spaulding J,Stalker J,Stange-Thomann N,Stavropoulos S,Stone C,Strader C,Tesfaye S,Thomson T,Thoulutsang Y,Thoulutsang D,Topham K,Topping I,Tsamla T,Vassiliev H,Vo A,Wangchuk T,Wangdi T,Weiand M,Wilkinson J,Wilson A,Yadav S,Young G,Yu Q,Zembek L,Zhong D,Zimmer A,Zwirko Z,Jaffe DB,Alvarez P,Brockman W,Butler J,Chin C,Gnerre S,Grabherr M,Kleber M,Mauceli E,MacCallum I

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LOC6541313 cDNA ORF clone, Drosophila erecta

Gene

Clones

gRNAs

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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:

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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