TEX15 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
XM_011544593.3	XP_011542895.1	testis-expressed protein 15 isoform X3
XM_011544588.2	XP_011542890.1	testis-expressed protein 15 isoform X1
XM_011544590.3	XP_011542892.1	testis-expressed protein 15 isoform X2
XM_006716369.4	XP_006716432.1	testis-expressed protein 15 isoform X2
XM_011544589.2	XP_011542891.1	testis-expressed sequence 15 protein isoform X2
XM_011544591.2	XP_011542893.1	testis-expressed sequence 15 protein isoform X2
XM_011544593.2	XP_011542895.1	testis-expressed sequence 15 protein isoform X3
XM_005273575.3	XP_005273632.1	testis-expressed sequence 15 protein isoform X2
NM_001350162.1	NP_001337091.1	testis-expressed protein 15
NM_001350162.2	NP_001337091.1	testis-expressed protein 15
XM_024447196.1	XP_024302964.1	testis-expressed protein 15 isoform X2
XM_011544592.2	XP_011542894.1	testis-expressed sequence 15 protein isoform X2
XM_006716369.3	XP_006716432.1	testis-expressed sequence 15 protein isoform X2
XM_005273576.3	XP_005273633.1	testis-expressed sequence 15 protein isoform X3
XM_011544591.3	XP_011542893.1	testis-expressed protein 15 isoform X2
XM_024447197.1	XP_024302965.1	testis-expressed protein 15 isoform X3
XM_011544589.3	XP_011542891.1	testis-expressed protein 15 isoform X2
XM_011544592.3	XP_011542894.1	testis-expressed protein 15 isoform X2
XM_011544594.2	XP_011542896.1	testis-expressed protein 15 isoform X4
XM_011544590.2	XP_011542892.1	testis-expressed sequence 15 protein isoform X2

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu69943	XM_011544594.2 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu42115	NM_001350162.2 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544589.3 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_005273575.3 Latest version!	Homo sapiens testis expressed 15 (TEX15), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544591.3 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_024447196.1 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544592.3 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_006716369.4 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544590.3 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42116	XM_005273576.3 Latest version!	Homo sapiens testis expressed 15 (TEX15), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42116	XM_011544593.3 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42116	XM_024447197.1 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu69942	XM_011544588.2 Latest version!	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
View Old Accession Versions >>
OHu42116	XM_011544593.2	Homo sapiens testis expressed 15 (TEX15), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	NM_001350162.1	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_006716369.3	Homo sapiens testis expressed 15 (TEX15), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544591.2	Homo sapiens testis expressed 15 (TEX15), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544589.2	Homo sapiens testis expressed 15 (TEX15), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544592.2	Homo sapiens testis expressed 15 (TEX15), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu42115	XM_011544590.2	Homo sapiens testis expressed 15 (TEX15), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
Hide Old Accession Versions >>

TEX15 ( XM_011544594.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542896.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu69943
Clone ID Related Accession (Same CDS sequence)	XM_011544594.2
Accession Version	XM_011544594.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5355bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544594.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGCCAACA AAATGGAAAT GAAAGAAACT GCTAAACAGG ATACACTGTG GCAAATGAGC 
TCAACTAGCA AACCCGTGTT GAATACTCGT GAAGTCAATC CTTTGAAGAA ATTCACCATT 
CCTAAGATCA GGAGGACAGC TGAGAAAGTT TACTTGTCAC CTTGTTACAC CAATAGTAGA 
GAGTATAGTT TTATACATGA TACTCTTAAC CAGTGCAGGC TTGATGTAAA CTGTGATCTG 
CAGTCGTTAT GGCAGTTTGG GGATACAAAA CTGGTTCACA ATGAGGAACT GGAAAAAAAT 
TTTACTGCTA AGAGGTCAGA GATGCGTGAA AGTGGAAGAC ATTGCAGGGA ACTTGAAGAA 
CAGTTCTGCT TTTTAGCACT TCCCCAGAGT GATGTAGCCC AGATATATCA GAATGGAATA 
AGTACCAGAG CATCTACATT GAAGATACTA GGAAATCCTC TTCTTGGAAT TTATATGTTT 
AGACATGTTG ATATTGCCTT GAATTATTCT CATAGTCAAA GCATTACTGT AGAAAGTATT 
TTAATTTTTA AGGTTCTCTT TGGAAAAGTG AAGAAAATCC AACCTTCTGT GGATAAAAAT 
AAAGTTTCTT TGGATCCTTC TCCTAACTTT GATTGCCATA TGTCAAGAAA TGCACCTTCT 
TTGAAAGATA CCATTGAACT GCAAGCCTAC AGTTCAGCAG TGTACTTCTA TGAATACAGT 
GTCCTTTCAA AGCCTGTAGA TAAACCTAGG CAATGTCTTC CATATGCTGT AGTAACAGTA 
AAATTTCTTG GTTCAAAAGT AGATAATGGA CGCCTTATGA CATCTTTGAG ATTCCTCTCA 
ACAGGATTTC CTAAGAGAGC TGAAAGGACA TGCTCTCTGA ATAACTGTAC AGTGGCCAAA 
AGATTTGGAA AAGGAAAAGA TGCTACTGTC ACCTTTGTGC ATTTCAAGAA ACCTGTAGAT 
CCATTTGTTC AAGAAAACTG TTTATGCAAT GCACTAAATT CAGAGATAAA TCCTTTCATC 
TCAAATATTT CTAACTCCTA TGGAAATGTA CAAAATGGAA ACATTTCTAT ACCTGAAACA 
TACAGTGGAC AGACAGAGCA CAGTTTAGCA GAAATTAGAG ACACTTCTCA AGTACTTGCA 
CATGATTCAG ACATTTCACT TATGCCCAGT GATGCCAAAG ACAGTGTTAA TGGTGACCTT 
TTGTTAAATT GGACAAGTCT TAAAAATATT TTAAGTGGTC TTAATGCTTC TTTTCCTCTT 
CACAACAATA CTGGCTCAAG CACAGTCACT ACTTCAAAAT CCATCAAAGA CCCAAGACTG 
ATGAGGAGAG AAGAAAGTAT GGGAGAACAG AGTAGTACTG CAGGCTTAAA TGAGGTTTTG 
CAATTTGAGA AGAGTTCAGA TAATGTTAAT TCAGAAATAA AATCGACACC ATCTAATTCT 
GCCTCCTCCT CAGAAGTTGT CCCTGGTGAT TGTGCTGTTC TTACTAATGG TTTGGATACC 
CCTTGCTTTA AAACTTCTGT TAATGATTCA CAATCTTGGG CTCACAACAT GGGCTCTGAG 
GACTATGACT GTATACCTCC CAATAAAGTT ACCATGGCAG GGCAATGTAA GGACCAAGGT 
AATTTTTCCT TCCCAATTTC TGTGTCAAAT GTAGTGTCAG AGGTTGAGAA CCAAAACCAC 
AGTGAGGAGA AGGCTCAGAG AGCCCAACAG GAGTCCGGTA ATGCTTATAC AAAAGAGTAC 
AGTAGTCACA TTTTTCAGGA CTCGCAGTCT TCTGATTTAA AAACAATTTA TCAGACTGGT 
TGCCAAACGT CTACAGTTTT TCCACTCAAA AAGAAAGTAA GCATTGATGA ATACCTTCAA 
AATACTGGAA AGATGAAAAA CTTCGCTGAC CTGGAAGACA GTTCCAAACA TGAAGAAAAG 
CAAACTTCAT GGAAAGAAAT TGATAATGAT TTCACTAATG AAACAAAAAT CAGTCCAATA 
GATAATTACA TTGTTTTGCA CCAAGAATAC AAAGAGAGTG AGAGTCATAA TTCTTTTGGG 
AAAAGCTGTG ATAAAATATT AATTACTCAA GAGTTAGAAA TAACAAAATC TTCTACATCT 
ACCATAAAGG ATAAGGATGA ACTAGATCAT CTAGCATTGG AATGGCAAAT TACTCCAAGT 
TTTGAGAGCC TGTCACAAAA GCATCCTCAG CACTCTGTGG AGTATGAGGG TAACATTCAT 
ACAAGTTTAG CCATTGCTCA AAAGCTAATG GAACTGAAAT TGGGGAAAAT AAATCAAAAT 
TATGCTAGCA TTATAACTGA AGCTTTCCCG AAACCAAAAG ACATACCCCA GGCCAAAGAA 
ATGTTCATTG ATACAGTTAT TTCATCTTAT AACATAGAAA CAGCTCATGA CAGTTCAAAT 
TGCAGCATAA CTAGAGAACA TATATGTGTC CATAGGAAAA ATGAAAATGA ACCAGTGTCA 
TTAGAGAACA TTCAGAGAGA CTATAAAGAA ACTGCTTATG TTGAAGATAG GGGTCAGGAT 
CACAATCTGT TCTGTAATTC ACAGTTAAGC AATGATATAT GGCTGAATGT TAATTTCAAA 
AAACAAACAG ATAGAGAAAA CCAAAATGAG GCTAAAGAGA ATAGTGCTTC ATGTGTAGAA 
AACAACATAG AGAACATATA TGGAGACAAA AAGCAGGATT CTCATACAAA CGAAAATTTC 
AGCAATATAG ATGAAAAGGA GGACAAAAAT TACCACAATA TAGAAATTTT GAGTTCTGAA 
GAATTTTCTA CTAAATTTAA CTTGATTTGC AGAGAAGATA ATGCAGTGTC AGCAGCAACT 
GCATTATTAG AGAGTGAAGA AGATACCATT AGTGCCGTGA AACAAAAAGA TACTGAAAAT 
ACTGGAAGAA GTGTAGAGCA TTTGGCTTCC ACGACATTTC CCAAAACTGC AAGTTCTTCA 
GTGTGTGTAG CCTCAAATGC TGCAATACAG ATAGCTAGTG CTACTATGCC TGCATTAAGC 
CTAAATAATG ACGATCACCA GATATACCAG TTTAAAGAAA CTTGTTCTTC TGAAAGTCCA 
GATTTTGGTT TGTTAGTAAA ACATAGGGTT TCTGATTGTG AAATTGATAC GGATAAAAAT 
AAATCACAAG AATCATTTCA TCAATCAATA AATGAGAACT TAGTTCTTCA GAGCATTGAA 
TTGGAAAGTG AAATTGAAAT AGAATTAGAA GATTGTGATG ATGCTTTTAT ATTTCAACAA 
GATACACATA GCCATGAAAA CATGCTTTGT GAAGAATTTG TGACCTCATA TAAGGCTCTG 
AAGTCTCGTA TCAGTTGGGA AGGTCTGTTA GCACTTGATA ACGGGGAGAT GGAAGTTTTG 
GAAAGCACCA CAGGAAGGGA GAATAGTGAT CAGCATTATT CTAAGGAAAG TAACTATTTT 
TATTCCTCTA CACAAAACAA TGAAACAGAA CTTACCAGCC CAATTTTACT TCCAGATCTA 
CAAATTAAAA TTACTAATAT ATTTAGGCCA GGATTCAGCC CGACAGCTGA CTCCCTTGCA 
TTGAAAGATA GTTTTTGCAC ACATGTAACT GAAGCCACAA AACCGGAAAT AAATAAGGAA 
GATGGAGAAA TTCTAGGATT TGACATTTAT TCCCAGCCTT TTGGTGAAAA TGCAGATTAT 
CCATGTGAAG ATAAAGTTGA TAATATAAGG CAAGAATCAG GGCCAGTGAG TAACTCTGAA 
ATCTCCCTTT CTTTTGACTT GAGTCGTAAT ACAGATGTGA ATCATACGTC TGAAAATCAG 
AACAGTGAAT CTTTGTTTAC TGAACCTTCT AATGTCACAA CAATAGATGA TGGAAGCAGA 
TGTTTCTTTA CAAAATCAAA AACTGACTAT AATGATACCA AAAATAAAAA GGAGGTAGAA 
TCAAGAATTA GCAAAAGGAA GCTACATATA TCTTCCAGGG ATCAGAACAT ACCACATAAA 
GATTTAAGAC GACATAAAAT TTATGGGAGA AAGAGGAGGC TAACCAGTCA AGACTCATCT 
GAGTGTTTCT CTTCATTATC CCAAGGACGA ATTAAAACAT TTTCACAGTC AGAAAAGCAC 
ATTAAGAGTG TCCTAAATAT CCTAAGTGAT GAAGCATCTT TATGTAAAAG CAAATGTCTT 
TCCAGAAAAC TAGACAAAGC AGTTGTTCAC TTAAAAAAAG CTCATAGAAG AGTTCACACA 
TCTTTGCAGC TTATAACTAA AGTAGGAGAA GAAAGAAAGG GCCCATTACC AAAATCATAT 
GCAATAATAT GCAATAATTT CTGGGAAAGT TGTGACCTTC AAGGTTATAG TTCTGTGTCT 
CAAAGAAAAT ATTATTCTAC TAAGCATTTT TCGTCAAAAA GAAAATATGA CAAACGGAGA 
AAGAAAAGAG CTCCAAAAGC TGATATTTCT AAATCATTAA CCCATGTGTC AAAGCACAAG 
TCTTATAAAA CAAGTGGAGA GAAAAAATGC CTTTCTAGGA AAAGTATGGC TAGCAGTGTC 
TCAAAAAGTC ACCCCACCAC CAGTCACATG GGAGAATTTT GTAATCAAGA ACATCCTGAA 
TCACAGTTGC CTGTATCCTC CACATCCCAA AGTACAAGTC AGTCAGTTTA TTATAATAGC 
AGTGTAAGCA ATCCAAGTTT ATCAGAAGAA CATCAGCCCT TTTCTGGAAA AACTGCATAT 
CTGTTTTCCC CAGACCACTC AGATGAGAAA CTAATAGAAA AAGAAAATCA AATTGATACA 
GCATTTTTAT CTAGCACTAG TAAATATGAA AAGCTTGAAA AACATTCAGC AAATCATAAT 
GTTAAAGATG CAACTAAAGA AAACAGTTGT GACGCTAATG AAGTAATAAA TGAAAGTAAT 
TCTGTATCTT TAAGTTGCAT AAAAGAAAAC ATAAATTCTA GTACAGGCAA CGATTGTGAT 
GCAACTTGCA TAGGTCACAC AAAGGCGAAA ACTGACGTAC TTATATCAGT CTTAGATTCA 
AATGTGAAGC ACTTTTTAAA TGATCTCTAC CAACAAGGTA ACCTTATTTT ATCTGATTGT 
AAAAGAAACC TGGAAGTAAA GTGGACAGAT CCTATTGAGA GACCCAAACA AAACATTATT 
ACAGGAAACT TCCTTATGGG CCCATTAAAC CTAACTTTGA TAGCAAGTAA AAAGTACAGT 
ATTCCTCAGT TATCAGCCGC TGCAGTGACA GATAGTGAGG GAGAATCTTC AAAATCTTAC 
TTGGATAAGC AGAGAATTCT TACTGTAGAT TCTTTTGCAG CATCCAGTAC TGTACCACAC 
TGTGAGCAGA GCTGTAGAGA AAAAGAGCTT CTAAAGACAG AACAGTGCTC TTCAGAAGGA 
AGATTTTACA GCTGA

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

RefSeq	XP_011542896.1
CDS	64..5418
Translation	MANKMEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSEGRFYS

Target ORF information:

RefSeq Version	XM_011544594.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X10, mRNA.

Target ORF information:

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

XM_011544594.2

ORF Insert Sequence:

ATGGCCAACA AAATGGAAAT GAAAGAAACT GCTAAACAGG ATACACTGTG GCAAATGAGC 
TCAACTAGCA AACCCGTGTT GAATACTCGT GAAGTCAATC CTTTGAAGAA ATTCACCATT 
CCTAAGATCA GGAGGACAGC TGAGAAAGTT TACTTGTCAC CTTGTTACAC CAATAGTAGA 
GAGTATAGTT TTATACATGA TACTCTTAAC CAGTGCAGGC TTGATGTAAA CTGTGATCTG 
CAGTCGTTAT GGCAGTTTGG GGATACAAAA CTGGTTCACA ATGAGGAACT GGAAAAAAAT 
TTTACTGCTA AGAGGTCAGA GATGCGTGAA AGTGGAAGAC ATTGCAGGGA ACTTGAAGAA 
CAGTTCTGCT TTTTAGCACT TCCCCAGAGT GATGTAGCCC AGATATATCA GAATGGAATA 
AGTACCAGAG CATCTACATT GAAGATACTA GGAAATCCTC TTCTTGGAAT TTATATGTTT 
AGACATGTTG ATATTGCCTT GAATTATTCT CATAGTCAAA GCATTACTGT AGAAAGTATT 
TTAATTTTTA AGGTTCTCTT TGGAAAAGTG AAGAAAATCC AACCTTCTGT GGATAAAAAT 
AAAGTTTCTT TGGATCCTTC TCCTAACTTT GATTGCCATA TGTCAAGAAA TGCACCTTCT 
TTGAAAGATA CCATTGAACT GCAAGCCTAC AGTTCAGCAG TGTACTTCTA TGAATACAGT 
GTCCTTTCAA AGCCTGTAGA TAAACCTAGG CAATGTCTTC CATATGCTGT AGTAACAGTA 
AAATTTCTTG GTTCAAAAGT AGATAATGGA CGCCTTATGA CATCTTTGAG ATTCCTCTCA 
ACAGGATTTC CTAAGAGAGC TGAAAGGACA TGCTCTCTGA ATAACTGTAC AGTGGCCAAA 
AGATTTGGAA AAGGAAAAGA TGCTACTGTC ACCTTTGTGC ATTTCAAGAA ACCTGTAGAT 
CCATTTGTTC AAGAAAACTG TTTATGCAAT GCACTAAATT CAGAGATAAA TCCTTTCATC 
TCAAATATTT CTAACTCCTA TGGAAATGTA CAAAATGGAA ACATTTCTAT ACCTGAAACA 
TACAGTGGAC AGACAGAGCA CAGTTTAGCA GAAATTAGAG ACACTTCTCA AGTACTTGCA 
CATGATTCAG ACATTTCACT TATGCCCAGT GATGCCAAAG ACAGTGTTAA TGGTGACCTT 
TTGTTAAATT GGACAAGTCT TAAAAATATT TTAAGTGGTC TTAATGCTTC TTTTCCTCTT 
CACAACAATA CTGGCTCAAG CACAGTCACT ACTTCAAAAT CCATCAAAGA CCCAAGACTG 
ATGAGGAGAG AAGAAAGTAT GGGAGAACAG AGTAGTACTG CAGGCTTAAA TGAGGTTTTG 
CAATTTGAGA AGAGTTCAGA TAATGTTAAT TCAGAAATAA AATCGACACC ATCTAATTCT 
GCCTCCTCCT CAGAAGTTGT CCCTGGTGAT TGTGCTGTTC TTACTAATGG TTTGGATACC 
CCTTGCTTTA AAACTTCTGT TAATGATTCA CAATCTTGGG CTCACAACAT GGGCTCTGAG 
GACTATGACT GTATACCTCC CAATAAAGTT ACCATGGCAG GGCAATGTAA GGACCAAGGT 
AATTTTTCCT TCCCAATTTC TGTGTCAAAT GTAGTGTCAG AGGTTGAGAA CCAAAACCAC 
AGTGAGGAGA AGGCTCAGAG AGCCCAACAG GAGTCCGGTA ATGCTTATAC AAAAGAGTAC 
AGTAGTCACA TTTTTCAGGA CTCGCAGTCT TCTGATTTAA AAACAATTTA TCAGACTGGT 
TGCCAAACGT CTACAGTTTT TCCACTCAAA AAGAAAGTAA GCATTGATGA ATACCTTCAA 
AATACTGGAA AGATGAAAAA CTTCGCTGAC CTGGAAGACA GTTCCAAACA TGAAGAAAAG 
CAAACTTCAT GGAAAGAAAT TGATAATGAT TTCACTAATG AAACAAAAAT CAGTCCAATA 
GATAATTACA TTGTTTTGCA CCAAGAATAC AAAGAGAGTG AGAGTCATAA TTCTTTTGGG 
AAAAGCTGTG ATAAAATATT AATTACTCAA GAGTTAGAAA TAACAAAATC TTCTACATCT 
ACCATAAAGG ATAAGGATGA ACTAGATCAT CTAGCATTGG AATGGCAAAT TACTCCAAGT 
TTTGAGAGCC TGTCACAAAA GCATCCTCAG CACTCTGTGG AGTATGAGGG TAACATTCAT 
ACAAGTTTAG CCATTGCTCA AAAGCTAATG GAACTGAAAT TGGGGAAAAT AAATCAAAAT 
TATGCTAGCA TTATAACTGA AGCTTTCCCG AAACCAAAAG ACATACCCCA GGCCAAAGAA 
ATGTTCATTG ATACAGTTAT TTCATCTTAT AACATAGAAA CAGCTCATGA CAGTTCAAAT 
TGCAGCATAA CTAGAGAACA TATATGTGTC CATAGGAAAA ATGAAAATGA ACCAGTGTCA 
TTAGAGAACA TTCAGAGAGA CTATAAAGAA ACTGCTTATG TTGAAGATAG GGGTCAGGAT 
CACAATCTGT TCTGTAATTC ACAGTTAAGC AATGATATAT GGCTGAATGT TAATTTCAAA 
AAACAAACAG ATAGAGAAAA CCAAAATGAG GCTAAAGAGA ATAGTGCTTC ATGTGTAGAA 
AACAACATAG AGAACATATA TGGAGACAAA AAGCAGGATT CTCATACAAA CGAAAATTTC 
AGCAATATAG ATGAAAAGGA GGACAAAAAT TACCACAATA TAGAAATTTT GAGTTCTGAA 
GAATTTTCTA CTAAATTTAA CTTGATTTGC AGAGAAGATA ATGCAGTGTC AGCAGCAACT 
GCATTATTAG AGAGTGAAGA AGATACCATT AGTGCCGTGA AACAAAAAGA TACTGAAAAT 
ACTGGAAGAA GTGTAGAGCA TTTGGCTTCC ACGACATTTC CCAAAACTGC AAGTTCTTCA 
GTGTGTGTAG CCTCAAATGC TGCAATACAG ATAGCTAGTG CTACTATGCC TGCATTAAGC 
CTAAATAATG ACGATCACCA GATATACCAG TTTAAAGAAA CTTGTTCTTC TGAAAGTCCA 
GATTTTGGTT TGTTAGTAAA ACATAGGGTT TCTGATTGTG AAATTGATAC GGATAAAAAT 
AAATCACAAG AATCATTTCA TCAATCAATA AATGAGAACT TAGTTCTTCA GAGCATTGAA 
TTGGAAAGTG AAATTGAAAT AGAATTAGAA GATTGTGATG ATGCTTTTAT ATTTCAACAA 
GATACACATA GCCATGAAAA CATGCTTTGT GAAGAATTTG TGACCTCATA TAAGGCTCTG 
AAGTCTCGTA TCAGTTGGGA AGGTCTGTTA GCACTTGATA ACGGGGAGAT GGAAGTTTTG 
GAAAGCACCA CAGGAAGGGA GAATAGTGAT CAGCATTATT CTAAGGAAAG TAACTATTTT 
TATTCCTCTA CACAAAACAA TGAAACAGAA CTTACCAGCC CAATTTTACT TCCAGATCTA 
CAAATTAAAA TTACTAATAT ATTTAGGCCA GGATTCAGCC CGACAGCTGA CTCCCTTGCA 
TTGAAAGATA GTTTTTGCAC ACATGTAACT GAAGCCACAA AACCGGAAAT AAATAAGGAA 
GATGGAGAAA TTCTAGGATT TGACATTTAT TCCCAGCCTT TTGGTGAAAA TGCAGATTAT 
CCATGTGAAG ATAAAGTTGA TAATATAAGG CAAGAATCAG GGCCAGTGAG TAACTCTGAA 
ATCTCCCTTT CTTTTGACTT GAGTCGTAAT ACAGATGTGA ATCATACGTC TGAAAATCAG 
AACAGTGAAT CTTTGTTTAC TGAACCTTCT AATGTCACAA CAATAGATGA TGGAAGCAGA 
TGTTTCTTTA CAAAATCAAA AACTGACTAT AATGATACCA AAAATAAAAA GGAGGTAGAA 
TCAAGAATTA GCAAAAGGAA GCTACATATA TCTTCCAGGG ATCAGAACAT ACCACATAAA 
GATTTAAGAC GACATAAAAT TTATGGGAGA AAGAGGAGGC TAACCAGTCA AGACTCATCT 
GAGTGTTTCT CTTCATTATC CCAAGGACGA ATTAAAACAT TTTCACAGTC AGAAAAGCAC 
ATTAAGAGTG TCCTAAATAT CCTAAGTGAT GAAGCATCTT TATGTAAAAG CAAATGTCTT 
TCCAGAAAAC TAGACAAAGC AGTTGTTCAC TTAAAAAAAG CTCATAGAAG AGTTCACACA 
TCTTTGCAGC TTATAACTAA AGTAGGAGAA GAAAGAAAGG GCCCATTACC AAAATCATAT 
GCAATAATAT GCAATAATTT CTGGGAAAGT TGTGACCTTC AAGGTTATAG TTCTGTGTCT 
CAAAGAAAAT ATTATTCTAC TAAGCATTTT TCGTCAAAAA GAAAATATGA CAAACGGAGA 
AAGAAAAGAG CTCCAAAAGC TGATATTTCT AAATCATTAA CCCATGTGTC AAAGCACAAG 
TCTTATAAAA CAAGTGGAGA GAAAAAATGC CTTTCTAGGA AAAGTATGGC TAGCAGTGTC 
TCAAAAAGTC ACCCCACCAC CAGTCACATG GGAGAATTTT GTAATCAAGA ACATCCTGAA 
TCACAGTTGC CTGTATCCTC CACATCCCAA AGTACAAGTC AGTCAGTTTA TTATAATAGC 
AGTGTAAGCA ATCCAAGTTT ATCAGAAGAA CATCAGCCCT TTTCTGGAAA AACTGCATAT 
CTGTTTTCCC CAGACCACTC AGATGAGAAA CTAATAGAAA AAGAAAATCA AATTGATACA 
GCATTTTTAT CTAGCACTAG TAAATATGAA AAGCTTGAAA AACATTCAGC AAATCATAAT 
GTTAAAGATG CAACTAAAGA AAACAGTTGT GACGCTAATG AAGTAATAAA TGAAAGTAAT 
TCTGTATCTT TAAGTTGCAT AAAAGAAAAC ATAAATTCTA GTACAGGCAA CGATTGTGAT 
GCAACTTGCA TAGGTCACAC AAAGGCGAAA ACTGACGTAC TTATATCAGT CTTAGATTCA 
AATGTGAAGC ACTTTTTAAA TGATCTCTAC CAACAAGGTA ACCTTATTTT ATCTGATTGT 
AAAAGAAACC TGGAAGTAAA GTGGACAGAT CCTATTGAGA GACCCAAACA AAACATTATT 
ACAGGAAACT TCCTTATGGG CCCATTAAAC CTAACTTTGA TAGCAAGTAA AAAGTACAGT 
ATTCCTCAGT TATCAGCCGC TGCAGTGACA GATAGTGAGG GAGAATCTTC AAAATCTTAC 
TTGGATAAGC AGAGAATTCT TACTGTAGAT TCTTTTGCAG CATCCAGTAC TGTACCACAC 
TGTGAGCAGA GCTGTAGAGA AAAAGAGCTT CTAAAGACAG AACAGTGCTC TTCAGAAGGA 
AGATTTTACA GCTGA

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

TEX15 ( NM_001350162.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001337091.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant 1, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	NM_001350162.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2018-09-21
Organism	Homo sapiens(human)
Product	testis-expressed protein 15
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC090281.8, BC141841.1, AF285605.1 and AL133653.1. This sequence is a reference standard in the RefSeqGene project. On Sep 22, 2018 this sequence version replaced NM_031271.3. Transcript Variant: This variant (1) encodes the functional protein. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	NP_001337091.1
CDS	220..9738
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	NM_001350162.1
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant 1, mRNA.

Target ORF information:

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

NM_001350162.1

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( NM_001350162.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001337091.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant 1, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	NM_001350162.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2020-01-03
Organism	Homo sapiens(human)
Product	testis-expressed protein 15
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AC090281.8, BC141841.1, AF285605.1 and AL133653.1. This sequence is a reference standard in the RefSeqGene project. On Jun 2, 2019 this sequence version replaced NM_001350162.1. Transcript Variant: This variant (1) encodes the functional protein. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA2148874 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on single protein-coding transcript ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	NP_001337091.1
CDS	216..9734
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	NM_001350162.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant 1, mRNA.

Target ORF information:

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

NM_001350162.2

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544590.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542892.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X2, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544590.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544590.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542892.1
CDS	452..9970
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544590.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X2, mRNA.

Target ORF information:

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

XM_011544590.3

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_006716369.4 ) cDNA ORF clone, Homo sapiens(human) -> XP_006716432.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X6, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_006716369.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_006716369.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_006716432.1
CDS	112..9630
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_006716369.4
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X6, mRNA.

Target ORF information:

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

XM_006716369.4

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544589.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542891.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X4, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544589.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544589.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542891.1
CDS	185..9703
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544589.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X4, mRNA.

Target ORF information:

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

XM_011544589.2

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544591.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542893.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X5, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544591.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544591.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542893.1
CDS	113..9631
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544591.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X5, mRNA.

Target ORF information:

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

XM_011544591.2

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_005273575.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005273632.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X2, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_005273575.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005273575.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_005273632.1
CDS	220..9738
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_005273575.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X2, mRNA.

Target ORF information:

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

XM_005273575.3

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_024447196.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024302964.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X4, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_024447196.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_024302964.1
CDS	107..9625
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_024447196.1
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X4, mRNA.

Target ORF information:

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

XM_024447196.1

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544592.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542894.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X7, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544592.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544592.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542894.1
CDS	51..9569
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544592.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X7, mRNA.

Target ORF information:

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

XM_011544592.2

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_006716369.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006716432.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X6, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_006716369.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006716369.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_006716432.1
CDS	112..9630
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_006716369.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X6, mRNA.

Target ORF information:

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

XM_006716369.3

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544591.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542893.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X5, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544591.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544591.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542893.1
CDS	113..9631
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544591.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X5, mRNA.

Target ORF information:

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

XM_011544591.3

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544589.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542891.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X3, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544589.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544589.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542891.1
CDS	185..9703
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544589.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X3, mRNA.

Target ORF information:

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

XM_011544589.3

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544592.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542894.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X7, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544592.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544592.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542894.1
CDS	51..9569
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544592.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X7, mRNA.

Target ORF information:

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

XM_011544592.3

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544590.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542892.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X3, mRNA.

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CloneID	OHu42115
Clone ID Related Accession (Same CDS sequence)	XM_011544590.3 , XM_006716369.4 , XM_011544589.2 , XM_011544591.2 , XM_005273575.3 , NM_001350162.1 , NM_001350162.2 , XM_024447196.1 , XM_011544592.2 , XM_006716369.3 , XM_011544591.3 , XM_011544589.3 , XM_011544592.3 , XM_011544590.2
Accession Version	XM_011544590.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9519bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544590.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

RefSeq	XP_011542892.1
CDS	451..9969
Translation	MEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544590.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X3, mRNA.

Target ORF information:

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

XM_011544590.2

ORF Insert Sequence:

ATGGAAATGA AAGAAACTGC TAAACAGGAT ACACTGTGGC AAATGAGCTC AACTAGCAAA 
CCCGTGTTGA ATACTCGTGA AGTCAATCCT TTGAAGAAAT TCACCATTCC TAAGATCAGG 
AGGACAGCTG AGAAAGTTTA CTTGTCACCT TGTTACACCA ATAGTAGAGA GTATAGTTTT 
ATACATGATA CTCTTAACCA GTGCAGGCTT GATGTAAACT GTGATCTGCA GTCGTTATGG 
CAGTTTGGGG ATACAAAACT GGTTCACAAT GAGGAACTGG AAAAAAATTT TACTGCTAAG 
AGGTCAGAGA TGCGTGAAAG TGGAAGACAT TGCAGGGAAC TTGAAGAACA GTTCTGCTTT 
TTAGCACTTC CCCAGAGTGA TGTAGCCCAG ATATATCAGA ATGGAATAAG TACCAGAGCA 
TCTACATTGA AGATACTAGG AAATCCTCTT CTTGGAATTT ATATGTTTAG ACATGTTGAT 
ATTGCCTTGA ATTATTCTCA TAGTCAAAGC ATTACTGTAG AAAGTATTTT AATTTTTAAG 
GTTCTCTTTG GAAAAGTGAA GAAAATCCAA CCTTCTGTGG ATAAAAATAA AGTTTCTTTG 
GATCCTTCTC CTAACTTTGA TTGCCATATG TCAAGAAATG CACCTTCTTT GAAAGATACC 
ATTGAACTGC AAGCCTACAG TTCAGCAGTG TACTTCTATG AATACAGTGT CCTTTCAAAG 
CCTGTAGATA AACCTAGGCA ATGTCTTCCA TATGCTGTAG TAACAGTAAA ATTTCTTGGT 
TCAAAAGTAG ATAATGGACG CCTTATGACA TCTTTGAGAT TCCTCTCAAC AGGATTTCCT 
AAGAGAGCTG AAAGGACATG CTCTCTGAAT AACTGTACAG TGGCCAAAAG ATTTGGAAAA 
GGAAAAGATG CTACTGTCAC CTTTGTGCAT TTCAAGAAAC CTGTAGATCC ATTTGTTCAA 
GAAAACTGTT TATGCAATGC ACTAAATTCA GAGATAAATC CTTTCATCTC AAATATTTCT 
AACTCCTATG GAAATGTACA AAATGGAAAC ATTTCTATAC CTGAAACATA CAGTGGACAG 
ACAGAGCACA GTTTAGCAGA AATTAGAGAC ACTTCTCAAG TACTTGCACA TGATTCAGAC 
ATTTCACTTA TGCCCAGTGA TGCCAAAGAC AGTGTTAATG GTGACCTTTT GTTAAATTGG 
ACAAGTCTTA AAAATATTTT AAGTGGTCTT AATGCTTCTT TTCCTCTTCA CAACAATACT 
GGCTCAAGCA CAGTCACTAC TTCAAAATCC ATCAAAGACC CAAGACTGAT GAGGAGAGAA 
GAAAGTATGG GAGAACAGAG TAGTACTGCA GGCTTAAATG AGGTTTTGCA ATTTGAGAAG 
AGTTCAGATA ATGTTAATTC AGAAATAAAA TCGACACCAT CTAATTCTGC CTCCTCCTCA 
GAAGTTGTCC CTGGTGATTG TGCTGTTCTT ACTAATGGTT TGGATACCCC TTGCTTTAAA 
ACTTCTGTTA ATGATTCACA ATCTTGGGCT CACAACATGG GCTCTGAGGA CTATGACTGT 
ATACCTCCCA ATAAAGTTAC CATGGCAGGG CAATGTAAGG ACCAAGGTAA TTTTTCCTTC 
CCAATTTCTG TGTCAAATGT AGTGTCAGAG GTTGAGAACC AAAACCACAG TGAGGAGAAG 
GCTCAGAGAG CCCAACAGGA GTCCGGTAAT GCTTATACAA AAGAGTACAG TAGTCACATT 
TTTCAGGACT CGCAGTCTTC TGATTTAAAA ACAATTTATC AGACTGGTTG CCAAACGTCT 
ACAGTTTTTC CACTCAAAAA GAAAGTAAGC ATTGATGAAT ACCTTCAAAA TACTGGAAAG 
ATGAAAAACT TCGCTGACCT GGAAGACAGT TCCAAACATG AAGAAAAGCA AACTTCATGG 
AAAGAAATTG ATAATGATTT CACTAATGAA ACAAAAATCA GTCCAATAGA TAATTACATT 
GTTTTGCACC AAGAATACAA AGAGAGTGAG AGTCATAATT CTTTTGGGAA AAGCTGTGAT 
AAAATATTAA TTACTCAAGA GTTAGAAATA ACAAAATCTT CTACATCTAC CATAAAGGAT 
AAGGATGAAC TAGATCATCT AGCATTGGAA TGGCAAATTA CTCCAAGTTT TGAGAGCCTG 
TCACAAAAGC ATCCTCAGCA CTCTGTGGAG TATGAGGGTA ACATTCATAC AAGTTTAGCC 
ATTGCTCAAA AGCTAATGGA ACTGAAATTG GGGAAAATAA ATCAAAATTA TGCTAGCATT 
ATAACTGAAG CTTTCCCGAA ACCAAAAGAC ATACCCCAGG CCAAAGAAAT GTTCATTGAT 
ACAGTTATTT CATCTTATAA CATAGAAACA GCTCATGACA GTTCAAATTG CAGCATAACT 
AGAGAACATA TATGTGTCCA TAGGAAAAAT GAAAATGAAC CAGTGTCATT AGAGAACATT 
CAGAGAGACT ATAAAGAAAC TGCTTATGTT GAAGATAGGG GTCAGGATCA CAATCTGTTC 
TGTAATTCAC AGTTAAGCAA TGATATATGG CTGAATGTTA ATTTCAAAAA ACAAACAGAT 
AGAGAAAACC AAAATGAGGC TAAAGAGAAT AGTGCTTCAT GTGTAGAAAA CAACATAGAG 
AACATATATG GAGACAAAAA GCAGGATTCT CATACAAACG AAAATTTCAG CAATATAGAT 
GAAAAGGAGG ACAAAAATTA CCACAATATA GAAATTTTGA GTTCTGAAGA ATTTTCTACT 
AAATTTAACT TGATTTGCAG AGAAGATAAT GCAGTGTCAG CAGCAACTGC ATTATTAGAG 
AGTGAAGAAG ATACCATTAG TGCCGTGAAA CAAAAAGATA CTGAAAATAC TGGAAGAAGT 
GTAGAGCATT TGGCTTCCAC GACATTTCCC AAAACTGCAA GTTCTTCAGT GTGTGTAGCC 
TCAAATGCTG CAATACAGAT AGCTAGTGCT ACTATGCCTG CATTAAGCCT AAATAATGAC 
GATCACCAGA TATACCAGTT TAAAGAAACT TGTTCTTCTG AAAGTCCAGA TTTTGGTTTG 
TTAGTAAAAC ATAGGGTTTC TGATTGTGAA ATTGATACGG ATAAAAATAA ATCACAAGAA 
TCATTTCATC AATCAATAAA TGAGAACTTA GTTCTTCAGA GCATTGAATT GGAAAGTGAA 
ATTGAAATAG AATTAGAAGA TTGTGATGAT GCTTTTATAT TTCAACAAGA TACACATAGC 
CATGAAAACA TGCTTTGTGA AGAATTTGTG ACCTCATATA AGGCTCTGAA GTCTCGTATC 
AGTTGGGAAG GTCTGTTAGC ACTTGATAAC GGGGAGATGG AAGTTTTGGA AAGCACCACA 
GGAAGGGAGA ATAGTGATCA GCATTATTCT AAGGAAAGTA ACTATTTTTA TTCCTCTACA 
CAAAACAATG AAACAGAACT TACCAGCCCA ATTTTACTTC CAGATCTACA AATTAAAATT 
ACTAATATAT TTAGGCCAGG ATTCAGCCCG ACAGCTGACT CCCTTGCATT GAAAGATAGT 
TTTTGCACAC ATGTAACTGA AGCCACAAAA CCGGAAATAA ATAAGGAAGA TGGAGAAATT 
CTAGGATTTG ACATTTATTC CCAGCCTTTT GGTGAAAATG CAGATTATCC ATGTGAAGAT 
AAAGTTGATA ATATAAGGCA AGAATCAGGG CCAGTGAGTA ACTCTGAAAT CTCCCTTTCT 
TTTGACTTGA GTCGTAATAC AGATGTGAAT CATACGTCTG AAAATCAGAA CAGTGAATCT 
TTGTTTACTG AACCTTCTAA TGTCACAACA ATAGATGATG GAAGCAGATG TTTCTTTACA 
AAATCAAAAA CTGACTATAA TGATACCAAA AATAAAAAGG AGGTAGAATC AAGAATTAGC 
AAAAGGAAGC TACATATATC TTCCAGGGAT CAGAACATAC CACATAAAGA TTTAAGACGA 
CATAAAATTT ATGGGAGAAA GAGGAGGCTA ACCAGTCAAG ACTCATCTGA GTGTTTCTCT 
TCATTATCCC AAGGACGAAT TAAAACATTT TCACAGTCAG AAAAGCACAT TAAGAGTGTC 
CTAAATATCC TAAGTGATGA AGCATCTTTA TGTAAAAGCA AATGTCTTTC CAGAAAACTA 
GACAAAGCAG TTGTTCACTT AAAAAAAGCT CATAGAAGAG TTCACACATC TTTGCAGCTT 
ATAACTAAAG TAGGAGAAGA AAGAAAGGGC CCATTACCAA AATCATATGC AATAATATGC 
AATAATTTCT GGGAAAGTTG TGACCTTCAA GGTTATAGTT CTGTGTCTCA AAGAAAATAT 
TATTCTACTA AGCATTTTTC GTCAAAAAGA AAATATGACA AACGGAGAAA GAAAAGAGCT 
CCAAAAGCTG ATATTTCTAA ATCATTAACC CATGTGTCAA AGCACAAGTC TTATAAAACA 
AGTGGAGAGA AAAAATGCCT TTCTAGGAAA AGTATGGCTA GCAGTGTCTC AAAAAGTCAC 
CCCACCACCA GTCACATGGG AGAATTTTGT AATCAAGAAC ATCCTGAATC ACAGTTGCCT 
GTATCCTCCA CATCCCAAAG TACAAGTCAG TCAGTTTATT ATAATAGCAG TGTAAGCAAT 
CCAAGTTTAT CAGAAGAACA TCAGCCCTTT TCTGGAAAAA CTGCATATCT GTTTTCCCCA 
GACCACTCAG ATGAGAAACT AATAGAAAAA GAAAATCAAA TTGATACAGC ATTTTTATCT 
AGCACTAGTA AATATGAAAA GCTTGAAAAA CATTCAGCAA ATCATAATGT TAAAGATGCA 
ACTAAAGAAA ACAGTTGTGA CGCTAATGAA GTAATAAATG AAAGTAATTC TGTATCTTTA 
AGTTGCATAA AAGAAAACAT AAATTCTAGT ACAGGCAACG ATTGTGATGC AACTTGCATA 
GGTCACACAA AGGCGAAAAC TGACGTACTT ATATCAGTCT TAGATTCAAA TGTGAAGCAC 
TTTTTAAATG ATCTCTACCA ACAAGGTAAC CTTATTTTAT CTGATTGTAA AAGAAACCTG 
GAAGTAAAGT GGACAGATCC TATTGAGAGA CCCAAACAAA ACATTATTAC AGGAAACTTC 
CTTATGGGCC CATTAAACCT AACTTTGATA GCAAGTAAAA AGTACAGTAT TCCTCAGTTA 
TCAGCCGCTG CAGTGACAGA TAGTGAGGGA GAATCTTCAA AATCTTACTT GGATAAGCAG 
AGAATTCTTA CTGTAGATTC TTTTGCAGCA TCCAGTACTG TACCACACTG TGAGCAGAGC 
TGTAGAGAAA AAGAGCTTCT AAAGACAGAA CAGTGCTCTT CAGGTAATTG CCTCCATACA 
GATGGGAATG AAACAAATGT CACTGAGAAT TATGAGTTGG ATGTAGCATC AGGAACTGAA 
GAAGATAAAA GTTATGGGGA AAATATAGTG GAATTATCTT CCAGTGATAG TTCTCTGCTT 
TTAAAAGATA ATGTAAAAGG CTCCTCTTCA GAAACATGTA TTGTGAAGAA AGACACTGAG 
GACAGAATAA CGTGGAAAGT TAAACAAGCG GAAAAAGCAA AAGATTCTGT TTACAAAAGA 
AGCATGACTG AAGGATCAAC TGTTAATACT GAGTACAAAA ATCAAAAGAA TCAGATCTCA 
GAAGAATCCT GCTTAAATGA GAAAATTATT ACAACTAACT TGATTGATTC CCATCTGAGC 
ACTAAAAATA CTACCACTGA GTCAGTCCCT TTGAAGAACA CAGTTTCTAA TCCGCTTAAC 
AAAAGAGAGA AGAAGGGGGA AATTAAAGTT AGTAAAGACT CGCAGTCTGA CTTGACATTA 
CATTCAGAAA TAGCCTATAT TTCCAAACCA GGAATTCTAG GAGTTAATCA TACGCCTATT 
TTACCTGCCC ACTCTGAAAC CTGTAAAGTC CCTACTCTTC TGAAGAAACC TGCGTCATAC 
GTGAGTGATT TTAAAGAAAA ACATTGCTCA GCTAATCATA CGGCCCTTAT AGCTAATCTA 
TCTCAAATTT TGCAGAGGGC AGATGAAGCA TCATCTTTGC AGATTCTACA GGAAGAAACT 
AAGGTTTGTC TAAATATTCT CCCTTTATTT GTGGAAGCTT TTGAAAGAAA GCAAGAATGT 
TCAGTTGAAC AAATCCTGAT TTCAAGAGAA CTGTTGGTAG ACCAAAACCT GTGGAATAAT 
TGCAAACACA CATTAAAACC ATGTGCTGTT GACACTTTGG TAGAACTTCA AATGATGATG 
GAAACAATTC AATTCATTGA AAACAAAAAA AGGCACTTAG AAGGTGAACC AACATTGCGA 
AGCTTGCTTT GGTATGATGA AACACTGTAT GCTGAGCTTC TTGGAAAACC ACGTGGATTT 
CAACAGCAGT CTAATTTCTA TCCTGGTTTC CAAGGAAGAT TAAAATATAA TGCATTCTGT 
GAGTTACAGA CTTACCATGA TCAATTAGTT GAATTGCTTG AAGAAACAAA AAGGGAAAAG 
AATTCATACT ATGTATTCTT AAAGTACAAA CGACAGGTTA ATGAATGTGA AGCCATAATG 
GAGCATTGTT CCGATTGCTT TGATTTTTCT CTTTCTGTTC CATTTACCTG TGGAGTTAAC 
TTTGGAGATA GTTTAGAAGA CCTGGAAATC TTAAGAAAAA GTACTTTAAA GTTGATCAAT 
GTATGTGGGG ACTCTCCTAA AGTTCATTCG TATCCAGGAA AACAGGACCA TCTGTGGATT 
ATCATAGAAA TGATCTCCTC AAAGGTTAAT TTTATTAAGA ACAACGAGGC AGTACGTGTT 
AAAATATCTC TTTATGGTCT GGAACATATC TTTTTTGATG CTGCAAAAAA TCTTGTTTGG 
AAAGAGAGAA CACAATCCTT CAGCAAAAAA TACTCACAAA AGAAGGACGA AGAAAGGCTA 
CTCAGAGTGA ATAAATGTGC CTTTTCTAAG TTGCAGAAGA TATATGATAC TTTGTCTAAA 
GATTTAAACA ATGAACCAAT TTCCCCTATT GGGCTTGAGG AGGATACTAT AATTGCTTCC 
AGAAAGTCAG ATCATCCAAT AAACGAAGCA ACAATTAGCA TAGAAAATTC TAAATTTAAC 
AGTAATTTGC TTGCACACCC AGATATTTGT TGTATTAGTG AGATATTGGA TCAGGCTGAA 
TTTGCAGACC TTAAAAAATT ACAGGATCTC ACCTTGAGAT GTACAGATCA CTTAGAAATT 
TTAAAAAAAT ACTTTCAGAT GCTACAAGAT AATAACATGG ATAATATTTT TATCACAGAA 
GAAAATGTTT TAGACGTGGT GATAAACCAC AGCCATGAGG CTATCATTTT AAAGCCTGAA 
GCTATTGAAA TGTATATTGA AATCGTCATG GTCTCAGAAA CAATTCACTT TCTTAAAAAC 
TCAATAGCAA AGAAACTAGA CAAACAGAGG TTTCGAGGTA TGCTTTGGTT TGATTTGTCA 
CTTCTTCCTG AGCTGGTTCA GTGCCAAGAA AAAATGGCTT CTTTTTCATT TCTTAAAGAT 
AACTCAACAG ATGTTTGCCT TTGGAAAGTG ATAGAGACTG CTGTTTCCGA ACTTAAGAAA 
GATCTGGATA TTATCTGCAA ATATAATGAA GCTGTTAATT GCTCATATGC TATTCATTTG 
CTCTCAAGAG AACTTCAAGA ACTTTCAGAA ATAAAAAAGC TTCTGAAGAA GTCCAAGTAT 
TTTATTTCCA CATATATTGA CTTTGTGCCA TATATAGCAT CCATAAATTA TGGAAGCACT 
GTGACAGAGT TAGAATACAA CTACAATCAA TTTTCTACAC TGCTGAAGAA TGTAATGTCT 
GCCCCTAGGA AAGATTTAGG AAAAATGGCC CACATTAGGA AAGTCATGAA AACGATTGAA 
CATATGAAGA TGATATGTAC TAAAAATGCT GAACTAACCA TTTCCTTTTT CCTATGCCAA 
ATGCTGTATA ACAGAAGGAA GATTTTACAG CTGAAGAGAA AAGAAAAAAT GAATATTCAT 
ATTGTAAAAC CTGGGGAAAA TAACAATAAA TTTAGTATTT CTACGATGTT GCCCCCAGTA 
TCAGAGTGCA TAAACAAAAA CATCTCAAAT TCCTCTAAAA AACGACCGAG CACTGTAGAC 
AAATGTGAAG ACTCTCAGGA ACAACAGCAA GATACTACTG TTTCCAGTTG TAAAAAGCTA 
AAGGTAGACA TGAAAGATGT CACAAAAATC AACAGAGAAA AGGCAACATT CAAGCATCCA 
AGGACTACAG GATCTCATCC CAAAAGCGAA AACAAAATAG TACCAAGTTC ATGTGACAGT 
CTGAAAAGAA ATCATTTAAC GCCAAAAAAG GTTGAAATGC AAAGATCACT ACCTGGCTCA 
CTTTTACCCT TAGAGAACCC AAAAGACACT TGCGCATCAA AGTCGGAAAG CAAAATAGAC 
TTAACTGTTT CATCTGATCA CTTCAGTGGA CAACAGGAAA ATTTAAATAG CATGAAGAAA 
AGAAATGTGA ACTTCAGTGC TGCTGAAACA AAAAGTGATA AGAAAGATTG TGCTGCTTTT 
GCAATTTGTG ACCAAAAAAG TGTACATGGC ACATTTTCAC CAGACCATGG GACGCTTTTG 
CAGAAATTTC TTAAAAATTC CCCAGATCCC ACCCAAAAAT CCTGCCTTTC TGATATAAAC 
CCAGAAACTG ATGTTTCTCT TGTGCCTGAT GCGTCGGTGC TCTCAAAGCC AATTTTCTGT 
TTTGTGAAAG ATGTCCATCC TGATCTAGAA ATGAATGACA CAGTCTTTGA ACTTCAAGAT 
AATGATATAG TAAATTCATC TATTAAAAAT TCCTCATGCA TGACTTCTCC AGAACCCATC 
TGTATCCAGA ACAAAATTCC TACTCTGCAG ATAAACAAAC TACAGCCTAC AGAAACTGAG 
TCAGAGGACA AATACATGAA GGATACATTG AATCCCAATA CTGTGCATAC TTTTGGAGCA 
TCTGGGCATA TAACCCTTAA TGTGAATCAA GGAGCAGAGT ACTCTCTTTC TGAACAACAG 
AATGACAAAA ATTCAAAAGT CCTAATGCAG AATGCTGCCA CATATTGGAA TGAACTTCCA 
CAGTCTGCAT GTAACCCAAC ATATAATTCT TCTGAGCATT TATTTGGAAC TTCATATCCA 
TACTCTGCTT GGTGTGTTTA TCAGTACAGC AACAGCAATG GCAATGCCAT TACCCAGACA 
TACCAAGGGA TAACATCATA TGAAGTACAG CCATCTCCTT CTGGGCTGTT GACCACAGTT 
GCAAGTACTG CCCAGGGCAC ACATTCTAAT CTTCTGTACT CTCAATATTT TACTTATTTT 
GCGGGGGAGC CACAAGCAAA TGGCTTTGTG CCAGTGAATG GGTATTTTCA ATCTCAAATA 
CCTGCTTCTA ATTTTCGGCA GCCAATTTTT TCACAATATG CTTCTCATCA GCCATTACCA 
CAAGCTACAT ACCCTTACCT TCCTAATCGA TTTGTGCCTC CAGAAGTTCC TTGGGTTTAT 
GCTCCATGGC ACCAAGAATC CTTTCATCCA GGACACTGA

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

TEX15 ( XM_011544593.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542895.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X9, mRNA.

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CloneID	OHu42116
Clone ID Related Accession (Same CDS sequence)	XM_011544593.3 , XM_011544593.2 , XM_005273576.3 , XM_024447197.1
Accession Version	XM_011544593.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9210bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011544593.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

RefSeq	XP_011542895.1
CDS	1317..10526
Translation	MRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544593.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X9, mRNA.

Target ORF information:

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

XM_011544593.3

ORF Insert Sequence:

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

TEX15 ( XM_011544593.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542895.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X9, mRNA.

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CloneID	OHu42116
Clone ID Related Accession (Same CDS sequence)	XM_011544593.3 , XM_011544593.2 , XM_005273576.3 , XM_024447197.1
Accession Version	XM_011544593.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9210bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544593.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

RefSeq	XP_011542895.1
CDS	1317..10526
Translation	MRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544593.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X9, mRNA.

Target ORF information:

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

XM_011544593.2

ORF Insert Sequence:

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

TEX15 ( XM_005273576.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005273633.1 Homo sapiens testis expressed 15 (TEX15), transcript variant X8, mRNA.

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CloneID	OHu42116
Clone ID Related Accession (Same CDS sequence)	XM_011544593.3 , XM_011544593.2 , XM_005273576.3 , XM_024447197.1
Accession Version	XM_005273576.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9210bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	testis-expressed sequence 15 protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005273576.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

RefSeq	XP_005273633.1
CDS	91..9300
Translation	MRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_005273576.3
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15 (TEX15), transcript variant X8, mRNA.

Target ORF information:

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

XM_005273576.3

ORF Insert Sequence:

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

TEX15 ( XM_024447197.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024302965.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X8, mRNA.

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CloneID	OHu42116
Clone ID Related Accession (Same CDS sequence)	XM_011544593.3 , XM_011544593.2 , XM_005273576.3 , XM_024447197.1
Accession Version	XM_024447197.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9210bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

RefSeq	XP_024302965.1
CDS	363..9572
Translation	MRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_024447197.1
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X8, mRNA.

Target ORF information:

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

XM_024447197.1

ORF Insert Sequence:

ATGCGTGAAA GTGGAAGACA TTGCAGGGAA CTTGAAGAAC AGTTCTGCTT TTTAGCACTT 
CCCCAGAGTG ATGTAGCCCA GATATATCAG AATGGAATAA GTACCAGAGC ATCTACATTG 
AAGATACTAG GAAATCCTCT TCTTGGAATT TATATGTTTA GACATGTTGA TATTGCCTTG 
AATTATTCTC ATAGTCAAAG CATTACTGTA GAAAGTATTT TAATTTTTAA GGTTCTCTTT 
GGAAAAGTGA AGAAAATCCA ACCTTCTGTG GATAAAAATA AAGTTTCTTT GGATCCTTCT 
CCTAACTTTG ATTGCCATAT GTCAAGAAAT GCACCTTCTT TGAAAGATAC CATTGAACTG 
CAAGCCTACA GTTCAGCAGT GTACTTCTAT GAATACAGTG TCCTTTCAAA GCCTGTAGAT 
AAACCTAGGC AATGTCTTCC ATATGCTGTA GTAACAGTAA AATTTCTTGG TTCAAAAGTA 
GATAATGGAC GCCTTATGAC ATCTTTGAGA TTCCTCTCAA CAGGATTTCC TAAGAGAGCT 
GAAAGGACAT GCTCTCTGAA TAACTGTACA GTGGCCAAAA GATTTGGAAA AGGAAAAGAT 
GCTACTGTCA CCTTTGTGCA TTTCAAGAAA CCTGTAGATC CATTTGTTCA AGAAAACTGT 
TTATGCAATG CACTAAATTC AGAGATAAAT CCTTTCATCT CAAATATTTC TAACTCCTAT 
GGAAATGTAC AAAATGGAAA CATTTCTATA CCTGAAACAT ACAGTGGACA GACAGAGCAC 
AGTTTAGCAG AAATTAGAGA CACTTCTCAA GTACTTGCAC ATGATTCAGA CATTTCACTT 
ATGCCCAGTG ATGCCAAAGA CAGTGTTAAT GGTGACCTTT TGTTAAATTG GACAAGTCTT 
AAAAATATTT TAAGTGGTCT TAATGCTTCT TTTCCTCTTC ACAACAATAC TGGCTCAAGC 
ACAGTCACTA CTTCAAAATC CATCAAAGAC CCAAGACTGA TGAGGAGAGA AGAAAGTATG 
GGAGAACAGA GTAGTACTGC AGGCTTAAAT GAGGTTTTGC AATTTGAGAA GAGTTCAGAT 
AATGTTAATT CAGAAATAAA ATCGACACCA TCTAATTCTG CCTCCTCCTC AGAAGTTGTC 
CCTGGTGATT GTGCTGTTCT TACTAATGGT TTGGATACCC CTTGCTTTAA AACTTCTGTT 
AATGATTCAC AATCTTGGGC TCACAACATG GGCTCTGAGG ACTATGACTG TATACCTCCC 
AATAAAGTTA CCATGGCAGG GCAATGTAAG GACCAAGGTA ATTTTTCCTT CCCAATTTCT 
GTGTCAAATG TAGTGTCAGA GGTTGAGAAC CAAAACCACA GTGAGGAGAA GGCTCAGAGA 
GCCCAACAGG AGTCCGGTAA TGCTTATACA AAAGAGTACA GTAGTCACAT TTTTCAGGAC 
TCGCAGTCTT CTGATTTAAA AACAATTTAT CAGACTGGTT GCCAAACGTC TACAGTTTTT 
CCACTCAAAA AGAAAGTAAG CATTGATGAA TACCTTCAAA ATACTGGAAA GATGAAAAAC 
TTCGCTGACC TGGAAGACAG TTCCAAACAT GAAGAAAAGC AAACTTCATG GAAAGAAATT 
GATAATGATT TCACTAATGA AACAAAAATC AGTCCAATAG ATAATTACAT TGTTTTGCAC 
CAAGAATACA AAGAGAGTGA GAGTCATAAT TCTTTTGGGA AAAGCTGTGA TAAAATATTA 
ATTACTCAAG AGTTAGAAAT AACAAAATCT TCTACATCTA CCATAAAGGA TAAGGATGAA 
CTAGATCATC TAGCATTGGA ATGGCAAATT ACTCCAAGTT TTGAGAGCCT GTCACAAAAG 
CATCCTCAGC ACTCTGTGGA GTATGAGGGT AACATTCATA CAAGTTTAGC CATTGCTCAA 
AAGCTAATGG AACTGAAATT GGGGAAAATA AATCAAAATT ATGCTAGCAT TATAACTGAA 
GCTTTCCCGA AACCAAAAGA CATACCCCAG GCCAAAGAAA TGTTCATTGA TACAGTTATT 
TCATCTTATA ACATAGAAAC AGCTCATGAC AGTTCAAATT GCAGCATAAC TAGAGAACAT 
ATATGTGTCC ATAGGAAAAA TGAAAATGAA CCAGTGTCAT TAGAGAACAT TCAGAGAGAC 
TATAAAGAAA CTGCTTATGT TGAAGATAGG GGTCAGGATC ACAATCTGTT CTGTAATTCA 
CAGTTAAGCA ATGATATATG GCTGAATGTT AATTTCAAAA AACAAACAGA TAGAGAAAAC 
CAAAATGAGG CTAAAGAGAA TAGTGCTTCA TGTGTAGAAA ACAACATAGA GAACATATAT 
GGAGACAAAA AGCAGGATTC TCATACAAAC GAAAATTTCA GCAATATAGA TGAAAAGGAG 
GACAAAAATT ACCACAATAT AGAAATTTTG AGTTCTGAAG AATTTTCTAC TAAATTTAAC 
TTGATTTGCA GAGAAGATAA TGCAGTGTCA GCAGCAACTG CATTATTAGA GAGTGAAGAA 
GATACCATTA GTGCCGTGAA ACAAAAAGAT ACTGAAAATA CTGGAAGAAG TGTAGAGCAT 
TTGGCTTCCA CGACATTTCC CAAAACTGCA AGTTCTTCAG TGTGTGTAGC CTCAAATGCT 
GCAATACAGA TAGCTAGTGC TACTATGCCT GCATTAAGCC TAAATAATGA CGATCACCAG 
ATATACCAGT TTAAAGAAAC TTGTTCTTCT GAAAGTCCAG ATTTTGGTTT GTTAGTAAAA 
CATAGGGTTT CTGATTGTGA AATTGATACG GATAAAAATA AATCACAAGA ATCATTTCAT 
CAATCAATAA ATGAGAACTT AGTTCTTCAG AGCATTGAAT TGGAAAGTGA AATTGAAATA 
GAATTAGAAG ATTGTGATGA TGCTTTTATA TTTCAACAAG ATACACATAG CCATGAAAAC 
ATGCTTTGTG AAGAATTTGT GACCTCATAT AAGGCTCTGA AGTCTCGTAT CAGTTGGGAA 
GGTCTGTTAG CACTTGATAA CGGGGAGATG GAAGTTTTGG AAAGCACCAC AGGAAGGGAG 
AATAGTGATC AGCATTATTC TAAGGAAAGT AACTATTTTT ATTCCTCTAC ACAAAACAAT 
GAAACAGAAC TTACCAGCCC AATTTTACTT CCAGATCTAC AAATTAAAAT TACTAATATA 
TTTAGGCCAG GATTCAGCCC GACAGCTGAC TCCCTTGCAT TGAAAGATAG TTTTTGCACA 
CATGTAACTG AAGCCACAAA ACCGGAAATA AATAAGGAAG ATGGAGAAAT TCTAGGATTT 
GACATTTATT CCCAGCCTTT TGGTGAAAAT GCAGATTATC CATGTGAAGA TAAAGTTGAT 
AATATAAGGC AAGAATCAGG GCCAGTGAGT AACTCTGAAA TCTCCCTTTC TTTTGACTTG 
AGTCGTAATA CAGATGTGAA TCATACGTCT GAAAATCAGA ACAGTGAATC TTTGTTTACT 
GAACCTTCTA ATGTCACAAC AATAGATGAT GGAAGCAGAT GTTTCTTTAC AAAATCAAAA 
ACTGACTATA ATGATACCAA AAATAAAAAG GAGGTAGAAT CAAGAATTAG CAAAAGGAAG 
CTACATATAT CTTCCAGGGA TCAGAACATA CCACATAAAG ATTTAAGACG ACATAAAATT 
TATGGGAGAA AGAGGAGGCT AACCAGTCAA GACTCATCTG AGTGTTTCTC TTCATTATCC 
CAAGGACGAA TTAAAACATT TTCACAGTCA GAAAAGCACA TTAAGAGTGT CCTAAATATC 
CTAAGTGATG AAGCATCTTT ATGTAAAAGC AAATGTCTTT CCAGAAAACT AGACAAAGCA 
GTTGTTCACT TAAAAAAAGC TCATAGAAGA GTTCACACAT CTTTGCAGCT TATAACTAAA 
GTAGGAGAAG AAAGAAAGGG CCCATTACCA AAATCATATG CAATAATATG CAATAATTTC 
TGGGAAAGTT GTGACCTTCA AGGTTATAGT TCTGTGTCTC AAAGAAAATA TTATTCTACT 
AAGCATTTTT CGTCAAAAAG AAAATATGAC AAACGGAGAA AGAAAAGAGC TCCAAAAGCT 
GATATTTCTA AATCATTAAC CCATGTGTCA AAGCACAAGT CTTATAAAAC AAGTGGAGAG 
AAAAAATGCC TTTCTAGGAA AAGTATGGCT AGCAGTGTCT CAAAAAGTCA CCCCACCACC 
AGTCACATGG GAGAATTTTG TAATCAAGAA CATCCTGAAT CACAGTTGCC TGTATCCTCC 
ACATCCCAAA GTACAAGTCA GTCAGTTTAT TATAATAGCA GTGTAAGCAA TCCAAGTTTA 
TCAGAAGAAC ATCAGCCCTT TTCTGGAAAA ACTGCATATC TGTTTTCCCC AGACCACTCA 
GATGAGAAAC TAATAGAAAA AGAAAATCAA ATTGATACAG CATTTTTATC TAGCACTAGT 
AAATATGAAA AGCTTGAAAA ACATTCAGCA AATCATAATG TTAAAGATGC AACTAAAGAA 
AACAGTTGTG ACGCTAATGA AGTAATAAAT GAAAGTAATT CTGTATCTTT AAGTTGCATA 
AAAGAAAACA TAAATTCTAG TACAGGCAAC GATTGTGATG CAACTTGCAT AGGTCACACA 
AAGGCGAAAA CTGACGTACT TATATCAGTC TTAGATTCAA ATGTGAAGCA CTTTTTAAAT 
GATCTCTACC AACAAGGTAA CCTTATTTTA TCTGATTGTA AAAGAAACCT GGAAGTAAAG 
TGGACAGATC CTATTGAGAG ACCCAAACAA AACATTATTA CAGGAAACTT CCTTATGGGC 
CCATTAAACC TAACTTTGAT AGCAAGTAAA AAGTACAGTA TTCCTCAGTT ATCAGCCGCT 
GCAGTGACAG ATAGTGAGGG AGAATCTTCA AAATCTTACT TGGATAAGCA GAGAATTCTT 
ACTGTAGATT CTTTTGCAGC ATCCAGTACT GTACCACACT GTGAGCAGAG CTGTAGAGAA 
AAAGAGCTTC TAAAGACAGA ACAGTGCTCT TCAGGTAATT GCCTCCATAC AGATGGGAAT 
GAAACAAATG TCACTGAGAA TTATGAGTTG GATGTAGCAT CAGGAACTGA AGAAGATAAA 
AGTTATGGGG AAAATATAGT GGAATTATCT TCCAGTGATA GTTCTCTGCT TTTAAAAGAT 
AATGTAAAAG GCTCCTCTTC AGAAACATGT ATTGTGAAGA AAGACACTGA GGACAGAATA 
ACGTGGAAAG TTAAACAAGC GGAAAAAGCA AAAGATTCTG TTTACAAAAG AAGCATGACT 
GAAGGATCAA CTGTTAATAC TGAGTACAAA AATCAAAAGA ATCAGATCTC AGAAGAATCC 
TGCTTAAATG AGAAAATTAT TACAACTAAC TTGATTGATT CCCATCTGAG CACTAAAAAT 
ACTACCACTG AGTCAGTCCC TTTGAAGAAC ACAGTTTCTA ATCCGCTTAA CAAAAGAGAG 
AAGAAGGGGG AAATTAAAGT TAGTAAAGAC TCGCAGTCTG ACTTGACATT ACATTCAGAA 
ATAGCCTATA TTTCCAAACC AGGAATTCTA GGAGTTAATC ATACGCCTAT TTTACCTGCC 
CACTCTGAAA CCTGTAAAGT CCCTACTCTT CTGAAGAAAC CTGCGTCATA CGTGAGTGAT 
TTTAAAGAAA AACATTGCTC AGCTAATCAT ACGGCCCTTA TAGCTAATCT ATCTCAAATT 
TTGCAGAGGG CAGATGAAGC ATCATCTTTG CAGATTCTAC AGGAAGAAAC TAAGGTTTGT 
CTAAATATTC TCCCTTTATT TGTGGAAGCT TTTGAAAGAA AGCAAGAATG TTCAGTTGAA 
CAAATCCTGA TTTCAAGAGA ACTGTTGGTA GACCAAAACC TGTGGAATAA TTGCAAACAC 
ACATTAAAAC CATGTGCTGT TGACACTTTG GTAGAACTTC AAATGATGAT GGAAACAATT 
CAATTCATTG AAAACAAAAA AAGGCACTTA GAAGGTGAAC CAACATTGCG AAGCTTGCTT 
TGGTATGATG AAACACTGTA TGCTGAGCTT CTTGGAAAAC CACGTGGATT TCAACAGCAG 
TCTAATTTCT ATCCTGGTTT CCAAGGAAGA TTAAAATATA ATGCATTCTG TGAGTTACAG 
ACTTACCATG ATCAATTAGT TGAATTGCTT GAAGAAACAA AAAGGGAAAA GAATTCATAC 
TATGTATTCT TAAAGTACAA ACGACAGGTT AATGAATGTG AAGCCATAAT GGAGCATTGT 
TCCGATTGCT TTGATTTTTC TCTTTCTGTT CCATTTACCT GTGGAGTTAA CTTTGGAGAT 
AGTTTAGAAG ACCTGGAAAT CTTAAGAAAA AGTACTTTAA AGTTGATCAA TGTATGTGGG 
GACTCTCCTA AAGTTCATTC GTATCCAGGA AAACAGGACC ATCTGTGGAT TATCATAGAA 
ATGATCTCCT CAAAGGTTAA TTTTATTAAG AACAACGAGG CAGTACGTGT TAAAATATCT 
CTTTATGGTC TGGAACATAT CTTTTTTGAT GCTGCAAAAA ATCTTGTTTG GAAAGAGAGA 
ACACAATCCT TCAGCAAAAA ATACTCACAA AAGAAGGACG AAGAAAGGCT ACTCAGAGTG 
AATAAATGTG CCTTTTCTAA GTTGCAGAAG ATATATGATA CTTTGTCTAA AGATTTAAAC 
AATGAACCAA TTTCCCCTAT TGGGCTTGAG GAGGATACTA TAATTGCTTC CAGAAAGTCA 
GATCATCCAA TAAACGAAGC AACAATTAGC ATAGAAAATT CTAAATTTAA CAGTAATTTG 
CTTGCACACC CAGATATTTG TTGTATTAGT GAGATATTGG ATCAGGCTGA ATTTGCAGAC 
CTTAAAAAAT TACAGGATCT CACCTTGAGA TGTACAGATC ACTTAGAAAT TTTAAAAAAA 
TACTTTCAGA TGCTACAAGA TAATAACATG GATAATATTT TTATCACAGA AGAAAATGTT 
TTAGACGTGG TGATAAACCA CAGCCATGAG GCTATCATTT TAAAGCCTGA AGCTATTGAA 
ATGTATATTG AAATCGTCAT GGTCTCAGAA ACAATTCACT TTCTTAAAAA CTCAATAGCA 
AAGAAACTAG ACAAACAGAG GTTTCGAGGT ATGCTTTGGT TTGATTTGTC ACTTCTTCCT 
GAGCTGGTTC AGTGCCAAGA AAAAATGGCT TCTTTTTCAT TTCTTAAAGA TAACTCAACA 
GATGTTTGCC TTTGGAAAGT GATAGAGACT GCTGTTTCCG AACTTAAGAA AGATCTGGAT 
ATTATCTGCA AATATAATGA AGCTGTTAAT TGCTCATATG CTATTCATTT GCTCTCAAGA 
GAACTTCAAG AACTTTCAGA AATAAAAAAG CTTCTGAAGA AGTCCAAGTA TTTTATTTCC 
ACATATATTG ACTTTGTGCC ATATATAGCA TCCATAAATT ATGGAAGCAC TGTGACAGAG 
TTAGAATACA ACTACAATCA ATTTTCTACA CTGCTGAAGA ATGTAATGTC TGCCCCTAGG 
AAAGATTTAG GAAAAATGGC CCACATTAGG AAAGTCATGA AAACGATTGA ACATATGAAG 
ATGATATGTA CTAAAAATGC TGAACTAACC ATTTCCTTTT TCCTATGCCA AATGCTGTAT 
AACAGAAGGA AGATTTTACA GCTGAAGAGA AAAGAAAAAA TGAATATTCA TATTGTAAAA 
CCTGGGGAAA ATAACAATAA ATTTAGTATT TCTACGATGT TGCCCCCAGT ATCAGAGTGC 
ATAAACAAAA ACATCTCAAA TTCCTCTAAA AAACGACCGA GCACTGTAGA CAAATGTGAA 
GACTCTCAGG AACAACAGCA AGATACTACT GTTTCCAGTT GTAAAAAGCT AAAGGTAGAC 
ATGAAAGATG TCACAAAAAT CAACAGAGAA AAGGCAACAT TCAAGCATCC AAGGACTACA 
GGATCTCATC CCAAAAGCGA AAACAAAATA GTACCAAGTT CATGTGACAG TCTGAAAAGA 
AATCATTTAA CGCCAAAAAA GGTTGAAATG CAAAGATCAC TACCTGGCTC ACTTTTACCC 
TTAGAGAACC CAAAAGACAC TTGCGCATCA AAGTCGGAAA GCAAAATAGA CTTAACTGTT 
TCATCTGATC ACTTCAGTGG ACAACAGGAA AATTTAAATA GCATGAAGAA AAGAAATGTG 
AACTTCAGTG CTGCTGAAAC AAAAAGTGAT AAGAAAGATT GTGCTGCTTT TGCAATTTGT 
GACCAAAAAA GTGTACATGG CACATTTTCA CCAGACCATG GGACGCTTTT GCAGAAATTT 
CTTAAAAATT CCCCAGATCC CACCCAAAAA TCCTGCCTTT CTGATATAAA CCCAGAAACT 
GATGTTTCTC TTGTGCCTGA TGCGTCGGTG CTCTCAAAGC CAATTTTCTG TTTTGTGAAA 
GATGTCCATC CTGATCTAGA AATGAATGAC ACAGTCTTTG AACTTCAAGA TAATGATATA 
GTAAATTCAT CTATTAAAAA TTCCTCATGC ATGACTTCTC CAGAACCCAT CTGTATCCAG 
AACAAAATTC CTACTCTGCA GATAAACAAA CTACAGCCTA CAGAAACTGA GTCAGAGGAC 
AAATACATGA AGGATACATT GAATCCCAAT ACTGTGCATA CTTTTGGAGC ATCTGGGCAT 
ATAACCCTTA ATGTGAATCA AGGAGCAGAG TACTCTCTTT CTGAACAACA GAATGACAAA 
AATTCAAAAG TCCTAATGCA GAATGCTGCC ACATATTGGA ATGAACTTCC ACAGTCTGCA 
TGTAACCCAA CATATAATTC TTCTGAGCAT TTATTTGGAA CTTCATATCC ATACTCTGCT 
TGGTGTGTTT ATCAGTACAG CAACAGCAAT GGCAATGCCA TTACCCAGAC ATACCAAGGG 
ATAACATCAT ATGAAGTACA GCCATCTCCT TCTGGGCTGT TGACCACAGT TGCAAGTACT 
GCCCAGGGCA CACATTCTAA TCTTCTGTAC TCTCAATATT TTACTTATTT TGCGGGGGAG 
CCACAAGCAA ATGGCTTTGT GCCAGTGAAT GGGTATTTTC AATCTCAAAT ACCTGCTTCT 
AATTTTCGGC AGCCAATTTT TTCACAATAT GCTTCTCATC AGCCATTACC ACAAGCTACA 
TACCCTTACC TTCCTAATCG ATTTGTGCCT CCAGAAGTTC CTTGGGTTTA TGCTCCATGG 
CACCAAGAAT CCTTTCATCC AGGACACTGA

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

TEX15 ( XM_011544588.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011542890.1 Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X1, mRNA.

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CloneID	OHu69942
Clone ID Related Accession (Same CDS sequence)	XM_011544588.2
Accession Version	XM_011544588.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9531bp) 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	2019-06-12
Organism	Homo sapiens(human)
Product	testis-expressed protein 15 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000008.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011544588.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20190607 Annotation Version :: 109.20190607 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA Annotation Freeze :: 20190607 ##Genome-Annotation-Data-END##

ATGGCCAACA AAATGGAAAT GAAAGAAACT GCTAAACAGG ATACACTGTG GCAAATGAGC 
TCAACTAGCA AACCCGTGTT GAATACTCGT GAAGTCAATC CTTTGAAGAA ATTCACCATT 
CCTAAGATCA GGAGGACAGC TGAGAAAGTT TACTTGTCAC CTTGTTACAC CAATAGTAGA 
GAGTATAGTT TTATACATGA TACTCTTAAC CAGTGCAGGC TTGATGTAAA CTGTGATCTG 
CAGTCGTTAT GGCAGTTTGG GGATACAAAA CTGGTTCACA ATGAGGAACT GGAAAAAAAT 
TTTACTGCTA AGAGGTCAGA GATGCGTGAA AGTGGAAGAC ATTGCAGGGA ACTTGAAGAA 
CAGTTCTGCT TTTTAGCACT TCCCCAGAGT GATGTAGCCC AGATATATCA GAATGGAATA 
AGTACCAGAG CATCTACATT GAAGATACTA GGAAATCCTC TTCTTGGAAT TTATATGTTT 
AGACATGTTG ATATTGCCTT GAATTATTCT CATAGTCAAA GCATTACTGT AGAAAGTATT 
TTAATTTTTA AGGTTCTCTT TGGAAAAGTG AAGAAAATCC AACCTTCTGT GGATAAAAAT 
AAAGTTTCTT TGGATCCTTC TCCTAACTTT GATTGCCATA TGTCAAGAAA TGCACCTTCT 
TTGAAAGATA CCATTGAACT GCAAGCCTAC AGTTCAGCAG TGTACTTCTA TGAATACAGT 
GTCCTTTCAA AGCCTGTAGA TAAACCTAGG CAATGTCTTC CATATGCTGT AGTAACAGTA 
AAATTTCTTG GTTCAAAAGT AGATAATGGA CGCCTTATGA CATCTTTGAG ATTCCTCTCA 
ACAGGATTTC CTAAGAGAGC TGAAAGGACA TGCTCTCTGA ATAACTGTAC AGTGGCCAAA 
AGATTTGGAA AAGGAAAAGA TGCTACTGTC ACCTTTGTGC ATTTCAAGAA ACCTGTAGAT 
CCATTTGTTC AAGAAAACTG TTTATGCAAT GCACTAAATT CAGAGATAAA TCCTTTCATC 
TCAAATATTT CTAACTCCTA TGGAAATGTA CAAAATGGAA ACATTTCTAT ACCTGAAACA 
TACAGTGGAC AGACAGAGCA CAGTTTAGCA GAAATTAGAG ACACTTCTCA AGTACTTGCA 
CATGATTCAG ACATTTCACT TATGCCCAGT GATGCCAAAG ACAGTGTTAA TGGTGACCTT 
TTGTTAAATT GGACAAGTCT TAAAAATATT TTAAGTGGTC TTAATGCTTC TTTTCCTCTT 
CACAACAATA CTGGCTCAAG CACAGTCACT ACTTCAAAAT CCATCAAAGA CCCAAGACTG 
ATGAGGAGAG AAGAAAGTAT GGGAGAACAG AGTAGTACTG CAGGCTTAAA TGAGGTTTTG 
CAATTTGAGA AGAGTTCAGA TAATGTTAAT TCAGAAATAA AATCGACACC ATCTAATTCT 
GCCTCCTCCT CAGAAGTTGT CCCTGGTGAT TGTGCTGTTC TTACTAATGG TTTGGATACC 
CCTTGCTTTA AAACTTCTGT TAATGATTCA CAATCTTGGG CTCACAACAT GGGCTCTGAG 
GACTATGACT GTATACCTCC CAATAAAGTT ACCATGGCAG GGCAATGTAA GGACCAAGGT 
AATTTTTCCT TCCCAATTTC TGTGTCAAAT GTAGTGTCAG AGGTTGAGAA CCAAAACCAC 
AGTGAGGAGA AGGCTCAGAG AGCCCAACAG GAGTCCGGTA ATGCTTATAC AAAAGAGTAC 
AGTAGTCACA TTTTTCAGGA CTCGCAGTCT TCTGATTTAA AAACAATTTA TCAGACTGGT 
TGCCAAACGT CTACAGTTTT TCCACTCAAA AAGAAAGTAA GCATTGATGA ATACCTTCAA 
AATACTGGAA AGATGAAAAA CTTCGCTGAC CTGGAAGACA GTTCCAAACA TGAAGAAAAG 
CAAACTTCAT GGAAAGAAAT TGATAATGAT TTCACTAATG AAACAAAAAT CAGTCCAATA 
GATAATTACA TTGTTTTGCA CCAAGAATAC AAAGAGAGTG AGAGTCATAA TTCTTTTGGG 
AAAAGCTGTG ATAAAATATT AATTACTCAA GAGTTAGAAA TAACAAAATC TTCTACATCT 
ACCATAAAGG ATAAGGATGA ACTAGATCAT CTAGCATTGG AATGGCAAAT TACTCCAAGT 
TTTGAGAGCC TGTCACAAAA GCATCCTCAG CACTCTGTGG AGTATGAGGG TAACATTCAT 
ACAAGTTTAG CCATTGCTCA AAAGCTAATG GAACTGAAAT TGGGGAAAAT AAATCAAAAT 
TATGCTAGCA TTATAACTGA AGCTTTCCCG AAACCAAAAG ACATACCCCA GGCCAAAGAA 
ATGTTCATTG ATACAGTTAT TTCATCTTAT AACATAGAAA CAGCTCATGA CAGTTCAAAT 
TGCAGCATAA CTAGAGAACA TATATGTGTC CATAGGAAAA ATGAAAATGA ACCAGTGTCA 
TTAGAGAACA TTCAGAGAGA CTATAAAGAA ACTGCTTATG TTGAAGATAG GGGTCAGGAT 
CACAATCTGT TCTGTAATTC ACAGTTAAGC AATGATATAT GGCTGAATGT TAATTTCAAA 
AAACAAACAG ATAGAGAAAA CCAAAATGAG GCTAAAGAGA ATAGTGCTTC ATGTGTAGAA 
AACAACATAG AGAACATATA TGGAGACAAA AAGCAGGATT CTCATACAAA CGAAAATTTC 
AGCAATATAG ATGAAAAGGA GGACAAAAAT TACCACAATA TAGAAATTTT GAGTTCTGAA 
GAATTTTCTA CTAAATTTAA CTTGATTTGC AGAGAAGATA ATGCAGTGTC AGCAGCAACT 
GCATTATTAG AGAGTGAAGA AGATACCATT AGTGCCGTGA AACAAAAAGA TACTGAAAAT 
ACTGGAAGAA GTGTAGAGCA TTTGGCTTCC ACGACATTTC CCAAAACTGC AAGTTCTTCA 
GTGTGTGTAG CCTCAAATGC TGCAATACAG ATAGCTAGTG CTACTATGCC TGCATTAAGC 
CTAAATAATG ACGATCACCA GATATACCAG TTTAAAGAAA CTTGTTCTTC TGAAAGTCCA 
GATTTTGGTT TGTTAGTAAA ACATAGGGTT TCTGATTGTG AAATTGATAC GGATAAAAAT 
AAATCACAAG AATCATTTCA TCAATCAATA AATGAGAACT TAGTTCTTCA GAGCATTGAA 
TTGGAAAGTG AAATTGAAAT AGAATTAGAA GATTGTGATG ATGCTTTTAT ATTTCAACAA 
GATACACATA GCCATGAAAA CATGCTTTGT GAAGAATTTG TGACCTCATA TAAGGCTCTG 
AAGTCTCGTA TCAGTTGGGA AGGTCTGTTA GCACTTGATA ACGGGGAGAT GGAAGTTTTG 
GAAAGCACCA CAGGAAGGGA GAATAGTGAT CAGCATTATT CTAAGGAAAG TAACTATTTT 
TATTCCTCTA CACAAAACAA TGAAACAGAA CTTACCAGCC CAATTTTACT TCCAGATCTA 
CAAATTAAAA TTACTAATAT ATTTAGGCCA GGATTCAGCC CGACAGCTGA CTCCCTTGCA 
TTGAAAGATA GTTTTTGCAC ACATGTAACT GAAGCCACAA AACCGGAAAT AAATAAGGAA 
GATGGAGAAA TTCTAGGATT TGACATTTAT TCCCAGCCTT TTGGTGAAAA TGCAGATTAT 
CCATGTGAAG ATAAAGTTGA TAATATAAGG CAAGAATCAG GGCCAGTGAG TAACTCTGAA 
ATCTCCCTTT CTTTTGACTT GAGTCGTAAT ACAGATGTGA ATCATACGTC TGAAAATCAG 
AACAGTGAAT CTTTGTTTAC TGAACCTTCT AATGTCACAA CAATAGATGA TGGAAGCAGA 
TGTTTCTTTA CAAAATCAAA AACTGACTAT AATGATACCA AAAATAAAAA GGAGGTAGAA 
TCAAGAATTA GCAAAAGGAA GCTACATATA TCTTCCAGGG ATCAGAACAT ACCACATAAA 
GATTTAAGAC GACATAAAAT TTATGGGAGA AAGAGGAGGC TAACCAGTCA AGACTCATCT 
GAGTGTTTCT CTTCATTATC CCAAGGACGA ATTAAAACAT TTTCACAGTC AGAAAAGCAC 
ATTAAGAGTG TCCTAAATAT CCTAAGTGAT GAAGCATCTT TATGTAAAAG CAAATGTCTT 
TCCAGAAAAC TAGACAAAGC AGTTGTTCAC TTAAAAAAAG CTCATAGAAG AGTTCACACA 
TCTTTGCAGC TTATAACTAA AGTAGGAGAA GAAAGAAAGG GCCCATTACC AAAATCATAT 
GCAATAATAT GCAATAATTT CTGGGAAAGT TGTGACCTTC AAGGTTATAG TTCTGTGTCT 
CAAAGAAAAT ATTATTCTAC TAAGCATTTT TCGTCAAAAA GAAAATATGA CAAACGGAGA 
AAGAAAAGAG CTCCAAAAGC TGATATTTCT AAATCATTAA CCCATGTGTC AAAGCACAAG 
TCTTATAAAA CAAGTGGAGA GAAAAAATGC CTTTCTAGGA AAAGTATGGC TAGCAGTGTC 
TCAAAAAGTC ACCCCACCAC CAGTCACATG GGAGAATTTT GTAATCAAGA ACATCCTGAA 
TCACAGTTGC CTGTATCCTC CACATCCCAA AGTACAAGTC AGTCAGTTTA TTATAATAGC 
AGTGTAAGCA ATCCAAGTTT ATCAGAAGAA CATCAGCCCT TTTCTGGAAA AACTGCATAT 
CTGTTTTCCC CAGACCACTC AGATGAGAAA CTAATAGAAA AAGAAAATCA AATTGATACA 
GCATTTTTAT CTAGCACTAG TAAATATGAA AAGCTTGAAA AACATTCAGC AAATCATAAT 
GTTAAAGATG CAACTAAAGA AAACAGTTGT GACGCTAATG AAGTAATAAA TGAAAGTAAT 
TCTGTATCTT TAAGTTGCAT AAAAGAAAAC ATAAATTCTA GTACAGGCAA CGATTGTGAT 
GCAACTTGCA TAGGTCACAC AAAGGCGAAA ACTGACGTAC TTATATCAGT CTTAGATTCA 
AATGTGAAGC ACTTTTTAAA TGATCTCTAC CAACAAGGTA ACCTTATTTT ATCTGATTGT 
AAAAGAAACC TGGAAGTAAA GTGGACAGAT CCTATTGAGA GACCCAAACA AAACATTATT 
ACAGGAAACT TCCTTATGGG CCCATTAAAC CTAACTTTGA TAGCAAGTAA AAAGTACAGT 
ATTCCTCAGT TATCAGCCGC TGCAGTGACA GATAGTGAGG GAGAATCTTC AAAATCTTAC 
TTGGATAAGC AGAGAATTCT TACTGTAGAT TCTTTTGCAG CATCCAGTAC TGTACCACAC 
TGTGAGCAGA GCTGTAGAGA AAAAGAGCTT CTAAAGACAG AACAGTGCTC TTCAGGTAAT 
TGCCTCCATA CAGATGGGAA TGAAACAAAT GTCACTGAGA ATTATGAGTT GGATGTAGCA 
TCAGGAACTG AAGAAGATAA AAGTTATGGG GAAAATATAG TGGAATTATC TTCCAGTGAT 
AGTTCTCTGC TTTTAAAAGA TAATGTAAAA GGCTCCTCTT CAGAAACATG TATTGTGAAG 
AAAGACACTG AGGACAGAAT AACGTGGAAA GTTAAACAAG CGGAAAAAGC AAAAGATTCT 
GTTTACAAAA GAAGCATGAC TGAAGGATCA ACTGTTAATA CTGAGTACAA AAATCAAAAG 
AATCAGATCT CAGAAGAATC CTGCTTAAAT GAGAAAATTA TTACAACTAA CTTGATTGAT 
TCCCATCTGA GCACTAAAAA TACTACCACT GAGTCAGTCC CTTTGAAGAA CACAGTTTCT 
AATCCGCTTA ACAAAAGAGA GAAGAAGGGG GAAATTAAAG TTAGTAAAGA CTCGCAGTCT 
GACTTGACAT TACATTCAGA AATAGCCTAT ATTTCCAAAC CAGGAATTCT AGGAGTTAAT 
CATACGCCTA TTTTACCTGC CCACTCTGAA ACCTGTAAAG TCCCTACTCT TCTGAAGAAA 
CCTGCGTCAT ACGTGAGTGA TTTTAAAGAA AAACATTGCT CAGCTAATCA TACGGCCCTT 
ATAGCTAATC TATCTCAAAT TTTGCAGAGG GCAGATGAAG CATCATCTTT GCAGATTCTA 
CAGGAAGAAA CTAAGGTTTG TCTAAATATT CTCCCTTTAT TTGTGGAAGC TTTTGAAAGA 
AAGCAAGAAT GTTCAGTTGA ACAAATCCTG ATTTCAAGAG AACTGTTGGT AGACCAAAAC 
CTGTGGAATA ATTGCAAACA CACATTAAAA CCATGTGCTG TTGACACTTT GGTAGAACTT 
CAAATGATGA TGGAAACAAT TCAATTCATT GAAAACAAAA AAAGGCACTT AGAAGGTGAA 
CCAACATTGC GAAGCTTGCT TTGGTATGAT GAAACACTGT ATGCTGAGCT TCTTGGAAAA 
CCACGTGGAT TTCAACAGCA GTCTAATTTC TATCCTGGTT TCCAAGGAAG ATTAAAATAT 
AATGCATTCT GTGAGTTACA GACTTACCAT GATCAATTAG TTGAATTGCT TGAAGAAACA 
AAAAGGGAAA AGAATTCATA CTATGTATTC TTAAAGTACA AACGACAGGT TAATGAATGT 
GAAGCCATAA TGGAGCATTG TTCCGATTGC TTTGATTTTT CTCTTTCTGT TCCATTTACC 
TGTGGAGTTA ACTTTGGAGA TAGTTTAGAA GACCTGGAAA TCTTAAGAAA AAGTACTTTA 
AAGTTGATCA ATGTATGTGG GGACTCTCCT AAAGTTCATT CGTATCCAGG AAAACAGGAC 
CATCTGTGGA TTATCATAGA AATGATCTCC TCAAAGGTTA ATTTTATTAA GAACAACGAG 
GCAGTACGTG TTAAAATATC TCTTTATGGT CTGGAACATA TCTTTTTTGA TGCTGCAAAA 
AATCTTGTTT GGAAAGAGAG AACACAATCC TTCAGCAAAA AATACTCACA AAAGAAGGAC 
GAAGAAAGGC TACTCAGAGT GAATAAATGT GCCTTTTCTA AGTTGCAGAA GATATATGAT 
ACTTTGTCTA AAGATTTAAA CAATGAACCA ATTTCCCCTA TTGGGCTTGA GGAGGATACT 
ATAATTGCTT CCAGAAAGTC AGATCATCCA ATAAACGAAG CAACAATTAG CATAGAAAAT 
TCTAAATTTA ACAGTAATTT GCTTGCACAC CCAGATATTT GTTGTATTAG TGAGATATTG 
GATCAGGCTG AATTTGCAGA CCTTAAAAAA TTACAGGATC TCACCTTGAG ATGTACAGAT 
CACTTAGAAA TTTTAAAAAA ATACTTTCAG ATGCTACAAG ATAATAACAT GGATAATATT 
TTTATCACAG AAGAAAATGT TTTAGACGTG GTGATAAACC ACAGCCATGA GGCTATCATT 
TTAAAGCCTG AAGCTATTGA AATGTATATT GAAATCGTCA TGGTCTCAGA AACAATTCAC 
TTTCTTAAAA ACTCAATAGC AAAGAAACTA GACAAACAGA GGTTTCGAGG TATGCTTTGG 
TTTGATTTGT CACTTCTTCC TGAGCTGGTT CAGTGCCAAG AAAAAATGGC TTCTTTTTCA 
TTTCTTAAAG ATAACTCAAC AGATGTTTGC CTTTGGAAAG TGATAGAGAC TGCTGTTTCC 
GAACTTAAGA AAGATCTGGA TATTATCTGC AAATATAATG AAGCTGTTAA TTGCTCATAT 
GCTATTCATT TGCTCTCAAG AGAACTTCAA GAACTTTCAG AAATAAAAAA GCTTCTGAAG 
AAGTCCAAGT ATTTTATTTC CACATATATT GACTTTGTGC CATATATAGC ATCCATAAAT 
TATGGAAGCA CTGTGACAGA GTTAGAATAC AACTACAATC AATTTTCTAC ACTGCTGAAG 
AATGTAATGT CTGCCCCTAG GAAAGATTTA GGAAAAATGG CCCACATTAG GAAAGTCATG 
AAAACGATTG AACATATGAA GATGATATGT ACTAAAAATG CTGAACTAAC CATTTCCTTT 
TTCCTATGCC AAATGCTGTA TAACAGAAGG AAGATTTTAC AGCTGAAGAG AAAAGAAAAA 
ATGAATATTC ATATTGTAAA ACCTGGGGAA AATAACAATA AATTTAGTAT TTCTACGATG 
TTGCCCCCAG TATCAGAGTG CATAAACAAA AACATCTCAA ATTCCTCTAA AAAACGACCG 
AGCACTGTAG ACAAATGTGA AGACTCTCAG GAACAACAGC AAGATACTAC TGTTTCCAGT 
TGTAAAAAGC TAAAGGTAGA CATGAAAGAT GTCACAAAAA TCAACAGAGA AAAGGCAACA 
TTCAAGCATC CAAGGACTAC AGGATCTCAT CCCAAAAGCG AAAACAAAAT AGTACCAAGT 
TCATGTGACA GTCTGAAAAG AAATCATTTA ACGCCAAAAA AGGTTGAAAT GCAAAGATCA 
CTACCTGGCT CACTTTTACC CTTAGAGAAC CCAAAAGACA CTTGCGCATC AAAGTCGGAA 
AGCAAAATAG ACTTAACTGT TTCATCTGAT CACTTCAGTG GACAACAGGA AAATTTAAAT 
AGCATGAAGA AAAGAAATGT GAACTTCAGT GCTGCTGAAA CAAAAAGTGA TAAGAAAGAT 
TGTGCTGCTT TTGCAATTTG TGACCAAAAA AGTGTACATG GCACATTTTC ACCAGACCAT 
GGGACGCTTT TGCAGAAATT TCTTAAAAAT TCCCCAGATC CCACCCAAAA ATCCTGCCTT 
TCTGATATAA ACCCAGAAAC TGATGTTTCT CTTGTGCCTG ATGCGTCGGT GCTCTCAAAG 
CCAATTTTCT GTTTTGTGAA AGATGTCCAT CCTGATCTAG AAATGAATGA CACAGTCTTT 
GAACTTCAAG ATAATGATAT AGTAAATTCA TCTATTAAAA ATTCCTCATG CATGACTTCT 
CCAGAACCCA TCTGTATCCA GAACAAAATT CCTACTCTGC AGATAAACAA ACTACAGCCT 
ACAGAAACTG AGTCAGAGGA CAAATACATG AAGGATACAT TGAATCCCAA TACTGTGCAT 
ACTTTTGGAG CATCTGGGCA TATAACCCTT AATGTGAATC AAGGAGCAGA GTACTCTCTT 
TCTGAACAAC AGAATGACAA AAATTCAAAA GTCCTAATGC AGAATGCTGC CACATATTGG 
AATGAACTTC CACAGTCTGC ATGTAACCCA ACATATAATT CTTCTGAGCA TTTATTTGGA 
ACTTCATATC CATACTCTGC TTGGTGTGTT TATCAGTACA GCAACAGCAA TGGCAATGCC 
ATTACCCAGA CATACCAAGG GATAACATCA TATGAAGTAC AGCCATCTCC TTCTGGGCTG 
TTGACCACAG TTGCAAGTAC TGCCCAGGGC ACACATTCTA ATCTTCTGTA CTCTCAATAT 
TTTACTTATT TTGCGGGGGA GCCACAAGCA AATGGCTTTG TGCCAGTGAA TGGGTATTTT 
CAATCTCAAA TACCTGCTTC TAATTTTCGG CAGCCAATTT TTTCACAATA TGCTTCTCAT 
CAGCCATTAC CACAAGCTAC ATACCCTTAC CTTCCTAATC GATTTGTGCC TCCAGAAGTT 
CCTTGGGTTT ATGCTCCATG GCACCAAGAA TCCTTTCATC CAGGACACTG A

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

RefSeq	XP_011542890.1
CDS	64..9594
Translation	MANKMEMKETAKQDTLWQMSSTSKPVLNTREVNPLKKFTIPKIRRTAEKVYLSPCYTNSREYSFIHDTLNQCRLDVNCDLQSLWQFGDTKLVHNEELEKNFTAKRSEMRESGRHCRELEEQFCFLALPQSDVAQIYQNGISTRASTLKILGNPLLGIYMFRHVDIALNYSHSQSITVESILIFKVLFGKVKKIQPSVDKNKVSLDPSPNFDCHMSRNAPSLKDTIELQAYSSAVYFYEYSVLSKPVDKPRQCLPYAVVTVKFLGSKVDNGRLMTSLRFLSTGFPKRAERTCSLNNCTVAKRFGKGKDATVTFVHFKKPVDPFVQENCLCNALNSEINPFISNISNSYGNVQNGNISIPETYSGQTEHSLAEIRDTSQVLAHDSDISLMPSDAKDSVNGDLLLNWTSLKNILSGLNASFPLHNNTGSSTVTTSKSIKDPRLMRREESMGEQSSTAGLNEVLQFEKSSDNVNSEIKSTPSNSASSSEVVPGDCAVLTNGLDTPCFKTSVNDSQSWAHNMGSEDYDCIPPNKVTMAGQCKDQGNFSFPISVSNVVSEVENQNHSEEKAQRAQQESGNAYTKEYSSHIFQDSQSSDLKTIYQTGCQTSTVFPLKKKVSIDEYLQNTGKMKNFADLEDSSKHEEKQTSWKEIDNDFTNETKISPIDNYIVLHQEYKESESHNSFGKSCDKILITQELEITKSSTSTIKDKDELDHLALEWQITPSFESLSQKHPQHSVEYEGNIHTSLAIAQKLMELKLGKINQNYASIITEAFPKPKDIPQAKEMFIDTVISSYNIETAHDSSNCSITREHICVHRKNENEPVSLENIQRDYKETAYVEDRGQDHNLFCNSQLSNDIWLNVNFKKQTDRENQNEAKENSASCVENNIENIYGDKKQDSHTNENFSNIDEKEDKNYHNIEILSSEEFSTKFNLICREDNAVSAATALLESEEDTISAVKQKDTENTGRSVEHLASTTFPKTASSSVCVASNAAIQIASATMPALSLNNDDHQIYQFKETCSSESPDFGLLVKHRVSDCEIDTDKNKSQESFHQSINENLVLQSIELESEIEIELEDCDDAFIFQQDTHSHENMLCEEFVTSYKALKSRISWEGLLALDNGEMEVLESTTGRENSDQHYSKESNYFYSSTQNNETELTSPILLPDLQIKITNIFRPGFSPTADSLALKDSFCTHVTEATKPEINKEDGEILGFDIYSQPFGENADYPCEDKVDNIRQESGPVSNSEISLSFDLSRNTDVNHTSENQNSESLFTEPSNVTTIDDGSRCFFTKSKTDYNDTKNKKEVESRISKRKLHISSRDQNIPHKDLRRHKIYGRKRRLTSQDSSECFSSLSQGRIKTFSQSEKHIKSVLNILSDEASLCKSKCLSRKLDKAVVHLKKAHRRVHTSLQLITKVGEERKGPLPKSYAIICNNFWESCDLQGYSSVSQRKYYSTKHFSSKRKYDKRRKKRAPKADISKSLTHVSKHKSYKTSGEKKCLSRKSMASSVSKSHPTTSHMGEFCNQEHPESQLPVSSTSQSTSQSVYYNSSVSNPSLSEEHQPFSGKTAYLFSPDHSDEKLIEKENQIDTAFLSSTSKYEKLEKHSANHNVKDATKENSCDANEVINESNSVSLSCIKENINSSTGNDCDATCIGHTKAKTDVLISVLDSNVKHFLNDLYQQGNLILSDCKRNLEVKWTDPIERPKQNIITGNFLMGPLNLTLIASKKYSIPQLSAAAVTDSEGESSKSYLDKQRILTVDSFAASSTVPHCEQSCREKELLKTEQCSSGNCLHTDGNETNVTENYELDVASGTEEDKSYGENIVELSSSDSSLLLKDNVKGSSSETCIVKKDTEDRITWKVKQAEKAKDSVYKRSMTEGSTVNTEYKNQKNQISEESCLNEKIITTNLIDSHLSTKNTTTESVPLKNTVSNPLNKREKKGEIKVSKDSQSDLTLHSEIAYISKPGILGVNHTPILPAHSETCKVPTLLKKPASYVSDFKEKHCSANHTALIANLSQILQRADEASSLQILQEETKVCLNILPLFVEAFERKQECSVEQILISRELLVDQNLWNNCKHTLKPCAVDTLVELQMMMETIQFIENKKRHLEGEPTLRSLLWYDETLYAELLGKPRGFQQQSNFYPGFQGRLKYNAFCELQTYHDQLVELLEETKREKNSYYVFLKYKRQVNECEAIMEHCSDCFDFSLSVPFTCGVNFGDSLEDLEILRKSTLKLINVCGDSPKVHSYPGKQDHLWIIIEMISSKVNFIKNNEAVRVKISLYGLEHIFFDAAKNLVWKERTQSFSKKYSQKKDEERLLRVNKCAFSKLQKIYDTLSKDLNNEPISPIGLEEDTIIASRKSDHPINEATISIENSKFNSNLLAHPDICCISEILDQAEFADLKKLQDLTLRCTDHLEILKKYFQMLQDNNMDNIFITEENVLDVVINHSHEAIILKPEAIEMYIEIVMVSETIHFLKNSIAKKLDKQRFRGMLWFDLSLLPELVQCQEKMASFSFLKDNSTDVCLWKVIETAVSELKKDLDIICKYNEAVNCSYAIHLLSRELQELSEIKKLLKKSKYFISTYIDFVPYIASINYGSTVTELEYNYNQFSTLLKNVMSAPRKDLGKMAHIRKVMKTIEHMKMICTKNAELTISFFLCQMLYNRRKILQLKRKEKMNIHIVKPGENNNKFSISTMLPPVSECINKNISNSSKKRPSTVDKCEDSQEQQQDTTVSSCKKLKVDMKDVTKINREKATFKHPRTTGSHPKSENKIVPSSCDSLKRNHLTPKKVEMQRSLPGSLLPLENPKDTCASKSESKIDLTVSSDHFSGQQENLNSMKKRNVNFSAAETKSDKKDCAAFAICDQKSVHGTFSPDHGTLLQKFLKNSPDPTQKSCLSDINPETDVSLVPDASVLSKPIFCFVKDVHPDLEMNDTVFELQDNDIVNSSIKNSSCMTSPEPICIQNKIPTLQINKLQPTETESEDKYMKDTLNPNTVHTFGASGHITLNVNQGAEYSLSEQQNDKNSKVLMQNAATYWNELPQSACNPTYNSSEHLFGTSYPYSAWCVYQYSNSNGNAITQTYQGITSYEVQPSPSGLLTTVASTAQGTHSNLLYSQYFTYFAGEPQANGFVPVNGYFQSQIPASNFRQPIFSQYASHQPLPQATYPYLPNRFVPPEVPWVYAPWHQESFHPGH

Target ORF information:

RefSeq Version	XM_011544588.2
Organism	Homo sapiens(human)
Definition	Homo sapiens testis expressed 15, meiosis and synapsis associated (TEX15), transcript variant X1, mRNA.

Target ORF information:

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

XM_011544588.2

ORF Insert Sequence:

ATGGCCAACA AAATGGAAAT GAAAGAAACT GCTAAACAGG ATACACTGTG GCAAATGAGC 
TCAACTAGCA AACCCGTGTT GAATACTCGT GAAGTCAATC CTTTGAAGAA ATTCACCATT 
CCTAAGATCA GGAGGACAGC TGAGAAAGTT TACTTGTCAC CTTGTTACAC CAATAGTAGA 
GAGTATAGTT TTATACATGA TACTCTTAAC CAGTGCAGGC TTGATGTAAA CTGTGATCTG 
CAGTCGTTAT GGCAGTTTGG GGATACAAAA CTGGTTCACA ATGAGGAACT GGAAAAAAAT 
TTTACTGCTA AGAGGTCAGA GATGCGTGAA AGTGGAAGAC ATTGCAGGGA ACTTGAAGAA 
CAGTTCTGCT TTTTAGCACT TCCCCAGAGT GATGTAGCCC AGATATATCA GAATGGAATA 
AGTACCAGAG CATCTACATT GAAGATACTA GGAAATCCTC TTCTTGGAAT TTATATGTTT 
AGACATGTTG ATATTGCCTT GAATTATTCT CATAGTCAAA GCATTACTGT AGAAAGTATT 
TTAATTTTTA AGGTTCTCTT TGGAAAAGTG AAGAAAATCC AACCTTCTGT GGATAAAAAT 
AAAGTTTCTT TGGATCCTTC TCCTAACTTT GATTGCCATA TGTCAAGAAA TGCACCTTCT 
TTGAAAGATA CCATTGAACT GCAAGCCTAC AGTTCAGCAG TGTACTTCTA TGAATACAGT 
GTCCTTTCAA AGCCTGTAGA TAAACCTAGG CAATGTCTTC CATATGCTGT AGTAACAGTA 
AAATTTCTTG GTTCAAAAGT AGATAATGGA CGCCTTATGA CATCTTTGAG ATTCCTCTCA 
ACAGGATTTC CTAAGAGAGC TGAAAGGACA TGCTCTCTGA ATAACTGTAC AGTGGCCAAA 
AGATTTGGAA AAGGAAAAGA TGCTACTGTC ACCTTTGTGC ATTTCAAGAA ACCTGTAGAT 
CCATTTGTTC AAGAAAACTG TTTATGCAAT GCACTAAATT CAGAGATAAA TCCTTTCATC 
TCAAATATTT CTAACTCCTA TGGAAATGTA CAAAATGGAA ACATTTCTAT ACCTGAAACA 
TACAGTGGAC AGACAGAGCA CAGTTTAGCA GAAATTAGAG ACACTTCTCA AGTACTTGCA 
CATGATTCAG ACATTTCACT TATGCCCAGT GATGCCAAAG ACAGTGTTAA TGGTGACCTT 
TTGTTAAATT GGACAAGTCT TAAAAATATT TTAAGTGGTC TTAATGCTTC TTTTCCTCTT 
CACAACAATA CTGGCTCAAG CACAGTCACT ACTTCAAAAT CCATCAAAGA CCCAAGACTG 
ATGAGGAGAG AAGAAAGTAT GGGAGAACAG AGTAGTACTG CAGGCTTAAA TGAGGTTTTG 
CAATTTGAGA AGAGTTCAGA TAATGTTAAT TCAGAAATAA AATCGACACC ATCTAATTCT 
GCCTCCTCCT CAGAAGTTGT CCCTGGTGAT TGTGCTGTTC TTACTAATGG TTTGGATACC 
CCTTGCTTTA AAACTTCTGT TAATGATTCA CAATCTTGGG CTCACAACAT GGGCTCTGAG 
GACTATGACT GTATACCTCC CAATAAAGTT ACCATGGCAG GGCAATGTAA GGACCAAGGT 
AATTTTTCCT TCCCAATTTC TGTGTCAAAT GTAGTGTCAG AGGTTGAGAA CCAAAACCAC 
AGTGAGGAGA AGGCTCAGAG AGCCCAACAG GAGTCCGGTA ATGCTTATAC AAAAGAGTAC 
AGTAGTCACA TTTTTCAGGA CTCGCAGTCT TCTGATTTAA AAACAATTTA TCAGACTGGT 
TGCCAAACGT CTACAGTTTT TCCACTCAAA AAGAAAGTAA GCATTGATGA ATACCTTCAA 
AATACTGGAA AGATGAAAAA CTTCGCTGAC CTGGAAGACA GTTCCAAACA TGAAGAAAAG 
CAAACTTCAT GGAAAGAAAT TGATAATGAT TTCACTAATG AAACAAAAAT CAGTCCAATA 
GATAATTACA TTGTTTTGCA CCAAGAATAC AAAGAGAGTG AGAGTCATAA TTCTTTTGGG 
AAAAGCTGTG ATAAAATATT AATTACTCAA GAGTTAGAAA TAACAAAATC TTCTACATCT 
ACCATAAAGG ATAAGGATGA ACTAGATCAT CTAGCATTGG AATGGCAAAT TACTCCAAGT 
TTTGAGAGCC TGTCACAAAA GCATCCTCAG CACTCTGTGG AGTATGAGGG TAACATTCAT 
ACAAGTTTAG CCATTGCTCA AAAGCTAATG GAACTGAAAT TGGGGAAAAT AAATCAAAAT 
TATGCTAGCA TTATAACTGA AGCTTTCCCG AAACCAAAAG ACATACCCCA GGCCAAAGAA 
ATGTTCATTG ATACAGTTAT TTCATCTTAT AACATAGAAA CAGCTCATGA CAGTTCAAAT 
TGCAGCATAA CTAGAGAACA TATATGTGTC CATAGGAAAA ATGAAAATGA ACCAGTGTCA 
TTAGAGAACA TTCAGAGAGA CTATAAAGAA ACTGCTTATG TTGAAGATAG GGGTCAGGAT 
CACAATCTGT TCTGTAATTC ACAGTTAAGC AATGATATAT GGCTGAATGT TAATTTCAAA 
AAACAAACAG ATAGAGAAAA CCAAAATGAG GCTAAAGAGA ATAGTGCTTC ATGTGTAGAA 
AACAACATAG AGAACATATA TGGAGACAAA AAGCAGGATT CTCATACAAA CGAAAATTTC 
AGCAATATAG ATGAAAAGGA GGACAAAAAT TACCACAATA TAGAAATTTT GAGTTCTGAA 
GAATTTTCTA CTAAATTTAA CTTGATTTGC AGAGAAGATA ATGCAGTGTC AGCAGCAACT 
GCATTATTAG AGAGTGAAGA AGATACCATT AGTGCCGTGA AACAAAAAGA TACTGAAAAT 
ACTGGAAGAA GTGTAGAGCA TTTGGCTTCC ACGACATTTC CCAAAACTGC AAGTTCTTCA 
GTGTGTGTAG CCTCAAATGC TGCAATACAG ATAGCTAGTG CTACTATGCC TGCATTAAGC 
CTAAATAATG ACGATCACCA GATATACCAG TTTAAAGAAA CTTGTTCTTC TGAAAGTCCA 
GATTTTGGTT TGTTAGTAAA ACATAGGGTT TCTGATTGTG AAATTGATAC GGATAAAAAT 
AAATCACAAG AATCATTTCA TCAATCAATA AATGAGAACT TAGTTCTTCA GAGCATTGAA 
TTGGAAAGTG AAATTGAAAT AGAATTAGAA GATTGTGATG ATGCTTTTAT ATTTCAACAA 
GATACACATA GCCATGAAAA CATGCTTTGT GAAGAATTTG TGACCTCATA TAAGGCTCTG 
AAGTCTCGTA TCAGTTGGGA AGGTCTGTTA GCACTTGATA ACGGGGAGAT GGAAGTTTTG 
GAAAGCACCA CAGGAAGGGA GAATAGTGAT CAGCATTATT CTAAGGAAAG TAACTATTTT 
TATTCCTCTA CACAAAACAA TGAAACAGAA CTTACCAGCC CAATTTTACT TCCAGATCTA 
CAAATTAAAA TTACTAATAT ATTTAGGCCA GGATTCAGCC CGACAGCTGA CTCCCTTGCA 
TTGAAAGATA GTTTTTGCAC ACATGTAACT GAAGCCACAA AACCGGAAAT AAATAAGGAA 
GATGGAGAAA TTCTAGGATT TGACATTTAT TCCCAGCCTT TTGGTGAAAA TGCAGATTAT 
CCATGTGAAG ATAAAGTTGA TAATATAAGG CAAGAATCAG GGCCAGTGAG TAACTCTGAA 
ATCTCCCTTT CTTTTGACTT GAGTCGTAAT ACAGATGTGA ATCATACGTC TGAAAATCAG 
AACAGTGAAT CTTTGTTTAC TGAACCTTCT AATGTCACAA CAATAGATGA TGGAAGCAGA 
TGTTTCTTTA CAAAATCAAA AACTGACTAT AATGATACCA AAAATAAAAA GGAGGTAGAA 
TCAAGAATTA GCAAAAGGAA GCTACATATA TCTTCCAGGG ATCAGAACAT ACCACATAAA 
GATTTAAGAC GACATAAAAT TTATGGGAGA AAGAGGAGGC TAACCAGTCA AGACTCATCT 
GAGTGTTTCT CTTCATTATC CCAAGGACGA ATTAAAACAT TTTCACAGTC AGAAAAGCAC 
ATTAAGAGTG TCCTAAATAT CCTAAGTGAT GAAGCATCTT TATGTAAAAG CAAATGTCTT 
TCCAGAAAAC TAGACAAAGC AGTTGTTCAC TTAAAAAAAG CTCATAGAAG AGTTCACACA 
TCTTTGCAGC TTATAACTAA AGTAGGAGAA GAAAGAAAGG GCCCATTACC AAAATCATAT 
GCAATAATAT GCAATAATTT CTGGGAAAGT TGTGACCTTC AAGGTTATAG TTCTGTGTCT 
CAAAGAAAAT ATTATTCTAC TAAGCATTTT TCGTCAAAAA GAAAATATGA CAAACGGAGA 
AAGAAAAGAG CTCCAAAAGC TGATATTTCT AAATCATTAA CCCATGTGTC AAAGCACAAG 
TCTTATAAAA CAAGTGGAGA GAAAAAATGC CTTTCTAGGA AAAGTATGGC TAGCAGTGTC 
TCAAAAAGTC ACCCCACCAC CAGTCACATG GGAGAATTTT GTAATCAAGA ACATCCTGAA 
TCACAGTTGC CTGTATCCTC CACATCCCAA AGTACAAGTC AGTCAGTTTA TTATAATAGC 
AGTGTAAGCA ATCCAAGTTT ATCAGAAGAA CATCAGCCCT TTTCTGGAAA AACTGCATAT 
CTGTTTTCCC CAGACCACTC AGATGAGAAA CTAATAGAAA AAGAAAATCA AATTGATACA 
GCATTTTTAT CTAGCACTAG TAAATATGAA AAGCTTGAAA AACATTCAGC AAATCATAAT 
GTTAAAGATG CAACTAAAGA AAACAGTTGT GACGCTAATG AAGTAATAAA TGAAAGTAAT 
TCTGTATCTT TAAGTTGCAT AAAAGAAAAC ATAAATTCTA GTACAGGCAA CGATTGTGAT 
GCAACTTGCA TAGGTCACAC AAAGGCGAAA ACTGACGTAC TTATATCAGT CTTAGATTCA 
AATGTGAAGC ACTTTTTAAA TGATCTCTAC CAACAAGGTA ACCTTATTTT ATCTGATTGT 
AAAAGAAACC TGGAAGTAAA GTGGACAGAT CCTATTGAGA GACCCAAACA AAACATTATT 
ACAGGAAACT TCCTTATGGG CCCATTAAAC CTAACTTTGA TAGCAAGTAA AAAGTACAGT 
ATTCCTCAGT TATCAGCCGC TGCAGTGACA GATAGTGAGG GAGAATCTTC AAAATCTTAC 
TTGGATAAGC AGAGAATTCT TACTGTAGAT TCTTTTGCAG CATCCAGTAC TGTACCACAC 
TGTGAGCAGA GCTGTAGAGA AAAAGAGCTT CTAAAGACAG AACAGTGCTC TTCAGGTAAT 
TGCCTCCATA CAGATGGGAA TGAAACAAAT GTCACTGAGA ATTATGAGTT GGATGTAGCA 
TCAGGAACTG AAGAAGATAA AAGTTATGGG GAAAATATAG TGGAATTATC TTCCAGTGAT 
AGTTCTCTGC TTTTAAAAGA TAATGTAAAA GGCTCCTCTT CAGAAACATG TATTGTGAAG 
AAAGACACTG AGGACAGAAT AACGTGGAAA GTTAAACAAG CGGAAAAAGC AAAAGATTCT 
GTTTACAAAA GAAGCATGAC TGAAGGATCA ACTGTTAATA CTGAGTACAA AAATCAAAAG 
AATCAGATCT CAGAAGAATC CTGCTTAAAT GAGAAAATTA TTACAACTAA CTTGATTGAT 
TCCCATCTGA GCACTAAAAA TACTACCACT GAGTCAGTCC CTTTGAAGAA CACAGTTTCT 
AATCCGCTTA ACAAAAGAGA GAAGAAGGGG GAAATTAAAG TTAGTAAAGA CTCGCAGTCT 
GACTTGACAT TACATTCAGA AATAGCCTAT ATTTCCAAAC CAGGAATTCT AGGAGTTAAT 
CATACGCCTA TTTTACCTGC CCACTCTGAA ACCTGTAAAG TCCCTACTCT TCTGAAGAAA 
CCTGCGTCAT ACGTGAGTGA TTTTAAAGAA AAACATTGCT CAGCTAATCA TACGGCCCTT 
ATAGCTAATC TATCTCAAAT TTTGCAGAGG GCAGATGAAG CATCATCTTT GCAGATTCTA 
CAGGAAGAAA CTAAGGTTTG TCTAAATATT CTCCCTTTAT TTGTGGAAGC TTTTGAAAGA 
AAGCAAGAAT GTTCAGTTGA ACAAATCCTG ATTTCAAGAG AACTGTTGGT AGACCAAAAC 
CTGTGGAATA ATTGCAAACA CACATTAAAA CCATGTGCTG TTGACACTTT GGTAGAACTT 
CAAATGATGA TGGAAACAAT TCAATTCATT GAAAACAAAA AAAGGCACTT AGAAGGTGAA 
CCAACATTGC GAAGCTTGCT TTGGTATGAT GAAACACTGT ATGCTGAGCT TCTTGGAAAA 
CCACGTGGAT TTCAACAGCA GTCTAATTTC TATCCTGGTT TCCAAGGAAG ATTAAAATAT 
AATGCATTCT GTGAGTTACA GACTTACCAT GATCAATTAG TTGAATTGCT TGAAGAAACA 
AAAAGGGAAA AGAATTCATA CTATGTATTC TTAAAGTACA AACGACAGGT TAATGAATGT 
GAAGCCATAA TGGAGCATTG TTCCGATTGC TTTGATTTTT CTCTTTCTGT TCCATTTACC 
TGTGGAGTTA ACTTTGGAGA TAGTTTAGAA GACCTGGAAA TCTTAAGAAA AAGTACTTTA 
AAGTTGATCA ATGTATGTGG GGACTCTCCT AAAGTTCATT CGTATCCAGG AAAACAGGAC 
CATCTGTGGA TTATCATAGA AATGATCTCC TCAAAGGTTA ATTTTATTAA GAACAACGAG 
GCAGTACGTG TTAAAATATC TCTTTATGGT CTGGAACATA TCTTTTTTGA TGCTGCAAAA 
AATCTTGTTT GGAAAGAGAG AACACAATCC TTCAGCAAAA AATACTCACA AAAGAAGGAC 
GAAGAAAGGC TACTCAGAGT GAATAAATGT GCCTTTTCTA AGTTGCAGAA GATATATGAT 
ACTTTGTCTA AAGATTTAAA CAATGAACCA ATTTCCCCTA TTGGGCTTGA GGAGGATACT 
ATAATTGCTT CCAGAAAGTC AGATCATCCA ATAAACGAAG CAACAATTAG CATAGAAAAT 
TCTAAATTTA ACAGTAATTT GCTTGCACAC CCAGATATTT GTTGTATTAG TGAGATATTG 
GATCAGGCTG AATTTGCAGA CCTTAAAAAA TTACAGGATC TCACCTTGAG ATGTACAGAT 
CACTTAGAAA TTTTAAAAAA ATACTTTCAG ATGCTACAAG ATAATAACAT GGATAATATT 
TTTATCACAG AAGAAAATGT TTTAGACGTG GTGATAAACC ACAGCCATGA GGCTATCATT 
TTAAAGCCTG AAGCTATTGA AATGTATATT GAAATCGTCA TGGTCTCAGA AACAATTCAC 
TTTCTTAAAA ACTCAATAGC AAAGAAACTA GACAAACAGA GGTTTCGAGG TATGCTTTGG 
TTTGATTTGT CACTTCTTCC TGAGCTGGTT CAGTGCCAAG AAAAAATGGC TTCTTTTTCA 
TTTCTTAAAG ATAACTCAAC AGATGTTTGC CTTTGGAAAG TGATAGAGAC TGCTGTTTCC 
GAACTTAAGA AAGATCTGGA TATTATCTGC AAATATAATG AAGCTGTTAA TTGCTCATAT 
GCTATTCATT TGCTCTCAAG AGAACTTCAA GAACTTTCAG AAATAAAAAA GCTTCTGAAG 
AAGTCCAAGT ATTTTATTTC CACATATATT GACTTTGTGC CATATATAGC ATCCATAAAT 
TATGGAAGCA CTGTGACAGA GTTAGAATAC AACTACAATC AATTTTCTAC ACTGCTGAAG 
AATGTAATGT CTGCCCCTAG GAAAGATTTA GGAAAAATGG CCCACATTAG GAAAGTCATG 
AAAACGATTG AACATATGAA GATGATATGT ACTAAAAATG CTGAACTAAC CATTTCCTTT 
TTCCTATGCC AAATGCTGTA TAACAGAAGG AAGATTTTAC AGCTGAAGAG AAAAGAAAAA 
ATGAATATTC ATATTGTAAA ACCTGGGGAA AATAACAATA AATTTAGTAT TTCTACGATG 
TTGCCCCCAG TATCAGAGTG CATAAACAAA AACATCTCAA ATTCCTCTAA AAAACGACCG 
AGCACTGTAG ACAAATGTGA AGACTCTCAG GAACAACAGC AAGATACTAC TGTTTCCAGT 
TGTAAAAAGC TAAAGGTAGA CATGAAAGAT GTCACAAAAA TCAACAGAGA AAAGGCAACA 
TTCAAGCATC CAAGGACTAC AGGATCTCAT CCCAAAAGCG AAAACAAAAT AGTACCAAGT 
TCATGTGACA GTCTGAAAAG AAATCATTTA ACGCCAAAAA AGGTTGAAAT GCAAAGATCA 
CTACCTGGCT CACTTTTACC CTTAGAGAAC CCAAAAGACA CTTGCGCATC AAAGTCGGAA 
AGCAAAATAG ACTTAACTGT TTCATCTGAT CACTTCAGTG GACAACAGGA AAATTTAAAT 
AGCATGAAGA AAAGAAATGT GAACTTCAGT GCTGCTGAAA CAAAAAGTGA TAAGAAAGAT 
TGTGCTGCTT TTGCAATTTG TGACCAAAAA AGTGTACATG GCACATTTTC ACCAGACCAT 
GGGACGCTTT TGCAGAAATT TCTTAAAAAT TCCCCAGATC CCACCCAAAA ATCCTGCCTT 
TCTGATATAA ACCCAGAAAC TGATGTTTCT CTTGTGCCTG ATGCGTCGGT GCTCTCAAAG 
CCAATTTTCT GTTTTGTGAA AGATGTCCAT CCTGATCTAG AAATGAATGA CACAGTCTTT 
GAACTTCAAG ATAATGATAT AGTAAATTCA TCTATTAAAA ATTCCTCATG CATGACTTCT 
CCAGAACCCA TCTGTATCCA GAACAAAATT CCTACTCTGC AGATAAACAA ACTACAGCCT 
ACAGAAACTG AGTCAGAGGA CAAATACATG AAGGATACAT TGAATCCCAA TACTGTGCAT 
ACTTTTGGAG CATCTGGGCA TATAACCCTT AATGTGAATC AAGGAGCAGA GTACTCTCTT 
TCTGAACAAC AGAATGACAA AAATTCAAAA GTCCTAATGC AGAATGCTGC CACATATTGG 
AATGAACTTC CACAGTCTGC ATGTAACCCA ACATATAATT CTTCTGAGCA TTTATTTGGA 
ACTTCATATC CATACTCTGC TTGGTGTGTT TATCAGTACA GCAACAGCAA TGGCAATGCC 
ATTACCCAGA CATACCAAGG GATAACATCA TATGAAGTAC AGCCATCTCC TTCTGGGCTG 
TTGACCACAG TTGCAAGTAC TGCCCAGGGC ACACATTCTA ATCTTCTGTA CTCTCAATAT 
TTTACTTATT TTGCGGGGGA GCCACAAGCA AATGGCTTTG TGCCAGTGAA TGGGTATTTT 
CAATCTCAAA TACCTGCTTC TAATTTTCGG CAGCCAATTT TTTCACAATA TGCTTCTCAT 
CAGCCATTAC CACAAGCTAC ATACCCTTAC CTTCCTAATC GATTTGTGCC TCCAGAAGTT 
CCTTGGGTTT ATGCTCCATG GCACCAAGAA TCCTTTCATC CAGGACACTG A

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

Gene Symbol	TEX15
Entrez Gene ID	56154
Full Name	testis expressed 15, meiosis and synapsis associated
Synonyms	CT42
General protein information	Preferred Names testis expressed 15, meiosis and synapsis associated Names testis-expressed protein 15 testis-expressed sequence 15 protein cancer/testis antigen 42
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 8 Map Location: 8p12
Summary	This gene encodes a protein that is required for DNA double-strand break repair, chromosome synapsis, and meiotic recombination in spermatocytes. Male mice with a knockout of the orthologous gene are viable but sterile. Loss-of-function mutations in the orthologous mouse gene cause early meiotic arrest in spermatocytes, before the mid-pachytene stage. Naturally occurring mutations in this gene are associated with nonobstructive azoospermia. [provided by RefSeq, Apr 2017].
Disorder MIM:	605795

Pan troglodytes (chimpanzee)	TEX15	XP_001155764.2
	TEX15	XP_001084805.2
Rattus norvegicus (Norway rat)	Tex15	NP_001099557.1
Mus musculus (house mouse)	Tex15	NP_113551.2
Homo sapiens (human)	TEX15	NP_112561.2
Canis lupus familiaris (dog)	TEX15	XP_003432155.2
Bos taurus (cattle)	TEX15	XP_003588009.2

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

TEX15 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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