Tex15 (NM_031374) Mouse Tagged ORF Clone

CAT#: MG215456

Tex15 (tGFP-tagged) - Mouse testis expressed gene 15 (Tex15), (10ug)

Product Images

Circular map for MG215456

Specifications

Product Data

• Type: Mouse Tagged ORF Clone
• Tag: TurboGFP
• Symbol: Tex15
• Synonyms: 2210014E14Rik; AL022622; AU022940
• Vector: pCMV6-AC-GFP
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >MG215456 representing NM_031374
  Red=Cloning site Blue=ORF Green=Tags(s)
  
  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
  ACAGAATCCGTTTCTACGAAGGCCT
  
  ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAA
  Protein Sequence

  >MG215456 representing NM_031374
  Red=Cloning site Green=Tags(s)
  
  MTYFFIYVSTERACSLNNCTIAKRIGKGKDATVIFEHFRKPVDPFVQENCPCKALNSEMGPFSSDTSSSY
  GNVQNGNNSVLEAYNRQTENSSNLRDASQVYTHNSGFSFIPTGNTASGNGDLFSVTYLRSILSSISAAFP
  SHNNTGSSTVITSKLIKDPRLMKREQSMRNKSDTAGLSDVLPLDKSLGCGDSQIKLTCMPTSSISSSEVP
  ADNTITSCLNASCFKFSSESSHYQAHNSSSKGHDCIASSSIAVTEQFKEQHSSSFPSSLSNAFSDVRKQK
  HSEEQVQRAQMRSNVPVLTALSSESRNSDESENTCSNDSQGHFSQESPSSDINSIYKVGHQMSTVFPAQK
  KGNLCEYIQDTGMMRASISTEDSTKDGVNHTWCKETVLSNETVSSPIDNSNTLYQEHKEGGNLNSLSGNC
  EKIGVTHKLQVPKFPISSTGDKNELYRAALELECSLTPTIECLSQKYPQHSLEHEDNTNFAMTQGLIELK
  TVQNNQNFGNILSDAFQEAKDVPLASEKLIDRVISSAAIDISLDSSVCNIIGEYTCVRRENENGEASPYN
  CHKEEASRVKDGVQDHSLSYDAELSCDLNLKINLQEQRDDKNPNEAKEHNTDNINGSEKQDCLANDHFTN
  IVEMREIKSNTEVEILNSEECFTFNSFRGKNGKPAETASSESEAVEQRHAPNDQRGLEHLVSSFPEIEGS
  SVCVASNATKQIVGTTVLTVSTSLGDHQKDELKEICSSESSDLGLVKHSISECEIDTDKDKLQDFHQLVN
  ENSALKTGLGSEIEVDLEHDNASVFQQNMHSQGNDLCEEFELYESLKSRIDWEGLFGSSYEEIESSSFAR
  REGTDQHSSTECNCVSFCSQDKRELHNPIFLPDLQVTITNLLSLRISPTDESLELKDNFYKQVTESTEPE
  TNKEGNASGFGMCSQPSGENSSFSCANKFGNSVQESGDVSKSESSHSSNSSHNTHVDQGSGKPNNDSLST
  EPSNVTVMNDKSKCPTKSKPVFNDTRNKKDMQSRSSKRTLHASSSRGQNIANKDLREHETHEKKRRPTSH
  GSSDRFSSLSQGRIKTFSQSEKHIRNVLNILNNEASLCKSKHLSRKLNKAVLHLKKAHRRVHTSLQLISK
  VGQKRKGPLPKAYAVIHNNFWESCDHQGDSLMSERRYSKHFLSKRKYDKQGDKRFLRFDIEESLTPVSKH
  RLYRTNRERIAECLSNEVMSGHVSSSLTTFHVREFCDEEQFPEPQLPLAYTSQSISQLEYTNSIVGNESS
  SELEHFSETSGNMLDPKETLTEKEYQTHTQLCNSDSAKLKNHTTHSIRDIAKECNSEDKTVLCESNPVYL
  SFIKENTSHSPDKSYDSNCKANTDIHISVLGSKKKHILSVDIYEQDNCVSDGVKSGEAIFPIEKCTVPME
  TTSSIPTENIASKSYTIPPVSSILVTAGEEESSVGENGLFDVNENEMNITMHSKLDLTSVTEESKICKKN
  MKNLSCNDSSMLLKENITGPSKRYMAKYIEEEKIRKIEQAVYKKIITEGSPISFKYKSQNKILKEKSFHV
  NKKIITNNLTDSHLSIKNSTVDTIALKDIPNQLKERKEAGQIKVNNNSHSDCLSKPAIVETNHRPVLHGN
  PKVATLQKELKEHRSPNYTSHVTELSQILQRADEAASLQILEEETKLCQNILPLFVQAFERQQECSIDQI
  LISRKLLVEQNLWNNCRLKLKPCAVDTWVELQMAMETIQFIENKKRFLEGKPTFRSLLWYDESLYSELLR
  RPRGYQLQSNFYPGFQGRLKYNAFCELQNYHNQLVEFLTETKKENNSYYALLKYKRQINECEAIMKHYSD
  CFDFCLSVPFACGVNFGDSLGDLETLRKSTLKLISVPGGSPKVHSYPGKKDHLWIIIEIVSSKVSFIKSN
  EEISIKICLYGLEHIYFDAAKSLVWKEKSCSLPKKHSEKNREMEEINERAFSKLKKIYDVLSKGLNNEPT
  SIGLQEDAIIASKQSTLGSISNCRLNKAWLSYPDISCVGEILDQAKSADLEELQGLTLRCTDHLEILKKY
  FQMLQEDNIDNIFIMEENVLDMLSNHNLGAVILKPEAIEIYIEIVMISETIHYLKNLIAKKLHNQRFRGM
  LWFDWSLLPELIGCQEEVVSLSVGDTQTHCLWKLVETAISVLKKELAVIYEYGEASNCSYALHLFYRELK
  ELTGVKRLLNNSKYSVSTYIDLVPHTASVNFGNTVAELEHNYKQFFLLLKNVMSVPQKDFGKMVHIIKVM
  KTIEHMKLLSAKDTKLSTHLLFLQMLRNKRNALQQNRQEKMETPVTEPGEDSSQPGVSEQTPPGTECTVK
  NISDSSKKRPVTADTCEVSQGKGNTDTVPSWKKQKVTMKDVGNIQTVSKHPSTTGSPPNDENKIGSNSSD
  SLKSISASPEVVKRQSSVLGSVSPAESVQDTCTPKSESKVEPTDSLPDSLASLTEQQENSNVIEKRNGNS
  SVAETNDKKDCPLVTCDQKDIDASYSPDHTPAQESHKTPVDHTQISPSNLTAGNDDPLVPDASLLSVSAS
  QSEKDVYLSGTDFHHENNKILNLSTEDCTGTSSPEPVCIKDKISVLQVDKTQPIKSESPKKSMTDAPNPN
  TAPFGSYGNSALNVNGTVQHTHSEQNSKVLTQKVGTSRNIPPQSACSPVHNSSAHSFGTSYPYYSWCFYQ
  YSSSNGTAVTHTYQGMTAYEIQQPPPPVLTTVASTVQSTHFNRSYSEHFSYFPGQPQANSFNPGNGYFPS
  HTPVSYNYQQPVYSQFASHQPVPQATYPYPPNPGAPPQVPWTYAPWQQNPFLRRP
  
  TRTRPLE - GFP Tag - V
• Restriction Sites: SgfI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_031374
• ORF Size: 8355 bp
• OTI Disclaimer: The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info
• OTI Annotation: This clone was engineered to express the complete ORF with an expression tag. Expression varies depending on the nature of the gene.
• 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_031374.2, NP_113551.2
• RefSeq Size: 8408 bp
• RefSeq ORF: 8358 bp
• Locus ID: 104271
• UniProt ID: F8VPN2
• Cytogenetics: 8 A3
• 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]