kl-2 cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene
Clones
gRNAs

Summary

Gene Symbol	kl-2
Entrez Gene ID	3355181
Full Name	male fertility factor kl2
Synonyms	CG17866,CG40438,DHC3A,Dmel\CG17866,Lms2,kl2
General protein information	Preferred Names male fertility factor kl2 Names CG17866 gene product from transcript CG17866-RD 1beta-dynein heavy chain CG17866-PD kl-2-PD male fertility factor kl-2
Gene Type	protein-coding
Organism	Drosophila melanogaster(fruit fly)
Genome	Chromosome: Y Map Location: h10-h11

mRNA and Protein(s)

mRNA	Protein	Name
NM_001015505.5	NP_001015505.5	male fertility factor kl2

Pathways from BioSystems

Homologies

	LOC721901	XP_002808158.1
Homo sapiens (human)	DNAH2	NP_065928.2
Mus musculus (house mouse)	Dnah2	NP_001074799.1
Rattus norvegicus (Norway rat)	Dnah2	XP_006246937.1
Danio rerio (zebrafish)	LOC556023	XP_001919747.4
Canis lupus familiaris (dog)	DNAH2	XP_546598.3
Drosophila melanogaster (fruit fly)	kl-2	NP_001015505.3
Xenopus tropicalis (tropical clawed frog)	dnah2	XP_004919782.1
Pan troglodytes (chimpanzee)	DNAH2	XP_003315409.1
Bos taurus (cattle)	DNAH2	NP_001178178.1

Gene Ontology
Bibliography

Related articles in PubMed

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

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

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

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

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

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

The following kl-2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the kl-2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OFa41187	NM_001015505.5 Latest version!	Drosophila melanogaster male fertility factor kl2 (kl-2), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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)

kl-2 ( NM_001015505.5 ) cDNA ORF clone, Drosophila melanogaster(fruit fly) -> NP_001015505.5 Drosophila melanogaster male fertility factor kl2 (kl-2), partial mRNA.

Price & Availability↑

CloneID	OFa41187
Clone ID Related Accession (Same CDS sequence)	NM_001015505.5
Accession Version	NM_001015505.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 13380bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-04-24
Organism	Drosophila melanogaster(fruit fly)
Product	male fertility factor kl2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by FlyBase. This record is derived from an annotated genomic sequence (NC_024512). On Oct 19, 2015 this sequence version replaced NM_001015505.4. ##Genome-Annotation-Data-START## Annotation Provider :: FlyBase Annotation Status :: Full annotation Annotation Version :: Release 6.26 URL :: http://flybase.org ##Genome-Annotation-Data-END## COMPLETENESS: incomplete on the 5' end.

ATGGAAAGTA CTGAGACTGA TCGCGGATCT GAAATTGCGG GGCTTGTTGA ATATGTGAAG 
AAAATTACTT TTTTATATTC TTTAGATCAT CGCGACTGGA ATGCAAAAGT GATAAATGTG 
ATAAGCATTT GGTTGATCAA TTCAACAGAA TTAGTTCTTA CAATATTTTA CGATTGCGAT 
GTTCTCACTG GTTGCCTTGG ATTTCCTGTG GCCCCGGTTA TTGATTTATG CTACTTTATT 
CGGTCCTCTA AAGAAATAAT ATCTATTCAT TCTTTTCACG ACATGGTTAA CTTCGGTACT 
GTGCAAGATG ATGTTGATGG CTGCCTATTG AAAATTTTAG AGCTTATATA TGCTCCCATA 
TTTCGAAATT TTATGGAATG GGGAGACAAT GTGAAGCAAC GTTTCTGTAC GTCCCTGGAT 
AAATTTCTAG GAATCTTAAC AGCAATATAT TTTAAAATGT CTGGCATGAC AGTTCTTTAT 
GTCCCTTATG TAGTCAAAGA AATAGCAAAA GAGATTTCAT CGTACGACAG AGAATTTGTC 
AAGAACTTGG AGTGTATTGC GGTGTCGTGG GCTACGCTTA TTCGAATTCT TTTAAATGAC 
AAGACCCTTA CCAGTCCAAA CGAATATATT AGTGTTGGGG ATGAGTTCGA GTTCTGGCTA 
TATCGGTTTG AAGTTCTTCA AGGACTAAAT GCGCAACTGG ATCAAGTGGA TGTTCAACAA 
ATTATAAGAG TTCTACGAAG TACCCATTCA GTGTATATTA AACAGATCGA TGAACTAATT 
TTCGAATCTA CACATGAACT GATGGAAGCT ATGGAAAACA TCAAATTTTT ACACTTATTA 
ATGCAACCAT GTTCACAACT AGATTTTTCT GAAAGCCCAA CTTTTGTCTC ACAACTTATT 
CCCCGAACAA TTCACTTGAT ACGATTTATT TGGTTAAACT CTGAACAATA CAACAGACGT 
GATTTAATAA CTGGTATATT TAGGAATTTA AGTAATCAGA TTATACGGTT TTGTACTGAA 
AAGGTAAATG TTGAAAAAAT TTTATCAGGA AGTTCAAGGT TTGGAATCAA AATTTGTAAT 
ATGTGTATAG ATTGTTGCCT GACTTATAAA GGAATATATG ATATAATGTC AAAAACCCAT 
GCAAAAATAA ACATACGAAT AGGTTGGAGC CTTGACAATG CAATGATTTT TAATCATGTC 
GATGCCTTTA TGGAGCGTCT CAATGATGTT ATTGATATAT GTGAATCAAT GATGGTTTTC 
GGAAGACTTG ACGAATCAGA GAGTATACCT AAGCCTCAAT TCGGTGGTAC TAGTGGTACA 
GAATTTGAAG CTACTGCCGA CAACGTTGAA AATGAATTTT TGGTGACTCT TACGGCATTA 
TGTACGGATT CCAAAGAGAT CATTTTAAAT GTTCACAAAA ATGAGTGGTA CGAGGAAGTA 
ATTAAATATC GCCGAACAGT GCAAAGTATG GAAGAAACAG TTCAGCGATT AATGTCCAAT 
GTTTTTCAAC ATATATGTAA TGTTGAGGAA GCACTAGAGT CCTTAAATGT CATGATATTT 
TATTCTTATC GTAGTACCAT AAGAAAGACG TTTCTAAGGC AGGTCTCAAG TGCTTGGGTT 
TTTTTTTCAA ATGAGATAGA TAGTTCAGTT CACATGTTAA TGGATCGTTC TAAAATGCAT 
GAGTCATGGG TTCCTTATTA CGCCTCTCGT GCTCTAGGAT ATCGAGTCCA TTTGGATCGA 
TTAGTTTGGC TTTGTAACAG ATTAAACTCT TCAGATTGGT TGCCCAATGT GAGTGAAGCG 
TCTGTAGTTT TAAAAAAATT TGAAAGTGTT CGTAGAGAAT TCGATAAAGA AGTGAAAAAG 
TCATTTGACG AATGGCAAAA AAACTGCTGC AGTTTGCTTT TAAACCAAAA ACTGGATCGA 
TACCTTCTTA TAAGAAGTAA AAAAAAGAAG GGCCTTATTG AATGTAATAT TGACAGAACC 
ATATTAACCA TATGTGAACA GGCACAACAC TTTGAGCGAC TTGGGCTCGG AGTACCAGGA 
ATGGTTCGAA AAATATATGA AAAACATGAA ACACTACGGT TTGTGTACAA TAGTGTGGTT 
CAAGTCTGTC TAAACTATAA TCATATACTG TCAGCCCTTT CTGAACAGGA ACGAAAGCTT 
TTTCGAGCCC TAATTCAAGC ATGCGATCGA AAGATAGCAC CAGGAGTTTT TAAATTAACT 
TACGGCGGCG AGCTAAGCGA CGCATACATA GCAGATTGCG CCAAACATAC CAACAAACTG 
CAAGAAACTA TGGATATTTA TAAACGAGCA ATTCAAAATA TTGCTCGGTT TTGCGAAAAA 
ATTTGTGATA CACCCATGTT AAAATTTAAT TTTTCGGGAG CTGTAACTAT TTCAATATTC 
GAGAATCACC TGTCAAGTTA TTTAAGACGT GTTAGCAATA TTCTTCGAGG ATTTTACAGC 
ACAATTACGG ACCTTATATT TGCAGTTTTT AAAGAATTTC AGGCGGTAAT AGAAGATATG 
CCCATCGAAT GGTACGGATT TGTTAATGTG TTTGATGATA TGTTAGCTAC CGCGTTTCTC 
ACAAGTTCTA AAAACTCGTT AAATATGTTA ACAAATGCAT TGCACCGTGA CCCAGATATG 
GCAGCTGCTC CGATCCTTGT AATGGAATCC GATGTTAGGG AGAGGTGTAT TGTGCTTACT 
CCGGACATAG ATGTCATTGC TAATTTACTT AGCGGGTATA TAGACCGAAT TCATAATATT 
CTTGAACAGT TTCCACGTAT AGGAATTAAG ATGAAACTAC CTAAGGAGCA CCAATATGAA 
TCATTTTCAA AAGCTTTTCT TGAAGATTCT GAGAGTACAC AGCTAATTTG TAATATAGAA 
GCTGAAATTA ATCATGAAAG AGAAGAAATC GATGGGTATA TAACTTTTTG GAATAGTCAC 
CGAATGTTAT GGGAAACAAC TGAATTGGAA TTTACAAAGC GTGTAAAAGC CACTCAGATG 
ACTGCTGATA TTTTTGAAGC CAGCATTGAA TATTACAGTG CCATGGCTGA CGACATATCA 
TATGTGGATG CAATTACTCA TGTTTACTTT ATTTTAATGA ATCAAAACTA TATTAAAAGT 
TCAATTCTAG ACTGTATTGA AAAATGGCAA GCATTAAACA TAAAAATACT TTTAAGCCAT 
TCGTTTTCCT TAATTAGAGC TATTTATAGA TATATGCGCA AAAACGAACG AAAAATGATG 
ATGGTGCCAC GTACTTTAAA GGAATCATTA CTTGCAAAAC AATTTTTTGA ACGAATAATA 
AACGAAGTTC CTCTCAAGCA AGCGGGCTTC CCACCGACGC TAGAACTCTT CGCAATACTA 
GATAAATATC AAGTGGAAAT ACCTGAGGAA ATTCGCGTAA AAGTAATAGG TCTTGAAGCT 
GCCTGGCATC ATTATCTCAA AAGATTGGGA GAAGCGGATG AAATGTTAGA TAACAACCGG 
GAAGAGTTCA AAAAAATTTT AGTTCAACAA GCTGAAAAAT TTAAAATAAT ATTAAAGGAA 
TTTCTCGACG ATTTTTTTTT AAAACTACCA ACCTCTGCTA ACATAAATCC AAGAATTGCT 
TTAAAATTTC TTAGAATAAT AGCACTAAAG ATTGAAGACT GCTTTACATT TGAAGAAAGC 
CTGATGAGAG ACCTCGCAGT GTTTAACGTA AATCAACCTG AAAGTATTGA CTTGCGAAAG 
TTAGACTTCG AAGTTAGAAT AGTGAAAAAT ATATGGGAAC TTATATTTGA ATGGCAAACA 
AATTGGGAAG GATGGAAAAA AGGATACTTT TGGAAAATGA ATATAAATGA AATGGAAGAT 
ACTGCTTTAA ATTTATATAA AGAATTTACC ACCTTAAATA AAAAATTTTA TGATCGTCAC 
TGGGAGATGC TTGAGGCGAC TACGAAAAAT GTAGATAGTT TTCGTCGGAC TTTGCCCTTA 
ATTACAGCTC TGAAGAACCC GTGCATGCGT GAGCGCCATT GGAATAGAGT TCGCGATGTA 
ATTCACGTAA ATTTTGATGA AAACTCGAAG AACTTCACTT TGGAGCTTAT AATTAATTTA 
GACTTTCAGG CATTTTCTGA AGATATTCAA GACATATCCA ATCCAGCAAC TATGGAGCTG 
CAAATCGAAA ATTCTATTAA AAATATAGCT ACAATTTGGA AAAAACAAAG TTTTGAAATG 
GCTTTTTATC ATGATGGTAT CTATAGAATA AAAAACGTTG AGGATTGTTT TCAGCTCCTT 
GAAGAACACA TGGTACAAAT ATCGGCTATG AAAGCAACTC GTTTTGTTGA GCCATTTATA 
ACCATTGTTG ATTATTGGGA AAAAACACTA TCGTACATAA GTGAGACTCT GGAAAAGGGT 
TTAACTGTTC AGCGCCAATG GCTCTACCTA GAAAATATAT TCCAAGGAGA CGACATAAGA 
AAACAACTTC CAGAAGAGGC AAAACGTTTT GCAACAATAA CTGAAGAGTT TCGAACAATA 
TCAAGCAAAA TGTTCCAGGC AAAGACAGCC GTAAAAGCCA CTAACTTACG CCCTCCACCG 
TTTTTATTAA ACCGTTTTAG TCGAATGGAC GAAAGACTGG AACTTATTCA ACGTGCCTTA 
GAAATTTATC TTGAGGCTAA ACGACAACTT TTTCCAAGAT TTTATTTTAT TTCTAATGAT 
GACCTTTTAG AAATTTTAGG AAATTCTAAG CGGCCGGACT TAGTTCAAAC CCACCTTAAG 
AAGTTATTTG ATAATTTATA CAAGCTTGAG CTCAAGCGCG TTGGGAAAAC TTTAAGTCGG 
TGGCAAGCTT CTGGAATGCA TTCAGACGAT GGAGAATATG TTGAGTTCAT GATGGTTATC 
TATATAGATG GACCATCGGA GCGTTGGCTA AAACAAGTCG AAGAGTACAT GCTTGTTGTT 
ATGAAAGAGA TGCTTAAACT TACTCGCGGA TCTCTTAAAA AACTTGTAGG GAACAGAGAA 
AAATGGATTT CGCTTTGGCC CGGACAAATG GTGCTAACCA CAGCTCAGAT CCAATGGACA 
ACTGAGTGTA CGCGTAGCCT AATTCATTGT AGTATGGTTG ATCAAAAAAA ACCCCTACGC 
AAGCTAAAGA AAAAGCAAAT AAAAGTTCTT TCTAAATTAT CCGAAATGAG TCGAAAAGAC 
CTAACAAAAA CAATGCGCCT TAAAGTAAAT ACCCTCATAA CGCTTGAAAT ACATGGTCGT 
GATGTTATAG AAAGAATGTA TAAATCAAAC TGTAAGGATA CGGGCCATTT TGAATGGTTT 
TCACAACTCA GATTTTATTG GCACCGTGAA TCGGAACTAT GTGTAATAAG GCAGACAAAC 
ACAGAGCACT GGTATGGCTA TGAATATACA GGTAACTCAG GGCGATTAGT TATTACACCA 
TTGACTGATC GGTGTTATAT AACTTTGACT ACTGCGTTGC ACTTGCATCG AGGAGGGAGC 
CCAAAGGGAC CCGCCGGTAC TGGAAAGACT GAAACAGTCA AAGATTTGGG TAAAGCTTTG 
GGAATATGGG TTATTGTTAC AAACTGTTCC GAAGGCTTAG ACTATAAAAG TATTGGTAAA 
AATTTCTCTG GATTAGCACA AAGTGGATGC TGGGGATGTT TCGATGAGTT TAATCGAATA 
AATATTGAAG TGCTCTCAGT CGTGGCACAA CAAATAATGT CTATAATGGC AGCGCTTTCT 
ACAAAGGCGT TGGAGCTTAT GTTCGAGGGT CAAATGATAA AGTTAAAGCA CACAGTTGGT 
CTATTCATTA CTATGAATCC TGGATATGCC GGACGGACTG AACTTCCTGA TAATTTAAAG 
TCAATGTTTA GACCCATATC AATGATGGTA CCTGATAATA TAATTATTGC GGAAAATTTA 
CTTTTTTCGG ATGGTTTTAC TAATACAAGA AACTTGGCCC GAAAGGTATA TACGTTGTAT 
GAGCTGGCTA AGCAGCAACT TTCAAAGCAA TATCATTATG ATTTTGGTCT TCGCTCAATG 
GTGGCTTTGC TTCGCTACGC GGGTCGAAAA AGACGTCAAT TACCAAATAC TACTGAAGAA 
GAAATTGTTT ATTTGGCAAT GAAAGATATG AATGTTGCGA GATTAACAGC TAATGATTTA 
CCCCTTTTTA ATGGTATTAT GTCTGACATA TTTCCTGGTG TTAGCTTACC AACTATAGAC 
TACAGTGAAT TTAATATTGC GATCTATGAA GAATTTAGGG AGGCGGGTCT CCAACCAATT 
ACCATAGCCG TAAAAAAAGT AATTGAGCTT TTTGAAACAA AAAACTCTAG GCACTCAGTT 
ATGATCATAG GGGATACGGG AACAGCCAAA TCAGTTACAT GGAGAACATT ACAAAACTGT 
TTTTATCGAA TGAATAGTCA AAGATTTTCC GGATGGGAAG CAGTCACCGT TTACCCAGTA 
AATCCAAAAG CATTGAATCT AGCAGAGCTT TATGGGGAAT ACAACTTGTC GACTGGTGAA 
TGGCTTGACG GAGTTTTAAG TTCTATTATG CGAATAATCT GTGGAGATGA AGAGCCGACT 
CAGAAATGGT TGTTGTTTGA TGGACCTGTG GATGCAGTAT GGATTGAAAA CATGAACTCA 
GTAATGGATG ATAATAAACT TCTTACGCTT GTAAATAGCG AACGTATAAC CATGCCAGTT 
CAAGTATCGC TATTGTTTGA AGTAGGAGAC CTGGCTGTTG CTTCACCAGC AACTGTTTCC 
CGATGTGGAA TGGTTTATAA CGATTACAAT GATTGGGGAT GGAAACCTTT TGTAAACTCA 
TGGTTACAGC GCCTAAGAAT TAAGGAGTTC GCTGATTTTT TACGAATACA TTTTGATTAC 
ATGGTGCCAA AAATACTGGA TTTTAAACGA ATGAGGTGCA AAGAGCCTGT AAGGACAAAT 
GAGTTAAATG GAGTTGTGTC GCTTTGTAAA TTGCTAGAAA TATTTGGCAC AAAGGTAAAT 
GGGATAAATC CCATTAATTT AGAACTTCTT GAGGAGATGA CTAGATTGTG GTTTATGTTT 
TGTTTAGTAT GGTCAATTTG TTCAAGTGTG GATGAAGACA GTCGCCAAAG ACTAGATAGC 
TTTATACGGG AACTAGAAAG CTGCTTTCCA ATAAAAGATA CTGTGTTTGA TTATTTTGTG 
GATCCCAATG AACGAACCTT TTTACCATGG GATAGCAAGC TGTTGAGCAG TTGGAAATGC 
GATTTCGAAT CTCCTTTTTA CAAGATTATT GTTCCTACTG GAGACACTGT TCGCTATGAA 
TATGTTGTTT CAAAACTTCT TGCTGAAGAA TATCCTGTGA TGCTTGTTGG AAATGTTGGT 
ACCGGAAAAA CGTCAACGGC TATAAGTGTA ATGGAGGCTT GTGATAAAAA TAAATTTTGC 
ATTTTAGCTG TGAACATGTC AGCACAGACA ACAGCAGCCG GGTTACAAGA ATCAATCGAA 
AATCGGACTG AGAAACGTAC AAAAACGCAA TTTGTACCTA TCGGTGGCAA ACGGATGATA 
TGTTTTATGG ACGACTTTAA TATGCCTGCA AAAGACATCT ATGGATCTCA GCCACCTTTG 
GAGCTTATTC GGCAATGGAT AGATTACAAG TATTGGTTTA ATAGAAAAAC TCAACAAAAA 
ATATATGTGC AAAACACATT ATTAATGGCT GCGATGGGAC CGCCTGGAGG GGGCAGACAA 
ACAATTTCCA GTCGAACTCA AAGTCGGTTT GTTTTATTAA ACTTAACTTT TCCTTCACAA 
GAAACAATTA TTCGCATATT TGGAACGATG CTCTGTCAAA AACTAGAGTC ATACCCAAAT 
GAAGTTCGTG AGATGTGGCT ACCTATAACC CTTTGTACCA TTAACTTATA TGTATCAATG 
ATTAGTAAAA TGTTACCGAC GCCAAATAAA TCTCATTACT TATTTAATCT TAGAGATATA 
TCCAAAGTCT TTCAAGGACT ATTAAGAAGT GAAAAAGAAC TTCAAAACAA AAAAAATTTT 
TTTTTACGGC TTTGGGTTCA TGAGTGTTTT AGAGTGTTCA GCGACCGATT GGTTGACGAC 
TCAGATCAGT TTTGGTTTGT AAATACTATT AATGATATAC TTGGTAAACA TTTTGAAGTT 
ACTTTTCACA GTCTTTGTCC TTCAAAGGTT CCACCATTTT TCGGTGACTT TGCTCACCCT 
CAAGGGTTTT ACGAAGATCT ACAGGTAGAT TTCTTAAGAA CATTTATGAA AAATCAACTT 
GAGGAATATA ACAACTTTCC AGGAATGACT AGAATGAACC TAGTATTTTT TAGAGAAGCT 
ATCGAACATA TTGTTCGAAT CCTGAGAGTT ATTTCCCAAC CGCGTGGACA CATTTTAAAT 
ATGGGGATAG GTGGATCAGG CCGACAAGTA TTAACCAAGT TAGCTGCGTT TATTTTGGAA 
ATGGCAGTTT TCCAAATTGA GGTTACCAAA AAATACAAAA CAGGAGACTT TCGAGAAGAC 
CTAAAAAACT TATACAAAGT AACTGGAATT AAACAGAGAC TAACGATTTT TATATTTAGC 
AGCGACCAAA TAGCAGAAGT CTCATTTCTC GAAATAACAA ACAATATGCT AAGTACTGGA 
GAAATAAACT TATTTAAATC AGATGAATTC GACGAGCTAA AGCCTGAACT TGAACGCCCG 
GCAAAAAAAA ATGGGGTTCT GCTAACAACT GAAGCACTAT ATTCCTATTT TATTTTAAAT 
GTGCGCGACT TCCTGCATGT TGCGCTTTGT TTTAGCCCAA TCGGAGAAAA TTTTCGAAGT 
TATATAAGAC AATATCCGGC TTTGTTAAGT TCAACAACTC CAAACTGGTT TAGATTTTGG 
CCACAAGAAG CCCTTTTGGA AGTAGCTTCG CATTTTCTAA TCGGATTTCC ATTAAACGTA 
GTGGTTTCTG GAAAAGAGGA CGAAAAACAT CGAGAAAGTT TGGTTATAAG CACAGAAGCC 
ATTCTTCAAC GCGATATTGC CTATGTATTT TCAGTAATTC ACTCAAGTGT TGCTAAAATG 
TCGGAAAATA TGTATGCAGA AGTTAAGCGT TATAACTATG TAACCTCACC AAATTATTTG 
CAGCTTGTAA GTGGTTTTAA AAAACTATTA GAAAAGAAAA GATTAGAAGT ATCAACTGCT 
TCCAATAGAT TACGCAATGG GCTTTCAAAA ATTTCTGAAA CTCAGGAAAA AGTATCCTTA 
ATGTCCGAAG AGCTTAAAGC TAGCTCTGAA CAAGTTAAAA TACTTGCTAG AGAATGTGAA 
GATTTTATAT CCATGATTGA AATTCAAAAG AGTGAAGCAA CGGAACAAAA GGAAAAAGTG 
GATGCCGAAG CCGTGCTTAT TAGAAGGGAT GAAATAATTT GTCTTGAATT AGCAGCTACA 
GCTCGTGCGG ACTTGGAGGT GGTAATGCCT ATGATAGATG CTGCTGTAAA AGCATTAGAT 
GCATTGAATA AGAAAGACAT TTCAGAAGTT AAATCATATG GACGGCCGCC AATGAAAATC 
GAAAAGGTTA TGGAAGCTGT ATTGATCTTA CTTGGAAAAG AACCAACATG GGAAAATGCT 
AAAAAAGTTT TAAGTGAATC AACATTTTTG AACGACCTAA AAAACTTTGA TAGAGATCAT 
ATTTCCGATA AAACTCTTAA ACGTATTGCA ATCTATACAA AAAATCCTGA GTTAGAGCCC 
GATAAAGTGG CTGTTGTATC GCTTGCGTGC AAATCATTGA TGCAATGGAT AATGGCCATA 
GAAAATTACG GAAAAGTTTA CCGAATAGTC GCTCCAAAGC AGGAAAAATT AGATAGTGCA 
ATGAAGTCAC TTGAAGAAAA GCAAGCTGCT TTAGCTGCGG CAAAAAAAAA ACTCGAAGAG 
CTTCAGGTTG TCATTGAAGA ACTTTACCGG CAGCTTGAAG AAAAAACTAA CCTTCTTAAT 
GAATTGCGTG CCAAGGAAGA ACGACTTAGA AAGCAACTGG AGCGTGCCAT TATTTTGGTA 
GAATCGCTTT CTGGAGAGAG AGAAAGGTGG ATTGAAACGG TTAATCAGTT GGACTTATCC 
TTTGAAAAAC TTCCCGGTGA CTGCTTGCTT TCTGTTGCGT TTATGTCGTA CTTAGGGGCT 
TTTGACACCA AATACCGAGA AGAATTACTT GTAAAATGGT CTTTATTAAT TAAAGATCTT 
TTAATACCAG CAACTTTGGA GCTTAAGGTT ACGTATTTTC TAGTCGATGC TGTTTCGATT 
CGAGAATGGA ATATTCAAGG TCTACCTGCT GATGATTTAA GTACTGAAAA CGGAGTAATA 
GTTACTCAAG GTAGTCGTTG GCCTCTTATT ATTGACCCTC AAATGCAAGC TAATAATTGG 
ATAAAAAATA TGGAAGAGCG TAATCAATTA ATGACACTAG ATTTCGGTAT GGCAGATTAC 
TTACGTCAGC TAGAACGAGC TCTAAAAGAA GGTTTGCCTG TATTGTTGCA AAACGTGGGG 
GAATACTTAG ATCAAGCTAT TAATCCAATT TTGCGGCAGA GCTTTACCAT TCAAAGTGGA 
GAAAGGTTAT TAAAATTTAA TGACAAGTAT ATTTCATACA ATAATTCGTT CAGATTTTAC 
ATAACGACAA AAATATCAAA TCCACATTAC CCACCGGAAA TCTCATCAAA AACTACTATT 
GTAAATTTTG CACTAAAGCA AGATGGGCTT GAAGCCCAAC TACTAGGAAT TATTGTTCGA 
AAAGAAAAAC CCGCCCTAGA AGAACAAAAA GACGAACTGG TAATGACAAT AGCTCGAAAC 
AAACGGACAT TAATAGATCT CGATAATGAG ATTCTACGGC TACTTAATGA AAGTCGAGGT 
TCCTTATTAG ATGACGATGA GTTATTTTCA ACTTTACAAA AATCCCGTCA GACATCAGTG 
CTAGTTAAGG AGTCGCTTAG CATTGCCGAG GTAACTGAAG TAGAAATTGA TGCGGCCCGA 
CAAGAATACA AACCAGCATC GGAACGCGCA TCCATTTTAT TCTTTGTTTT AATGGATATG 
TCTAAAATTG ATCCAATGTA TGTTTTTTCT CTGGCAGCGT ATATATTATT ATTCACACAG 
TCTATTGAGC GAAGTCCTCG TAATCAGCTA GTCCATGAAA GAATTCAAAA TATTAATGAA 
TATCATTCCT ATGCGGTCTA CCGAAATACC TGTCGTGGGC TTTTCGAGCG ACATAAGCTA 
CTATTTTCAA TTCATATGAC AGCAAAGATT CTTTCAAACG CTGGAAAGCT TTTGGAAGAA 
GAGTATGATT TTATTCTGAA AGGAGGTATA GTATTAGATA AACTGGGACA AGCGCCCAAC 
CCGGCACCAT GGTGGATAAG TGAGCAAAAC TGGGATAATA TAACAGAATT AGATAAAGTT 
TCTGGATTTC ATGGGATAAT AGATTCTTTT GAGCAACATT ACAAGGCTTG GAATGGTTGG 
TATGCCACGA CCTTCCCAGA ACAAGAAGAT CTCGTTGGAG AATGGAATGA TAAACTTACA 
GATTTTCAAA AAATTTGTGT TTTACGTTCA CTTCGACCGG ATAGAATTTC TTTTTGTTTG 
ACACAATTTA TTATTACCAA ACTTGGGCCT CGATATGTTG ATCCGCCAGT TCTTGATCTC 
AAGGCAACTT TTGATGAATC GATTTCACAG ACTCCCCTCA TATTCGTATT ATCACCAGGT 
GTCGATCCAG CCCAATCTCT CATATCACTA TCAGAATCAG TTAAAATGGC ACAACGAATG 
TACTCACTTA GCTTGGGTCA AGGACAAGCA CCTATTGCAA CAAAGCTTAT AATGGATGGC 
ATCAAGGATG GTAATTGGGT ATTTTTAGCA AATTGTCATT TGTCTCTTAG TTGGATGCCT 
ACTCTTGACA AGATGATAGC CACTATGCAG TCCATGAAAC TACATAAAAA ATTTCGACTG 
TGGCTAAGCT CAAGCCCTCA TCCGGACTTT CCAATATCTA TTTTGCAAAC CAGTATTAAG 
ATGACAACTG AACCTCCTCG TGGAATCAAA TCAAATATGA AACGTCTATA TAACAACATA 
AATGAGGCTA ATATGGAAAA TTGTAGTGAA CCCAGCAAGT ATAAGAAGTT ATTATTCGCT 
TTGTGCTTCT TTCATACAGT CCTACTCGAA CGAAAAAAAT TTTTAGAACT TGGCTGGAAT 
GTTATTTACA GCTTTAACGA TTCTGATTTT GAAGTTTCCG AAATACTACT ATTATTGTAT 
CTTAATGAAT ATGAAGACAC TCCCTGGGGA GCTTTAAAGT ATCTCATAGC AGGAGTAAAT 
TACGGAGGAC ACATTACCGA CGATTGGGAT CGCCGACTAT TAATAACTTA TATAAACCAA 
TTTTTCTGTG ACCAAGCATT GCAGACTAGA AAGTTTAGAT TATCAACCCT TCCAAATTAT 
TTTATTCCCG ATGACGGCGA TGTGCAATCA TATTTAGACC AAATACAAAT GTTTCCCAAT 
TTTGATAAGC CTGATGCTTT TGGACAACAT TCAAATGCCG ATATAGCGTC ATTAATAGGA 
GAAACAAGAA TGCTTTTTGA GGCTCTGCTT TCTATGCAAG TCCAGACTAA TAGCACAAGT 
AGTAATGAAA ACGGTGAGAC AAAAGTATTT GATCTCGCTA AAGAAATTTT AATGAATACA 
CCGGATGAGA TAAACTATGA ACAGACGGCA AAAATTATTG GAATCAATCG AACTCCCTTA 
GAAGTTGTCT TACTTCAAGA AATTGAGCGC TATAATAAAC TTCTCGTTGA CATGTCCACT 
CAATTACGTG ACTTAAGACG TGGAATACAG GGACTTGTTG TAATGAGTTC GGACTTAGAG 
GATATTTATC TAGCTGTCTC TGAAGGAAGG GTGCCATTAC AATGGTTAAA AGCATATAAT 
TCATTGAAAC CATTAGCGGC ATGGGCTAGA GACTTAATAC ATCGTGTAGG ACATTTTAAT 
AGTTGGGCGA AAACACTCCG CCCTCCAATA TTATTTTGGC TTGCAGCTTA CACGTTTCCA 
ACTGGATTTG TTACAGCAGT ACTACAAACT TCAGCTCGAG CTACCAAAAC ACCAATTGAT 
GAACTCTCTT GGGATTTTTA TGTTTTTGTT GAAGAAGATA CTGCCGCAGC TCGTATAATA 
AGGGAAGGAG GAGGCGTTTA CATTCGAAGT TTGTTTTTGG AGGGTGGCGG ATGGTTGAGG 
AAAAACCAAT GCCTTCAGGA TCCACTACCG ATGGAACTAA TTTGTCCATT ACCAGTAATA 
CACTTTAAGC CAGTAGAAAA CCTAAAAAAA CGATGTCGTG GTGTTTACCA GTGTCCCGCA 
TATTATTATC CCGTTAGGTC AGGATCATTT GTAATAGCCG TGGACTTAAA GTCTGGTAAT 
GAAAAGGCTG ACTACTGGAT AAAGCGAGGT ACTGCACTTT TATTAAGTTT AGCAAACTAA

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

RefSeq	NP_001015505.5
CDS	1..13380
Translation	MESTETDRGSEIAGLVEYVKKITFLYSLDHRDWNAKVINVISIWLINSTELVLTIFYDCDVLTGCLGFPVAPVIDLCYFIRSSKEIISIHSFHDMVNFGTVQDDVDGCLLKILELIYAPIFRNFMEWGDNVKQRFCTSLDKFLGILTAIYFKMSGMTVLYVPYVVKEIAKEISSYDREFVKNLECIAVSWATLIRILLNDKTLTSPNEYISVGDEFEFWLYRFEVLQGLNAQLDQVDVQQIIRVLRSTHSVYIKQIDELIFESTHELMEAMENIKFLHLLMQPCSQLDFSESPTFVSQLIPRTIHLIRFIWLNSEQYNRRDLITGIFRNLSNQIIRFCTEKVNVEKILSGSSRFGIKICNMCIDCCLTYKGIYDIMSKTHAKINIRIGWSLDNAMIFNHVDAFMERLNDVIDICESMMVFGRLDESESIPKPQFGGTSGTEFEATADNVENEFLVTLTALCTDSKEIILNVHKNEWYEEVIKYRRTVQSMEETVQRLMSNVFQHICNVEEALESLNVMIFYSYRSTIRKTFLRQVSSAWVFFSNEIDSSVHMLMDRSKMHESWVPYYASRALGYRVHLDRLVWLCNRLNSSDWLPNVSEASVVLKKFESVRREFDKEVKKSFDEWQKNCCSLLLNQKLDRYLLIRSKKKKGLIECNIDRTILTICEQAQHFERLGLGVPGMVRKIYEKHETLRFVYNSVVQVCLNYNHILSALSEQERKLFRALIQACDRKIAPGVFKLTYGGELSDAYIADCAKHTNKLQETMDIYKRAIQNIARFCEKICDTPMLKFNFSGAVTISIFENHLSSYLRRVSNILRGFYSTITDLIFAVFKEFQAVIEDMPIEWYGFVNVFDDMLATAFLTSSKNSLNMLTNALHRDPDMAAAPILVMESDVRERCIVLTPDIDVIANLLSGYIDRIHNILEQFPRIGIKMKLPKEHQYESFSKAFLEDSESTQLICNIEAEINHEREEIDGYITFWNSHRMLWETTELEFTKRVKATQMTADIFEASIEYYSAMADDISYVDAITHVYFILMNQNYIKSSILDCIEKWQALNIKILLSHSFSLIRAIYRYMRKNERKMMMVPRTLKESLLAKQFFERIINEVPLKQAGFPPTLELFAILDKYQVEIPEEIRVKVIGLEAAWHHYLKRLGEADEMLDNNREEFKKILVQQAEKFKIILKEFLDDFFLKLPTSANINPRIALKFLRIIALKIEDCFTFEESLMRDLAVFNVNQPESIDLRKLDFEVRIVKNIWELIFEWQTNWEGWKKGYFWKMNINEMEDTALNLYKEFTTLNKKFYDRHWEMLEATTKNVDSFRRTLPLITALKNPCMRERHWNRVRDVIHVNFDENSKNFTLELIINLDFQAFSEDIQDISNPATMELQIENSIKNIATIWKKQSFEMAFYHDGIYRIKNVEDCFQLLEEHMVQISAMKATRFVEPFITIVDYWEKTLSYISETLEKGLTVQRQWLYLENIFQGDDIRKQLPEEAKRFATITEEFRTISSKMFQAKTAVKATNLRPPPFLLNRFSRMDERLELIQRALEIYLEAKRQLFPRFYFISNDDLLEILGNSKRPDLVQTHLKKLFDNLYKLELKRVGKTLSRWQASGMHSDDGEYVEFMMVIYIDGPSERWLKQVEEYMLVVMKEMLKLTRGSLKKLVGNREKWISLWPGQMVLTTAQIQWTTECTRSLIHCSMVDQKKPLRKLKKKQIKVLSKLSEMSRKDLTKTMRLKVNTLITLEIHGRDVIERMYKSNCKDTGHFEWFSQLRFYWHRESELCVIRQTNTEHWYGYEYTGNSGRLVITPLTDRCYITLTTALHLHRGGSPKGPAGTGKTETVKDLGKALGIWVIVTNCSEGLDYKSIGKNFSGLAQSGCWGCFDEFNRINIEVLSVVAQQIMSIMAALSTKALELMFEGQMIKLKHTVGLFITMNPGYAGRTELPDNLKSMFRPISMMVPDNIIIAENLLFSDGFTNTRNLARKVYTLYELAKQQLSKQYHYDFGLRSMVALLRYAGRKRRQLPNTTEEEIVYLAMKDMNVARLTANDLPLFNGIMSDIFPGVSLPTIDYSEFNIAIYEEFREAGLQPITIAVKKVIELFETKNSRHSVMIIGDTGTAKSVTWRTLQNCFYRMNSQRFSGWEAVTVYPVNPKALNLAELYGEYNLSTGEWLDGVLSSIMRIICGDEEPTQKWLLFDGPVDAVWIENMNSVMDDNKLLTLVNSERITMPVQVSLLFEVGDLAVASPATVSRCGMVYNDYNDWGWKPFVNSWLQRLRIKEFADFLRIHFDYMVPKILDFKRMRCKEPVRTNELNGVVSLCKLLEIFGTKVNGINPINLELLEEMTRLWFMFCLVWSICSSVDEDSRQRLDSFIRELESCFPIKDTVFDYFVDPNERTFLPWDSKLLSSWKCDFESPFYKIIVPTGDTVRYEYVVSKLLAEEYPVMLVGNVGTGKTSTAISVMEACDKNKFCILAVNMSAQTTAAGLQESIENRTEKRTKTQFVPIGGKRMICFMDDFNMPAKDIYGSQPPLELIRQWIDYKYWFNRKTQQKIYVQNTLLMAAMGPPGGGRQTISSRTQSRFVLLNLTFPSQETIIRIFGTMLCQKLESYPNEVREMWLPITLCTINLYVSMISKMLPTPNKSHYLFNLRDISKVFQGLLRSEKELQNKKNFFLRLWVHECFRVFSDRLVDDSDQFWFVNTINDILGKHFEVTFHSLCPSKVPPFFGDFAHPQGFYEDLQVDFLRTFMKNQLEEYNNFPGMTRMNLVFFREAIEHIVRILRVISQPRGHILNMGIGGSGRQVLTKLAAFILEMAVFQIEVTKKYKTGDFREDLKNLYKVTGIKQRLTIFIFSSDQIAEVSFLEITNNMLSTGEINLFKSDEFDELKPELERPAKKNGVLLTTEALYSYFILNVRDFLHVALCFSPIGENFRSYIRQYPALLSSTTPNWFRFWPQEALLEVASHFLIGFPLNVVVSGKEDEKHRESLVISTEAILQRDIAYVFSVIHSSVAKMSENMYAEVKRYNYVTSPNYLQLVSGFKKLLEKKRLEVSTASNRLRNGLSKISETQEKVSLMSEELKASSEQVKILARECEDFISMIEIQKSEATEQKEKVDAEAVLIRRDEIICLELAATARADLEVVMPMIDAAVKALDALNKKDISEVKSYGRPPMKIEKVMEAVLILLGKEPTWENAKKVLSESTFLNDLKNFDRDHISDKTLKRIAIYTKNPELEPDKVAVVSLACKSLMQWIMAIENYGKVYRIVAPKQEKLDSAMKSLEEKQAALAAAKKKLEELQVVIEELYRQLEEKTNLLNELRAKEERLRKQLERAIILVESLSGERERWIETVNQLDLSFEKLPGDCLLSVAFMSYLGAFDTKYREELLVKWSLLIKDLLIPATLELKVTYFLVDAVSIREWNIQGLPADDLSTENGVIVTQGSRWPLIIDPQMQANNWIKNMEERNQLMTLDFGMADYLRQLERALKEGLPVLLQNVGEYLDQAINPILRQSFTIQSGERLLKFNDKYISYNNSFRFYITTKISNPHYPPEISSKTTIVNFALKQDGLEAQLLGIIVRKEKPALEEQKDELVMTIARNKRTLIDLDNEILRLLNESRGSLLDDDELFSTLQKSRQTSVLVKESLSIAEVTEVEIDAARQEYKPASERASILFFVLMDMSKIDPMYVFSLAAYILLFTQSIERSPRNQLVHERIQNINEYHSYAVYRNTCRGLFERHKLLFSIHMTAKILSNAGKLLEEEYDFILKGGIVLDKLGQAPNPAPWWISEQNWDNITELDKVSGFHGIIDSFEQHYKAWNGWYATTFPEQEDLVGEWNDKLTDFQKICVLRSLRPDRISFCLTQFIITKLGPRYVDPPVLDLKATFDESISQTPLIFVLSPGVDPAQSLISLSESVKMAQRMYSLSLGQGQAPIATKLIMDGIKDGNWVFLANCHLSLSWMPTLDKMIATMQSMKLHKKFRLWLSSSPHPDFPISILQTSIKMTTEPPRGIKSNMKRLYNNINEANMENCSEPSKYKKLLFALCFFHTVLLERKKFLELGWNVIYSFNDSDFEVSEILLLLYLNEYEDTPWGALKYLIAGVNYGGHITDDWDRRLLITYINQFFCDQALQTRKFRLSTLPNYFIPDDGDVQSYLDQIQMFPNFDKPDAFGQHSNADIASLIGETRMLFEALLSMQVQTNSTSSNENGETKVFDLAKEILMNTPDEINYEQTAKIIGINRTPLEVVLLQEIERYNKLLVDMSTQLRDLRRGIQGLVVMSSDLEDIYLAVSEGRVPLQWLKAYNSLKPLAAWARDLIHRVGHFNSWAKTLRPPILFWLAAYTFPTGFVTAVLQTSARATKTPIDELSWDFYVFVEEDTAAARIIREGGGVYIRSLFLEGGGWLRKNQCLQDPLPMELICPLPVIHFKPVENLKKRCRGVYQCPAYYYPVRSGSFVIAVDLKSGNEKADYWIKRGTALLLSLAN

Target ORF information:

RefSeq Version	NM_001015505.5
Organism	Drosophila melanogaster(fruit fly)
Definition	Drosophila melanogaster male fertility factor kl2 (kl-2), partial mRNA.

Target ORF information:

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

NM_001015505.5

ORF Insert Sequence:

ATGGAAAGTA CTGAGACTGA TCGCGGATCT GAAATTGCGG GGCTTGTTGA ATATGTGAAG 
AAAATTACTT TTTTATATTC TTTAGATCAT CGCGACTGGA ATGCAAAAGT GATAAATGTG 
ATAAGCATTT GGTTGATCAA TTCAACAGAA TTAGTTCTTA CAATATTTTA CGATTGCGAT 
GTTCTCACTG GTTGCCTTGG ATTTCCTGTG GCCCCGGTTA TTGATTTATG CTACTTTATT 
CGGTCCTCTA AAGAAATAAT ATCTATTCAT TCTTTTCACG ACATGGTTAA CTTCGGTACT 
GTGCAAGATG ATGTTGATGG CTGCCTATTG AAAATTTTAG AGCTTATATA TGCTCCCATA 
TTTCGAAATT TTATGGAATG GGGAGACAAT GTGAAGCAAC GTTTCTGTAC GTCCCTGGAT 
AAATTTCTAG GAATCTTAAC AGCAATATAT TTTAAAATGT CTGGCATGAC AGTTCTTTAT 
GTCCCTTATG TAGTCAAAGA AATAGCAAAA GAGATTTCAT CGTACGACAG AGAATTTGTC 
AAGAACTTGG AGTGTATTGC GGTGTCGTGG GCTACGCTTA TTCGAATTCT TTTAAATGAC 
AAGACCCTTA CCAGTCCAAA CGAATATATT AGTGTTGGGG ATGAGTTCGA GTTCTGGCTA 
TATCGGTTTG AAGTTCTTCA AGGACTAAAT GCGCAACTGG ATCAAGTGGA TGTTCAACAA 
ATTATAAGAG TTCTACGAAG TACCCATTCA GTGTATATTA AACAGATCGA TGAACTAATT 
TTCGAATCTA CACATGAACT GATGGAAGCT ATGGAAAACA TCAAATTTTT ACACTTATTA 
ATGCAACCAT GTTCACAACT AGATTTTTCT GAAAGCCCAA CTTTTGTCTC ACAACTTATT 
CCCCGAACAA TTCACTTGAT ACGATTTATT TGGTTAAACT CTGAACAATA CAACAGACGT 
GATTTAATAA CTGGTATATT TAGGAATTTA AGTAATCAGA TTATACGGTT TTGTACTGAA 
AAGGTAAATG TTGAAAAAAT TTTATCAGGA AGTTCAAGGT TTGGAATCAA AATTTGTAAT 
ATGTGTATAG ATTGTTGCCT GACTTATAAA GGAATATATG ATATAATGTC AAAAACCCAT 
GCAAAAATAA ACATACGAAT AGGTTGGAGC CTTGACAATG CAATGATTTT TAATCATGTC 
GATGCCTTTA TGGAGCGTCT CAATGATGTT ATTGATATAT GTGAATCAAT GATGGTTTTC 
GGAAGACTTG ACGAATCAGA GAGTATACCT AAGCCTCAAT TCGGTGGTAC TAGTGGTACA 
GAATTTGAAG CTACTGCCGA CAACGTTGAA AATGAATTTT TGGTGACTCT TACGGCATTA 
TGTACGGATT CCAAAGAGAT CATTTTAAAT GTTCACAAAA ATGAGTGGTA CGAGGAAGTA 
ATTAAATATC GCCGAACAGT GCAAAGTATG GAAGAAACAG TTCAGCGATT AATGTCCAAT 
GTTTTTCAAC ATATATGTAA TGTTGAGGAA GCACTAGAGT CCTTAAATGT CATGATATTT 
TATTCTTATC GTAGTACCAT AAGAAAGACG TTTCTAAGGC AGGTCTCAAG TGCTTGGGTT 
TTTTTTTCAA ATGAGATAGA TAGTTCAGTT CACATGTTAA TGGATCGTTC TAAAATGCAT 
GAGTCATGGG TTCCTTATTA CGCCTCTCGT GCTCTAGGAT ATCGAGTCCA TTTGGATCGA 
TTAGTTTGGC TTTGTAACAG ATTAAACTCT TCAGATTGGT TGCCCAATGT GAGTGAAGCG 
TCTGTAGTTT TAAAAAAATT TGAAAGTGTT CGTAGAGAAT TCGATAAAGA AGTGAAAAAG 
TCATTTGACG AATGGCAAAA AAACTGCTGC AGTTTGCTTT TAAACCAAAA ACTGGATCGA 
TACCTTCTTA TAAGAAGTAA AAAAAAGAAG GGCCTTATTG AATGTAATAT TGACAGAACC 
ATATTAACCA TATGTGAACA GGCACAACAC TTTGAGCGAC TTGGGCTCGG AGTACCAGGA 
ATGGTTCGAA AAATATATGA AAAACATGAA ACACTACGGT TTGTGTACAA TAGTGTGGTT 
CAAGTCTGTC TAAACTATAA TCATATACTG TCAGCCCTTT CTGAACAGGA ACGAAAGCTT 
TTTCGAGCCC TAATTCAAGC ATGCGATCGA AAGATAGCAC CAGGAGTTTT TAAATTAACT 
TACGGCGGCG AGCTAAGCGA CGCATACATA GCAGATTGCG CCAAACATAC CAACAAACTG 
CAAGAAACTA TGGATATTTA TAAACGAGCA ATTCAAAATA TTGCTCGGTT TTGCGAAAAA 
ATTTGTGATA CACCCATGTT AAAATTTAAT TTTTCGGGAG CTGTAACTAT TTCAATATTC 
GAGAATCACC TGTCAAGTTA TTTAAGACGT GTTAGCAATA TTCTTCGAGG ATTTTACAGC 
ACAATTACGG ACCTTATATT TGCAGTTTTT AAAGAATTTC AGGCGGTAAT AGAAGATATG 
CCCATCGAAT GGTACGGATT TGTTAATGTG TTTGATGATA TGTTAGCTAC CGCGTTTCTC 
ACAAGTTCTA AAAACTCGTT AAATATGTTA ACAAATGCAT TGCACCGTGA CCCAGATATG 
GCAGCTGCTC CGATCCTTGT AATGGAATCC GATGTTAGGG AGAGGTGTAT TGTGCTTACT 
CCGGACATAG ATGTCATTGC TAATTTACTT AGCGGGTATA TAGACCGAAT TCATAATATT 
CTTGAACAGT TTCCACGTAT AGGAATTAAG ATGAAACTAC CTAAGGAGCA CCAATATGAA 
TCATTTTCAA AAGCTTTTCT TGAAGATTCT GAGAGTACAC AGCTAATTTG TAATATAGAA 
GCTGAAATTA ATCATGAAAG AGAAGAAATC GATGGGTATA TAACTTTTTG GAATAGTCAC 
CGAATGTTAT GGGAAACAAC TGAATTGGAA TTTACAAAGC GTGTAAAAGC CACTCAGATG 
ACTGCTGATA TTTTTGAAGC CAGCATTGAA TATTACAGTG CCATGGCTGA CGACATATCA 
TATGTGGATG CAATTACTCA TGTTTACTTT ATTTTAATGA ATCAAAACTA TATTAAAAGT 
TCAATTCTAG ACTGTATTGA AAAATGGCAA GCATTAAACA TAAAAATACT TTTAAGCCAT 
TCGTTTTCCT TAATTAGAGC TATTTATAGA TATATGCGCA AAAACGAACG AAAAATGATG 
ATGGTGCCAC GTACTTTAAA GGAATCATTA CTTGCAAAAC AATTTTTTGA ACGAATAATA 
AACGAAGTTC CTCTCAAGCA AGCGGGCTTC CCACCGACGC TAGAACTCTT CGCAATACTA 
GATAAATATC AAGTGGAAAT ACCTGAGGAA ATTCGCGTAA AAGTAATAGG TCTTGAAGCT 
GCCTGGCATC ATTATCTCAA AAGATTGGGA GAAGCGGATG AAATGTTAGA TAACAACCGG 
GAAGAGTTCA AAAAAATTTT AGTTCAACAA GCTGAAAAAT TTAAAATAAT ATTAAAGGAA 
TTTCTCGACG ATTTTTTTTT AAAACTACCA ACCTCTGCTA ACATAAATCC AAGAATTGCT 
TTAAAATTTC TTAGAATAAT AGCACTAAAG ATTGAAGACT GCTTTACATT TGAAGAAAGC 
CTGATGAGAG ACCTCGCAGT GTTTAACGTA AATCAACCTG AAAGTATTGA CTTGCGAAAG 
TTAGACTTCG AAGTTAGAAT AGTGAAAAAT ATATGGGAAC TTATATTTGA ATGGCAAACA 
AATTGGGAAG GATGGAAAAA AGGATACTTT TGGAAAATGA ATATAAATGA AATGGAAGAT 
ACTGCTTTAA ATTTATATAA AGAATTTACC ACCTTAAATA AAAAATTTTA TGATCGTCAC 
TGGGAGATGC TTGAGGCGAC TACGAAAAAT GTAGATAGTT TTCGTCGGAC TTTGCCCTTA 
ATTACAGCTC TGAAGAACCC GTGCATGCGT GAGCGCCATT GGAATAGAGT TCGCGATGTA 
ATTCACGTAA ATTTTGATGA AAACTCGAAG AACTTCACTT TGGAGCTTAT AATTAATTTA 
GACTTTCAGG CATTTTCTGA AGATATTCAA GACATATCCA ATCCAGCAAC TATGGAGCTG 
CAAATCGAAA ATTCTATTAA AAATATAGCT ACAATTTGGA AAAAACAAAG TTTTGAAATG 
GCTTTTTATC ATGATGGTAT CTATAGAATA AAAAACGTTG AGGATTGTTT TCAGCTCCTT 
GAAGAACACA TGGTACAAAT ATCGGCTATG AAAGCAACTC GTTTTGTTGA GCCATTTATA 
ACCATTGTTG ATTATTGGGA AAAAACACTA TCGTACATAA GTGAGACTCT GGAAAAGGGT 
TTAACTGTTC AGCGCCAATG GCTCTACCTA GAAAATATAT TCCAAGGAGA CGACATAAGA 
AAACAACTTC CAGAAGAGGC AAAACGTTTT GCAACAATAA CTGAAGAGTT TCGAACAATA 
TCAAGCAAAA TGTTCCAGGC AAAGACAGCC GTAAAAGCCA CTAACTTACG CCCTCCACCG 
TTTTTATTAA ACCGTTTTAG TCGAATGGAC GAAAGACTGG AACTTATTCA ACGTGCCTTA 
GAAATTTATC TTGAGGCTAA ACGACAACTT TTTCCAAGAT TTTATTTTAT TTCTAATGAT 
GACCTTTTAG AAATTTTAGG AAATTCTAAG CGGCCGGACT TAGTTCAAAC CCACCTTAAG 
AAGTTATTTG ATAATTTATA CAAGCTTGAG CTCAAGCGCG TTGGGAAAAC TTTAAGTCGG 
TGGCAAGCTT CTGGAATGCA TTCAGACGAT GGAGAATATG TTGAGTTCAT GATGGTTATC 
TATATAGATG GACCATCGGA GCGTTGGCTA AAACAAGTCG AAGAGTACAT GCTTGTTGTT 
ATGAAAGAGA TGCTTAAACT TACTCGCGGA TCTCTTAAAA AACTTGTAGG GAACAGAGAA 
AAATGGATTT CGCTTTGGCC CGGACAAATG GTGCTAACCA CAGCTCAGAT CCAATGGACA 
ACTGAGTGTA CGCGTAGCCT AATTCATTGT AGTATGGTTG ATCAAAAAAA ACCCCTACGC 
AAGCTAAAGA AAAAGCAAAT AAAAGTTCTT TCTAAATTAT CCGAAATGAG TCGAAAAGAC 
CTAACAAAAA CAATGCGCCT TAAAGTAAAT ACCCTCATAA CGCTTGAAAT ACATGGTCGT 
GATGTTATAG AAAGAATGTA TAAATCAAAC TGTAAGGATA CGGGCCATTT TGAATGGTTT 
TCACAACTCA GATTTTATTG GCACCGTGAA TCGGAACTAT GTGTAATAAG GCAGACAAAC 
ACAGAGCACT GGTATGGCTA TGAATATACA GGTAACTCAG GGCGATTAGT TATTACACCA 
TTGACTGATC GGTGTTATAT AACTTTGACT ACTGCGTTGC ACTTGCATCG AGGAGGGAGC 
CCAAAGGGAC CCGCCGGTAC TGGAAAGACT GAAACAGTCA AAGATTTGGG TAAAGCTTTG 
GGAATATGGG TTATTGTTAC AAACTGTTCC GAAGGCTTAG ACTATAAAAG TATTGGTAAA 
AATTTCTCTG GATTAGCACA AAGTGGATGC TGGGGATGTT TCGATGAGTT TAATCGAATA 
AATATTGAAG TGCTCTCAGT CGTGGCACAA CAAATAATGT CTATAATGGC AGCGCTTTCT 
ACAAAGGCGT TGGAGCTTAT GTTCGAGGGT CAAATGATAA AGTTAAAGCA CACAGTTGGT 
CTATTCATTA CTATGAATCC TGGATATGCC GGACGGACTG AACTTCCTGA TAATTTAAAG 
TCAATGTTTA GACCCATATC AATGATGGTA CCTGATAATA TAATTATTGC GGAAAATTTA 
CTTTTTTCGG ATGGTTTTAC TAATACAAGA AACTTGGCCC GAAAGGTATA TACGTTGTAT 
GAGCTGGCTA AGCAGCAACT TTCAAAGCAA TATCATTATG ATTTTGGTCT TCGCTCAATG 
GTGGCTTTGC TTCGCTACGC GGGTCGAAAA AGACGTCAAT TACCAAATAC TACTGAAGAA 
GAAATTGTTT ATTTGGCAAT GAAAGATATG AATGTTGCGA GATTAACAGC TAATGATTTA 
CCCCTTTTTA ATGGTATTAT GTCTGACATA TTTCCTGGTG TTAGCTTACC AACTATAGAC 
TACAGTGAAT TTAATATTGC GATCTATGAA GAATTTAGGG AGGCGGGTCT CCAACCAATT 
ACCATAGCCG TAAAAAAAGT AATTGAGCTT TTTGAAACAA AAAACTCTAG GCACTCAGTT 
ATGATCATAG GGGATACGGG AACAGCCAAA TCAGTTACAT GGAGAACATT ACAAAACTGT 
TTTTATCGAA TGAATAGTCA AAGATTTTCC GGATGGGAAG CAGTCACCGT TTACCCAGTA 
AATCCAAAAG CATTGAATCT AGCAGAGCTT TATGGGGAAT ACAACTTGTC GACTGGTGAA 
TGGCTTGACG GAGTTTTAAG TTCTATTATG CGAATAATCT GTGGAGATGA AGAGCCGACT 
CAGAAATGGT TGTTGTTTGA TGGACCTGTG GATGCAGTAT GGATTGAAAA CATGAACTCA 
GTAATGGATG ATAATAAACT TCTTACGCTT GTAAATAGCG AACGTATAAC CATGCCAGTT 
CAAGTATCGC TATTGTTTGA AGTAGGAGAC CTGGCTGTTG CTTCACCAGC AACTGTTTCC 
CGATGTGGAA TGGTTTATAA CGATTACAAT GATTGGGGAT GGAAACCTTT TGTAAACTCA 
TGGTTACAGC GCCTAAGAAT TAAGGAGTTC GCTGATTTTT TACGAATACA TTTTGATTAC 
ATGGTGCCAA AAATACTGGA TTTTAAACGA ATGAGGTGCA AAGAGCCTGT AAGGACAAAT 
GAGTTAAATG GAGTTGTGTC GCTTTGTAAA TTGCTAGAAA TATTTGGCAC AAAGGTAAAT 
GGGATAAATC CCATTAATTT AGAACTTCTT GAGGAGATGA CTAGATTGTG GTTTATGTTT 
TGTTTAGTAT GGTCAATTTG TTCAAGTGTG GATGAAGACA GTCGCCAAAG ACTAGATAGC 
TTTATACGGG AACTAGAAAG CTGCTTTCCA ATAAAAGATA CTGTGTTTGA TTATTTTGTG 
GATCCCAATG AACGAACCTT TTTACCATGG GATAGCAAGC TGTTGAGCAG TTGGAAATGC 
GATTTCGAAT CTCCTTTTTA CAAGATTATT GTTCCTACTG GAGACACTGT TCGCTATGAA 
TATGTTGTTT CAAAACTTCT TGCTGAAGAA TATCCTGTGA TGCTTGTTGG AAATGTTGGT 
ACCGGAAAAA CGTCAACGGC TATAAGTGTA ATGGAGGCTT GTGATAAAAA TAAATTTTGC 
ATTTTAGCTG TGAACATGTC AGCACAGACA ACAGCAGCCG GGTTACAAGA ATCAATCGAA 
AATCGGACTG AGAAACGTAC AAAAACGCAA TTTGTACCTA TCGGTGGCAA ACGGATGATA 
TGTTTTATGG ACGACTTTAA TATGCCTGCA AAAGACATCT ATGGATCTCA GCCACCTTTG 
GAGCTTATTC GGCAATGGAT AGATTACAAG TATTGGTTTA ATAGAAAAAC TCAACAAAAA 
ATATATGTGC AAAACACATT ATTAATGGCT GCGATGGGAC CGCCTGGAGG GGGCAGACAA 
ACAATTTCCA GTCGAACTCA AAGTCGGTTT GTTTTATTAA ACTTAACTTT TCCTTCACAA 
GAAACAATTA TTCGCATATT TGGAACGATG CTCTGTCAAA AACTAGAGTC ATACCCAAAT 
GAAGTTCGTG AGATGTGGCT ACCTATAACC CTTTGTACCA TTAACTTATA TGTATCAATG 
ATTAGTAAAA TGTTACCGAC GCCAAATAAA TCTCATTACT TATTTAATCT TAGAGATATA 
TCCAAAGTCT TTCAAGGACT ATTAAGAAGT GAAAAAGAAC TTCAAAACAA AAAAAATTTT 
TTTTTACGGC TTTGGGTTCA TGAGTGTTTT AGAGTGTTCA GCGACCGATT GGTTGACGAC 
TCAGATCAGT TTTGGTTTGT AAATACTATT AATGATATAC TTGGTAAACA TTTTGAAGTT 
ACTTTTCACA GTCTTTGTCC TTCAAAGGTT CCACCATTTT TCGGTGACTT TGCTCACCCT 
CAAGGGTTTT ACGAAGATCT ACAGGTAGAT TTCTTAAGAA CATTTATGAA AAATCAACTT 
GAGGAATATA ACAACTTTCC AGGAATGACT AGAATGAACC TAGTATTTTT TAGAGAAGCT 
ATCGAACATA TTGTTCGAAT CCTGAGAGTT ATTTCCCAAC CGCGTGGACA CATTTTAAAT 
ATGGGGATAG GTGGATCAGG CCGACAAGTA TTAACCAAGT TAGCTGCGTT TATTTTGGAA 
ATGGCAGTTT TCCAAATTGA GGTTACCAAA AAATACAAAA CAGGAGACTT TCGAGAAGAC 
CTAAAAAACT TATACAAAGT AACTGGAATT AAACAGAGAC TAACGATTTT TATATTTAGC 
AGCGACCAAA TAGCAGAAGT CTCATTTCTC GAAATAACAA ACAATATGCT AAGTACTGGA 
GAAATAAACT TATTTAAATC AGATGAATTC GACGAGCTAA AGCCTGAACT TGAACGCCCG 
GCAAAAAAAA ATGGGGTTCT GCTAACAACT GAAGCACTAT ATTCCTATTT TATTTTAAAT 
GTGCGCGACT TCCTGCATGT TGCGCTTTGT TTTAGCCCAA TCGGAGAAAA TTTTCGAAGT 
TATATAAGAC AATATCCGGC TTTGTTAAGT TCAACAACTC CAAACTGGTT TAGATTTTGG 
CCACAAGAAG CCCTTTTGGA AGTAGCTTCG CATTTTCTAA TCGGATTTCC ATTAAACGTA 
GTGGTTTCTG GAAAAGAGGA CGAAAAACAT CGAGAAAGTT TGGTTATAAG CACAGAAGCC 
ATTCTTCAAC GCGATATTGC CTATGTATTT TCAGTAATTC ACTCAAGTGT TGCTAAAATG 
TCGGAAAATA TGTATGCAGA AGTTAAGCGT TATAACTATG TAACCTCACC AAATTATTTG 
CAGCTTGTAA GTGGTTTTAA AAAACTATTA GAAAAGAAAA GATTAGAAGT ATCAACTGCT 
TCCAATAGAT TACGCAATGG GCTTTCAAAA ATTTCTGAAA CTCAGGAAAA AGTATCCTTA 
ATGTCCGAAG AGCTTAAAGC TAGCTCTGAA CAAGTTAAAA TACTTGCTAG AGAATGTGAA 
GATTTTATAT CCATGATTGA AATTCAAAAG AGTGAAGCAA CGGAACAAAA GGAAAAAGTG 
GATGCCGAAG CCGTGCTTAT TAGAAGGGAT GAAATAATTT GTCTTGAATT AGCAGCTACA 
GCTCGTGCGG ACTTGGAGGT GGTAATGCCT ATGATAGATG CTGCTGTAAA AGCATTAGAT 
GCATTGAATA AGAAAGACAT TTCAGAAGTT AAATCATATG GACGGCCGCC AATGAAAATC 
GAAAAGGTTA TGGAAGCTGT ATTGATCTTA CTTGGAAAAG AACCAACATG GGAAAATGCT 
AAAAAAGTTT TAAGTGAATC AACATTTTTG AACGACCTAA AAAACTTTGA TAGAGATCAT 
ATTTCCGATA AAACTCTTAA ACGTATTGCA ATCTATACAA AAAATCCTGA GTTAGAGCCC 
GATAAAGTGG CTGTTGTATC GCTTGCGTGC AAATCATTGA TGCAATGGAT AATGGCCATA 
GAAAATTACG GAAAAGTTTA CCGAATAGTC GCTCCAAAGC AGGAAAAATT AGATAGTGCA 
ATGAAGTCAC TTGAAGAAAA GCAAGCTGCT TTAGCTGCGG CAAAAAAAAA ACTCGAAGAG 
CTTCAGGTTG TCATTGAAGA ACTTTACCGG CAGCTTGAAG AAAAAACTAA CCTTCTTAAT 
GAATTGCGTG CCAAGGAAGA ACGACTTAGA AAGCAACTGG AGCGTGCCAT TATTTTGGTA 
GAATCGCTTT CTGGAGAGAG AGAAAGGTGG ATTGAAACGG TTAATCAGTT GGACTTATCC 
TTTGAAAAAC TTCCCGGTGA CTGCTTGCTT TCTGTTGCGT TTATGTCGTA CTTAGGGGCT 
TTTGACACCA AATACCGAGA AGAATTACTT GTAAAATGGT CTTTATTAAT TAAAGATCTT 
TTAATACCAG CAACTTTGGA GCTTAAGGTT ACGTATTTTC TAGTCGATGC TGTTTCGATT 
CGAGAATGGA ATATTCAAGG TCTACCTGCT GATGATTTAA GTACTGAAAA CGGAGTAATA 
GTTACTCAAG GTAGTCGTTG GCCTCTTATT ATTGACCCTC AAATGCAAGC TAATAATTGG 
ATAAAAAATA TGGAAGAGCG TAATCAATTA ATGACACTAG ATTTCGGTAT GGCAGATTAC 
TTACGTCAGC TAGAACGAGC TCTAAAAGAA GGTTTGCCTG TATTGTTGCA AAACGTGGGG 
GAATACTTAG ATCAAGCTAT TAATCCAATT TTGCGGCAGA GCTTTACCAT TCAAAGTGGA 
GAAAGGTTAT TAAAATTTAA TGACAAGTAT ATTTCATACA ATAATTCGTT CAGATTTTAC 
ATAACGACAA AAATATCAAA TCCACATTAC CCACCGGAAA TCTCATCAAA AACTACTATT 
GTAAATTTTG CACTAAAGCA AGATGGGCTT GAAGCCCAAC TACTAGGAAT TATTGTTCGA 
AAAGAAAAAC CCGCCCTAGA AGAACAAAAA GACGAACTGG TAATGACAAT AGCTCGAAAC 
AAACGGACAT TAATAGATCT CGATAATGAG ATTCTACGGC TACTTAATGA AAGTCGAGGT 
TCCTTATTAG ATGACGATGA GTTATTTTCA ACTTTACAAA AATCCCGTCA GACATCAGTG 
CTAGTTAAGG AGTCGCTTAG CATTGCCGAG GTAACTGAAG TAGAAATTGA TGCGGCCCGA 
CAAGAATACA AACCAGCATC GGAACGCGCA TCCATTTTAT TCTTTGTTTT AATGGATATG 
TCTAAAATTG ATCCAATGTA TGTTTTTTCT CTGGCAGCGT ATATATTATT ATTCACACAG 
TCTATTGAGC GAAGTCCTCG TAATCAGCTA GTCCATGAAA GAATTCAAAA TATTAATGAA 
TATCATTCCT ATGCGGTCTA CCGAAATACC TGTCGTGGGC TTTTCGAGCG ACATAAGCTA 
CTATTTTCAA TTCATATGAC AGCAAAGATT CTTTCAAACG CTGGAAAGCT TTTGGAAGAA 
GAGTATGATT TTATTCTGAA AGGAGGTATA GTATTAGATA AACTGGGACA AGCGCCCAAC 
CCGGCACCAT GGTGGATAAG TGAGCAAAAC TGGGATAATA TAACAGAATT AGATAAAGTT 
TCTGGATTTC ATGGGATAAT AGATTCTTTT GAGCAACATT ACAAGGCTTG GAATGGTTGG 
TATGCCACGA CCTTCCCAGA ACAAGAAGAT CTCGTTGGAG AATGGAATGA TAAACTTACA 
GATTTTCAAA AAATTTGTGT TTTACGTTCA CTTCGACCGG ATAGAATTTC TTTTTGTTTG 
ACACAATTTA TTATTACCAA ACTTGGGCCT CGATATGTTG ATCCGCCAGT TCTTGATCTC 
AAGGCAACTT TTGATGAATC GATTTCACAG ACTCCCCTCA TATTCGTATT ATCACCAGGT 
GTCGATCCAG CCCAATCTCT CATATCACTA TCAGAATCAG TTAAAATGGC ACAACGAATG 
TACTCACTTA GCTTGGGTCA AGGACAAGCA CCTATTGCAA CAAAGCTTAT AATGGATGGC 
ATCAAGGATG GTAATTGGGT ATTTTTAGCA AATTGTCATT TGTCTCTTAG TTGGATGCCT 
ACTCTTGACA AGATGATAGC CACTATGCAG TCCATGAAAC TACATAAAAA ATTTCGACTG 
TGGCTAAGCT CAAGCCCTCA TCCGGACTTT CCAATATCTA TTTTGCAAAC CAGTATTAAG 
ATGACAACTG AACCTCCTCG TGGAATCAAA TCAAATATGA AACGTCTATA TAACAACATA 
AATGAGGCTA ATATGGAAAA TTGTAGTGAA CCCAGCAAGT ATAAGAAGTT ATTATTCGCT 
TTGTGCTTCT TTCATACAGT CCTACTCGAA CGAAAAAAAT TTTTAGAACT TGGCTGGAAT 
GTTATTTACA GCTTTAACGA TTCTGATTTT GAAGTTTCCG AAATACTACT ATTATTGTAT 
CTTAATGAAT ATGAAGACAC TCCCTGGGGA GCTTTAAAGT ATCTCATAGC AGGAGTAAAT 
TACGGAGGAC ACATTACCGA CGATTGGGAT CGCCGACTAT TAATAACTTA TATAAACCAA 
TTTTTCTGTG ACCAAGCATT GCAGACTAGA AAGTTTAGAT TATCAACCCT TCCAAATTAT 
TTTATTCCCG ATGACGGCGA TGTGCAATCA TATTTAGACC AAATACAAAT GTTTCCCAAT 
TTTGATAAGC CTGATGCTTT TGGACAACAT TCAAATGCCG ATATAGCGTC ATTAATAGGA 
GAAACAAGAA TGCTTTTTGA GGCTCTGCTT TCTATGCAAG TCCAGACTAA TAGCACAAGT 
AGTAATGAAA ACGGTGAGAC AAAAGTATTT GATCTCGCTA AAGAAATTTT AATGAATACA 
CCGGATGAGA TAAACTATGA ACAGACGGCA AAAATTATTG GAATCAATCG AACTCCCTTA 
GAAGTTGTCT TACTTCAAGA AATTGAGCGC TATAATAAAC TTCTCGTTGA CATGTCCACT 
CAATTACGTG ACTTAAGACG TGGAATACAG GGACTTGTTG TAATGAGTTC GGACTTAGAG 
GATATTTATC TAGCTGTCTC TGAAGGAAGG GTGCCATTAC AATGGTTAAA AGCATATAAT 
TCATTGAAAC CATTAGCGGC ATGGGCTAGA GACTTAATAC ATCGTGTAGG ACATTTTAAT 
AGTTGGGCGA AAACACTCCG CCCTCCAATA TTATTTTGGC TTGCAGCTTA CACGTTTCCA 
ACTGGATTTG TTACAGCAGT ACTACAAACT TCAGCTCGAG CTACCAAAAC ACCAATTGAT 
GAACTCTCTT GGGATTTTTA TGTTTTTGTT GAAGAAGATA CTGCCGCAGC TCGTATAATA 
AGGGAAGGAG GAGGCGTTTA CATTCGAAGT TTGTTTTTGG AGGGTGGCGG ATGGTTGAGG 
AAAAACCAAT GCCTTCAGGA TCCACTACCG ATGGAACTAA TTTGTCCATT ACCAGTAATA 
CACTTTAAGC CAGTAGAAAA CCTAAAAAAA CGATGTCGTG GTGTTTACCA GTGTCCCGCA 
TATTATTATC CCGTTAGGTC AGGATCATTT GTAATAGCCG TGGACTTAAA GTCTGGTAAT 
GAAAAGGCTG ACTACTGGAT AAAGCGAGGT ACTGCACTTT TATTAAGTTT AGCAAACTAA

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

PubMed

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

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

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

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

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

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kl-2 cDNA ORF clone, Drosophila melanogaster(fruit fly)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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