Tex15 (NM_031374) Mouse Untagged Clone

Specifications

Product Data
Type	Mouse Untagged Clone
Tag	Tag Free
Synonyms	2210014E14Rik; AL022622; AU022940
Vector	pCMV6-Entry
E. coli Selection	Kanamycin (25 ug/mL)
Mammalian Cell Selection	Neomycin
Sequence Data	Fully Sequenced ORF (showhide) >MC225407 representing NM_031374 Red=Cloning site Blue=ORF Orange=Stop codon TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC GCCGCGATCGCC ATGACATACTTTTTTATTTATGTTTCCACAGAAAGAGCATGTTCTCTGAATAACTGTACAATTGCTAAAA GAATTGGAAAAGGAAAAGATGCTACAGTCATCTTTGAACACTTCAGGAAACCTGTGGATCCATTTGTTCA GGAAAATTGTCCATGTAAAGCACTAAATTCAGAGATGGGTCCTTTCAGCTCAGATACTTCTAGTTCTTAT GGAAATGTACAAAATGGAAACAATTCTGTGCTTGAAGCATACAACAGACAGACAGAAAATTCATCAAATC TTAGAGATGCTTCTCAAGTATACACACACAATTCAGGTTTTTCTTTCATACCCACTGGTAACACAGCAAG TGGTAATGGTGACCTGTTCAGTGTGACATATCTTAGAAGTATTTTAAGTAGTATTTCTGCTGCTTTTCCC TCTCACAACAATACTGGCTCAAGTACAGTTATTACTTCAAAACTCATTAAGGACCCAAGACTTATGAAGA GAGAACAGAGCATGAGAAACAAAAGTGATACTGCAGGTTTGAGTGATGTTTTGCCATTGGATAAGAGTTT GGGTTGTGGTGATTCACAAATAAAGCTGACATGTATGCCAACTAGTTCCATCTCTTCATCGGAAGTTCCT GCTGATAATACCATTACTAGTTGTTTGAATGCCTCTTGCTTCAAATTCTCTTCTGAAAGTTCACACTATC AGGCTCATAATAGCAGCTCAAAGGGCCATGACTGTATAGCATCCAGTAGCATTGCTGTTACAGAACAATT TAAAGAGCAACACAGTTCTTCCTTCCCCAGTTCTTTATCAAATGCATTTTCAGATGTCAGGAAACAAAAA CACAGTGAAGAACAGGTCCAGAGAGCTCAAATGAGAAGCAATGTCCCAGTTTTAACAGCTCTGAGCAGTG AGTCACGGAACTCCGATGAATCAGAAAATACTTGTAGCAACGACTCTCAGGGTCATTTCTCTCAAGAGTC ACCATCTTCTGATATAAACAGTATATATAAGGTTGGTCACCAGATGTCTACAGTCTTCCCAGCCCAGAAG AAAGGAAATCTATGTGAATACATCCAAGATACGGGAATGATGAGAGCCTCCATCAGCACAGAAGACAGCA CTAAAGATGGAGTAAACCATACTTGGTGCAAAGAAACTGTTCTTAGTAATGAAACTGTTAGTAGCCCAAT TGATAATTCCAATACATTGTACCAGGAACACAAAGAAGGAGGAAATCTTAATTCTTTAAGTGGTAATTGT GAAAAAATCGGAGTTACTCATAAGTTACAAGTGCCCAAGTTTCCCATATCTTCCACAGGGGATAAAAATG AACTATATCGTGCAGCATTGGAATTAGAGTGTTCTCTTACTCCAACTATAGAGTGTCTTTCACAAAAGTA CCCGCAACACTCTTTGGAGCATGAAGATAATACAAATTTTGCCATGACTCAAGGGCTAATAGAATTAAAA ACAGTACAAAATAATCAGAACTTTGGTAACATTTTGTCTGATGCCTTCCAGGAAGCAAAAGATGTTCCCC TGGCCAGTGAAAAGCTCATTGATAGAGTTATTTCATCAGCTGCCATTGACATCTCTCTTGACAGTTCAGT TTGCAACATAATTGGAGAATATACATGTGTCCGGAGGGAAAATGAAAATGGGGAAGCATCACCATATAAC TGTCACAAAGAAGAAGCTTCTCGTGTTAAAGATGGTGTGCAGGATCACAGCCTATCTTATGATGCAGAAT TGAGCTGTGATCTGAACTTGAAAATTAATTTGCAAGAACAAAGAGATGATAAAAATCCAAATGAGGCTAA AGAACACAATACAGATAACATAAATGGAAGTGAGAAACAAGATTGTCTTGCAAATGACCATTTCACCAAT ATAGTTGAAATGAGGGAAATTAAGAGTAACACCGAAGTAGAAATTCTGAATTCTGAAGAATGTTTCACAT TTAACTCATTTCGGGGAAAAAACGGTAAACCAGCAGAAACAGCATCATCAGAGAGTGAAGCTGTAGAACA AAGGCATGCACCAAATGATCAAAGAGGCCTAGAGCACTTGGTGTCCTCATTTCCAGAAATTGAAGGCTCT TCAGTGTGTGTAGCCTCAAATGCTACAAAACAAATAGTTGGCACTACTGTCCTTACAGTAAGCACAAGTC TTGGGGATCATCAAAAAGATGAGTTAAAAGAAATTTGTTCCTCTGAGAGTTCAGATTTGGGTTTAGTAAA ACACAGCATTTCTGAATGTGAAATTGATACTGATAAAGATAAATTACAAGACTTTCATCAGTTGGTAAAT GAGAATTCAGCTCTTAAAACTGGATTGGGAAGTGAAATTGAGGTAGATCTTGAACATGATAATGCTTCTG TATTTCAACAAAATATGCATAGCCAGGGAAATGACCTTTGTGAAGAATTTGAGTTATATGAGTCTCTAAA GTCTCGGATTGATTGGGAAGGCCTATTTGGAAGCAGTTATGAGGAAATAGAATCCTCAAGTTTTGCAAGA AGGGAGGGTACTGATCAGCATAGTTCTACAGAATGTAACTGTGTTTCTTTCTGTTCACAAGACAAAAGAG AGCTCCACAACCCAATTTTTCTTCCAGATCTACAAGTTACAATTACAAACTTACTTAGTCTACGAATCAG TCCCACTGATGAATCTTTAGAGTTGAAAGATAATTTTTACAAACAGGTAACTGAATCTACAGAACCAGAA ACAAATAAGGAAGGGAATGCTTCTGGATTTGGCATGTGCTCCCAACCTTCTGGAGAAAATTCAAGTTTTT CATGTGCAAATAAGTTTGGTAATTCAGTGCAAGAATCAGGAGATGTGAGCAAGTCTGAGAGTTCCCATTC TTCCAACTCAAGTCATAATACACATGTGGATCAAGGATCTGGAAAACCAAACAATGACTCTTTGTCTACT GAACCATCTAATGTCACAGTAATGAATGATAAGAGCAAATGCCCCACAAAATCAAAACCTGTCTTTAATG ATACTAGAAATAAAAAGGACATGCAATCAAGAAGTAGCAAAAGAACCCTGCATGCATCTTCTTCCAGGGG TCAGAACATAGCCAATAAAGACTTAAGGGAGCATGAAACTCACGAGAAGAAGAGAAGGCCAACAAGCCAT GGCTCATCTGACCGTTTCTCTTCCTTATCCCAAGGACGAATTAAAACATTTTCGCAGTCAGAGAAGCACA TTAGGAATGTACTGAATATTCTAAATAATGAAGCATCTTTATGTAAAAGCAAACATCTGTCCAGGAAATT GAACAAAGCTGTTCTTCACTTAAAAAAAGCCCATAGAAGAGTTCATACATCTTTGCAGCTTATATCTAAA GTGGGACAAAAGAGGAAGGGCCCATTACCAAAAGCATATGCAGTAATACATAATAATTTCTGGGAAAGTT GTGATCATCAAGGTGATAGTTTGATGTCTGAAAGAAGATATTCTAAGCATTTTTTGTCCAAAAGAAAATA TGACAAACAGGGAGATAAAAGATTTTTAAGATTTGACATTGAGGAGTCATTGACCCCGGTATCAAAGCAC AGATTATATAGAACAAACAGAGAGAGGATTGCAGAGTGCCTTTCTAATGAAGTCATGTCTGGGCATGTTT CCAGTAGTCTTACCACTTTCCATGTGAGAGAATTTTGTGATGAAGAACAGTTTCCAGAACCACAGTTACC TCTAGCTTATACATCTCAGAGTATAAGTCAGTTAGAATACACTAATAGCATTGTGGGAAATGAAAGCTCT TCTGAACTTGAACATTTTTCTGAAACAAGTGGGAATATGCTTGACCCAAAAGAAACACTAACTGAAAAAG AATATCAGACACATACACAGTTATGTAATAGTGACTCTGCAAAACTTAAAAACCATACAACACATAGTAT TAGGGATATAGCAAAAGAATGTAATTCTGAGGATAAAACAGTTCTCTGTGAAAGCAATCCAGTGTATTTA AGTTTCATAAAAGAAAACACAAGTCATAGTCCAGATAAAAGTTATGATTCAAATTGTAAAGCCAACACTG ACATACATATTTCAGTTTTAGGCTCCAAAAAAAAGCACATTTTAAGTGTTGATATTTATGAACAAGATAA TTGTGTATCTGATGGTGTTAAAAGTGGAGAAGCAATTTTTCCTATAGAAAAGTGTACAGTTCCTATGGAG ACCACATCAAGCATTCCTACGGAAAATATAGCAAGCAAAAGTTACACTATTCCTCCGGTCTCATCAATTC TAGTGACAGCTGGAGAGGAAGAATCTTCTGTAGGGGAAAATGGACTCTTCGATGTAAATGAGAATGAGAT GAATATTACTATGCATTCTAAATTAGATCTAACATCAGTAACTGAAGAAAGTAAAATTTGTAAGAAAAAT ATGAAGAACCTATCTTGCAATGATAGTTCTATGCTATTAAAGGAGAATATAACGGGTCCTTCAAAAAGAT ATATGGCAAAATACATTGAGGAAGAAAAAATTAGGAAAATTGAGCAAGCAGTTTACAAAAAAATTATTAC TGAAGGATCACCTATTAGTTTTAAGTACAAAAGTCAAAATAAGATCCTAAAGGAAAAATCATTTCATGTT AACAAGAAAATAATTACAAACAACTTGACTGATTCTCACCTAAGCATTAAAAATTCTACTGTAGACACAA TTGCTTTGAAAGACATTCCTAATCAGCTTAAAGAAAGAAAGGAAGCAGGGCAAATTAAAGTTAATAACAA CTCTCACTCTGACTGTCTCTCCAAGCCAGCCATTGTAGAAACTAATCATAGGCCTGTTTTACATGGGAAC CCTAAAGTTGCTACTCTTCAGAAGGAATTAAAAGAACATCGCTCACCTAATTACACATCTCATGTAACAG AACTGTCTCAAATTTTACAGAGAGCAGATGAAGCAGCATCTCTTCAGATTTTAGAAGAAGAGACTAAGCT TTGTCAAAATATTCTCCCTTTATTTGTTCAAGCTTTTGAAAGACAGCAAGAATGTTCAATTGACCAAATC CTGATTTCAAGAAAGCTATTGGTAGAACAAAACTTGTGGAATAATTGTAGACTTAAATTGAAACCATGTG CTGTTGATACTTGGGTAGAACTTCAGATGGCAATGGAAACTATTCAATTTATTGAAAACAAAAAAAGATT CTTAGAAGGTAAACCAACATTCCGAAGCTTGCTTTGGTATGATGAGAGCTTGTACAGTGAACTGCTTCGC AGGCCACGTGGATATCAACTGCAGTCCAATTTCTACCCTGGTTTTCAAGGACGACTAAAATACAATGCAT TCTGTGAGTTACAGAATTATCATAATCAGTTAGTTGAATTCTTAACAGAAACAAAAAAAGAAAATAATTC ATATTACGCATTATTAAAATACAAACGGCAAATTAATGAATGTGAAGCCATAATGAAGCACTATTCTGAT TGCTTTGACTTTTGTCTTTCTGTTCCATTTGCCTGTGGAGTTAACTTTGGAGATAGTTTAGGAGACCTGG AAACCTTAAGAAAAAGCACTCTGAAGCTGATCAGTGTACCTGGGGGCTCTCCTAAAGTCCATTCCTACCC AGGAAAGAAAGATCATTTGTGGATCATTATAGAAATAGTCTCCTCAAAGGTTAGTTTTATCAAGAGCAAT GAAGAAATAAGTATCAAAATCTGTCTTTATGGTCTGGAGCATATATATTTTGATGCTGCAAAAAGTCTTG TATGGAAAGAAAAAAGCTGCTCTTTACCCAAAAAACATTCAGAAAAGAATAGAGAAATGGAGGAAATAAA TGAGAGAGCTTTTTCTAAGTTGAAGAAGATCTATGATGTCTTATCTAAAGGTTTAAACAATGAACCCACT AGTATTGGACTTCAAGAAGATGCTATTATTGCTTCCAAACAATCCACTCTAGGTAGCATATCAAACTGTA GGCTGAACAAAGCTTGGCTTTCATATCCAGATATTTCTTGTGTTGGTGAGATACTGGATCAAGCTAAATC TGCAGACCTAGAGGAGTTACAGGGCCTCACTCTCAGATGTACAGATCACTTAGAAATTTTAAAAAAATAC TTTCAGATGCTGCAAGAAGATAACATAGATAATATTTTTATCATGGAAGAAAATGTTTTGGATATGCTAA GCAACCACAACCTGGGAGCAGTCATTTTAAAGCCTGAAGCTATTGAGATTTATATTGAAATTGTCATGAT CTCAGAAACAATTCACTACCTTAAAAATTTAATAGCAAAGAAACTGCACAACCAGAGATTTCGAGGTATG CTCTGGTTCGATTGGTCTCTTCTTCCTGAGCTAATTGGCTGCCAAGAAGAAGTGGTTTCCCTTTCTGTTG GTGACACCCAAACACATTGCCTTTGGAAACTGGTAGAGACTGCAATTTCTGTCCTTAAGAAAGAGCTGGC TGTTATCTATGAATATGGTGAAGCTTCTAACTGTTCCTATGCTCTACATTTATTCTACAGAGAACTTAAG GAACTTACAGGCGTTAAAAGGCTTCTGAATAACTCTAAGTATTCAGTTTCCACGTATATTGACTTGGTGC CACATACTGCATCTGTAAATTTTGGAAACACTGTGGCAGAATTAGAACATAACTACAAGCAGTTTTTTCT ATTACTCAAAAATGTAATGTCTGTCCCTCAGAAAGATTTTGGAAAAATGGTTCATATTATAAAAGTTATG AAGACAATTGAACATATGAAGCTGCTAAGTGCTAAAGATACTAAATTGTCCACTCATCTTCTCTTTCTCC AAATGCTGCGCAACAAAAGGAATGCTTTGCAACAAAACAGACAAGAAAAGATGGAGACACCCGTTACAGA ACCTGGGGAGGACAGCAGTCAACCTGGGGTTTCTGAGCAGACACCTCCAGGTACAGAGTGCACAGTAAAA AACATTTCAGACTCCTCTAAAAAGCGACCTGTGACTGCAGACACATGTGAAGTCTCTCAGGGAAAAGGAA ATACAGACACTGTTCCCAGTTGGAAAAAACAAAAGGTTACCATGAAAGATGTTGGAAATATACAGACAGT ATCCAAACATCCAAGCACTACAGGATCTCCTCCCAATGATGAAAACAAAATAGGATCAAATTCCTCTGAC AGTCTGAAAAGCATCTCTGCATCTCCAGAAGTGGTCAAAAGACAGAGCTCAGTACTTGGTTCAGTGTCAC CTGCTGAAAGTGTACAAGACACTTGCACACCAAAGTCAGAAAGCAAAGTAGAGCCAACAGACAGCTTACC TGATTCTTTAGCATCTCTCACTGAACAGCAGGAAAACTCAAATGTCATAGAGAAAAGAAATGGGAATTCT AGTGTGGCTGAAACAAATGATAAGAAAGACTGTCCTTTAGTAACTTGTGACCAAAAGGATATAGATGCCT CTTACTCACCTGACCACACACCTGCACAGGAATCCCATAAAACCCCTGTGGATCACACACAGATCTCTCC TTCAAACCTAACAGCAGGAAATGATGACCCTCTTGTGCCTGATGCATCTCTGCTCTCAGTGTCTGCTTCC CAGTCAGAGAAGGACGTTTATTTGAGTGGCACAGACTTTCACCATGAAAATAATAAAATACTAAATTTGT CTACTGAAGATTGTACAGGCACCAGCTCTCCAGAACCTGTGTGTATCAAGGACAAAATTTCTGTCCTGCA AGTAGATAAAACACAGCCTATAAAAAGTGAATCGCCAAAAAAAAGTATGACTGATGCTCCAAATCCCAAT ACTGCACCATTTGGCTCATATGGGAACTCAGCCCTTAATGTGAATGGAACAGTACAGCACACTCACTCTG AACAGAATTCAAAAGTCCTGACTCAGAAAGTTGGCACATCCAGGAATATACCTCCACAGTCTGCATGTTC TCCAGTACATAACTCTTCTGCACATTCATTTGGAACTTCATATCCATACTACTCTTGGTGTTTCTATCAG TACAGCAGCAGCAATGGCACTGCTGTTACTCACACATACCAAGGGATGACAGCATATGAGATACAACAGC CTCCTCCTCCAGTGTTGACTACAGTTGCAAGTACTGTTCAGAGCACACATTTCAATCGTTCATACTCTGA ACATTTTAGTTACTTTCCTGGACAGCCACAAGCAAATTCCTTTAACCCAGGAAACGGGTATTTTCCATCT CACACGCCTGTTTCTTACAATTACCAACAACCAGTTTATTCACAGTTTGCTTCTCATCAACCAGTCCCAC AGGCTACATATCCTTATCCGCCTAACCCAGGTGCGCCTCCTCAAGTTCCTTGGACTTATGCTCCATGGCA ACAGAATCCGTTTCTACGAAGGCCTTAA ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT ACAAGGATGACGACGATAAGGTTTAA
Restriction Sites	SgfI-MluI
ACCN	NM_031374
Insert Size	8358 bp
OTI Disclaimer	Our molecular clone sequence data has been matched to the reference identifier above as a point of reference. Note that the complete sequence of our molecular clones may differ from the sequence published for this corresponding reference, e.g., by representing an alternative RNA splicing form or single nucleotide polymorphism (SNP).
Product Components	The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
Reconstitution	1. Centrifuge at 5,000xg for 5min. 2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA. 3. Close the tube and incubate for 10 minutes at room temperature. 4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom. 5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.
Note	Plasmids are not sterile.  For experiments where strict sterility is required, filtration with 0.22um filter is required.
Reference Data
RefSeq	NM_031374.2, NP_113551.2
RefSeq Size	8408 bp
RefSeq ORF	8358 bp
Locus ID	104271
UniProt ID	F8VPN2
Gene Summary	Required during spermatogenesis for normal chromosome synapsis and meiotic recombination in germ cells. Necessary for formation of DMC1 and RAD51 foci on meiotic chromosomes, suggesting a specific role in DNA double-stranded break repair.[UniProtKB/Swiss-Prot Function]

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