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TEX15 (NM_031271) Human Untagged Clone
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Other products for "TEX15"
Specifications
| Product Data | |
| Type | Human Untagged Clone |
| Tag | Tag Free |
| Symbol | TEX15 |
| Synonyms | CT42 |
| Vector | pCMV6 series |
| Sequence Data |
>NCBI ORF sequence for NM_031271, the custom clone sequence may differ by one or more nucleotides
ATGCCCAGTGATGCCAAAGACAGTGTTAATGGTGACCTTTTGTTAAATTGGACAAGTCTT AAAAATATTTTAAGTGGTCTTAATGCTTCTTTTCCTCTTCACAACAATACTGGCTCAAGC ACAGTCACTACTTCAAAATCCATCAAAGACCCAAGACTGATGAGGAGAGAAGAAAGTATG GGAGAACAGAGTAGTACTGCAGGCTTAAATGAGGTTTTGCAATTTGAGAAGAGTTCAGAT AATGTTAATTCAGAAATAAAATCGACACCATCTAATTCTGCCTCCTCCTCAGAAGTTGTC CCTGGTGATTGTGCTGTTCTTACTAATGGTTTGGATACCCCTTGCTTTAAAACTTCTGTT AATGATTCACAATCTTGGGCTCACAACATGGGCTCTGAGGACTATGACTGTATACCTCCC AATAAAGTTACCATGGCAGGGCAATGTAAGGACCAAGGTAATTTTTCCTTCCCAATTTCT GTGTCAAATGTAGTGTCAGAGGTTGAGAACCAAAACCACAGTGAGGAGAAGGCTCAGAGA GCCCAACAGGAGTCCGGTAATGCTTATACAAAAGAGTACAGTAGTCACATTTTTCAGGAC TCGCAGTCTTCTGATTTAAAAACAATTTATCAGACTGGTTGCCAAACGTCTACAGTTTTT CCACTCAAAAAGAAAGTAAGCATTGATGAATACCTTCAAAATACTGGAAAGATGAAAAAC TTCGCTGACCTGGAAGACAGTTCCAAACATGAAGAAAAGCAAACTTCATGGAAAGAAATT GATAATGATTTCACTAATGAAACAAAAATCAGTCCAATAGATAATTACATTGTTTTGCAC CAAGAATACAAAGAGAGTGAGAGTCATAATTCTTTTGGGAAAAGCTGTGATAAAATATTA ATTACTCAAGAGTTAGAAATAACAAAATCTTCTACATCTACCATAAAGGATAAGGATGAA CTAGATCATCTAGCATTGGAATGGCAAATTACTCCAAGTTTTGAGAGCCTGTCACAAAAG CATCCTCAGCACTCTGTGGAGTATGAGGGTAACATTCATACAAGTTTAGCCATTGCTCAA AAGCTAATGGAACTGAAATTGGGGAAAATAAATCAAAATTATGCTAGCATTATAACTGAA GCTTTCCCGAAACCAAAAGACATACCCCAGGCCAAAGAAATGTTCATTGATACAGTTATT TCATCTTATAACATAGAAACAGCTCATGACAGTTCAAATTGCAGCATAACTAGAGAACAT ATATGTGTCCATAGGAAAAATGAAAATGAACCAGTGTCATTAGAGAACATTCAGAGAGAC TATAAAGAAACTGCTTATGTTGAAGATAGGGGTCAGGATCACAATCTGTTCTGTAATTCA CAGTTAAGCAATGATATATGGCTGAATGTTAATTTCAAAAAACAAACAGATAGAGAAAAC CAAAATGAGGCTAAAGAGAATAGTGCTTCATGTGTAGAAAACAACATAGAGAACATATAT GGAGACAAAAAGCAGGATTCTCATACAAACGAAAATTTCAGCAATATAGATGAAAAGGAG GACAAAAATTACCACAATATAGAAATTTTGAGTTCTGAAGAATTTTCTACTAAATTTAAC TTGATTTGCAGAGAAGATAATGCAGTGTCAGCAGCAACTGCATTATTAGAGAGTGAAGAA GATACCATTAGTGCCGTGAAACAAAAAGATACTGAAAATACTGGAAGAAGTGTAGAGCAT TTGGCTTCCACGACATTTCCCAAAACTGCAAGTTCTTCAGTGTGTGTAGCCTCAAATGCT GCAATACAGATAGCTAGTGCTACTATGCCTGCATTAAGCCTAAATAATGACGATCACCAG ATATACCAGTTTAAAGAAACTTGTTCTTCTGAAAGTCCAGATTTTGGTTTGTTAGTAAAA CATAGGGTTTCTGATTGTGAAATTGATACGGATAAAAATAAATCACAAGAATCATTTCAT CAATCAATAAATGAGAACTTAGTTCTTCAGAGCATTGAATTGGAAAGTGAAATTGAAATA GAATTAGAAGATTGTGATGATGCTTTTATATTTCAACAAGATACACATAGCCATGAAAAC ATGCTTTGTGAAGAATTTGTGACCTCATATAAGGCTCTGAAGTCTCGTATCAGTTGGGAA GGTCTGTTAGCACTTGATAACGGGGAGATGGAAGTTTTGGAAAGCACCACAGGAAGGGAG AATAGTGATCAGCATTATTCTAAGGAAAGTAACTATTTTTATTCCTCTACACAAAACAAT GAAACAGAACTTACCAGCCCAATTTTACTTCCAGATCTACAAATTAAAATTACTAATATA TTTAGGCCAGGATTCAGCCCGACAGCTGACTCCCTTGCATTGAAAGATAGTTTTTGCACA CATGTAACTGAAGCCACAAAACCGGAAATAAATAAGGAAGATGGAGAAATTCTAGGATTT GACATTTATTCCCAGCCTTTTGGTGAAAATGCAGATTATCCATGTGAAGATAAAGTTGAT AATATAAGGCAAGAATCAGGGCCAGTGAGTAACTCTGAAATCTCCCTTTCTTTTGACTTG AGTCGTAATACAGATGTGAATCATACGTCTGAAAATCAGAACAGTGAATCTTTGTTTACT GAACCTTCTAATGTCACAACAATAGATGATGGAAGCAGATGTTTCTTTACAAAATCAAAA ACTGACTATAATGATACCAAAAATAAAAAGGAGGTAGAATCAAGAATTAGCAAAAGGAAG CTACATATATCTTCCAGGGATCAGAACATACCACATAAAGATTTAAGACGACATAAAATT TATGGGAGAAAGAGGAGGCTAACCAGTCAAGACTCATCTGAGTGTTTCTCTTCATTATCC CAAGGACGAATTAAAACATTTTCACAGTCAGAAAAGCACATTAAGAGTGTCCTAAATATC CTAAGTGATGAAGCATCTTTATGTAAAAGCAAATGTCTTTCCAGAAAACTAGACAAAGCA GTTGTTCACTTAAAAAAAGCTCATAGAAGAGTTCACACATCTTTGCAGCTTATAACTAAA GTAGGAGAAGAAAGAAAGGGCCCATTACCAAAATCATATGCAATAATATGCAATAATTTC TGGGAAAGTTGTGACCTTCAAGGTTATAGTTCTGTGTCTCAAAGAAAATATTATTCTACT AAGCATTTTTCGTCAAAAAGAAAATATGACAAACGGAGAAAGAAAAGAGCTCCAAAAGCT GATATTTCTAAATCATTAACCCATGTGTCAAAGCACAAGTCTTATAAAACAAGTGGAGAG AAAAAATGCCTTTCTAGGAAAAGTATGGCTAGCAGTGTCTCAAAAAGTCACCCCACCACC AGTCACATGGGAGAATTTTGTAATCAAGAACATCCTGAATCACAGTTGCCTGTATCCTCC ACATCCCAAAGTACAAGTCAGTCAGTTTATTATAATAGCAGTGTAAGCAATCCAAGTTTA TCAGAAGAACATCAGCCCTTTTCTGGAAAAACTGCATATCTGTTTTCCCCAGACCACTCA GATGAGAAACTAATAGAAAAAGAAAATCAAATTGATACAGCATTTTTATCTAGCACTAGT AAATATGAAAAGCTTGAAAAACATTCAGCAAATCATAATGTTAAAGATGCAACTAAAGAA AACAGTTGTGACGCTAATGAAGTAATAAATGAAAGTAATTCTGTATCTTTAAGTTGCATA AAAGAAAACATAAATTCTAGTACAGGCAACGATTGTGATGCAACTTGCATAGGTCACACA AAGGCGAAAACTGACGTACTTATATCAGTCTTAGATTCAAATGTGAAGCACTTTTTAAAT GATCTCTACCAACAAGGTAACCTTATTTTATCTGATTGTAAAAGAAACCTGGAAGTAAAG TGGACAGATCCTATTGAGAGACCCAAACAAAACATTATTACAGGAAACTTCCTTATGGGC CCATTAAACCTAACTTTGATAGCAAGTAAAAAGTACAGTATTCCTCAGTTATCAGCCGCT GCAGTGACAGATAGTGAGGGAGAATCTTCAAAATCTTACTTGGATAAGCAGAGAATTCTT ACTGTAGATTCTTTTGCAGCATCCAGTACTGTACCACACTGTGAGCAGAGCTGTAGAGAA AAAGAGCTTCTAAAGACAGAACAGTGCTCTTCAGGTAATTGCCTCCATACAGATGGGAAT GAAACAAATGTCACTGAGAATTATGAGTTGGATGTAGCATCAGGAACTGAAGAAGATAAA AGTTATGGGGAAAATATAGTGGAATTATCTTCCAGTGATAGTTCTCTGCTTTTAAAAGAT AATGTAAAAGGCTCCTCTTCAGAAACATGTATTGTGAAGAAAGACACTGAGGACAGAATA ACGTGGAAAGTTAAACAAGCGGAAAAAGCAAAAGATTCTGTTTACAAAAGAAGCATGACT GAAGGATCAACTGTTAATACTGAGTACAAAAATCAAAAGAATCAGATCTCAGAAGAATCC TGCTTAAATGAGAAAATTATTACAACTAACTTGATTGATTCCCATCTGAGCACTAAAAAT ACTACCACTGAGTCAGTCCCTTTGAAGAACACAGTTTCTAATCCGCTTAACAAAAGAGAG AAGAAGGGGGAAATTAAAGTTAGTAAAGACTCGCAGTCTGACTTGACATTACATTCAGAA ATAGCCTATATTTCCAAACCAGGAATTCTAGGAGTTAATCATACGCCTATTTTACCTGCC CACTCTGAAACCTGTAAAGTCCCTACTCTTCTGAAGAAACCTGCGTCATACGTGAGTGAT TTTAAAGAAAAACATTGCTCAGCTAATCATACGGCCCTTATAGCTAATCTATCTCAAATT TTGCAGAGGGCAGATGAAGCATCATCTTTGCAGATTCTACAGGAAGAAACTAAGGTTTGT CTAAATATTCTCCCTTTATTTGTGGAAGCTTTTGAAAGAAAGCAAGAATGTTCAGTTGAA CAAATCCTGATTTCAAGAGAACTGTTGGTAGACCAAAACCTGTGGAATAATTGCAAACAC ACATTAAAACCATGTGCTGTTGACACTTTGGTAGAACTTCAAATGATGATGGAAACAATT CAATTCATTGAAAACAAAAAAAGGCACTTAGAAGGTGAACCAACATTGCGAAGCTTGCTT TGGTATGATGAAACACTGTATGCTGAGCTTCTTGGAAAACCACGTGGATTTCAACAGCAG TCTAATTTCTATCCTGGTTTCCAAGGAAGATTAAAATATAATGCATTCTGTGAGTTACAG ACTTACCATGATCAATTAGTTGAATTGCTTGAAGAAACAAAAAGGGAAAAGAATTCATAC TATGTATTCTTAAAGTACAAACGACAGGTTAATGAATGTGAAGCCATAATGGAGCATTGT TCCGATTGCTTTGATTTTTCTCTTTCTGTTCCATTTACCTGTGGAGTTAACTTTGGAGAT AGTTTAGAAGACCTGGAAATCTTAAGAAAAAGTACTTTAAAGTTGATCAATGTATGTGGG GACTCTCCTAAAGTTCATTCGTATCCAGGAAAACAGGACCATCTGTGGATTATCATAGAA ATGATCTCCTCAAAGGTTAATTTTATTAAGAACAACGAGGCAGTACGTGTTAAAATATCT CTTTATGGTCTGGAACATATCTTTTTTGATGCTGCAAAAAATCTTGTTTGGAAAGAGAGA ACACAATCCTTCAGCAAAAAATACTCACAAAAGAAGGACGAAGAAAGGCTACTCAGAGTG AATAAATGTGCCTTTTCTAAGTTGCAGAAGATATATGATACTTTGTCTAAAGATTTAAAC AATGAACCAATTTCCCCTATTGGGCTTGAGGAGGATACTATAATTGCTTCCAGAAAGTCA GATCATCCAATAAACGAAGCAACAATTAGCATAGAAAATTCTAAATTTAACAGTAATTTG CTTGCACACCCAGATATTTGTTGTATTAGTGAGATATTGGATCAGGCTGAATTTGCAGAC CTTAAAAAATTACAGGATCTCACCTTGAGATGTACAGATCACTTAGAAATTTTAAAAAAA TACTTTCAGATGCTACAAGATAATAACATGGATAATATTTTTATCACAGAAGAAAATGTT TTAGACGTGGTGATAAACCACAGCCATGAGGCTATCATTTTAAAGCCTGAAGCTATTGAA ATGTATATTGAAATCGTCATGGTCTCAGAAACAATTCACTTTCTTAAAAACTCAATAGCA AAGAAACTAGACAAACAGAGGTTTCGAGGTATGCTTTGGTTTGATTTGTCACTTCTTCCT GAGCTGGTTCAGTGCCAAGAAAAAATGGCTTCTTTTTCATTTCTTAAAGATAACTCAACA GATGTTTGCCTTTGGAAAGTGATAGAGACTGCTGTTTCCGAACTTAAGAAAGATCTGGAT ATTATCTGCAAATATAATGAAGCTGTTAATTGCTCATATGCTATTCATTTGCTCTCAAGA GAACTTCAAGAACTTTCAGAAATAAAAAAGCTTCTGAAGAAGTCCAAGTATTTTATTTCC ACATATATTGACTTTGTGCCATATATAGCATCCATAAATTATGGAAGCACTGTGACAGAG TTAGAATACAACTACAATCAATTTTCTACACTGCTGAAGAATGTAATGTCTGCCCCTAGG AAAGATTTAGGAAAAATGGCCCACATTAGGAAAGTCATGAAAACGATTGAACATATGAAG ATGATATGTACTAAAAATGCTGAACTAACCATTTCCTTTTTCCTATGCCAAATGCTGTAT AACAGAAGGAAGATTTTACAGCTGAAGAGAAAAGAAAAAATGAATATTCATATTGTAAAA CCTGGGGAAAATAACAATAAATTTAGTATTTCTACGATGTTGCCCCCAGTATCAGAGTGC ATAAACAAAAACATCTCAAATTCCTCTAAAAAACGACCGAGCACTGTAGACAAATGTGAA GACTCTCAGGAACAACAGCAAGATACTACTGTTTCCAGTTGTAAAAAGCTAAAGGTAGAC ATGAAAGATGTCACAAAAATCAACAGAGAAAAGGCAACATTCAAGCATCCAAGGACTACA GGATCTCATCCCAAAAGCGAAAACAAAATAGTACCAAGTTCATGTGACAGTCTGAAAAGA AATCATTTAACGCCAAAAAAGGTTGAAATGCAAAGATCACTACCTGGCTCACTTTTACCC TTAGAGAACCCAAAAGACACTTGCGCATCAAAGTCGGAAAGCAAAATAGACTTAACTGTT TCATCTGATCACTTCAGTGGACAACAGGAAAATTTAAATAGCATGAAGAAAAGAAATGTG AACTTCAGTGCTGCTGAAACAAAAAGTGATAAGAAAGATTGTGCTGCTTTTGCAATTTGT GACCAAAAAAGTGTACATGGCACATTTTCACCAGACCATGGGACGCTTTTGCAGAAATTT CTTAAAAATTCCCCAGATCCCACCCAAAAATCCTGCCTTTCTGATATAAACCCAGAAACT GATGTTTCTCTTGTGCCTGATGCGTCGGTGCTCTCAAAGCCAATTTTCTGTTTTGTGAAA GATGTCCATCCTGATCTAGAAATGAATGACACAGTCTTTGAACTTCAAGATAATGATATA GTAAATTCATCTATTAAAAATTCCTCATGCATGACTTCTCCAGAACCCATCTGTATCCAG AACAAAATTCCTACTCTGCAGATAAACAAACTACAGCCTACAGAAACTGAGTCAGAGGAC AAATACATGAAGGATACATTGAATCCCAATACTGTGCATACTTTTGGAGCATCTGGGCAT ATAACCCTTAATGTGAATCAAGGAGCAGAGTACTCTCTTTCTGAACAACAGAATGACAAA AATTCAAAAGTCCTAATGCAGAATGCTGCCACATATTGGAATGAACTTCCACAGTCTGCA TGTAACCCAACATATAATTCTTCTGAGCATTTATTTGGAACTTCATATCCATACTCTGCT TGGTGTGTTTATCAGTACAGCAACAGCAATGGCAATGCCATTACCCAGACATACCAAGGG ATAACATCATATGAAGTACAGCCATCTCCTTCTGGGCTGTTGACCACAGTTGCAAGTACT GCCCAGGGCACACATTCTAATCTTCTGTACTCTCAATATTTTACTTATTTTGCGGGGGAG CCACAAGCAAATGGCTTTGTGCCAGTGAATGGGTATTTTCAATCTCAAATACCTGCTTCT AATTTTCGGCAGCCAATTTTTTCACAATATGCTTCTCATCAGCCATTACCACAAGCTACA TACCCTTACCTTCCTAATCGATTTGTGCCTCCAGAAGTTCCTTGGGTTTATGCTCCATGG CACCAAGAATCCTTTCATCCAGGACACTGA |
| Restriction Sites | Please inquire |
| ACCN | NM_031271 |
| 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). |
| OTI Annotation | This TrueClone is provided through our Custom Cloning Process that includes sub-cloning into OriGene's pCMV6 vector and full sequencing to provide a non-variant match to the expected reference without frameshifts, and is delivered as lyophilized plasmid DNA. |
| 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. |
| Reference Data | |
| RefSeq | NM_031271.2, NP_112561.1 |
| RefSeq Size | 10155 bp |
| RefSeq ORF | 8370 bp |
| Locus ID | 56154 |
| Cytogenetics | 8p12 |
| Gene 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] |
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