Dere\GG26501 cDNA ORF clone, Drosophila erecta

Gene
Clones
gRNAs

Summary

Gene Symbol	Dere\GG26501
Entrez Gene ID	26526325
Full Name	GG26501 gene product from transcript GG26501-RA
Synonyms	GG26501
Gene Type	protein-coding
Organism	Drosophila erecta

mRNA and Protein(s)

mRNA	Protein	Name
XM_026983250.1	XP_026839051.1	uncharacterized protein LOC26526325 isoform X1
XM_001982713.3	XP_001982749.3	uncharacterized protein LOC26526325 isoform X1
XM_026983253.1	XP_026839054.1	uncharacterized protein LOC26526325 isoform X2
XM_026983249.1	XP_026839050.1	uncharacterized protein LOC26526325 isoform X1
XM_026983251.1	XP_026839052.1	uncharacterized protein LOC26526325 isoform X1
XM_026983254.1	XP_026839055.1	uncharacterized protein LOC26526325 isoform X3
XM_015153232.1	XP_015008718.1	uncharacterized protein

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 Dere\GG26501 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Dere\GG26501 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)
ODi221047	XM_026983254.1 Latest version!	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	9-11	$139.30 $199.00
ODi32156	XM_015153232.1 Latest version!	Drosophila erecta uncharacterized protein (Dere\GG26501), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
ODi221046	XM_026983253.1 Latest version!	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ODi221045	XM_026983251.1 Latest version!	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ODi221045	XM_026983250.1 Latest version!	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ODi221045	XM_001982713.3 Latest version!	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ODi221045	XM_026983249.1 Latest version!	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

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

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Dere\GG26501 ( XM_026983254.1 ) cDNA ORF clone, Drosophila erecta -> XP_026839055.1 Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X6, mRNA.

Price & Availability↑

CloneID	ODi221047
Clone ID Related Accession (Same CDS sequence)	XM_026983254.1
Accession Version	XM_026983254.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 798bp) 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	uncharacterized protein LOC26526325 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825218.1) 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##

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA GCACAATCAG 
TTAGAAGGTT ATAGTTTCAA AGTACATAGC AAGACCGAGA AATTTAATAA AAGGTACGAG 
CTGGATAACG AAAATAATTT GTTATATGGC TCCGTCTCGG CAAAAGTATT AGACGAAGCC 
AGGTACAATC TTGCCACTCA CGTTATGTCA AATGGAGTGG AACTAATAAT TGCCGACGAA 
AAGGGGAAAT ATACTGAAAA CCTAGCGAGG ACAACCCAAA AATTAACCAG TAATAATGAT 
CAAGCAATTT TAATAACCGT ACGATCCGAC AAGCCCTTGA CATTGGCCCC AAGTACATTA 
AAAAATCAGA TGATTTTAAC ATTGCCTTTA ATTAGACAGG ACACACTTAT AATTCCCAAA 
AACGTATTTG TAAGAAAAAT TTGTCTAACT ACTTACACAT ATCACACAAC CAATGTGGAA 
AATGGAGGCT TTCATTTGGT TACCAAAAAC ATGGTTATTA CCAACAGTTT TACAGAGGAC 
CGAAATTACC TTCATGCAAG TAACTCGATG ATAACAGACG TCACTTTCTC AAGGACTCCA 
GATCTAGTAG TTGTTTGA

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

RefSeq	XP_026839055.1
CDS	121..918
Translation	MLQPREDNEISDIYHKKYNISTLTKRMIYSTYCKLNLTRVLFTTLVLIMIHIETSQAINQSYYVSPTPSLPARVGDEHNQLEGYSFKVHSKTEKFNKRYELDNENNLLYGSVSAKVLDEARYNLATHVMSNGVELIIADEKGKYTENLARTTQKLTSNNDQAILITVRSDKPLTLAPSTLKNQMILTLPLIRQDTLIIPKNVFVRKICLTTYTYHTTNVENGGFHLVTKNMVITNSFTEDRNYLHASNSMITDVTFSRTPDLVVV

Target ORF information:

RefSeq Version	XM_026983254.1
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X6, mRNA.

Target ORF information:

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

XM_026983254.1

ORF Insert Sequence:

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA GCACAATCAG 
TTAGAAGGTT ATAGTTTCAA AGTACATAGC AAGACCGAGA AATTTAATAA AAGGTACGAG 
CTGGATAACG AAAATAATTT GTTATATGGC TCCGTCTCGG CAAAAGTATT AGACGAAGCC 
AGGTACAATC TTGCCACTCA CGTTATGTCA AATGGAGTGG AACTAATAAT TGCCGACGAA 
AAGGGGAAAT ATACTGAAAA CCTAGCGAGG ACAACCCAAA AATTAACCAG TAATAATGAT 
CAAGCAATTT TAATAACCGT ACGATCCGAC AAGCCCTTGA CATTGGCCCC AAGTACATTA 
AAAAATCAGA TGATTTTAAC ATTGCCTTTA ATTAGACAGG ACACACTTAT AATTCCCAAA 
AACGTATTTG TAAGAAAAAT TTGTCTAACT ACTTACACAT ATCACACAAC CAATGTGGAA 
AATGGAGGCT TTCATTTGGT TACCAAAAAC ATGGTTATTA CCAACAGTTT TACAGAGGAC 
CGAAATTACC TTCATGCAAG TAACTCGATG ATAACAGACG TCACTTTCTC AAGGACTCCA 
GATCTAGTAG TTGTTTGA

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

Dere\GG26501 ( XM_015153232.1 ) cDNA ORF clone, Drosophila erecta -> XP_015008718.1 Drosophila erecta uncharacterized protein (Dere\GG26501), partial mRNA.

Price & Availability↑

CloneID	ODi32156
Clone ID Related Accession (Same CDS sequence)	XM_015153232.1
Accession Version	XM_015153232.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2622bp) 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_001956555). ##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## COMPLETENESS: incomplete on both ends.

ATGGTTATTA CCAACAGTTT TACAGAGGAC CGAAATTACC TTCATGCAAG TAACTCGATG 
ATAACAGACG TCACTTTCTC AAGGTTAAGA TCAAGTGTAT CTATAAAGTC TAGTTCTCGC 
GTGTTAACGT CGATAAATAA TATCGAGCTG CACACATCCA ACTTCGAACT TCCAAATAGT 
CCTCTATATA ATTTAGGTTC ATTGAACTCA ATACAAGAGC CACATTTTGA ACATGGTCTA 
GATTTGCGTA GTGCGATTAT ATGCAATATT AAAGACTGCA AAAATGGTTT GATACAAAAA 
CTAAAGAACG ATGATAAAAT GCTTGAACCA TCTGAAATGA TGCAGGATGA TACAAATTCT 
TTTACACAAA AATCAATGGA AGTGGATTTC GTTTCACTGG CAGTTAAAAA TTCGATCACA 
GAAAAAACTA CGAGCTATTT AAATACGTTG CAGCTCACCA AAACAGAAAG TATTGATGAA 
ACAAAAAATA TATCTCTTAG GCATTTTGTT GTGAATACTT CGAAAACATA TGCAATAAAA 
CCGCTTTGCA TTAGTGTGCA CAAAGTACTT ATATCTCATG ACATTCCTGA TGTTAGCATT 
CTGAATGGCT CAGACTATTT AACGGAGCCT TATATCGTAA AAGATGATCT CAGATCCGCT 
GGGACTATAG ATAATTTCGA GGTAGAAAAT AGCCTAACTT TCTCGAAGCA CACCTATTTT 
ATAAACAAAT CGAACTCTTC ATTAATCTCT AACTCGAACC CAAATCAGAA TATGTATGCC 
TCCAGCAACT TAAGGAGTAT GCCCTTTAGA GCAGATCTAA TAGATTCTCC TTCACAGAGA 
ATTGATTTAA TAAAACAAAA ATCTGATACT GCTTGCCACT CTACATGCAG ACTAAATAAA 
AATGAAATAT GCGTTACCTA TGGAAATAGT ACCGAATCTT TAGGTATTTG TGAGTGTCGA 
CCAAGTTTTG GACGTCTGTT CCCGGATCGC CCATGCAAAC CTACATATAC GTACGAAATG 
AGAATTCAAG CCAATTGGGC GGAAAGTTAC CTATTAAATC TCAGCAATAA AAACAAAAGT 
AATTCCTCAA TCGAATATCG ACATAATAGT AAAATATTGT TAGAAGCCGC TGATCGCATG 
GTTATGCAAT CTGATTATAG GGATATATTT CACGGTGTGC AACTACTAAC TGCTTTGACT 
AAAACGAATG ACACGTTAAT GGTCACCTAC CTCCTACAGC TATCAGAGAA TAGCAATGAG 
GATCAACTTA CAACTGTATT TAACAAATAT TTACGGCAAA CCAACTTTAG TATTGGAGGC 
ACGGGATTGT ACACCTCAAG AAAAGGGCTC CAATTCCTAT CATTCAAGGA TTTTGATGAA 
TGTCGCAACG AAAATTTTTA TGACTGTTCC CCGAATGCGC AATGTTTTAA CTTAATTGGA 
AGTTACACGT GCAGTTGCAA GGAGGGTTAC ATAGATAAAT CAGAAAACAG CTTATACCCT 
GGTCGCTATT GCCTAGATAA TATAATCGGT TGCGATAAAT GTAACTATAA TGGCAAATGC 
ATCAATAGTT CATTCGAAAA GAGCCATCAA GGGATAGCAG TGTGCAAGTG CAATGCTTGG 
TATGCCGGAA CGAATTGCCA AATTAACTTA AAAATTATAA TACTGTGGAT TCTTACAAGT 
GTCGCAATTT TATCTTCATT GGTTCTGTTC CTCTTTTTAC TAATAATCAC CAAGCGCAAA 
AAACAAGTAC GTCCGAAAAC AAGCCAATTA TTCTTTGCAT CTTCGTCATT AAATCCAAGC 
ATAACAACCT CAACCAAAAT TGGTCAAATA TCAGTCCGTG AGACGGAAAA TATCGGTGAA 
ATATGTAAAC CCATGACATT AATGTCTAAA AAGAAATATA ATGGAGTGAA GAATCATTTT 
ATGATACCAG GATCACATAC AAAAAGAAGT ATAATTCAAA CTTACACGAA CGCGATAGCT 
TCTAGAAAAG TACATGGTTT AAATATCACA CGTGCATTTA AACATCATGA CTTTTTACAT 
GGTTGTACCG ACCTAAGCAC ACAACACGAA GACCAAATTA ACCGTTCTTT TACTCTAAGG 
ATTCCACGAG CAAAATTTTG CTTTCCCGAT ATTTCTCAGA ATTCTAGTTT AAGTCATCAT 
GGTAAAAGAT CTAGTATGGA TAATACAAGG CAAAGATTAG TGCATAAAGA TGACGATCGT 
ATGCCTGCCT ATCGATATTT TGCTCCAAAA TGTGAGAAAC ATTTAAAAGA TAATCTTTTA 
TCAGATAATC TTATCTACAG AGGTAGCACT TTAGCCAAAG CTTCACTAGT ATCTGCTGGA 
TATGAGATAT CGGCCCTGAT AACAGATAAA ATAGGATGTG AAACTTCAAT ATTAGAAGAC 
AATATTTCTT TTAATAAGGA ATATTCCAAA AGCACAAGCG CCTTAAATGA GGACTCTAAC 
ACAATGACTG AAAGAGATTT GGGTTCAACA TTCTTGATAC CACATACTCA TCTTTATAAG 
TCTGACGAGG TATGCTGTTC TTACCGATAT TATTTGAGAA ACTTCAATAA ATTGAACTTA 
TTTCAGATAC CATATGACTT TTCTCGGTTG AGTTCTTCAT AA

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

RefSeq	XP_015008718.1
CDS	1..2622
Translation	MVITNSFTEDRNYLHASNSMITDVTFSRLRSSVSIKSSSRVLTSINNIELHTSNFELPNSPLYNLGSLNSIQEPHFEHGLDLRSAIICNIKDCKNGLIQKLKNDDKMLEPSEMMQDDTNSFTQKSMEVDFVSLAVKNSITEKTTSYLNTLQLTKTESIDETKNISLRHFVVNTSKTYAIKPLCISVHKVLISHDIPDVSILNGSDYLTEPYIVKDDLRSAGTIDNFEVENSLTFSKHTYFINKSNSSLISNSNPNQNMYASSNLRSMPFRADLIDSPSQRIDLIKQKSDTACHSTCRLNKNEICVTYGNSTESLGICECRPSFGRLFPDRPCKPTYTYEMRIQANWAESYLLNLSNKNKSNSSIEYRHNSKILLEAADRMVMQSDYRDIFHGVQLLTALTKTNDTLMVTYLLQLSENSNEDQLTTVFNKYLRQTNFSIGGTGLYTSRKGLQFLSFKDFDECRNENFYDCSPNAQCFNLIGSYTCSCKEGYIDKSENSLYPGRYCLDNIIGCDKCNYNGKCINSSFEKSHQGIAVCKCNAWYAGTNCQINLKIIILWILTSVAILSSLVLFLFLLIITKRKKQVRPKTSQLFFASSSLNPSITTSTKIGQISVRETENIGEICKPMTLMSKKKYNGVKNHFMIPGSHTKRSIIQTYTNAIASRKVHGLNITRAFKHHDFLHGCTDLSTQHEDQINRSFTLRIPRAKFCFPDISQNSSLSHHGKRSSMDNTRQRLVHKDDDRMPAYRYFAPKCEKHLKDNLLSDNLIYRGSTLAKASLVSAGYEISALITDKIGCETSILEDNISFNKEYSKSTSALNEDSNTMTERDLGSTFLIPHTHLYKSDEVCCSYRYYLRNFNKLNLFQIPYDFSRLSSS

Target ORF information:

RefSeq Version	XM_015153232.1
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized protein (Dere\GG26501), partial mRNA.

Target ORF information:

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

XM_015153232.1

ORF Insert Sequence:

ATGGTTATTA CCAACAGTTT TACAGAGGAC CGAAATTACC TTCATGCAAG TAACTCGATG 
ATAACAGACG TCACTTTCTC AAGGTTAAGA TCAAGTGTAT CTATAAAGTC TAGTTCTCGC 
GTGTTAACGT CGATAAATAA TATCGAGCTG CACACATCCA ACTTCGAACT TCCAAATAGT 
CCTCTATATA ATTTAGGTTC ATTGAACTCA ATACAAGAGC CACATTTTGA ACATGGTCTA 
GATTTGCGTA GTGCGATTAT ATGCAATATT AAAGACTGCA AAAATGGTTT GATACAAAAA 
CTAAAGAACG ATGATAAAAT GCTTGAACCA TCTGAAATGA TGCAGGATGA TACAAATTCT 
TTTACACAAA AATCAATGGA AGTGGATTTC GTTTCACTGG CAGTTAAAAA TTCGATCACA 
GAAAAAACTA CGAGCTATTT AAATACGTTG CAGCTCACCA AAACAGAAAG TATTGATGAA 
ACAAAAAATA TATCTCTTAG GCATTTTGTT GTGAATACTT CGAAAACATA TGCAATAAAA 
CCGCTTTGCA TTAGTGTGCA CAAAGTACTT ATATCTCATG ACATTCCTGA TGTTAGCATT 
CTGAATGGCT CAGACTATTT AACGGAGCCT TATATCGTAA AAGATGATCT CAGATCCGCT 
GGGACTATAG ATAATTTCGA GGTAGAAAAT AGCCTAACTT TCTCGAAGCA CACCTATTTT 
ATAAACAAAT CGAACTCTTC ATTAATCTCT AACTCGAACC CAAATCAGAA TATGTATGCC 
TCCAGCAACT TAAGGAGTAT GCCCTTTAGA GCAGATCTAA TAGATTCTCC TTCACAGAGA 
ATTGATTTAA TAAAACAAAA ATCTGATACT GCTTGCCACT CTACATGCAG ACTAAATAAA 
AATGAAATAT GCGTTACCTA TGGAAATAGT ACCGAATCTT TAGGTATTTG TGAGTGTCGA 
CCAAGTTTTG GACGTCTGTT CCCGGATCGC CCATGCAAAC CTACATATAC GTACGAAATG 
AGAATTCAAG CCAATTGGGC GGAAAGTTAC CTATTAAATC TCAGCAATAA AAACAAAAGT 
AATTCCTCAA TCGAATATCG ACATAATAGT AAAATATTGT TAGAAGCCGC TGATCGCATG 
GTTATGCAAT CTGATTATAG GGATATATTT CACGGTGTGC AACTACTAAC TGCTTTGACT 
AAAACGAATG ACACGTTAAT GGTCACCTAC CTCCTACAGC TATCAGAGAA TAGCAATGAG 
GATCAACTTA CAACTGTATT TAACAAATAT TTACGGCAAA CCAACTTTAG TATTGGAGGC 
ACGGGATTGT ACACCTCAAG AAAAGGGCTC CAATTCCTAT CATTCAAGGA TTTTGATGAA 
TGTCGCAACG AAAATTTTTA TGACTGTTCC CCGAATGCGC AATGTTTTAA CTTAATTGGA 
AGTTACACGT GCAGTTGCAA GGAGGGTTAC ATAGATAAAT CAGAAAACAG CTTATACCCT 
GGTCGCTATT GCCTAGATAA TATAATCGGT TGCGATAAAT GTAACTATAA TGGCAAATGC 
ATCAATAGTT CATTCGAAAA GAGCCATCAA GGGATAGCAG TGTGCAAGTG CAATGCTTGG 
TATGCCGGAA CGAATTGCCA AATTAACTTA AAAATTATAA TACTGTGGAT TCTTACAAGT 
GTCGCAATTT TATCTTCATT GGTTCTGTTC CTCTTTTTAC TAATAATCAC CAAGCGCAAA 
AAACAAGTAC GTCCGAAAAC AAGCCAATTA TTCTTTGCAT CTTCGTCATT AAATCCAAGC 
ATAACAACCT CAACCAAAAT TGGTCAAATA TCAGTCCGTG AGACGGAAAA TATCGGTGAA 
ATATGTAAAC CCATGACATT AATGTCTAAA AAGAAATATA ATGGAGTGAA GAATCATTTT 
ATGATACCAG GATCACATAC AAAAAGAAGT ATAATTCAAA CTTACACGAA CGCGATAGCT 
TCTAGAAAAG TACATGGTTT AAATATCACA CGTGCATTTA AACATCATGA CTTTTTACAT 
GGTTGTACCG ACCTAAGCAC ACAACACGAA GACCAAATTA ACCGTTCTTT TACTCTAAGG 
ATTCCACGAG CAAAATTTTG CTTTCCCGAT ATTTCTCAGA ATTCTAGTTT AAGTCATCAT 
GGTAAAAGAT CTAGTATGGA TAATACAAGG CAAAGATTAG TGCATAAAGA TGACGATCGT 
ATGCCTGCCT ATCGATATTT TGCTCCAAAA TGTGAGAAAC ATTTAAAAGA TAATCTTTTA 
TCAGATAATC TTATCTACAG AGGTAGCACT TTAGCCAAAG CTTCACTAGT ATCTGCTGGA 
TATGAGATAT CGGCCCTGAT AACAGATAAA ATAGGATGTG AAACTTCAAT ATTAGAAGAC 
AATATTTCTT TTAATAAGGA ATATTCCAAA AGCACAAGCG CCTTAAATGA GGACTCTAAC 
ACAATGACTG AAAGAGATTT GGGTTCAACA TTCTTGATAC CACATACTCA TCTTTATAAG 
TCTGACGAGG TATGCTGTTC TTACCGATAT TATTTGAGAA ACTTCAATAA ATTGAACTTA 
TTTCAGATAC CATATGACTT TTCTCGGTTG AGTTCTTCAT AA

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

Dere\GG26501 ( XM_026983253.1 ) cDNA ORF clone, Drosophila erecta -> XP_026839054.1 Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X5, mRNA.

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CloneID	ODi221046
Clone ID Related Accession (Same CDS sequence)	XM_026983253.1
Accession Version	XM_026983253.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6000bp) 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	uncharacterized protein LOC26526325 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825218.1) 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##

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA GCACAATCAG 
TTAGAAGGTT ATAGTTTCAA AGTACATAGC AAGACCGAGA AATTTAATAA AAGGTACGAG 
CTGGATAACG AAAATAATTT GTTATATGGC TCCGTCTCGG CAAAAGTATT AGACGAAGCC 
AGGTACAATC TTGCCACTCA CGTTATGTCA AATGGAGTGG AACTAATAAT TGCCGACGAA 
AAGGGGAAAT ATACTGAAAA CCTAGCGAGG ACAACCCAAA AATTAACCAG TAATAATGAT 
CAAGCAATTT TAATAACCGT ACGATCCGAC AAGCCCTTGA CATTGGCCCC AAGTACATTA 
AAAAATCAGA TGATTTTAAC ATTGCCTTTA ATTAGACAGG ACACACTTAT AATTCCCAAA 
AACGTATTTG TAAGAAAAAT TTGTCTAACT ACTTACACAT ATCACACAAC CAATGTGGAA 
AATGGAGGCT TTCATTTGGT TACCAAAAAC ATGGTTATTA CCAACAGTTT TACAGAGGAC 
CGAAATTACC TTCATGCAAG TAACTCGATG ATAACAGACG TCACTTTCTC AAGGACTCCA 
GATCTAGTAG TTGGTACGTT TCCAACAACT TATCATTATT TTAACACAAT TGATGGAGGA 
CATCCGATGG TCACATCAAA ATACACTGTT ACAAAAACAA TTACGAAACC AGAGAAGTCT 
TGGTTTCCAC ATTCAACTAT AAATATTTCG CCTTGCACAA GAACCTACTT CAGTTCCATA 
TTATTTACTA GAACCTTATT TGATGAACTC GGAACTCGAA CATATAGCAC AAGTAAAAAA 
AATCTTACTG AAGTAGTTAT TACAGAGCCT CTTCCAGTTA CCACTTCAAA TCACATGAAT 
ACAGAAGTAA CTGATATTGT TTCGAGTGTG AAACAATTAA GAAATTCATC TACTTTTGCA 
ATGAATTTTG AAGAATCTGA CTATCTTATG ATATATTCAA CAAAAGCCTT GTTAGAAAAA 
CTGACTTATT GCACAAGTAT TTATAATTCT AGTTTGACCA CATCAAAGGA AGCCTGCGAA 
AGCGATCTAA GAGTTCCCAA CAATCAATTA ATGCGTCACA CTCATTTTAA AAAACACATA 
TTAACCGATA CCGTGTGTAG TTCGCTGTTA GACTCAAATA TTTTACTTTC CTTGAAATCT 
AAACTTATGC TTAAGAAGAG AAAACATCAA CGGCAAAGTA TTGTTACAAT GGTCACATTG 
TTGCCAGGTG AAATTATTCG AGTAACTGGT GTTTATATTC TCCAAACGCC ACATTTAAAC 
AATTTTGACA CGTCGAAGAA ACAGAATATA CATATAAGCT CAGCAATGAG TTTACTCAGC 
GCTACGCCAA TAAGTAGTGA GCGAAAACCA ACATTAATTA CTAAAAATGG TGAATTTTAT 
GAGAATTTTA GCGAGGATTT CAAAAATTCA AGCCCCAACA GTAGCCTTTT CAACAATAAA 
GATTTAATAT TATTGGAGTC TGAAAATAGC GAAGTGTACA TACAAACTAA AAACAAATTA 
ATGCAGTCGC GGTTTAGTTC TGTAACTTCC CAGACCAGTA CTATTGAGAA ATTTGGTTTG 
GAAAGTTTCC GTCCGGTGCT ACATGTTGTG GCACACTTAT TAAAAAAACA CTTACAAAAA 
GATCAGCCGT ACAGACCAAC ATATAAAAAA GGTTGGCCAA AGTCTAATAG GCTTCAAAGC 
CAAACTACAT CAGCAGTAAT TGAAAAACCA GTATATATAC CATTGGCCCA AAATGTATAT 
GAAGAATTAA ACGAAAAGCG GATAAAAAGC GGCATTCTAG ACAAACCAAA TATTAATACA 
TTACATATAT ATCCACCGAA GATAAACACA GTAGGGAATA CAAAAAAAAA TATATCGCCT 
CGACTAAAAA CGTCAAGGAT ATATGAAAAC GAGTTGTTGA ACACGGGAAT TCCTATTAGA 
CCCGGAGAGG TCATAACGGC CAGCGCTAAT GTTATATTTG GAAGGCCAAA TGTAAATATC 
GGAGTTTCCC ACACATTGTT TACCGGGAAT ACAACAGCAG TAAACAGTCG TCACTCAATA 
TCGCTATCAT TATATTTAAA AAATCCAATT TATTCCAATA TTTTGAATAA TTATAATAAT 
TCGTATAATA AAAAAACTAA GATAGAGTAT GCCAGTATAT TAAAACCGCC TCCAACACCA 
ATAAATCATC AAAAACATCT AAAGAGTGCA ACATTTCATT CACAATTGGA CCACAAACCA 
CCCGAGGTTT GGTTTCCCCC CAGTAAACTC GTACAGAAAG ACCCCAGCTT TAAATATTCT 
TCTTCTTTTG ATCCAATAAT TGACCTCAAT ACTGAATTTT ACAATCATCA CATCTTACAA 
ATATTTCGGA TACCACAAAC AATTGTTACA AGTCTACCAG TTTCTAAAAG TTATTTTACC 
ATGTCCAATA CTCCTGAGTA TTCCTTTAGT CAGGACGGCC ATAAAGACCC CATAAAGACG 
TCGTTATCCA ATGTTTCGCC CCTAATTTTA TCTACACTAT CAACTGTTCA ACAAATAAAA 
TTAAAAAATA ATGTAATTAG CCATACAATT AATATGCATG CCCGCCCTTT AACTTTTAAA 
AAGGAATCTG AAAGCATTCC GTATGCGACA ACCGTAAAAG GATATACTGA TACTTTTTTT 
ATGTCGCATA TAAAAATACC TATAGGAGAC GAAAAATTTA ATGTTTATAT AACACCCAAT 
CGCAAAAGGT TATTTTCTCT TGAGTACAAC AAGTTAGACC AGGAAAAATA TAATAAAGTT 
CAACTTCACG GGATCTCCAT TGCAAATATT AAGACACCAA GTAACATAAC TACAAATGCC 
GCTGTCTTTC AAAATGACTT TCCCTCTCCA CCAACTGCTA GACTGGATAA CATGCATAGT 
GGTGAACAAA CTAGACATAT CAATGGAGCT CCTAATCAAA ATGTTAAGCC TTTTGCAAAG 
CCAGATCACA CAGCAAAAAA CCCAAACGAA TCATCATCCA GTGTTTTGAT GTTTAATACC 
AATAAGAAAA AAAATATTTC CATCAACGCT GCATTGAATA AAAGGTTTTC AGTGATAAGC 
ACAAATCCTG TGTCTTCTAC CAAAAAGAAT TGCACTGAAA TTTTATGTAA GCTATTTCTA 
GCGACAAATG CAAGTTCATG CATTAAACAT TTTACAAGGC ATGATTCTGA AAACATTACA 
ATTGTTCCGA GAACAACAAA TTTCATCGCT TACTACGCAT CTATTTCCAG TAAATATATT 
AATTTTACAA GCTCCTTACC TGTTTTGGAG GTCCCTCAGT TAAGATCAAG TGTATCTATA 
AAGTCTAGTT CTCGCGTGTT AACGTCGATA AATAATATCG AGCTGCACAC ATCCAACTTC 
GAACTTCCAA ATAGTCCTCT ATATAATTTA GGTTCATTGA ACTCAATACA AGAGCCACAT 
TTTGAACATG GTCTAGATTT GCGTAGTGCG ATTATATGCA ATATTAAAGA CTGCAAAAAT 
GGTTTGATAC AAAAACTAAA GAACGATGAT AAAATGCTTG AACCATCTGA AATGATGCAG 
GATGATACAA ATTCTTTTAC ACAAAAATCA ATGGAAGTGG ATTTCGTTTC ACTGGCAGTT 
AAAAATTCGA TCACAGAAAA AACTACGAGC TATTTAAATA CGTTGCAGCT CACCAAAACA 
GAAAGTATTG ATGAAACAAA AAATATATCT CTTAGGCATT TTGTTGTGAA TACTTCGAAA 
ACATATGCAA TAAAACCGCT TTGCATTAGT GTGCACAAAG TACTTATATC TCATGACATT 
CCTGATGTTA GCATTCTGAA TGGCTCAGAC TATTTAACGG AGCCTTATAT CGTAAAAGAT 
GATCTCAGAT CCGCTGGGAC TATAGATAAT TTCGAGGTAG AAAATAGCCT AACTTTCTCG 
AAGCACACCT ATTTTATAAA CAAATCGAAC TCTTCATTAA TCTCTAACTC GAACCCAAAT 
CAGAATATGT ATGCCTCCAG CAACTTAAGG AGTATGCCCT TTAGAGCAGA TCTAATAGAT 
TCTCCTTCAC AGAGAATTGA TTTAATAAAA CAAAAATCTG ATACTGCTTG CCACTCTACA 
TGCAGACTAA ATAAAAATGA AATATGCGTT ACCTATGGAA ATAGTACCGA ATCTTTAGGT 
ATTTGTGAGT GTCGACCAAG TTTTGGACGT CTGTTCCCGG ATCGCCCATG CAAACCTACA 
TATACGTACG AAATGAGAAT TCAAGCCAAT TGGGCGGAAA GTTACCTATT AAATCTCAGC 
AATAAAAACA AAAGTAATTC CTCAATCGAA TATCGACATA ATAGTAAAAT ATTGTTAGAA 
GCCGCTGATC GCATGGTTAT GCAATCTGAT TATAGGGATA TATTTCACGG TGTGCAACTA 
CTAACTGCTT TGACTAAAAC GAATGACACG TTAATGGTCA CCTACCTCCT ACAGCTATCA 
GAGAATAGCA ATGAGGATCA ACTTACAACT GTATTTAACA AATATTTACG GCAAACCAAC 
TTTAGTATTG GAGGCACGGG ATTGTACACC TCAAGAAAAG GGCTCCAATT CCTATCATTC 
AAGGATTTTG ATGAATGTCG CAACGAAAAT TTTTATGACT GTTCCCCGAA TGCGCAATGT 
TTTAACTTAA TTGGAAGTTA CACGTGCAGT TGCAAGGAGG GTTACATAGA TAAATCAGAA 
AACAGCTTAT ACCCTGGTCG CTATTGCCTA GATAATATAA TCGGTTGCGA TAAATGTAAC 
TATAATGGCA AATGCATCAA TAGTTCATTC GAAAAGAGCC ATCAAGGGAT AGCAGTGTGC 
AAGTGCAATG CTTGGTATGC CGGAACGAAT TGCCAAATTA ACTTAAAAAT TATAATACTG 
TGGATTCTTA CAAGTGTCGC AATTTTATCT TCATTGGTTC TGTTCCTCTT TTTACTAATA 
ATCACCAAGC GCAAAAAACA AGTACGTCCG AAAACAAGCC AATTATTCTT TGCATCTTCG 
TCATTAAATC CAAGCATAAC AACCTCAACC AAAATTGGTC AAATATCAGT CCGTGAGACG 
GAAAATATCG GTGAAATATG TAAACCCATG ACATTAATGT CTAAAAAGAA ATATAATGGA 
GTGAAGAATC ATTTTATGAT ACCAGGATCA CATACAAAAA GAAGTATAAT TCAAACTTAC 
ACGAACGCGA TAGCTTCTAG AAAAGTACAT GGTTTAAATA TCACACGTGC ATTTAAACAT 
CATGACTTTT TACATGGTTG TACCGACCTA AGCACACAAC ACGAAGACCA AATTAACCGT 
TCTTTTACTC TAAGGATTCC ACGAGCAAAA TTTTGCTTTC CCGATATTTC TCAGAATTCT 
AGTTTAAGTC ATCATGGTAA AAGATCTAGT ATGGATAATA CAAGGCAAAG ATTAGTGCAT 
AAAGATGACG ATCGTATGCC TGCCTATCGA TATTTTGCTC CAAAATGTGA GAAACATTTA 
AAAGATAATC TTTTATCAGA TAATCTTATC TACAGAGGTA GCACTTTAGC CAAAGCTTCA 
CTAGTATCTG CTGGATATGA GATATCGGCC CTGATAACAG ATAAAATAGG ATGTGAAACT 
TCAATATTAG AAGACAATAT TTCTTTTAAT AAGGAATATT CCAAAAGCAC AAGCGCCTTA 
AATGAGGACT CTAACACAAT GACTGAAAGA GATTTGGGTT CAACATTCTT GATACCACAT 
ACTCATCTTT ATAAGTCTGA CGAGATACCA TATGACTTTT CTCGGTTGAG TTCTTCATAA

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

RefSeq	XP_026839054.1
CDS	134..6133
Translation	MLQPREDNEISDIYHKKYNISTLTKRMIYSTYCKLNLTRVLFTTLVLIMIHIETSQAINQSYYVSPTPSLPARVGDEHNQLEGYSFKVHSKTEKFNKRYELDNENNLLYGSVSAKVLDEARYNLATHVMSNGVELIIADEKGKYTENLARTTQKLTSNNDQAILITVRSDKPLTLAPSTLKNQMILTLPLIRQDTLIIPKNVFVRKICLTTYTYHTTNVENGGFHLVTKNMVITNSFTEDRNYLHASNSMITDVTFSRTPDLVVGTFPTTYHYFNTIDGGHPMVTSKYTVTKTITKPEKSWFPHSTINISPCTRTYFSSILFTRTLFDELGTRTYSTSKKNLTEVVITEPLPVTTSNHMNTEVTDIVSSVKQLRNSSTFAMNFEESDYLMIYSTKALLEKLTYCTSIYNSSLTTSKEACESDLRVPNNQLMRHTHFKKHILTDTVCSSLLDSNILLSLKSKLMLKKRKHQRQSIVTMVTLLPGEIIRVTGVYILQTPHLNNFDTSKKQNIHISSAMSLLSATPISSERKPTLITKNGEFYENFSEDFKNSSPNSSLFNNKDLILLESENSEVYIQTKNKLMQSRFSSVTSQTSTIEKFGLESFRPVLHVVAHLLKKHLQKDQPYRPTYKKGWPKSNRLQSQTTSAVIEKPVYIPLAQNVYEELNEKRIKSGILDKPNINTLHIYPPKINTVGNTKKNISPRLKTSRIYENELLNTGIPIRPGEVITASANVIFGRPNVNIGVSHTLFTGNTTAVNSRHSISLSLYLKNPIYSNILNNYNNSYNKKTKIEYASILKPPPTPINHQKHLKSATFHSQLDHKPPEVWFPPSKLVQKDPSFKYSSSFDPIIDLNTEFYNHHILQIFRIPQTIVTSLPVSKSYFTMSNTPEYSFSQDGHKDPIKTSLSNVSPLILSTLSTVQQIKLKNNVISHTINMHARPLTFKKESESIPYATTVKGYTDTFFMSHIKIPIGDEKFNVYITPNRKRLFSLEYNKLDQEKYNKVQLHGISIANIKTPSNITTNAAVFQNDFPSPPTARLDNMHSGEQTRHINGAPNQNVKPFAKPDHTAKNPNESSSSVLMFNTNKKKNISINAALNKRFSVISTNPVSSTKKNCTEILCKLFLATNASSCIKHFTRHDSENITIVPRTTNFIAYYASISSKYINFTSSLPVLEVPQLRSSVSIKSSSRVLTSINNIELHTSNFELPNSPLYNLGSLNSIQEPHFEHGLDLRSAIICNIKDCKNGLIQKLKNDDKMLEPSEMMQDDTNSFTQKSMEVDFVSLAVKNSITEKTTSYLNTLQLTKTESIDETKNISLRHFVVNTSKTYAIKPLCISVHKVLISHDIPDVSILNGSDYLTEPYIVKDDLRSAGTIDNFEVENSLTFSKHTYFINKSNSSLISNSNPNQNMYASSNLRSMPFRADLIDSPSQRIDLIKQKSDTACHSTCRLNKNEICVTYGNSTESLGICECRPSFGRLFPDRPCKPTYTYEMRIQANWAESYLLNLSNKNKSNSSIEYRHNSKILLEAADRMVMQSDYRDIFHGVQLLTALTKTNDTLMVTYLLQLSENSNEDQLTTVFNKYLRQTNFSIGGTGLYTSRKGLQFLSFKDFDECRNENFYDCSPNAQCFNLIGSYTCSCKEGYIDKSENSLYPGRYCLDNIIGCDKCNYNGKCINSSFEKSHQGIAVCKCNAWYAGTNCQINLKIIILWILTSVAILSSLVLFLFLLIITKRKKQVRPKTSQLFFASSSLNPSITTSTKIGQISVRETENIGEICKPMTLMSKKKYNGVKNHFMIPGSHTKRSIIQTYTNAIASRKVHGLNITRAFKHHDFLHGCTDLSTQHEDQINRSFTLRIPRAKFCFPDISQNSSLSHHGKRSSMDNTRQRLVHKDDDRMPAYRYFAPKCEKHLKDNLLSDNLIYRGSTLAKASLVSAGYEISALITDKIGCETSILEDNISFNKEYSKSTSALNEDSNTMTERDLGSTFLIPHTHLYKSDEIPYDFSRLSSS

Target ORF information:

RefSeq Version	XM_026983253.1
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X5, mRNA.

Target ORF information:

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

XM_026983253.1

ORF Insert Sequence:

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA GCACAATCAG 
TTAGAAGGTT ATAGTTTCAA AGTACATAGC AAGACCGAGA AATTTAATAA AAGGTACGAG 
CTGGATAACG AAAATAATTT GTTATATGGC TCCGTCTCGG CAAAAGTATT AGACGAAGCC 
AGGTACAATC TTGCCACTCA CGTTATGTCA AATGGAGTGG AACTAATAAT TGCCGACGAA 
AAGGGGAAAT ATACTGAAAA CCTAGCGAGG ACAACCCAAA AATTAACCAG TAATAATGAT 
CAAGCAATTT TAATAACCGT ACGATCCGAC AAGCCCTTGA CATTGGCCCC AAGTACATTA 
AAAAATCAGA TGATTTTAAC ATTGCCTTTA ATTAGACAGG ACACACTTAT AATTCCCAAA 
AACGTATTTG TAAGAAAAAT TTGTCTAACT ACTTACACAT ATCACACAAC CAATGTGGAA 
AATGGAGGCT TTCATTTGGT TACCAAAAAC ATGGTTATTA CCAACAGTTT TACAGAGGAC 
CGAAATTACC TTCATGCAAG TAACTCGATG ATAACAGACG TCACTTTCTC AAGGACTCCA 
GATCTAGTAG TTGGTACGTT TCCAACAACT TATCATTATT TTAACACAAT TGATGGAGGA 
CATCCGATGG TCACATCAAA ATACACTGTT ACAAAAACAA TTACGAAACC AGAGAAGTCT 
TGGTTTCCAC ATTCAACTAT AAATATTTCG CCTTGCACAA GAACCTACTT CAGTTCCATA 
TTATTTACTA GAACCTTATT TGATGAACTC GGAACTCGAA CATATAGCAC AAGTAAAAAA 
AATCTTACTG AAGTAGTTAT TACAGAGCCT CTTCCAGTTA CCACTTCAAA TCACATGAAT 
ACAGAAGTAA CTGATATTGT TTCGAGTGTG AAACAATTAA GAAATTCATC TACTTTTGCA 
ATGAATTTTG AAGAATCTGA CTATCTTATG ATATATTCAA CAAAAGCCTT GTTAGAAAAA 
CTGACTTATT GCACAAGTAT TTATAATTCT AGTTTGACCA CATCAAAGGA AGCCTGCGAA 
AGCGATCTAA GAGTTCCCAA CAATCAATTA ATGCGTCACA CTCATTTTAA AAAACACATA 
TTAACCGATA CCGTGTGTAG TTCGCTGTTA GACTCAAATA TTTTACTTTC CTTGAAATCT 
AAACTTATGC TTAAGAAGAG AAAACATCAA CGGCAAAGTA TTGTTACAAT GGTCACATTG 
TTGCCAGGTG AAATTATTCG AGTAACTGGT GTTTATATTC TCCAAACGCC ACATTTAAAC 
AATTTTGACA CGTCGAAGAA ACAGAATATA CATATAAGCT CAGCAATGAG TTTACTCAGC 
GCTACGCCAA TAAGTAGTGA GCGAAAACCA ACATTAATTA CTAAAAATGG TGAATTTTAT 
GAGAATTTTA GCGAGGATTT CAAAAATTCA AGCCCCAACA GTAGCCTTTT CAACAATAAA 
GATTTAATAT TATTGGAGTC TGAAAATAGC GAAGTGTACA TACAAACTAA AAACAAATTA 
ATGCAGTCGC GGTTTAGTTC TGTAACTTCC CAGACCAGTA CTATTGAGAA ATTTGGTTTG 
GAAAGTTTCC GTCCGGTGCT ACATGTTGTG GCACACTTAT TAAAAAAACA CTTACAAAAA 
GATCAGCCGT ACAGACCAAC ATATAAAAAA GGTTGGCCAA AGTCTAATAG GCTTCAAAGC 
CAAACTACAT CAGCAGTAAT TGAAAAACCA GTATATATAC CATTGGCCCA AAATGTATAT 
GAAGAATTAA ACGAAAAGCG GATAAAAAGC GGCATTCTAG ACAAACCAAA TATTAATACA 
TTACATATAT ATCCACCGAA GATAAACACA GTAGGGAATA CAAAAAAAAA TATATCGCCT 
CGACTAAAAA CGTCAAGGAT ATATGAAAAC GAGTTGTTGA ACACGGGAAT TCCTATTAGA 
CCCGGAGAGG TCATAACGGC CAGCGCTAAT GTTATATTTG GAAGGCCAAA TGTAAATATC 
GGAGTTTCCC ACACATTGTT TACCGGGAAT ACAACAGCAG TAAACAGTCG TCACTCAATA 
TCGCTATCAT TATATTTAAA AAATCCAATT TATTCCAATA TTTTGAATAA TTATAATAAT 
TCGTATAATA AAAAAACTAA GATAGAGTAT GCCAGTATAT TAAAACCGCC TCCAACACCA 
ATAAATCATC AAAAACATCT AAAGAGTGCA ACATTTCATT CACAATTGGA CCACAAACCA 
CCCGAGGTTT GGTTTCCCCC CAGTAAACTC GTACAGAAAG ACCCCAGCTT TAAATATTCT 
TCTTCTTTTG ATCCAATAAT TGACCTCAAT ACTGAATTTT ACAATCATCA CATCTTACAA 
ATATTTCGGA TACCACAAAC AATTGTTACA AGTCTACCAG TTTCTAAAAG TTATTTTACC 
ATGTCCAATA CTCCTGAGTA TTCCTTTAGT CAGGACGGCC ATAAAGACCC CATAAAGACG 
TCGTTATCCA ATGTTTCGCC CCTAATTTTA TCTACACTAT CAACTGTTCA ACAAATAAAA 
TTAAAAAATA ATGTAATTAG CCATACAATT AATATGCATG CCCGCCCTTT AACTTTTAAA 
AAGGAATCTG AAAGCATTCC GTATGCGACA ACCGTAAAAG GATATACTGA TACTTTTTTT 
ATGTCGCATA TAAAAATACC TATAGGAGAC GAAAAATTTA ATGTTTATAT AACACCCAAT 
CGCAAAAGGT TATTTTCTCT TGAGTACAAC AAGTTAGACC AGGAAAAATA TAATAAAGTT 
CAACTTCACG GGATCTCCAT TGCAAATATT AAGACACCAA GTAACATAAC TACAAATGCC 
GCTGTCTTTC AAAATGACTT TCCCTCTCCA CCAACTGCTA GACTGGATAA CATGCATAGT 
GGTGAACAAA CTAGACATAT CAATGGAGCT CCTAATCAAA ATGTTAAGCC TTTTGCAAAG 
CCAGATCACA CAGCAAAAAA CCCAAACGAA TCATCATCCA GTGTTTTGAT GTTTAATACC 
AATAAGAAAA AAAATATTTC CATCAACGCT GCATTGAATA AAAGGTTTTC AGTGATAAGC 
ACAAATCCTG TGTCTTCTAC CAAAAAGAAT TGCACTGAAA TTTTATGTAA GCTATTTCTA 
GCGACAAATG CAAGTTCATG CATTAAACAT TTTACAAGGC ATGATTCTGA AAACATTACA 
ATTGTTCCGA GAACAACAAA TTTCATCGCT TACTACGCAT CTATTTCCAG TAAATATATT 
AATTTTACAA GCTCCTTACC TGTTTTGGAG GTCCCTCAGT TAAGATCAAG TGTATCTATA 
AAGTCTAGTT CTCGCGTGTT AACGTCGATA AATAATATCG AGCTGCACAC ATCCAACTTC 
GAACTTCCAA ATAGTCCTCT ATATAATTTA GGTTCATTGA ACTCAATACA AGAGCCACAT 
TTTGAACATG GTCTAGATTT GCGTAGTGCG ATTATATGCA ATATTAAAGA CTGCAAAAAT 
GGTTTGATAC AAAAACTAAA GAACGATGAT AAAATGCTTG AACCATCTGA AATGATGCAG 
GATGATACAA ATTCTTTTAC ACAAAAATCA ATGGAAGTGG ATTTCGTTTC ACTGGCAGTT 
AAAAATTCGA TCACAGAAAA AACTACGAGC TATTTAAATA CGTTGCAGCT CACCAAAACA 
GAAAGTATTG ATGAAACAAA AAATATATCT CTTAGGCATT TTGTTGTGAA TACTTCGAAA 
ACATATGCAA TAAAACCGCT TTGCATTAGT GTGCACAAAG TACTTATATC TCATGACATT 
CCTGATGTTA GCATTCTGAA TGGCTCAGAC TATTTAACGG AGCCTTATAT CGTAAAAGAT 
GATCTCAGAT CCGCTGGGAC TATAGATAAT TTCGAGGTAG AAAATAGCCT AACTTTCTCG 
AAGCACACCT ATTTTATAAA CAAATCGAAC TCTTCATTAA TCTCTAACTC GAACCCAAAT 
CAGAATATGT ATGCCTCCAG CAACTTAAGG AGTATGCCCT TTAGAGCAGA TCTAATAGAT 
TCTCCTTCAC AGAGAATTGA TTTAATAAAA CAAAAATCTG ATACTGCTTG CCACTCTACA 
TGCAGACTAA ATAAAAATGA AATATGCGTT ACCTATGGAA ATAGTACCGA ATCTTTAGGT 
ATTTGTGAGT GTCGACCAAG TTTTGGACGT CTGTTCCCGG ATCGCCCATG CAAACCTACA 
TATACGTACG AAATGAGAAT TCAAGCCAAT TGGGCGGAAA GTTACCTATT AAATCTCAGC 
AATAAAAACA AAAGTAATTC CTCAATCGAA TATCGACATA ATAGTAAAAT ATTGTTAGAA 
GCCGCTGATC GCATGGTTAT GCAATCTGAT TATAGGGATA TATTTCACGG TGTGCAACTA 
CTAACTGCTT TGACTAAAAC GAATGACACG TTAATGGTCA CCTACCTCCT ACAGCTATCA 
GAGAATAGCA ATGAGGATCA ACTTACAACT GTATTTAACA AATATTTACG GCAAACCAAC 
TTTAGTATTG GAGGCACGGG ATTGTACACC TCAAGAAAAG GGCTCCAATT CCTATCATTC 
AAGGATTTTG ATGAATGTCG CAACGAAAAT TTTTATGACT GTTCCCCGAA TGCGCAATGT 
TTTAACTTAA TTGGAAGTTA CACGTGCAGT TGCAAGGAGG GTTACATAGA TAAATCAGAA 
AACAGCTTAT ACCCTGGTCG CTATTGCCTA GATAATATAA TCGGTTGCGA TAAATGTAAC 
TATAATGGCA AATGCATCAA TAGTTCATTC GAAAAGAGCC ATCAAGGGAT AGCAGTGTGC 
AAGTGCAATG CTTGGTATGC CGGAACGAAT TGCCAAATTA ACTTAAAAAT TATAATACTG 
TGGATTCTTA CAAGTGTCGC AATTTTATCT TCATTGGTTC TGTTCCTCTT TTTACTAATA 
ATCACCAAGC GCAAAAAACA AGTACGTCCG AAAACAAGCC AATTATTCTT TGCATCTTCG 
TCATTAAATC CAAGCATAAC AACCTCAACC AAAATTGGTC AAATATCAGT CCGTGAGACG 
GAAAATATCG GTGAAATATG TAAACCCATG ACATTAATGT CTAAAAAGAA ATATAATGGA 
GTGAAGAATC ATTTTATGAT ACCAGGATCA CATACAAAAA GAAGTATAAT TCAAACTTAC 
ACGAACGCGA TAGCTTCTAG AAAAGTACAT GGTTTAAATA TCACACGTGC ATTTAAACAT 
CATGACTTTT TACATGGTTG TACCGACCTA AGCACACAAC ACGAAGACCA AATTAACCGT 
TCTTTTACTC TAAGGATTCC ACGAGCAAAA TTTTGCTTTC CCGATATTTC TCAGAATTCT 
AGTTTAAGTC ATCATGGTAA AAGATCTAGT ATGGATAATA CAAGGCAAAG ATTAGTGCAT 
AAAGATGACG ATCGTATGCC TGCCTATCGA TATTTTGCTC CAAAATGTGA GAAACATTTA 
AAAGATAATC TTTTATCAGA TAATCTTATC TACAGAGGTA GCACTTTAGC CAAAGCTTCA 
CTAGTATCTG CTGGATATGA GATATCGGCC CTGATAACAG ATAAAATAGG ATGTGAAACT 
TCAATATTAG AAGACAATAT TTCTTTTAAT AAGGAATATT CCAAAAGCAC AAGCGCCTTA 
AATGAGGACT CTAACACAAT GACTGAAAGA GATTTGGGTT CAACATTCTT GATACCACAT 
ACTCATCTTT ATAAGTCTGA CGAGATACCA TATGACTTTT CTCGGTTGAG TTCTTCATAA

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

Dere\GG26501 ( XM_026983250.1 ) cDNA ORF clone, Drosophila erecta -> XP_026839051.1 Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X3, mRNA.

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CloneID	ODi221045
Clone ID Related Accession (Same CDS sequence)	XM_026983250.1 , XM_001982713.3 , XM_026983249.1 , XM_026983251.1
Accession Version	XM_026983250.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6882bp) 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	uncharacterized protein LOC26526325 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825218.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. 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##

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

RefSeq	XP_026839051.1
CDS	140..7021
Translation	MLQPREDNEISDIYHKKYNISTLTKRMIYSTYCKLNLTRVLFTTLVLIMIHIETSQAINQSYYVSPTPSLPARVGDDITTVLLVNNESGHVADFHGRFLTVRPDIGVLTSTARTFIQDGITTEFATKILGTTLNNGRLYAQYLRKSSRVLYENENVGPSVVTSWVGEEDSLHTPLFLQSHNDLFNFDDSDWQDIDDSIGVHHREFVGNTDFVIEQSTKIKTLGAPVLHDEKTITSVAQDSNDMLKIDLNKKDEMNRLIEVLSIKHLQTYTVKSPSENFTTTTTFNQYAFDPHAPRKEIKYERVMQPHREQNYEDHNQKSRSARKQILATVTYYGFADFTTIVGDSVIVFSPSTTQSSLHYGHVTSIKGKPTLQHDSIPIEIAQTMEKPQSTLTMGTSSKINEELGSNIIASEIFDKNDSNNFLVLKLKPMNSLTTFALNSFEEQQNASSVLSKEIVPLVSNGFKDLISPSNVTNAGLKVGTKQLEHSIPKHEGATTVFIDDDPFSSFDKLSDSTSLNLNSADQIQSVKPIQISKGDEVHETVTHQTNINITQSSLVNYQVFETSNENHNFDELCNHTTSQVFLTQMTKANNTNKENNGRDTIVINANPLHAYEIIETTKYYCIQASQSKQNPELNIISVPHDTVTKSSGEFMSINIIDDDKDETTVQDLQDYEVTTENEYESEDEEDESVSDEVDLIYKTLYTTYTYLTTFFEGSRTTISSHTEVLTNIVSSTFLPESKLESNTLNYVEESHISENAIREIDHSRTYTIPDEIASLLAQESKVNTAESSIQMMTTYLDDLKFTKTLFTTYTYYTSIFTSNETAVQSRIEIVTNYITKNVPNDQTNIISVVNSKTTNQNIVKSQYSLVENKIDKVENMTFGIGVNSSIVSDSSPASFNNQNLTEDQVSSESNTEEIIPSATFLLQTSFTTFTFYTTMYVGDDTSIISRHETITNVATETLQPTKLVSVEDSSFPITYFTTFTYWTKLAKDGEITTLSREETLSNVIQHSNGTTLAVNDLKTADMVSSLSAATDSKTQNNQSSESEGSLISTLKDPNFQSDITTFYTTYTYYTTSYDVNTTFIDSRLETVTNIMTSREISNPMEVTDATLLMIKPSHPIAHFENPIETINPNVVLYDYKQIIDAEKISTLYFTTEIVSSINSEGHDIKITSSTSRLHVDQSKKSSLPIIGNIPDYSISNINLYKTGLVRLIEGKRIQNSTTTLYQSRVIGTVIDNRYAQIIESTSSFFFEKTKSDHNLFPTSVKIPDMITKNLDIIEITELTISENDDSVVPYKDRTNTKPESDNIDWLSNHSPQSSKRPFAPVIRPFASRNRPTFAPKQKTLVPSSATIITRSDITPTITATPALKSAGRYTASRRGIISNVPINANELNLSQSQSSRRLFGRPSKSLSSDLIEANDTSNAFSPSSTRFASAFRPVVSSRRQNINVSYRSSSFPVFRGSGVITNSRLRIKPTSSGLVSSYRSTQSSTFVAESSSEGSVEEDTSTDEVADVEEGIKNNNNSPLLRFRRPINAPSGFIPAIRQTGNSPAVSLRRNPLSSRAKISTTTTSTTTTTAKPRARSFQRPIGPHPRSRPQNTLFPPRGLFQSQLKNENLKAVKTNDSVSSNDFEYEGSVEEQDLDKNVPRQKRSIKNSAYFTTGHRFRRQADTVRRNKFRFRRQNQTITTKVESKLMDSDYNTETILTPRDKSGSRFGSRFHSPQGHQLYTQALIVDSTTATNHRSIRPSRPTTKRPQFTLREKDGNLKGTTSNNFRRQPASGNSSKRRPAGNSNSRRLKSYVSYNKNSVDNGRQSSSSRSRNSNSNTLNRGRSRGRKRIEYASDLQSVEHELQSITVTHFIPSEVAVPVVSGHVTEYKNIVTAKSSTEIVGPNEFAVVLGTNGMSSTYLNRETSIINIAGATEHTKYLLHESITSSVTFTPTTIRGRKTSFSHIIPSTAYSVEHIVTTIQPQITENAPLANILLSQLLLGNLNLPAHPLIGAVGQHNVPSAAIPTSVEPITEYRTHTSTYVTTIFDGMSTILPVTFQGKKILTTVYDTTAQTITATEYSVDTIINTQPSVQSVQTIGPAAHVNNLLLQHLLIQQQQESLVQAISNTTPPQVLLSENLQVLDDGTRSSIMSDASEIVEYGSDLVSVSNESQVTKSHRKKSRKTNSGSKKHQESSIITLYVSGRRPGEFSTVLSTVREFEHSVSLQKRHAILEIQPTNSKNYVSSTEKIENMMDKNVILKDLRSSLTIEFGFNELPDQTASLESIVGDVHLWFENSNGQSTTAATLIKSVVI

Target ORF information:

RefSeq Version	XM_026983250.1
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X3, mRNA.

Target ORF information:

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

XM_026983250.1

ORF Insert Sequence:

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

Dere\GG26501 ( XM_001982713.3 ) cDNA ORF clone, Drosophila erecta -> XP_001982749.3 Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X1, mRNA.

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CloneID	ODi221045
Clone ID Related Accession (Same CDS sequence)	XM_026983250.1 , XM_001982713.3 , XM_026983249.1 , XM_026983251.1
Accession Version	XM_001982713.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6882bp) 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	uncharacterized protein LOC26526325 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825218.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Nov 6, 2018 this sequence version replaced XM_001982713.2. ##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##

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

RefSeq	XP_001982749.3
CDS	108..6989
Translation	MLQPREDNEISDIYHKKYNISTLTKRMIYSTYCKLNLTRVLFTTLVLIMIHIETSQAINQSYYVSPTPSLPARVGDDITTVLLVNNESGHVADFHGRFLTVRPDIGVLTSTARTFIQDGITTEFATKILGTTLNNGRLYAQYLRKSSRVLYENENVGPSVVTSWVGEEDSLHTPLFLQSHNDLFNFDDSDWQDIDDSIGVHHREFVGNTDFVIEQSTKIKTLGAPVLHDEKTITSVAQDSNDMLKIDLNKKDEMNRLIEVLSIKHLQTYTVKSPSENFTTTTTFNQYAFDPHAPRKEIKYERVMQPHREQNYEDHNQKSRSARKQILATVTYYGFADFTTIVGDSVIVFSPSTTQSSLHYGHVTSIKGKPTLQHDSIPIEIAQTMEKPQSTLTMGTSSKINEELGSNIIASEIFDKNDSNNFLVLKLKPMNSLTTFALNSFEEQQNASSVLSKEIVPLVSNGFKDLISPSNVTNAGLKVGTKQLEHSIPKHEGATTVFIDDDPFSSFDKLSDSTSLNLNSADQIQSVKPIQISKGDEVHETVTHQTNINITQSSLVNYQVFETSNENHNFDELCNHTTSQVFLTQMTKANNTNKENNGRDTIVINANPLHAYEIIETTKYYCIQASQSKQNPELNIISVPHDTVTKSSGEFMSINIIDDDKDETTVQDLQDYEVTTENEYESEDEEDESVSDEVDLIYKTLYTTYTYLTTFFEGSRTTISSHTEVLTNIVSSTFLPESKLESNTLNYVEESHISENAIREIDHSRTYTIPDEIASLLAQESKVNTAESSIQMMTTYLDDLKFTKTLFTTYTYYTSIFTSNETAVQSRIEIVTNYITKNVPNDQTNIISVVNSKTTNQNIVKSQYSLVENKIDKVENMTFGIGVNSSIVSDSSPASFNNQNLTEDQVSSESNTEEIIPSATFLLQTSFTTFTFYTTMYVGDDTSIISRHETITNVATETLQPTKLVSVEDSSFPITYFTTFTYWTKLAKDGEITTLSREETLSNVIQHSNGTTLAVNDLKTADMVSSLSAATDSKTQNNQSSESEGSLISTLKDPNFQSDITTFYTTYTYYTTSYDVNTTFIDSRLETVTNIMTSREISNPMEVTDATLLMIKPSHPIAHFENPIETINPNVVLYDYKQIIDAEKISTLYFTTEIVSSINSEGHDIKITSSTSRLHVDQSKKSSLPIIGNIPDYSISNINLYKTGLVRLIEGKRIQNSTTTLYQSRVIGTVIDNRYAQIIESTSSFFFEKTKSDHNLFPTSVKIPDMITKNLDIIEITELTISENDDSVVPYKDRTNTKPESDNIDWLSNHSPQSSKRPFAPVIRPFASRNRPTFAPKQKTLVPSSATIITRSDITPTITATPALKSAGRYTASRRGIISNVPINANELNLSQSQSSRRLFGRPSKSLSSDLIEANDTSNAFSPSSTRFASAFRPVVSSRRQNINVSYRSSSFPVFRGSGVITNSRLRIKPTSSGLVSSYRSTQSSTFVAESSSEGSVEEDTSTDEVADVEEGIKNNNNSPLLRFRRPINAPSGFIPAIRQTGNSPAVSLRRNPLSSRAKISTTTTSTTTTTAKPRARSFQRPIGPHPRSRPQNTLFPPRGLFQSQLKNENLKAVKTNDSVSSNDFEYEGSVEEQDLDKNVPRQKRSIKNSAYFTTGHRFRRQADTVRRNKFRFRRQNQTITTKVESKLMDSDYNTETILTPRDKSGSRFGSRFHSPQGHQLYTQALIVDSTTATNHRSIRPSRPTTKRPQFTLREKDGNLKGTTSNNFRRQPASGNSSKRRPAGNSNSRRLKSYVSYNKNSVDNGRQSSSSRSRNSNSNTLNRGRSRGRKRIEYASDLQSVEHELQSITVTHFIPSEVAVPVVSGHVTEYKNIVTAKSSTEIVGPNEFAVVLGTNGMSSTYLNRETSIINIAGATEHTKYLLHESITSSVTFTPTTIRGRKTSFSHIIPSTAYSVEHIVTTIQPQITENAPLANILLSQLLLGNLNLPAHPLIGAVGQHNVPSAAIPTSVEPITEYRTHTSTYVTTIFDGMSTILPVTFQGKKILTTVYDTTAQTITATEYSVDTIINTQPSVQSVQTIGPAAHVNNLLLQHLLIQQQQESLVQAISNTTPPQVLLSENLQVLDDGTRSSIMSDASEIVEYGSDLVSVSNESQVTKSHRKKSRKTNSGSKKHQESSIITLYVSGRRPGEFSTVLSTVREFEHSVSLQKRHAILEIQPTNSKNYVSSTEKIENMMDKNVILKDLRSSLTIEFGFNELPDQTASLESIVGDVHLWFENSNGQSTTAATLIKSVVI

Target ORF information:

RefSeq Version	XM_001982713.3
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X1, mRNA.

Target ORF information:

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

XM_001982713.3

ORF Insert Sequence:

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

Dere\GG26501 ( XM_026983249.1 ) cDNA ORF clone, Drosophila erecta -> XP_026839050.1 Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X2, mRNA.

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CloneID	ODi221045
Clone ID Related Accession (Same CDS sequence)	XM_026983250.1 , XM_001982713.3 , XM_026983249.1 , XM_026983251.1
Accession Version	XM_026983249.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6882bp) 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	uncharacterized protein LOC26526325 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825218.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. 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##

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

RefSeq	XP_026839050.1
CDS	145..7026
Translation	MLQPREDNEISDIYHKKYNISTLTKRMIYSTYCKLNLTRVLFTTLVLIMIHIETSQAINQSYYVSPTPSLPARVGDDITTVLLVNNESGHVADFHGRFLTVRPDIGVLTSTARTFIQDGITTEFATKILGTTLNNGRLYAQYLRKSSRVLYENENVGPSVVTSWVGEEDSLHTPLFLQSHNDLFNFDDSDWQDIDDSIGVHHREFVGNTDFVIEQSTKIKTLGAPVLHDEKTITSVAQDSNDMLKIDLNKKDEMNRLIEVLSIKHLQTYTVKSPSENFTTTTTFNQYAFDPHAPRKEIKYERVMQPHREQNYEDHNQKSRSARKQILATVTYYGFADFTTIVGDSVIVFSPSTTQSSLHYGHVTSIKGKPTLQHDSIPIEIAQTMEKPQSTLTMGTSSKINEELGSNIIASEIFDKNDSNNFLVLKLKPMNSLTTFALNSFEEQQNASSVLSKEIVPLVSNGFKDLISPSNVTNAGLKVGTKQLEHSIPKHEGATTVFIDDDPFSSFDKLSDSTSLNLNSADQIQSVKPIQISKGDEVHETVTHQTNINITQSSLVNYQVFETSNENHNFDELCNHTTSQVFLTQMTKANNTNKENNGRDTIVINANPLHAYEIIETTKYYCIQASQSKQNPELNIISVPHDTVTKSSGEFMSINIIDDDKDETTVQDLQDYEVTTENEYESEDEEDESVSDEVDLIYKTLYTTYTYLTTFFEGSRTTISSHTEVLTNIVSSTFLPESKLESNTLNYVEESHISENAIREIDHSRTYTIPDEIASLLAQESKVNTAESSIQMMTTYLDDLKFTKTLFTTYTYYTSIFTSNETAVQSRIEIVTNYITKNVPNDQTNIISVVNSKTTNQNIVKSQYSLVENKIDKVENMTFGIGVNSSIVSDSSPASFNNQNLTEDQVSSESNTEEIIPSATFLLQTSFTTFTFYTTMYVGDDTSIISRHETITNVATETLQPTKLVSVEDSSFPITYFTTFTYWTKLAKDGEITTLSREETLSNVIQHSNGTTLAVNDLKTADMVSSLSAATDSKTQNNQSSESEGSLISTLKDPNFQSDITTFYTTYTYYTTSYDVNTTFIDSRLETVTNIMTSREISNPMEVTDATLLMIKPSHPIAHFENPIETINPNVVLYDYKQIIDAEKISTLYFTTEIVSSINSEGHDIKITSSTSRLHVDQSKKSSLPIIGNIPDYSISNINLYKTGLVRLIEGKRIQNSTTTLYQSRVIGTVIDNRYAQIIESTSSFFFEKTKSDHNLFPTSVKIPDMITKNLDIIEITELTISENDDSVVPYKDRTNTKPESDNIDWLSNHSPQSSKRPFAPVIRPFASRNRPTFAPKQKTLVPSSATIITRSDITPTITATPALKSAGRYTASRRGIISNVPINANELNLSQSQSSRRLFGRPSKSLSSDLIEANDTSNAFSPSSTRFASAFRPVVSSRRQNINVSYRSSSFPVFRGSGVITNSRLRIKPTSSGLVSSYRSTQSSTFVAESSSEGSVEEDTSTDEVADVEEGIKNNNNSPLLRFRRPINAPSGFIPAIRQTGNSPAVSLRRNPLSSRAKISTTTTSTTTTTAKPRARSFQRPIGPHPRSRPQNTLFPPRGLFQSQLKNENLKAVKTNDSVSSNDFEYEGSVEEQDLDKNVPRQKRSIKNSAYFTTGHRFRRQADTVRRNKFRFRRQNQTITTKVESKLMDSDYNTETILTPRDKSGSRFGSRFHSPQGHQLYTQALIVDSTTATNHRSIRPSRPTTKRPQFTLREKDGNLKGTTSNNFRRQPASGNSSKRRPAGNSNSRRLKSYVSYNKNSVDNGRQSSSSRSRNSNSNTLNRGRSRGRKRIEYASDLQSVEHELQSITVTHFIPSEVAVPVVSGHVTEYKNIVTAKSSTEIVGPNEFAVVLGTNGMSSTYLNRETSIINIAGATEHTKYLLHESITSSVTFTPTTIRGRKTSFSHIIPSTAYSVEHIVTTIQPQITENAPLANILLSQLLLGNLNLPAHPLIGAVGQHNVPSAAIPTSVEPITEYRTHTSTYVTTIFDGMSTILPVTFQGKKILTTVYDTTAQTITATEYSVDTIINTQPSVQSVQTIGPAAHVNNLLLQHLLIQQQQESLVQAISNTTPPQVLLSENLQVLDDGTRSSIMSDASEIVEYGSDLVSVSNESQVTKSHRKKSRKTNSGSKKHQESSIITLYVSGRRPGEFSTVLSTVREFEHSVSLQKRHAILEIQPTNSKNYVSSTEKIENMMDKNVILKDLRSSLTIEFGFNELPDQTASLESIVGDVHLWFENSNGQSTTAATLIKSVVI

Target ORF information:

RefSeq Version	XM_026983249.1
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X2, mRNA.

Target ORF information:

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

XM_026983249.1

ORF Insert Sequence:

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

Dere\GG26501 ( XM_026983251.1 ) cDNA ORF clone, Drosophila erecta -> XP_026839052.1 Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X4, mRNA.

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CloneID	ODi221045
Clone ID Related Accession (Same CDS sequence)	XM_026983250.1 , XM_001982713.3 , XM_026983249.1 , XM_026983251.1
Accession Version	XM_026983251.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6882bp) 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	uncharacterized protein LOC26526325 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_020825218.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. 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##

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT AA

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

RefSeq	XP_026839052.1
CDS	110..6991
Translation	MLQPREDNEISDIYHKKYNISTLTKRMIYSTYCKLNLTRVLFTTLVLIMIHIETSQAINQSYYVSPTPSLPARVGDDITTVLLVNNESGHVADFHGRFLTVRPDIGVLTSTARTFIQDGITTEFATKILGTTLNNGRLYAQYLRKSSRVLYENENVGPSVVTSWVGEEDSLHTPLFLQSHNDLFNFDDSDWQDIDDSIGVHHREFVGNTDFVIEQSTKIKTLGAPVLHDEKTITSVAQDSNDMLKIDLNKKDEMNRLIEVLSIKHLQTYTVKSPSENFTTTTTFNQYAFDPHAPRKEIKYERVMQPHREQNYEDHNQKSRSARKQILATVTYYGFADFTTIVGDSVIVFSPSTTQSSLHYGHVTSIKGKPTLQHDSIPIEIAQTMEKPQSTLTMGTSSKINEELGSNIIASEIFDKNDSNNFLVLKLKPMNSLTTFALNSFEEQQNASSVLSKEIVPLVSNGFKDLISPSNVTNAGLKVGTKQLEHSIPKHEGATTVFIDDDPFSSFDKLSDSTSLNLNSADQIQSVKPIQISKGDEVHETVTHQTNINITQSSLVNYQVFETSNENHNFDELCNHTTSQVFLTQMTKANNTNKENNGRDTIVINANPLHAYEIIETTKYYCIQASQSKQNPELNIISVPHDTVTKSSGEFMSINIIDDDKDETTVQDLQDYEVTTENEYESEDEEDESVSDEVDLIYKTLYTTYTYLTTFFEGSRTTISSHTEVLTNIVSSTFLPESKLESNTLNYVEESHISENAIREIDHSRTYTIPDEIASLLAQESKVNTAESSIQMMTTYLDDLKFTKTLFTTYTYYTSIFTSNETAVQSRIEIVTNYITKNVPNDQTNIISVVNSKTTNQNIVKSQYSLVENKIDKVENMTFGIGVNSSIVSDSSPASFNNQNLTEDQVSSESNTEEIIPSATFLLQTSFTTFTFYTTMYVGDDTSIISRHETITNVATETLQPTKLVSVEDSSFPITYFTTFTYWTKLAKDGEITTLSREETLSNVIQHSNGTTLAVNDLKTADMVSSLSAATDSKTQNNQSSESEGSLISTLKDPNFQSDITTFYTTYTYYTTSYDVNTTFIDSRLETVTNIMTSREISNPMEVTDATLLMIKPSHPIAHFENPIETINPNVVLYDYKQIIDAEKISTLYFTTEIVSSINSEGHDIKITSSTSRLHVDQSKKSSLPIIGNIPDYSISNINLYKTGLVRLIEGKRIQNSTTTLYQSRVIGTVIDNRYAQIIESTSSFFFEKTKSDHNLFPTSVKIPDMITKNLDIIEITELTISENDDSVVPYKDRTNTKPESDNIDWLSNHSPQSSKRPFAPVIRPFASRNRPTFAPKQKTLVPSSATIITRSDITPTITATPALKSAGRYTASRRGIISNVPINANELNLSQSQSSRRLFGRPSKSLSSDLIEANDTSNAFSPSSTRFASAFRPVVSSRRQNINVSYRSSSFPVFRGSGVITNSRLRIKPTSSGLVSSYRSTQSSTFVAESSSEGSVEEDTSTDEVADVEEGIKNNNNSPLLRFRRPINAPSGFIPAIRQTGNSPAVSLRRNPLSSRAKISTTTTSTTTTTAKPRARSFQRPIGPHPRSRPQNTLFPPRGLFQSQLKNENLKAVKTNDSVSSNDFEYEGSVEEQDLDKNVPRQKRSIKNSAYFTTGHRFRRQADTVRRNKFRFRRQNQTITTKVESKLMDSDYNTETILTPRDKSGSRFGSRFHSPQGHQLYTQALIVDSTTATNHRSIRPSRPTTKRPQFTLREKDGNLKGTTSNNFRRQPASGNSSKRRPAGNSNSRRLKSYVSYNKNSVDNGRQSSSSRSRNSNSNTLNRGRSRGRKRIEYASDLQSVEHELQSITVTHFIPSEVAVPVVSGHVTEYKNIVTAKSSTEIVGPNEFAVVLGTNGMSSTYLNRETSIINIAGATEHTKYLLHESITSSVTFTPTTIRGRKTSFSHIIPSTAYSVEHIVTTIQPQITENAPLANILLSQLLLGNLNLPAHPLIGAVGQHNVPSAAIPTSVEPITEYRTHTSTYVTTIFDGMSTILPVTFQGKKILTTVYDTTAQTITATEYSVDTIINTQPSVQSVQTIGPAAHVNNLLLQHLLIQQQQESLVQAISNTTPPQVLLSENLQVLDDGTRSSIMSDASEIVEYGSDLVSVSNESQVTKSHRKKSRKTNSGSKKHQESSIITLYVSGRRPGEFSTVLSTVREFEHSVSLQKRHAILEIQPTNSKNYVSSTEKIENMMDKNVILKDLRSSLTIEFGFNELPDQTASLESIVGDVHLWFENSNGQSTTAATLIKSVVI

Target ORF information:

RefSeq Version	XM_026983251.1
Organism	Drosophila erecta
Definition	Drosophila erecta uncharacterized LOC26526325 (LOC26526325), transcript variant X4, mRNA.

Target ORF information:

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

XM_026983251.1

ORF Insert Sequence:

ATGCTTCAGC CACGTGAAGA CAACGAAATA TCGGATATTT ACCATAAAAA ATACAACATT 
TCAACCCTTA CAAAAAGGAT GATATATTCT ACTTATTGCA AATTAAACTT GACCCGTGTT 
TTGTTTACCA CACTCGTATT GATCATGATC CACATTGAAA CTTCCCAAGC AATTAATCAG 
TCTTATTATG TGAGTCCGAC ACCCAGTTTG CCAGCAAGAG TCGGGGATGA TATTACCACG 
GTACTCTTGG TAAATAACGA ATCAGGGCAT GTGGCCGATT TTCATGGAAG GTTCTTAACA 
GTACGCCCAG ATATAGGTGT TTTAACATCA ACAGCCAGAA CATTTATTCA GGACGGAATA 
ACAACAGAGT TTGCTACCAA GATTTTGGGG ACTACTTTAA ATAATGGCCG CCTTTACGCA 
CAATACCTAA GAAAGAGTTC TAGAGTCCTT TATGAAAACG AAAATGTAGG CCCATCTGTG 
GTTACTAGTT GGGTAGGTGA AGAAGATTCT CTCCACACAC CACTATTTTT ACAAAGCCAC 
AACGATCTTT TTAACTTTGA TGACTCTGAC TGGCAGGATA TCGATGACAG TATAGGTGTT 
CATCACCGAG AGTTCGTGGG TAATACAGAT TTCGTAATCG AGCAAAGCAC AAAAATCAAA 
ACCTTAGGAG CTCCCGTTTT GCATGATGAA AAAACAATAA CATCTGTAGC ACAAGACAGC 
AACGATATGT TGAAGATTGA CTTAAATAAG AAAGATGAAA TGAACAGATT GATTGAGGTA 
TTATCAATTA AACATTTGCA AACATATACA GTAAAAAGCC CTAGTGAAAA TTTCACTACT 
ACTACAACGT TTAACCAATA CGCGTTCGAC CCACATGCTC CAAGAAAAGA AATAAAATAT 
GAACGTGTGA TGCAACCGCA TAGAGAACAA AATTACGAAG ATCATAACCA AAAAAGTAGA 
TCCGCCCGCA AGCAAATCCT AGCAACCGTT ACGTATTATG GCTTCGCGGA TTTCACCACC 
ATTGTTGGTG ATAGCGTAAT AGTTTTTTCT CCTAGTACTA CACAAAGCAG CCTGCATTAC 
GGACACGTTA CATCAATAAA AGGCAAGCCT ACTTTACAAC ATGATTCAAT CCCCATAGAA 
ATCGCTCAGA CTATGGAAAA ACCACAGAGT ACTTTAACGA TGGGTACCAG TTCGAAAATA 
AATGAAGAAT TGGGGTCAAA TATTATTGCT AGTGAAATAT TTGATAAAAA TGATTCGAAC 
AACTTTTTGG TTTTGAAATT GAAACCAATG AACTCATTAA CCACATTTGC ATTAAATTCA 
TTTGAAGAAC AGCAGAATGC CAGTTCGGTG TTATCTAAAG AAATAGTTCC ATTGGTCTCC 
AATGGATTTA AAGATCTTAT ATCGCCCTCT AATGTTACTA ATGCTGGATT GAAAGTAGGA 
ACGAAGCAGC TTGAACATAG CATTCCAAAA CATGAAGGCG CTACAACTGT ATTTATTGAT 
GATGATCCCT TCTCTAGTTT TGATAAGCTT AGTGATTCAA CGAGCTTAAA CTTGAATTCC 
GCTGACCAAA TACAATCCGT AAAACCTATT CAAATATCAA AGGGAGATGA AGTCCATGAG 
ACCGTGACAC ATCAAACTAA TATTAACATA ACACAGAGCA GCTTGGTCAA TTATCAAGTT 
TTTGAAACAA GTAATGAAAA TCACAATTTC GACGAATTAT GCAACCATAC AACTTCACAG 
GTTTTTCTTA CTCAAATGAC TAAGGCAAAT AATACAAACA AAGAAAATAA TGGTAGGGAT 
ACTATTGTTA TTAATGCGAA TCCACTTCAT GCTTATGAAA TTATAGAGAC TACCAAATAT 
TATTGCATAC AAGCTTCACA ATCAAAACAA AACCCAGAAT TAAATATAAT CAGTGTTCCC 
CACGATACTG TTACTAAGTC AAGTGGAGAA TTCATGTCAA TTAATATAAT AGATGATGAT 
AAAGACGAAA CAACGGTTCA AGACTTACAG GATTATGAAG TGACCACAGA AAACGAATAT 
GAAAGCGAAG ATGAAGAAGA CGAAAGTGTT AGTGATGAAG TTGACCTAAT ATATAAAACT 
CTATATACAA CTTATACATA CTTGACCACA TTCTTTGAAG GGTCTAGAAC TACCATATCT 
AGCCATACTG AGGTTTTAAC AAACATCGTT TCCTCAACAT TTTTGCCTGA AAGTAAATTA 
GAATCCAACA CTTTAAATTA TGTTGAAGAG AGCCATATTT CTGAAAATGC AATTCGAGAG 
ATTGACCATT CTCGGACGTA TACTATACCT GATGAAATTG CTAGTCTATT AGCCCAGGAA 
AGTAAAGTAA ATACTGCAGA GAGTTCTATA CAGATGATGA CCACCTATCT CGACGATTTA 
AAATTTACTA AGACTTTGTT CACAACATAT ACATATTATA CATCAATTTT TACAAGTAAC 
GAAACTGCAG TACAATCACG AATAGAGATT GTAACCAATT ATATTACTAA AAATGTACCA 
AACGATCAAA CTAATATTAT AAGTGTCGTT AATTCCAAAA CTACAAATCA AAATATTGTA 
AAATCACAAT ATTCTTTAGT CGAGAATAAA ATCGATAAGG TAGAAAATAT GACATTTGGA 
ATAGGAGTAA ACTCGAGCAT TGTAAGTGAT TCAAGTCCAG CTAGTTTTAA TAACCAAAAC 
CTTACTGAAG ACCAAGTAAG TTCGGAAAGT AACACAGAGG AGATTATACC GTCAGCAACG 
TTTCTTCTTC AAACAAGTTT TACAACCTTT ACCTTTTATA CAACAATGTA TGTAGGGGAT 
GATACAAGTA TTATTAGTCG ACATGAGACT ATTACCAATG TAGCTACCGA AACTTTGCAG 
CCTACAAAAT TAGTAAGTGT GGAGGATTCT TCTTTCCCTA TTACTTATTT TACAACATTT 
ACTTATTGGA CAAAGTTGGC TAAAGATGGT GAGATTACAA CATTAAGCAG GGAGGAAACT 
TTATCTAATG TCATACAACA CAGTAACGGT ACAACTTTAG CCGTTAACGA TTTAAAAACA 
GCAGATATGG TATCAAGTCT GTCAGCCGCA ACTGATAGCA AAACCCAGAA TAATCAGAGT 
TCCGAATCCG AAGGATCATT GATATCTACT TTGAAAGACC CAAACTTTCA ATCTGACATT 
ACCACATTCT ATACCACCTA TACGTATTAT ACTACATCAT ATGACGTTAA TACGACATTT 
ATTGATTCTC GTCTCGAAAC CGTTACCAAT ATAATGACAT CCAGGGAAAT ATCCAATCCA 
ATGGAAGTTA CAGATGCAAC ACTTTTAATG ATCAAACCTA GTCACCCCAT TGCTCATTTT 
GAAAATCCAA TTGAAACCAT TAATCCGAAT GTTGTTTTGT ATGATTATAA GCAAATAATT 
GATGCGGAAA AAATAAGTAC TTTGTATTTT ACAACGGAAA TTGTATCGTC AATAAATAGT 
GAGGGACATG ATATTAAAAT AACCAGTAGC ACATCAAGGT TACACGTTGA CCAGTCGAAA 
AAATCTAGCT TGCCTATCAT TGGCAACATC CCTGATTACA GCATATCGAA CATAAATTTG 
TATAAAACAG GCTTAGTAAG GCTTATTGAA GGAAAACGCA TACAAAACAG TACGACCACA 
TTATACCAAT CTAGAGTTAT AGGAACTGTA ATAGACAATC GATACGCGCA AATAATTGAA 
AGTACATCAA GTTTTTTCTT TGAAAAAACA AAGTCTGACC ATAATTTGTT TCCGACAAGT 
GTTAAAATTC CTGATATGAT TACGAAAAAT TTGGATATTA TTGAAATAAC AGAATTAACC 
ATAAGTGAAA ATGATGACTC AGTAGTTCCT TATAAAGACC GGACAAACAC GAAACCAGAG 
TCGGATAACA TTGACTGGTT GTCTAATCAT TCACCACAAA GTTCAAAGCG ACCATTTGCA 
CCAGTAATTC GGCCGTTTGC CTCACGAAAC CGGCCTACAT TCGCACCTAA ACAAAAAACA 
CTAGTCCCAA GTAGCGCTAC TATTATTACA AGATCCGACA TCACACCTAC TATAACAGCA 
ACGCCTGCCT TAAAATCTGC AGGTAGATAT ACCGCATCTC GTCGGGGTAT TATTTCTAAT 
GTTCCAATTA ATGCCAACGA GCTTAACTTG TCGCAGAGTC AGTCATCCAG GCGCCTGTTT 
GGGCGACCAA GTAAGTCATT GTCGTCAGAT TTAATCGAAG CGAATGACAC TAGCAACGCA 
TTTTCACCAT CGAGCACCCG GTTTGCTTCA GCTTTTCGCC CAGTCGTTAG TTCCAGGCGA 
CAAAATATAA ATGTTTCATA TCGATCATCA AGTTTTCCTG TGTTTCGTGG CTCTGGAGTT 
ATAACCAACT CAAGGTTGCG CATAAAGCCA ACTAGCTCAG GGCTAGTATC AAGCTATAGG 
TCGACACAGT CCTCAACGTT CGTTGCGGAG TCAAGCTCGG AAGGCAGCGT TGAAGAGGAT 
ACCTCAACCG ATGAAGTAGC GGATGTGGAA GAAGGAATTA AGAACAATAA CAACAGCCCG 
TTACTGCGCT TTCGTCGACC TATAAATGCG CCCAGTGGAT TTATTCCTGC AATTCGACAG 
ACTGGCAATT CGCCAGCTGT TTCGCTCAGA CGAAACCCGC TATCTTCCCG AGCAAAAATT 
TCGACTACGA CAACCAGTAC AACGACAACG ACCGCCAAGC CAAGGGCGCG AAGTTTTCAG 
CGACCTATTG GCCCTCATCC AAGATCAAGA CCACAAAACA CACTTTTTCC GCCAAGAGGC 
CTTTTTCAAA GTCAGCTAAA AAATGAAAAC CTTAAGGCAG TTAAGACAAA CGATAGTGTT 
TCTAGCAATG ATTTTGAATA TGAAGGAAGT GTCGAAGAAC AAGATCTGGA TAAAAATGTT 
CCTCGTCAAA AGCGATCTAT TAAAAATTCG GCATATTTCA CAACTGGGCA TCGATTCCGT 
CGGCAAGCGG ATACAGTAAG GAGAAATAAA TTCAGATTTC GTCGACAAAA CCAAACAATA 
ACTACCAAAG TTGAGTCAAA GCTTATGGAC TCCGACTATA ATACTGAGAC TATATTAACC 
CCTCGTGATA AGTCTGGTTC TAGATTTGGA TCAAGATTTC ATTCTCCCCA GGGACATCAG 
CTATATACGC AGGCATTAAT CGTAGACTCA ACAACAGCAA CCAATCATAG GTCGATTCGC 
CCAAGCAGAC CGACGACAAA GCGACCACAA TTTACGTTGA GAGAGAAAGA TGGTAATTTA 
AAAGGCACTA CATCTAATAA CTTTCGGCGC CAACCAGCTA GTGGAAATTC TTCAAAAAGG 
CGCCCTGCTG GAAATTCAAA TAGTCGTAGA CTAAAGAGCT ATGTAAGCTA TAACAAAAAT 
AGTGTAGACA ATGGGCGACA ATCCAGTTCA TCCCGTTCCC GAAACTCGAA CTCTAATACA 
TTAAATAGAG GAAGAAGTCG TGGTCGAAAA CGAATCGAAT ACGCATCGGA TTTACAATCC 
GTAGAACATG AACTTCAAAG TATCACAGTT ACACATTTTA TACCATCTGA GGTCGCTGTA 
CCTGTAGTAA GCGGACATGT AACTGAGTAC AAAAACATTG TCACTGCCAA ATCAAGCACT 
GAGATCGTGG GTCCAAATGA GTTTGCAGTA GTATTAGGTA CAAACGGGAT GAGTTCCACA 
TACTTAAATC GAGAAACATC TATTATAAAT ATTGCTGGTG CCACCGAACA TACAAAATAT 
TTATTGCATG AATCTATCAC AAGTTCTGTA ACTTTTACAC CAACCACCAT TCGAGGAAGA 
AAGACATCCT TTTCACATAT TATTCCATCT ACAGCGTATT CTGTAGAGCA CATTGTAACT 
ACAATACAGC CTCAAATTAC TGAAAACGCA CCGCTTGCCA ATATTTTACT TTCCCAGTTG 
CTTTTAGGAA ACTTAAACTT ACCTGCTCAT CCCTTGATTG GAGCTGTCGG ACAACACAAC 
GTCCCATCCG CTGCGATTCC CACATCTGTT GAGCCTATCA CTGAGTATCG CACCCACACT 
TCAACATATG TTACTACAAT ATTCGACGGG ATGTCTACTA TTCTTCCAGT GACATTTCAA 
GGAAAAAAGA TTTTAACTAC TGTTTATGAC ACTACCGCAC AGACTATAAC AGCTACAGAA 
TATAGTGTGG ATACCATAAT TAACACTCAG CCATCAGTTC AAAGTGTGCA GACTATTGGA 
CCGGCTGCTC ATGTAAATAA TTTGTTATTG CAGCACTTAC TTATTCAACA ACAGCAGGAG 
TCACTCGTCC AAGCTATATC AAACACTACT CCGCCACAAG TATTGTTAAG TGAAAACCTG 
CAAGTTTTGG ACGATGGGAC ACGGTCATCA ATAATGTCGG ATGCCAGCGA AATTGTTGAA 
TATGGTTCGG ATTTGGTGTC GGTCAGTAAT GAGTCTCAAG TTACCAAAAG CCATCGAAAA 
AAATCACGAA AAACAAACAG TGGCAGCAAG AAACATCAGG AATCGAGTAT AATAACACTT 
TATGTATCGG GCCGTAGACC TGGTGAATTT AGTACTGTAT TGTCAACTGT GAGAGAGTTT 
GAGCACTCTG TTTCATTGCA GAAGAGGCAC GCAATTTTAG AAATACAGCC AACCAATTCT 
AAGAATTATG TTTCTAGCAC AGAAAAGATC GAAAATATGA TGGACAAAAA TGTTATTTTA 
AAAGATCTAA GAAGTTCTTT GACGATTGAA TTTGGATTTA ACGAATTACC TGATCAAACT 
GCATCATTAG AAAGCATTGT AGGTGATGTG CATCTTTGGT TTGAAAATTC TAATGGACAA 
TCTACAACGG CGGCAACATT AATAAAATCT GTAGTAATAT 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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Dere\GG26501 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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