TEX15 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	TEX15
Entrez Gene ID	103093341
Full Name	testis expressed 15, meiosis and synapsis associated
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007495572.2	XP_007495634.1	testis-expressed sequence 15 protein

Pathways from BioSystems
Gene Ontology

The following TEX15 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TEX15 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMc24259	XM_007495572.2 Latest version!	Monodelphis domestica testis expressed 15 (TEX15), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

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

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

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

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

Reference Sequences (Refseq)

TEX15 ( XM_007495572.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007495634.1 Monodelphis domestica testis expressed 15 (TEX15), mRNA.

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CloneID	OMc24259
Clone ID Related Accession (Same CDS sequence)	XM_007495572.2
Accession Version	XM_007495572.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 9549bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	testis-expressed sequence 15 protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008805.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007495572.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 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##

ATGTCCTTTC TCCTTCCCCT TCCCCCTCCT GAGATTTTTA TGATTGTGGG ACAGGAGGAG 
GTGAGTGCAG GACCGCTTCC CCTCACCTGT TCCAGGATGC CAGACTCCTT CCGAGGGAGG 
CCGCTGCTCC GTGGAGAGAC TGTTGGGGCT CGGGTCAACA CCAGAATGGA AGTAAAGGAA 
ACCAAGCGAG GCAAGTCCCT GAGCCAGCGC AGCGCCTCCT GCCGTGACCA CGTGGCCCCT 
GGCTCCAGCA CCAGCCTGGA GGCCCACTCT CTGAAGAACT TTACCATCCC CAAGATCCAC 
AGGGCAGCAG AGAAAGTGTA CTTGTCATCT TGCCACACCA ATCGGAGGGA GTACAGTTCC 
ATAAGCCATA CCCTTTCCCA GTGCAGACTC GACCTGAGCT GTGAGCTCCA GTCATCTTGG 
CAGTTTGGGG AAACGAAACT AGTTCACAAT GAATATCTGG AAAAAAAGTT TTCAGCCAAA 
AGGTCGGAGA TGCGGGAGCA CGGCCGGCGA GGCCGAGAAC TGGAGGAGCA TTACTGCTTC 
TTGGCACTGT CGCACAGCGC CGTGTCCCGG ATGTACCAGA GCGGGCTGTG CACCAGGGAG 
TCGACCCTGA AGGCGCTCGG CAACCCCCTG CTCGGCGTCT ACCTGTTCCG GCATGCTGAC 
GTGGCCCTGA GTTACGCGCG CAGTCGGAAG CACCACGTGG ACAACCTCAT GATTTTTAAG 
GTTCTCTACG GGAAGGTGAA GAAGATCCAG CCTGTGATGG ACAAGAGCAA AGCCTGTCTG 
GACCCTTCAC CCAACTTCGA CTGCCACATG TCACGCCTCA TCCCCACGGC CAAAGACATC 
ATCGAGCAGC AGGCCGTGGG CTCCGCAGTT TATCTCTACG AATACAACAC ACTTTCAAAG 
CCTGTGGACA AGCCCCGGCA GTGTCTTCCA TATGCCACTA TAACGGTCAA ATTTCTTGGT 
CAGAAAGCAG AAAGTGGGCC AACTATCACC TCCTTGCGGT TTCTCTCTGC GGGCTTTCCC 
AAGTGGTCTG AAAAAAGGGG CTCTTTGAAT AACTGTACCA TTGCCAAAAG GATCGGGAAG 
GGGAAAGATG CCACTGTCAT CTACGAGCAT TTCCCAAAGC CTACAGATTC CTCAGCTCAG 
GACAGCTGCT CCTGTAATGC AGAGATGAAT CCTGATATAT CTTCTCCCTG TGGAAGCGTA 
CAGAATAACA GCTTCTTTGC TGTAGACACC CCAGATAGCC AAAACGACTA TAATTTAACA 
GAAAACCACA ACCTATCTCA AGTGCAAACA ATTGAGGCTA ACCCGCCCCT CCTAGCCAGT 
GTGGGTGCCA CTCAAAATGT GAATGGTGAC CTGTTGATAA ACTTGAATTA CCTTGAAAAA 
TTCTTCAACA CCCTTTCTGC TGCAGTCACT TTTCCTAACA GTGTTGGCAC CAGTACCGTG 
ACAACCTCCA AGCTCATCAA GGACCCCAGG CTGCTGAGAA GAGGAGTACC CCATGACCAA 
GCCAATCCTG AGTCAGGCTC CCAAGAGACT TTGCCATTAG AGAGCAGGGA AGAATACCCT 
GATTCACAAA TGAATTCTTT GCCATCCCTG CCCATGGCTG CTGCCCTCCC CCCTGGTGCC 
ATCCCTGGTG AGCCCATGGC ACTCAATCTG GGCTCCCCTC ATCCTGAGGG TTTGTCCCAT 
GACGCTGCTT TGAAAGGCGT TTTGTCTCAG AACTGTGACT GCAGGGCTAT CCATGAGGTT 
GTCATGGATG ATCCAAAAGA AGACCAACAT CATACTGATC TTCAGGTGCC TCTTCCCTAT 
GCTTCCAAAG AAGTCATTCC AGAACATGAT AACCGGGAAT ATATTGACAA AGAAATGGAT 
AGCTCAAGCG AGATGAACAA AATACTTCTT CCAGTTAAGA AACAAGCCAG AGGAAAGTGC 
ATTTCAGAGA TGAATCACTT TCCTAGAAAG GGCATGCCAA TGGATACCAA TTCAGAGAGT 
CTTAGTAACC TTGTAAGCCA GGAATCGCAG CCTGATGACC TCAAAATTGT CCATGAAATA 
CTTCAACCAT CCTCTCCAGG ACTTCTCCAG GTTCAGAAAG AAACCAGAAA TAAATACAAT 
CAGGGTACTC AAAATGTGAA AAGCTTGAAC ACAGATACAG AAAACCATTC CCAACAAGGC 
AAAAATAAGT ACTGCAAGAA GAAAGAGAAT TATGACTCTA CTCACGGAGA AAAGAGTAGC 
TCAAGAGAAT GTTGTGTCTC TTATGAAAAG CATAAGGTTT TGATTTTATC CCACCAAGAC 
AGCAATGATT GTAAAAAACC TAGGAACCAG GGGACAGTAA CTATTCCAAT GCGACCTTCC 
ACATCTCGAG AGCAAGAAAG GAAACACATA CCTTGGAAAT CAGAAAATAG TTACCCAGTA 
CTAAGTACAC AGAAATCTTC CAAAAATTGC CTTGAAGAGT GGTTGAAATG TGAACGAATG 
TATATTGATA AATACTTTTC CAAACCTCCA AAAGTAACAG AACTAAAAAT GGAAAGTCTG 
CATCTGACAC CCATTAGCAT GAAGGCCAAT GTTTCCCAGG AGATGGACAT CATTGTTCAG 
ACCAAAGAAA AGCCAAATGA TTTGATTAAT TTGGCACTTG ACACGGAAGT GTCACATTCC 
AAGGTGATCA GAGATGGGAG TGAGAAATAC TTGGGTGTTA GTGAAGGAAA TGAAAATGGA 
CTGTTGTCCC CAGAAGACCC ACATAAAGAT GGCAAAATGG ATGTCTGCCT TGCTGAAGAG 
GCAGACCAGA GTCAAGTTTG CCCTATGTTC TGCGACCCAG TGTTTGGAGA TGACAATATC 
GCTTTTCCTG ATTTGAATGT TTATTTTCAA GAACAGGAAT TAAGGAATGA AGAACATAAT 
GGCTCACATC CTAAAGAAGA GGGGAGAGAG AGTCTTTCTA CAGAAAAAAA TAAAATGGAA 
AATATTTATG TAAATGAGAA GCAAATTGTT TATATGGAGG AAAACTGCAC CACAATGGTC 
AATAATGAGA GAGATATCAA GAATTTGGGC AGGTCAGAAG TTATACATTC TGAAAAGTTT 
TCTTCAGTAT TTAATTTCAC CTGGAAAAAA AGCTACATGC CTTTAGAAAC TGCCCTGGTT 
GAAAATGAAA GCAGAGTTAT CCCGGGGAGT CAAAGAGGGA TACTTTTCAG TCACAAGAGG 
AAGCTGATGC CACTGACTTC CACAACCACG TTGTCAGAGT CCACAAGTTC CTCAGCAGCC 
TGTGTGTGCA AAAACTCTGG CGCCAACATG CCCATCCCTG CTGCTCTGAC ACCAGAGTTC 
AGGCACGAGT TTGAAGACAA CCAAAGGAAC TTCCAAGGAA TAGCCCAAGC CATCCAGAGC 
CCCAGTTTTG GAGCATGTGG GAGAAATATA TTTGGGGAAC ATCAAAATGA TGCAAACTAT 
GGCAGAGCCA GTGAAGCCCA TACGCAGCCA ACTATTAGTG AGGACCAAGG GGTCCTGCCT 
CCTCAGGATC TGGACTTTAA CAATGAGATT GAAGTGGAAT TTGAACAATG TGAAGGCTCT 
TTCCTGCAAC TACAAGGCAC AGCCATCCAT GGAAATCTGC CTACTGATGA AATGAGCTCT 
GTGTACCAAC TCCTAGAATC TCGTATAGAC TGGGAAAATC TACTTGGAAG CCAGAAGCCC 
TCAGAGATTT CCAAAAGCAC TTGGCCACAG GAGGATGGAA GCCAATGTTT CCTTAAGGAA 
TGCAGTTGCA TTTATTCTTG GACCCAGAAA AACCATCGGG ATCTCTTAAG TCCAGTGGTG 
GTTCCTGATT TACAAGTTGA AATTACAAAT ATCATTCAGA CAAGGTTCAC CCTTTCTCAA 
GAGCCACTAG CAATGCAAGG TGAGGTGCTG GTGTGCCCCA CACCGGATAC TGAAGAGGCA 
GAAATGAATG CTGTGTGGAA AGAATTAGAA TCTATGGCCG ATGCTCCCCA GTTCACCTGT 
GAAAACACAG ACTCTCCCAG CCAAGGTGAG CTTTTCATGG ACATATGGCC AGAGGCATCT 
GAACTTAACA GGAATCTGGT CATTTCCCCA CCTCCTGAGT CATCAGCAGT TCACAAAGCA 
TGTTCCCCTC AACCTGCTGC TACTTCTAAA GCCACACAGG ATGATAGGCC CTGCCCCTTG 
GCAAAGCTAA CGGCTGTCCA TAACAAAGCT CCAAGAGGAA AGGACACGAG ATCCAAAAAC 
AGCAGACGGA AACAGTCACT GTCCTCCTTC AAGGACAAAA TCATACAAAG GAGAAACTTC 
AGATATCCAG AGCCTTATGG AGTAACCAGA AAGACATCTC ATCACCAGTC ATCTGAACAG 
TTTTCTTCTT TGTCTGAGGG ACGGATCAGG ACCTTTTCAC AGTCGGAAAG GTACATCAGA 
AGCGTTCTGA ACGTCCTCTA CAGTGAAGCA TCTTTGTGCA AGAGCAAACG TCTGTCCCGA 
AAACTAAACC GAGCTGTTCT CCATTTAAAG AAAGCCCACA GAAGGGTTCA CCGATCCTTG 
CAGCTCATCA CAAAAGTCAG GGAGAAAAAG AGAAAGAGTC CCTTGCCGAA ATCCTATGAG 
GTCATACGTA ATAGTTTGTG GGAATGTTGT GACTTGGAAG GTTATAACTT TCTGACAGAA 
AGGAGGTATT ACTCGAGGCA TTATTGGCAG AAGAGAAAAA ATGACAAACG GGAAGAGAAG 
AGATCTGAAA GACTGCAAGT GGTTGGGTCT CGGACCTCTT TCCCACACCA CCAGGGTTAC 
AGCAGCAGCA GTAGCAGGGA CCAGGGAGTC CGGAGGTCAT TTTCCATAGA AGGTCCATCC 
ACCAAGGCAT CTAGAAGTCG AGTGAGCACC CCGAGAAGCA CCACTCTTCA CAGACCACAT 
CACTCCAAGT CTCGGGGCTC AGCATCAAGC AGGAGCAGTG GGAAAGGCCC CAAAAGAGGG 
GCTGACTGCC AGCTCTCCAA AGGACAGCAA AAAGCTTTCC CTTCTCATCA TTCTGATGAT 
GTCAACTCCA GGGAGGCTCC CACAGGAACC CATTCTACTC CACCTACAAT GGAAAGAAAT 
GGGGAGTTTT GCAGTGACTT TGGGGGAAAT GACCTTCCCC TTGATACCAA TAAACCAAAT 
GTAGGAGGCA ATAATGAAAC TGACTCCCAA GAGAATCCTG ATATATCCAT TTCAGCCTTA 
AAATCAGGCA CAGAACACTG TTTCAATGTA GATGTCTCTA AAACAGATCA GCTGAGGTGG 
CCTATGGGTC CCCCAGAATT GGAAGGTTAC CTTCCTGCAG AAAAGTCACT AGCACTCACA 
AGAAGCTTGA ATCCAAGCAT GGGTTCGGAA CACTTGGTTA GGGCCTCTGG TGATCTGGCT 
CCCTGGACAA GTCAAGAGGG AGAGAGTATG TTCTTAGATT TATCCGGCAT CTCTGTTGAA 
AATAAAGAGG CCGAATGGTG GACTCTCCAC TCCAAGAGGC AGCCAACTGT CGTTGGGCTT 
GCACCCTGCT CTCCATCTCT ACAGCAAGAG GAGCCACAAC TTCAAGATGA TGGAGAGGAT 
TCTTTAGATA CGATTTGGGG CCCTTGCAAA AATTACCTTC ACAGAGGGGA TAGGGAGGAA 
GGAAGTGATA CTGAAAATAC CCGAGAGGGG CCTGTACCAC CTGAGAAAAA TAAAAATTGT 
ATGAACTATG CTGTCGATGT CCTTTTAAAT AACATCTCTT TGGAGAACAT GAGGCATTCC 
TTATCACAAA AATCCAGAGT AAAGGAAAAG GTGAAAAAAA GATGGAAAAA ACAAGTAGAA 
AGGGAACAAC AGGGAGAAAA GCCAGTAGAA CACTCAAGTG TTTTAACAGA ACTTTGTGAA 
AAATCTCCCA TCCAGATAGA AGACCAAGGT AAACAGGGCC AGGGCTTAGA CAGTTCTGTG 
GTGACTGCCT CCTGGAGGAA GACGACCCCC AGTCAGCTGG CCAGGACCAA GGAAAAGGAG 
GGCGGAGGGC AGATGGAAGC TGAGGATGGG CCAACCCTCT CCACCATTAC ACCACAAGCC 
ACAATGCTGG GTGATCCTGC AATCAGGAAG AAAGTCCCCC AGACCCGTGT CAGGAAAATG 
CACTCAAGGA TTCCTGAGGC TGAACCTACT CGGCAGCCAC CTCCCACAAG TGAATTAGAG 
GCTCGGCCGG AGGAGGACCC TCCAACACTC ATCTTGAAAC TGTCAAGAAT TCTGCAAAAG 
GCAGATGAGG CGTCCACTCT GAAGAGTTTA CAAGAACAAA TCGACACATG TCAAGCAGTT 
CTTCCTTTAT TCATTGAAGC TTTTGAAAGA AAACAAAAAT GTTCCTTTAA ACATATACTG 
ATTTCTCGGG AGCTGCTGGT AGAAGGGAAT GGTTGGAATA ATTGTAAACA CCACCTCCAC 
CCACAAGCGG TAGATTCCCT GGTAGAACTC CAAATGATGA TGGAAACCAT ACAGTTCATT 
GAGAACAAGA AAGGTCTGTT GGGCAGTAAG CCCACCTTCC GAAGTCTGCT GTGGTATGAT 
GCTTCCCTGT ATGGGGAGCT GCTCCGTGGG AATCAGGGCT ACCAGCAGCA GGCCTGCCTC 
TACCCTGCTT TTCAAGACCG ACTTAGGTAC AACGCCTTCA GCGAATTACA GCACTACCAT 
GACCAACTGA TCAAACTCTT AGAAGTGGCC AAGAATAAGA ACAAATCCTA CTATGTCATC 
TTAAAATACA AAAGGCAGAT TAAAGAGTGT GAAGATGTCA TGAAACACAG CTCTAACTTC 
AATTTCTCTC TTTCTGCACC GTTCACCTGT GGGGTTAATT TTGGAGATAA TTTAGAAGAT 
CTAGAAAGTT TAAGAAAAAG CACTTTGGAA CTCATCAGTA ACCAGGATCA TTTCCTTAGA 
GTTCAGTCTT GTTCTGGGAA GCAGGATCAT CTCTGGATCA TCATGGAAAT GATCTCTTCC 
AAGATGCACT TTATAAAAAA CTCTGAATCT GTTGGCATGA AGATATCTCT CTATGGCCTG 
GAACACATCT TTTTTGATGC TGCTAAAAGT CTCGTTTGGA AAGAGAGGGG CCTATCAGTT 
ATCAAAAAAG ACTCTCCTGA GAAGAGGAAG GAAGAACTAC TCAGATTTAA TGAGTGTGCC 
CTTAACAAGC TTCAGCAGAT CTATGAGACT GTGGAGGCTA ACAGCAAAGC AGAATGTGCT 
TCCATGGGTT TGCTTGAGGA AACTGTTGAT ACTCCCAGTA AGCACTGTGA CTGCATAGAT 
GGAGAGGATA AGCCTAGCTG GGAAAATTTC AGGTTTAGTG ATACTCTTTT TCCTCTCTCA 
GATATGTGCC AAGTTGGAGA AATAATAAAC CAAGCAGGAT CTGCTGACCT GAAACAATTA 
CAGGAACTGA CAGCAAGATG CACGGGCCAT TTAGAGACCT TAAAGAAATG CTTCCAGATT 
CTGCAGGAGG CCGCTGTGGA TAGTGTCTTG ATCACAGAAG ACAACGTGTT AGACCTGGTC 
AAGAAGCATC GCCAAGAGTC AGTCATCCTG AAACCTGAAG CTGTTGAGAT GTACATCGAA 
GTGGTTATGC TCTCTGAAAC AATTCACTTC CTGAAAAATG TCATGGCCAA AAAACTGGAC 
AAACCAAGGT TTCGGGGGAT GTTGTGGTTT GATTTGTCTC TCCTTTCTGA GTTGATAGAA 
AACCAAGAAA AAATAGCTTC CTTCTTGTTT CTCAAAGAAA ATGCAGCAGG CTGCCTATGG 
GAAGCCGTGG AATCGGCCAT ATTGGAACTG AAAAGTGAGG TGGCTGTCAT CTGTGAGTAC 
CCTGAAGGGA CCAATTCCTC TTATGCACTC CAGCTACTGA CCAGAGAACT CTTGGAACTC 
TCTGAAATAA GGACATTCCT GGAACAGGCC ACCCTACCCA TGGCCACATA TGTGGACCTG 
GTGCCTTATA CCTTGACTGT AAATTATGGC ACGACCCTTT CTGAACTCGA GCACAATTAC 
GAGTTGTTTG CTGTATTGTT GAAAAACCTC ACTTTGGCTT CCCAGAAAGA TCTGGGGAAG 
ATGGCCCATG TCATGAGAGT CATGAAGACC ATTGAATATC TGAAGGTCTC CTGTGCCAAA 
ATGGGATGGT GTGAGCTCTC TCTTCTCACC TGCCAAATGT TCACCAATGC GGAGAAAGCC 
CTCCAGTGGA AAAAAGAGCA GACCAGAGGA GACCATGAGA CGAAGCCCAG AATGGTCACC 
AAGAAACTGG GGGCTGCTTG GAGACAGCTT CTGTCTCCCT CTGGCTTACC CCACAAAGGT 
CCAACTGTCT CCAAAAAACG AGCTTTCACT TTAGCTCTTT GTGAAAGTGG TCAGGAGCAA 
CTCAAGAGTC CTGATCTACC AAATTGCAAA AAACCAAAGG TCTCACCACG GAGCAGCGAT 
CGTCCAGCCA CGGAGGTGGA GAAAGGCCTG GAGCGGGAGA GGGAGAAGGT GGCTGATGAG 
GGAGGCCCCC TGGGCCTTGT CCCCCCTCCC CATCTGAGCC AGACCGGGAA GTGGCCCCAC 
GATGTGCCCG TGCAGGGGGC TCCAGGGCCC AGCTGCCTGC TCCTCCTGCA AGGCCCCACC 
AGAGACGGCC TCCCAGGCGG CACAGCCGGG CCACAGGAAA GCGCAGCGGG AACGCGAGGG 
AGAGGCCTGC CCAGAAGCCT GATTAAGAGA AGCTGGTCTG AGGGGGCCCT TCCCAACCCC 
CCAGGCCTTC CTCTCCAGAC CTCGAAAGCC TCTCTCGGTC CCTGTCTAAG GCAAGGACCA 
GACGCCCCAC AGGCTGCACC CATTTTGGCA GGTGCCAACT CCCATAGCGA AGCCAATCTC 
CATTCTGCCA CCGCAACAGA GGGCTCAACC TTCCTCCATC CGGACCACGA GAGGTTCCCT 
GGCCCGGGCA TGGTCCTGCC GGGCCACGTG GCTGTTGTCA TTCAGCCCAG CTGCCTGGGT 
GCCTCTGAAT TACTGTCCAC TCAGAACAGA CTTCTGGGCC CCCCAGGGCC CCCCCAGCCA 
GGCCAGAGGC CCGAGCCCCC AAGCCAGCTG GCCCCTGGGG CACCCGGGGT GTGCCCCTTC 
TCCTTGCAGC TGCCGCCACA GCAGCCTGAA AGCGGGTTGG GGGTATTCGT GCCAGCCTCT 
GGGGGCTGCT GGAATGGCCA CTCCCAGCAG AACCCCCCAG ATCCTCAGGT TTGGGGCCCC 
TCCTACACCT TCTACCCTTC CTATTCTTGG TGTGTGTACC ACTACTGCAC CAGTGGCGGC 
TGCAGCGGGG GCAGCTCTGT CACCCACACC TACCAGGGCA TGGCATCCTA TGAGGGCCAG 
CCTCCCCCTC AGGCTATGGC CAGGCCGCCC GTCTATCACT TTCCCTCTGG GCCGCTTGGC 
CATTCTGGCC CCGGGGACCC TCAGAGGAGC GGCTTTGGAC AGCCACTGCC CATGCAGGGC 
ATGGGTGCCT CCCACCACGG CCCACTCCCC TGCCCTGCCG CATGGCCACC CTTTGTTGCC 
ACCACCTGCG CGTCCAGCCA GGGACTGCCA CAGGTCTCCT ACCCCTGCCA GTTCAGCCCA 
GGCTTGTTTC CAGGAGGGAC CTGCACTTGT GCTTCCTGGC AACAAGGATC TTTGCAGAAT 
GGACATTGA

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

RefSeq	XP_007495634.1
CDS	426..9974
Translation	MSFLLPLPPPEIFMIVGQEEVSAGPLPLTCSRMPDSFRGRPLLRGETVGARVNTRMEVKETKRGKSLSQRSASCRDHVAPGSSTSLEAHSLKNFTIPKIHRAAEKVYLSSCHTNRREYSSISHTLSQCRLDLSCELQSSWQFGETKLVHNEYLEKKFSAKRSEMREHGRRGRELEEHYCFLALSHSAVSRMYQSGLCTRESTLKALGNPLLGVYLFRHADVALSYARSRKHHVDNLMIFKVLYGKVKKIQPVMDKSKACLDPSPNFDCHMSRLIPTAKDIIEQQAVGSAVYLYEYNTLSKPVDKPRQCLPYATITVKFLGQKAESGPTITSLRFLSAGFPKWSEKRGSLNNCTIAKRIGKGKDATVIYEHFPKPTDSSAQDSCSCNAEMNPDISSPCGSVQNNSFFAVDTPDSQNDYNLTENHNLSQVQTIEANPPLLASVGATQNVNGDLLINLNYLEKFFNTLSAAVTFPNSVGTSTVTTSKLIKDPRLLRRGVPHDQANPESGSQETLPLESREEYPDSQMNSLPSLPMAAALPPGAIPGEPMALNLGSPHPEGLSHDAALKGVLSQNCDCRAIHEVVMDDPKEDQHHTDLQVPLPYASKEVIPEHDNREYIDKEMDSSSEMNKILLPVKKQARGKCISEMNHFPRKGMPMDTNSESLSNLVSQESQPDDLKIVHEILQPSSPGLLQVQKETRNKYNQGTQNVKSLNTDTENHSQQGKNKYCKKKENYDSTHGEKSSSRECCVSYEKHKVLILSHQDSNDCKKPRNQGTVTIPMRPSTSREQERKHIPWKSENSYPVLSTQKSSKNCLEEWLKCERMYIDKYFSKPPKVTELKMESLHLTPISMKANVSQEMDIIVQTKEKPNDLINLALDTEVSHSKVIRDGSEKYLGVSEGNENGLLSPEDPHKDGKMDVCLAEEADQSQVCPMFCDPVFGDDNIAFPDLNVYFQEQELRNEEHNGSHPKEEGRESLSTEKNKMENIYVNEKQIVYMEENCTTMVNNERDIKNLGRSEVIHSEKFSSVFNFTWKKSYMPLETALVENESRVIPGSQRGILFSHKRKLMPLTSTTTLSESTSSSAACVCKNSGANMPIPAALTPEFRHEFEDNQRNFQGIAQAIQSPSFGACGRNIFGEHQNDANYGRASEAHTQPTISEDQGVLPPQDLDFNNEIEVEFEQCEGSFLQLQGTAIHGNLPTDEMSSVYQLLESRIDWENLLGSQKPSEISKSTWPQEDGSQCFLKECSCIYSWTQKNHRDLLSPVVVPDLQVEITNIIQTRFTLSQEPLAMQGEVLVCPTPDTEEAEMNAVWKELESMADAPQFTCENTDSPSQGELFMDIWPEASELNRNLVISPPPESSAVHKACSPQPAATSKATQDDRPCPLAKLTAVHNKAPRGKDTRSKNSRRKQSLSSFKDKIIQRRNFRYPEPYGVTRKTSHHQSSEQFSSLSEGRIRTFSQSERYIRSVLNVLYSEASLCKSKRLSRKLNRAVLHLKKAHRRVHRSLQLITKVREKKRKSPLPKSYEVIRNSLWECCDLEGYNFLTERRYYSRHYWQKRKNDKREEKRSERLQVVGSRTSFPHHQGYSSSSSRDQGVRRSFSIEGPSTKASRSRVSTPRSTTLHRPHHSKSRGSASSRSSGKGPKRGADCQLSKGQQKAFPSHHSDDVNSREAPTGTHSTPPTMERNGEFCSDFGGNDLPLDTNKPNVGGNNETDSQENPDISISALKSGTEHCFNVDVSKTDQLRWPMGPPELEGYLPAEKSLALTRSLNPSMGSEHLVRASGDLAPWTSQEGESMFLDLSGISVENKEAEWWTLHSKRQPTVVGLAPCSPSLQQEEPQLQDDGEDSLDTIWGPCKNYLHRGDREEGSDTENTREGPVPPEKNKNCMNYAVDVLLNNISLENMRHSLSQKSRVKEKVKKRWKKQVEREQQGEKPVEHSSVLTELCEKSPIQIEDQGKQGQGLDSSVVTASWRKTTPSQLARTKEKEGGGQMEAEDGPTLSTITPQATMLGDPAIRKKVPQTRVRKMHSRIPEAEPTRQPPPTSELEARPEEDPPTLILKLSRILQKADEASTLKSLQEQIDTCQAVLPLFIEAFERKQKCSFKHILISRELLVEGNGWNNCKHHLHPQAVDSLVELQMMMETIQFIENKKGLLGSKPTFRSLLWYDASLYGELLRGNQGYQQQACLYPAFQDRLRYNAFSELQHYHDQLIKLLEVAKNKNKSYYVILKYKRQIKECEDVMKHSSNFNFSLSAPFTCGVNFGDNLEDLESLRKSTLELISNQDHFLRVQSCSGKQDHLWIIMEMISSKMHFIKNSESVGMKISLYGLEHIFFDAAKSLVWKERGLSVIKKDSPEKRKEELLRFNECALNKLQQIYETVEANSKAECASMGLLEETVDTPSKHCDCIDGEDKPSWENFRFSDTLFPLSDMCQVGEIINQAGSADLKQLQELTARCTGHLETLKKCFQILQEAAVDSVLITEDNVLDLVKKHRQESVILKPEAVEMYIEVVMLSETIHFLKNVMAKKLDKPRFRGMLWFDLSLLSELIENQEKIASFLFLKENAAGCLWEAVESAILELKSEVAVICEYPEGTNSSYALQLLTRELLELSEIRTFLEQATLPMATYVDLVPYTLTVNYGTTLSELEHNYELFAVLLKNLTLASQKDLGKMAHVMRVMKTIEYLKVSCAKMGWCELSLLTCQMFTNAEKALQWKKEQTRGDHETKPRMVTKKLGAAWRQLLSPSGLPHKGPTVSKKRAFTLALCESGQEQLKSPDLPNCKKPKVSPRSSDRPATEVEKGLEREREKVADEGGPLGLVPPPHLSQTGKWPHDVPVQGAPGPSCLLLLQGPTRDGLPGGTAGPQESAAGTRGRGLPRSLIKRSWSEGALPNPPGLPLQTSKASLGPCLRQGPDAPQAAPILAGANSHSEANLHSATATEGSTFLHPDHERFPGPGMVLPGHVAVVIQPSCLGASELLSTQNRLLGPPGPPQPGQRPEPPSQLAPGAPGVCPFSLQLPPQQPESGLGVFVPASGGCWNGHSQQNPPDPQVWGPSYTFYPSYSWCVYHYCTSGGCSGGSSVTHTYQGMASYEGQPPPQAMARPPVYHFPSGPLGHSGPGDPQRSGFGQPLPMQGMGASHHGPLPCPAAWPPFVATTCASSQGLPQVSYPCQFSPGLFPGGTCTCASWQQGSLQNGH

Target ORF information:

RefSeq Version	XM_007495572.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica testis expressed 15 (TEX15), mRNA.

Target ORF information:

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

XM_007495572.2

ORF Insert Sequence:

ATGTCCTTTC TCCTTCCCCT TCCCCCTCCT GAGATTTTTA TGATTGTGGG ACAGGAGGAG 
GTGAGTGCAG GACCGCTTCC CCTCACCTGT TCCAGGATGC CAGACTCCTT CCGAGGGAGG 
CCGCTGCTCC GTGGAGAGAC TGTTGGGGCT CGGGTCAACA CCAGAATGGA AGTAAAGGAA 
ACCAAGCGAG GCAAGTCCCT GAGCCAGCGC AGCGCCTCCT GCCGTGACCA CGTGGCCCCT 
GGCTCCAGCA CCAGCCTGGA GGCCCACTCT CTGAAGAACT TTACCATCCC CAAGATCCAC 
AGGGCAGCAG AGAAAGTGTA CTTGTCATCT TGCCACACCA ATCGGAGGGA GTACAGTTCC 
ATAAGCCATA CCCTTTCCCA GTGCAGACTC GACCTGAGCT GTGAGCTCCA GTCATCTTGG 
CAGTTTGGGG AAACGAAACT AGTTCACAAT GAATATCTGG AAAAAAAGTT TTCAGCCAAA 
AGGTCGGAGA TGCGGGAGCA CGGCCGGCGA GGCCGAGAAC TGGAGGAGCA TTACTGCTTC 
TTGGCACTGT CGCACAGCGC CGTGTCCCGG ATGTACCAGA GCGGGCTGTG CACCAGGGAG 
TCGACCCTGA AGGCGCTCGG CAACCCCCTG CTCGGCGTCT ACCTGTTCCG GCATGCTGAC 
GTGGCCCTGA GTTACGCGCG CAGTCGGAAG CACCACGTGG ACAACCTCAT GATTTTTAAG 
GTTCTCTACG GGAAGGTGAA GAAGATCCAG CCTGTGATGG ACAAGAGCAA AGCCTGTCTG 
GACCCTTCAC CCAACTTCGA CTGCCACATG TCACGCCTCA TCCCCACGGC CAAAGACATC 
ATCGAGCAGC AGGCCGTGGG CTCCGCAGTT TATCTCTACG AATACAACAC ACTTTCAAAG 
CCTGTGGACA AGCCCCGGCA GTGTCTTCCA TATGCCACTA TAACGGTCAA ATTTCTTGGT 
CAGAAAGCAG AAAGTGGGCC AACTATCACC TCCTTGCGGT TTCTCTCTGC GGGCTTTCCC 
AAGTGGTCTG AAAAAAGGGG CTCTTTGAAT AACTGTACCA TTGCCAAAAG GATCGGGAAG 
GGGAAAGATG CCACTGTCAT CTACGAGCAT TTCCCAAAGC CTACAGATTC CTCAGCTCAG 
GACAGCTGCT CCTGTAATGC AGAGATGAAT CCTGATATAT CTTCTCCCTG TGGAAGCGTA 
CAGAATAACA GCTTCTTTGC TGTAGACACC CCAGATAGCC AAAACGACTA TAATTTAACA 
GAAAACCACA ACCTATCTCA AGTGCAAACA ATTGAGGCTA ACCCGCCCCT CCTAGCCAGT 
GTGGGTGCCA CTCAAAATGT GAATGGTGAC CTGTTGATAA ACTTGAATTA CCTTGAAAAA 
TTCTTCAACA CCCTTTCTGC TGCAGTCACT TTTCCTAACA GTGTTGGCAC CAGTACCGTG 
ACAACCTCCA AGCTCATCAA GGACCCCAGG CTGCTGAGAA GAGGAGTACC CCATGACCAA 
GCCAATCCTG AGTCAGGCTC CCAAGAGACT TTGCCATTAG AGAGCAGGGA AGAATACCCT 
GATTCACAAA TGAATTCTTT GCCATCCCTG CCCATGGCTG CTGCCCTCCC CCCTGGTGCC 
ATCCCTGGTG AGCCCATGGC ACTCAATCTG GGCTCCCCTC ATCCTGAGGG TTTGTCCCAT 
GACGCTGCTT TGAAAGGCGT TTTGTCTCAG AACTGTGACT GCAGGGCTAT CCATGAGGTT 
GTCATGGATG ATCCAAAAGA AGACCAACAT CATACTGATC TTCAGGTGCC TCTTCCCTAT 
GCTTCCAAAG AAGTCATTCC AGAACATGAT AACCGGGAAT ATATTGACAA AGAAATGGAT 
AGCTCAAGCG AGATGAACAA AATACTTCTT CCAGTTAAGA AACAAGCCAG AGGAAAGTGC 
ATTTCAGAGA TGAATCACTT TCCTAGAAAG GGCATGCCAA TGGATACCAA TTCAGAGAGT 
CTTAGTAACC TTGTAAGCCA GGAATCGCAG CCTGATGACC TCAAAATTGT CCATGAAATA 
CTTCAACCAT CCTCTCCAGG ACTTCTCCAG GTTCAGAAAG AAACCAGAAA TAAATACAAT 
CAGGGTACTC AAAATGTGAA AAGCTTGAAC ACAGATACAG AAAACCATTC CCAACAAGGC 
AAAAATAAGT ACTGCAAGAA GAAAGAGAAT TATGACTCTA CTCACGGAGA AAAGAGTAGC 
TCAAGAGAAT GTTGTGTCTC TTATGAAAAG CATAAGGTTT TGATTTTATC CCACCAAGAC 
AGCAATGATT GTAAAAAACC TAGGAACCAG GGGACAGTAA CTATTCCAAT GCGACCTTCC 
ACATCTCGAG AGCAAGAAAG GAAACACATA CCTTGGAAAT CAGAAAATAG TTACCCAGTA 
CTAAGTACAC AGAAATCTTC CAAAAATTGC CTTGAAGAGT GGTTGAAATG TGAACGAATG 
TATATTGATA AATACTTTTC CAAACCTCCA AAAGTAACAG AACTAAAAAT GGAAAGTCTG 
CATCTGACAC CCATTAGCAT GAAGGCCAAT GTTTCCCAGG AGATGGACAT CATTGTTCAG 
ACCAAAGAAA AGCCAAATGA TTTGATTAAT TTGGCACTTG ACACGGAAGT GTCACATTCC 
AAGGTGATCA GAGATGGGAG TGAGAAATAC TTGGGTGTTA GTGAAGGAAA TGAAAATGGA 
CTGTTGTCCC CAGAAGACCC ACATAAAGAT GGCAAAATGG ATGTCTGCCT TGCTGAAGAG 
GCAGACCAGA GTCAAGTTTG CCCTATGTTC TGCGACCCAG TGTTTGGAGA TGACAATATC 
GCTTTTCCTG ATTTGAATGT TTATTTTCAA GAACAGGAAT TAAGGAATGA AGAACATAAT 
GGCTCACATC CTAAAGAAGA GGGGAGAGAG AGTCTTTCTA CAGAAAAAAA TAAAATGGAA 
AATATTTATG TAAATGAGAA GCAAATTGTT TATATGGAGG AAAACTGCAC CACAATGGTC 
AATAATGAGA GAGATATCAA GAATTTGGGC AGGTCAGAAG TTATACATTC TGAAAAGTTT 
TCTTCAGTAT TTAATTTCAC CTGGAAAAAA AGCTACATGC CTTTAGAAAC TGCCCTGGTT 
GAAAATGAAA GCAGAGTTAT CCCGGGGAGT CAAAGAGGGA TACTTTTCAG TCACAAGAGG 
AAGCTGATGC CACTGACTTC CACAACCACG TTGTCAGAGT CCACAAGTTC CTCAGCAGCC 
TGTGTGTGCA AAAACTCTGG CGCCAACATG CCCATCCCTG CTGCTCTGAC ACCAGAGTTC 
AGGCACGAGT TTGAAGACAA CCAAAGGAAC TTCCAAGGAA TAGCCCAAGC CATCCAGAGC 
CCCAGTTTTG GAGCATGTGG GAGAAATATA TTTGGGGAAC ATCAAAATGA TGCAAACTAT 
GGCAGAGCCA GTGAAGCCCA TACGCAGCCA ACTATTAGTG AGGACCAAGG GGTCCTGCCT 
CCTCAGGATC TGGACTTTAA CAATGAGATT GAAGTGGAAT TTGAACAATG TGAAGGCTCT 
TTCCTGCAAC TACAAGGCAC AGCCATCCAT GGAAATCTGC CTACTGATGA AATGAGCTCT 
GTGTACCAAC TCCTAGAATC TCGTATAGAC TGGGAAAATC TACTTGGAAG CCAGAAGCCC 
TCAGAGATTT CCAAAAGCAC TTGGCCACAG GAGGATGGAA GCCAATGTTT CCTTAAGGAA 
TGCAGTTGCA TTTATTCTTG GACCCAGAAA AACCATCGGG ATCTCTTAAG TCCAGTGGTG 
GTTCCTGATT TACAAGTTGA AATTACAAAT ATCATTCAGA CAAGGTTCAC CCTTTCTCAA 
GAGCCACTAG CAATGCAAGG TGAGGTGCTG GTGTGCCCCA CACCGGATAC TGAAGAGGCA 
GAAATGAATG CTGTGTGGAA AGAATTAGAA TCTATGGCCG ATGCTCCCCA GTTCACCTGT 
GAAAACACAG ACTCTCCCAG CCAAGGTGAG CTTTTCATGG ACATATGGCC AGAGGCATCT 
GAACTTAACA GGAATCTGGT CATTTCCCCA CCTCCTGAGT CATCAGCAGT TCACAAAGCA 
TGTTCCCCTC AACCTGCTGC TACTTCTAAA GCCACACAGG ATGATAGGCC CTGCCCCTTG 
GCAAAGCTAA CGGCTGTCCA TAACAAAGCT CCAAGAGGAA AGGACACGAG ATCCAAAAAC 
AGCAGACGGA AACAGTCACT GTCCTCCTTC AAGGACAAAA TCATACAAAG GAGAAACTTC 
AGATATCCAG AGCCTTATGG AGTAACCAGA AAGACATCTC ATCACCAGTC ATCTGAACAG 
TTTTCTTCTT TGTCTGAGGG ACGGATCAGG ACCTTTTCAC AGTCGGAAAG GTACATCAGA 
AGCGTTCTGA ACGTCCTCTA CAGTGAAGCA TCTTTGTGCA AGAGCAAACG TCTGTCCCGA 
AAACTAAACC GAGCTGTTCT CCATTTAAAG AAAGCCCACA GAAGGGTTCA CCGATCCTTG 
CAGCTCATCA CAAAAGTCAG GGAGAAAAAG AGAAAGAGTC CCTTGCCGAA ATCCTATGAG 
GTCATACGTA ATAGTTTGTG GGAATGTTGT GACTTGGAAG GTTATAACTT TCTGACAGAA 
AGGAGGTATT ACTCGAGGCA TTATTGGCAG AAGAGAAAAA ATGACAAACG GGAAGAGAAG 
AGATCTGAAA GACTGCAAGT GGTTGGGTCT CGGACCTCTT TCCCACACCA CCAGGGTTAC 
AGCAGCAGCA GTAGCAGGGA CCAGGGAGTC CGGAGGTCAT TTTCCATAGA AGGTCCATCC 
ACCAAGGCAT CTAGAAGTCG AGTGAGCACC CCGAGAAGCA CCACTCTTCA CAGACCACAT 
CACTCCAAGT CTCGGGGCTC AGCATCAAGC AGGAGCAGTG GGAAAGGCCC CAAAAGAGGG 
GCTGACTGCC AGCTCTCCAA AGGACAGCAA AAAGCTTTCC CTTCTCATCA TTCTGATGAT 
GTCAACTCCA GGGAGGCTCC CACAGGAACC CATTCTACTC CACCTACAAT GGAAAGAAAT 
GGGGAGTTTT GCAGTGACTT TGGGGGAAAT GACCTTCCCC TTGATACCAA TAAACCAAAT 
GTAGGAGGCA ATAATGAAAC TGACTCCCAA GAGAATCCTG ATATATCCAT TTCAGCCTTA 
AAATCAGGCA CAGAACACTG TTTCAATGTA GATGTCTCTA AAACAGATCA GCTGAGGTGG 
CCTATGGGTC CCCCAGAATT GGAAGGTTAC CTTCCTGCAG AAAAGTCACT AGCACTCACA 
AGAAGCTTGA ATCCAAGCAT GGGTTCGGAA CACTTGGTTA GGGCCTCTGG TGATCTGGCT 
CCCTGGACAA GTCAAGAGGG AGAGAGTATG TTCTTAGATT TATCCGGCAT CTCTGTTGAA 
AATAAAGAGG CCGAATGGTG GACTCTCCAC TCCAAGAGGC AGCCAACTGT CGTTGGGCTT 
GCACCCTGCT CTCCATCTCT ACAGCAAGAG GAGCCACAAC TTCAAGATGA TGGAGAGGAT 
TCTTTAGATA CGATTTGGGG CCCTTGCAAA AATTACCTTC ACAGAGGGGA TAGGGAGGAA 
GGAAGTGATA CTGAAAATAC CCGAGAGGGG CCTGTACCAC CTGAGAAAAA TAAAAATTGT 
ATGAACTATG CTGTCGATGT CCTTTTAAAT AACATCTCTT TGGAGAACAT GAGGCATTCC 
TTATCACAAA AATCCAGAGT AAAGGAAAAG GTGAAAAAAA GATGGAAAAA ACAAGTAGAA 
AGGGAACAAC AGGGAGAAAA GCCAGTAGAA CACTCAAGTG TTTTAACAGA ACTTTGTGAA 
AAATCTCCCA TCCAGATAGA AGACCAAGGT AAACAGGGCC AGGGCTTAGA CAGTTCTGTG 
GTGACTGCCT CCTGGAGGAA GACGACCCCC AGTCAGCTGG CCAGGACCAA GGAAAAGGAG 
GGCGGAGGGC AGATGGAAGC TGAGGATGGG CCAACCCTCT CCACCATTAC ACCACAAGCC 
ACAATGCTGG GTGATCCTGC AATCAGGAAG AAAGTCCCCC AGACCCGTGT CAGGAAAATG 
CACTCAAGGA TTCCTGAGGC TGAACCTACT CGGCAGCCAC CTCCCACAAG TGAATTAGAG 
GCTCGGCCGG AGGAGGACCC TCCAACACTC ATCTTGAAAC TGTCAAGAAT TCTGCAAAAG 
GCAGATGAGG CGTCCACTCT GAAGAGTTTA CAAGAACAAA TCGACACATG TCAAGCAGTT 
CTTCCTTTAT TCATTGAAGC TTTTGAAAGA AAACAAAAAT GTTCCTTTAA ACATATACTG 
ATTTCTCGGG AGCTGCTGGT AGAAGGGAAT GGTTGGAATA ATTGTAAACA CCACCTCCAC 
CCACAAGCGG TAGATTCCCT GGTAGAACTC CAAATGATGA TGGAAACCAT ACAGTTCATT 
GAGAACAAGA AAGGTCTGTT GGGCAGTAAG CCCACCTTCC GAAGTCTGCT GTGGTATGAT 
GCTTCCCTGT ATGGGGAGCT GCTCCGTGGG AATCAGGGCT ACCAGCAGCA GGCCTGCCTC 
TACCCTGCTT TTCAAGACCG ACTTAGGTAC AACGCCTTCA GCGAATTACA GCACTACCAT 
GACCAACTGA TCAAACTCTT AGAAGTGGCC AAGAATAAGA ACAAATCCTA CTATGTCATC 
TTAAAATACA AAAGGCAGAT TAAAGAGTGT GAAGATGTCA TGAAACACAG CTCTAACTTC 
AATTTCTCTC TTTCTGCACC GTTCACCTGT GGGGTTAATT TTGGAGATAA TTTAGAAGAT 
CTAGAAAGTT TAAGAAAAAG CACTTTGGAA CTCATCAGTA ACCAGGATCA TTTCCTTAGA 
GTTCAGTCTT GTTCTGGGAA GCAGGATCAT CTCTGGATCA TCATGGAAAT GATCTCTTCC 
AAGATGCACT TTATAAAAAA CTCTGAATCT GTTGGCATGA AGATATCTCT CTATGGCCTG 
GAACACATCT TTTTTGATGC TGCTAAAAGT CTCGTTTGGA AAGAGAGGGG CCTATCAGTT 
ATCAAAAAAG ACTCTCCTGA GAAGAGGAAG GAAGAACTAC TCAGATTTAA TGAGTGTGCC 
CTTAACAAGC TTCAGCAGAT CTATGAGACT GTGGAGGCTA ACAGCAAAGC AGAATGTGCT 
TCCATGGGTT TGCTTGAGGA AACTGTTGAT ACTCCCAGTA AGCACTGTGA CTGCATAGAT 
GGAGAGGATA AGCCTAGCTG GGAAAATTTC AGGTTTAGTG ATACTCTTTT TCCTCTCTCA 
GATATGTGCC AAGTTGGAGA AATAATAAAC CAAGCAGGAT CTGCTGACCT GAAACAATTA 
CAGGAACTGA CAGCAAGATG CACGGGCCAT TTAGAGACCT TAAAGAAATG CTTCCAGATT 
CTGCAGGAGG CCGCTGTGGA TAGTGTCTTG ATCACAGAAG ACAACGTGTT AGACCTGGTC 
AAGAAGCATC GCCAAGAGTC AGTCATCCTG AAACCTGAAG CTGTTGAGAT GTACATCGAA 
GTGGTTATGC TCTCTGAAAC AATTCACTTC CTGAAAAATG TCATGGCCAA AAAACTGGAC 
AAACCAAGGT TTCGGGGGAT GTTGTGGTTT GATTTGTCTC TCCTTTCTGA GTTGATAGAA 
AACCAAGAAA AAATAGCTTC CTTCTTGTTT CTCAAAGAAA ATGCAGCAGG CTGCCTATGG 
GAAGCCGTGG AATCGGCCAT ATTGGAACTG AAAAGTGAGG TGGCTGTCAT CTGTGAGTAC 
CCTGAAGGGA CCAATTCCTC TTATGCACTC CAGCTACTGA CCAGAGAACT CTTGGAACTC 
TCTGAAATAA GGACATTCCT GGAACAGGCC ACCCTACCCA TGGCCACATA TGTGGACCTG 
GTGCCTTATA CCTTGACTGT AAATTATGGC ACGACCCTTT CTGAACTCGA GCACAATTAC 
GAGTTGTTTG CTGTATTGTT GAAAAACCTC ACTTTGGCTT CCCAGAAAGA TCTGGGGAAG 
ATGGCCCATG TCATGAGAGT CATGAAGACC ATTGAATATC TGAAGGTCTC CTGTGCCAAA 
ATGGGATGGT GTGAGCTCTC TCTTCTCACC TGCCAAATGT TCACCAATGC GGAGAAAGCC 
CTCCAGTGGA AAAAAGAGCA GACCAGAGGA GACCATGAGA CGAAGCCCAG AATGGTCACC 
AAGAAACTGG GGGCTGCTTG GAGACAGCTT CTGTCTCCCT CTGGCTTACC CCACAAAGGT 
CCAACTGTCT CCAAAAAACG AGCTTTCACT TTAGCTCTTT GTGAAAGTGG TCAGGAGCAA 
CTCAAGAGTC CTGATCTACC AAATTGCAAA AAACCAAAGG TCTCACCACG GAGCAGCGAT 
CGTCCAGCCA CGGAGGTGGA GAAAGGCCTG GAGCGGGAGA GGGAGAAGGT GGCTGATGAG 
GGAGGCCCCC TGGGCCTTGT CCCCCCTCCC CATCTGAGCC AGACCGGGAA GTGGCCCCAC 
GATGTGCCCG TGCAGGGGGC TCCAGGGCCC AGCTGCCTGC TCCTCCTGCA AGGCCCCACC 
AGAGACGGCC TCCCAGGCGG CACAGCCGGG CCACAGGAAA GCGCAGCGGG AACGCGAGGG 
AGAGGCCTGC CCAGAAGCCT GATTAAGAGA AGCTGGTCTG AGGGGGCCCT TCCCAACCCC 
CCAGGCCTTC CTCTCCAGAC CTCGAAAGCC TCTCTCGGTC CCTGTCTAAG GCAAGGACCA 
GACGCCCCAC AGGCTGCACC CATTTTGGCA GGTGCCAACT CCCATAGCGA AGCCAATCTC 
CATTCTGCCA CCGCAACAGA GGGCTCAACC TTCCTCCATC CGGACCACGA GAGGTTCCCT 
GGCCCGGGCA TGGTCCTGCC GGGCCACGTG GCTGTTGTCA TTCAGCCCAG CTGCCTGGGT 
GCCTCTGAAT TACTGTCCAC TCAGAACAGA CTTCTGGGCC CCCCAGGGCC CCCCCAGCCA 
GGCCAGAGGC CCGAGCCCCC AAGCCAGCTG GCCCCTGGGG CACCCGGGGT GTGCCCCTTC 
TCCTTGCAGC TGCCGCCACA GCAGCCTGAA AGCGGGTTGG GGGTATTCGT GCCAGCCTCT 
GGGGGCTGCT GGAATGGCCA CTCCCAGCAG AACCCCCCAG ATCCTCAGGT TTGGGGCCCC 
TCCTACACCT TCTACCCTTC CTATTCTTGG TGTGTGTACC ACTACTGCAC CAGTGGCGGC 
TGCAGCGGGG GCAGCTCTGT CACCCACACC TACCAGGGCA TGGCATCCTA TGAGGGCCAG 
CCTCCCCCTC AGGCTATGGC CAGGCCGCCC GTCTATCACT TTCCCTCTGG GCCGCTTGGC 
CATTCTGGCC CCGGGGACCC TCAGAGGAGC GGCTTTGGAC AGCCACTGCC CATGCAGGGC 
ATGGGTGCCT CCCACCACGG CCCACTCCCC TGCCCTGCCG CATGGCCACC CTTTGTTGCC 
ACCACCTGCG CGTCCAGCCA GGGACTGCCA CAGGTCTCCT ACCCCTGCCA GTTCAGCCCA 
GGCTTGTTTC CAGGAGGGAC CTGCACTTGT GCTTCCTGGC AACAAGGATC TTTGCAGAAT 
GGACATTGA

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

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TEX15 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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