Tex15 (NM_001106087) Rat Tagged ORF Clone

CAT#: RR210716

Tex15 (Myc-DDK-tagged ORF) - Rat testis expressed 15 (Tex15), (10 ug)

Product Images

Circular map for RR210716

Specifications

Product Data

• Type: Rat Tagged ORF Clone
• Tag: Myc-DDK
• Symbol: Tex15
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >RR210716 representing NM_001106087
  Red=Cloning site Blue=ORF Green=Tags(s)
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGACATACGTTTTTATTTATGTTTCCACAGAAAGAGCATGTTCTCTGAATAACTGTACAATTGCCAAAA
  GAATTGGAAAAGGGAAAGATGCTACTGTCATCTTTGAGCACTTCAGGAAACCTGTCGATCCATTTGCTCA
  GGAAAATTGTCCATGTAAAGCACTAAATTCAGAGATGGGTCCTCCCAGCTCAGACACTCCTAATTCCTAC
  GGAAATGCACAAAATGGAAACAGTTTTTGGCTTGAACCATACAACAGAGAGAGAGAAAATTCATCACAAC
  TTAGAGATGGTTCTCAAGTGTACACACACAATTCAGGTTTTTCTTTCATACCCACTGATAACACAGCCAG
  TGGTAATGATGACCTGTTCAGTGTGACGTATCTTAGAAGTATTTTAAGTAGTATTTCTGCTACTTTTCCC
  TCTCACAACAACACTGTTTCAAGTACAGTTATTACTTCAAAACTCATTAAGGACCCAAGACTGATGAAGA
  GAGAACAGAGCATGAAAAACCAAAATAATACTACAGGTTTGAGTGATGTTTTGCCATTTGATAAGAGTTT
  GGGTCCTGGTGATTCACAAATGCTGACATGTGTGCCAGCTAGTTCAGTCTCTTCATGCGAAGTCCAAGCT
  GATCACACCATTACTAATTGCTTGGATGCCTCCTGCTTCAAATTCTCTTCTGAGAGGTCACACTGTCAGA
  CTCACAGTATCGGCTCACAGGCCTATGACTGTATAGCATCCAAGAGAACTGCCATCACAGAACAGTTTAA
  AGAACAGCACAGTTCTTCCTTCCCCGGTTCCTTATCAAATGCATTGTCAGATGTTGGGAAACAAGAACAC
  AGTGAGGAACAGGCCCAAAGGACTCAGATGAGAAGCAACATCCCAGTTTTAACAGCTCTGAGCAATGAGC
  CACAGAACTCCTATGAATCAGAAAAATCAGAACTTACTTGTAGTAAGGACTCTCGGGGTCATTTCTCTCA
  AGAGTCTTCTAATACAGACACTATATATAAGGTTGATCACCAGATGTCGACAGTCTTTCCAGTCCAGAAG
  GAAGGAAACCTTTGTGAATACGTGCAAGAGAGGCGAGTGATGAGAACCTTCATCAGCCCAGAAGACGGCT
  CTAAAGATGGAGTAGAGCAAACTTGGAGCAAAGAAACTGTTTTTACTAATGAAGCTATTAGTGGCACAAT
  TGATAATTCCAAGACATTGTACCAGGAACACAAAGAAGGTGGAAATCTTAATTCTCTAAGTGGAAATTGT
  GAAAAGATAGCAGTTACTTATAAGTTACAAATGCCCAAACTTCCCATGTCTTCCACAGGGGATAACAGTG
  AACTAGATCGTGCAGCATCAGAATTAGAGCATTCCCTTATTCCAAATGTAGAGTGTCCTTCACAGAAGTG
  CGCTCAACACTCTTTGGAGCATGAAGACAATACAAAGTTTGCCATGGCTCAAGGGCTAATAGAATTGAAA
  ACACAGAACTTTGGTAACATTTTGTCTGATGAATTCCAGGAAGCAAAAGCTGTTCCCCTGGCCAGAGAAA
  AGCTCATGGATAGAGGTAGTCCATCTTCTGCCATTGACATTTCTCTTGACAGTTCAGTTCGAAACATGCT
  GGGAGAATACAGGTGCATCCAGAGGGGAAATGAAAATGTGACAGTGTCACCGTTTAACTGTCACAAAGCA
  GCAGCTCCTCACGTTAACGATAATGTGCAGGATCACAGCCTGTCCTATGATGCAGAATTGAGCTGCGATC
  TAAACTTGAAAATCAATTTGCAAGAACAAAGAGATGATGAAAATCCTCGTGAGGCTAAAGAGAAAGAGGA
  TGCTGCTTTGTCTCCAGAACACAGTACAGATAGCATGAATGGAAGCGAGAAGCCAGATTTCCATGCAAAT
  GGCCTTTTCACCAGTATAGTTGAAATGAGGGGAATTAGGAGTAATACAAAAATAGAAATTGTGAATTCTG
  AAGACTGTTTCACATTACACTCATTTTGGGGAAAGAAAGGTAAAGCAGCAGAAACCGCGTCATCAGGGAG
  TGAAGGAGTGGGGAAAAGGCATGCGCCAGGAGATGAGAGACACCGAGAGCACTTGGTGTCCGCCCTTCCA
  AGCACTGGAGGCTCTTCAGTCTGTGTAGCCTCAAATGCTACAAAACAAGTAGTTGGCACTACTGTCCTTA
  CAGTAAGCACAAATCATGGGCATCATCAAAAAGACCAGTTAAAAGATACGTGTTCCTCTGAGACTTCAGA
  TTTGGGTTTGGTAAAACATAGCATTTCTGAATGTGAAATTGATGCTGATAAAGATAAATTACAAGACTTT
  GATCAGTTGATGAATGAGAATTCAGCTCTTAAAGATTATGGATTGGGAAGTGAAATTGAGATAGATCTTG
  AAGAACATGATAATGCTTCTTTATTTCAACAAAATATGCATAGCCATGAAAATGATCTTTGTGAAGAATG
  TGACTTTTATGAGTCTCTGAAGTCTCGGATTGATTGGCAAGGCCTATTTGGAAAGAGTTATGAGGAGATG
  GAAACCTCAAGTTCTGCAAGAAGGGAGGAGGGTGCTGGTCAGCTTTGTTCTACAGAATGTAACTATGTTT
  CTTTCTATTCACAAAAAGACAAAAAAGGGCTCCACAACCCAATTTTTCTTCCAAATCTACAAGTTACAAT
  TACAAACTTACGTAGTCTGAGAATCAGTCCCACTGATGAATCTTTAGAGCCCAAAGATAATTTTTACAGA
  CATATAACTGAATCTACAGAACCAGAAACAAATAAGGAAGGGAATGCTTCTGGATTTAGCATCTGTTCCC
  AACCTTCTGGAGAAAACTCAAGTTTTTCATGTGAAAATAAGTTCAGTAATTCAGTGCAAGAATCCGGAAA
  TACGAGCAAATCTGGAATTACCCATTCTTCCAACTCAAGTCATAATACACCTGTGGATCAAGGATCTGGA
  AAACCAAACAGTGACTCTTTGTCTATTGATCCTTCTAATATCACAGTAATGAATGATAAGAGTAAATATC
  CCACAAAATCAAAACCTGACTTCAGTGATGCTAGAAATAAAAAGGACATGAAATCAAGAAGTAGCAGAAG
  AAACATGCATGCATCTTCCAGGGGCCAGAACATAGCTCATAAAGACCTAAGGGACCGTGAAACTCACGAG
  AGGAGGAGGAAGCCAACAAGTCATGACTCATCTGACCGATTTTCTTCCTTATCCCAAGGACGAATTAAAA
  CATTTTCACAGTCAGAGAGGCATATTAGGAATGTACTGAATATTCTAAACAGTGAAGCATCTTTATGTAA
  AAGCAAACATCTGTCCAGAAAACTGAACAAAGCTGTTCTTCACTTAAAAAAGGCACATAGAAGAGTTCAT
  ACGTCTTTGCAGCTTATATCTAAAGTGGGACAAAAGAGGAAGGGCCCATTACCGAAAGCATATGCAATAA
  TACGCAATAATTTCTGGGAAAGTTGTGATCTTCAAGGTGATAGTCTGATGTCTGAAAGAAGATATTCTAA
  GCATGTTTTGTCCAAAAGAAAATATGACAAACAGGGAGAGAAAAAATTTTTAAGATTTGACATTGAGGAG
  TCATTGACCCCGGTATCAAAGCACAGATCATATCGAACAAGCAGAGAGAGGGTTGCAGAGTGCCTTTCTA
  GTGAAATCATGTCTGGGCATGCTTCCAGTAGTCTTACTGCGTTCCACGTGAGAGAATTTTGTGATGAAGA
  ACAACTTCCAGAATCACAGTTACCTCTAGCTTACACATCCCAGAGTATAAGTCAGTCAGAACACACTAAT
  AGCATTTTGGGAAATGCAGGCTCTTCCGAACTTGAGCATTTTTCTAAAACAAGTGGGAATATTCTTGACC
  CAGAAGAAACACTAACTGAAAAAGACTATCAGACAGATACACAGTTATGTAATAGTGACTCTGCAAAACT
  TGAAAACCATTCAACTCATAGTATTAGGAATATAGCAAAAGAATATAATTCTGAAGGTAAAACAGGTGTA
  TGTGAAAGCAATTCAGTGTCTTTAAGTTTCATAAAGGAAAAGACAAGTCATAGTCCAGATAACAGTCGGG
  GTGCAACTTGTAAAGCTAACTCTGACACGCATCTTTCAGTTTTAGACGCAAACAAAAACCACATTTTAAG
  TGTTGATATTTATGAACAAGATAACCGTGTGTATGATGGTGCCAAAAATGGAGAAGCAATTTTTCCTACA
  GAAAAGTGTTCAGTTCCTATGGAGACCACATCAAGCATTCCTACAGAAAGTCTAGCAAGCAGGAGCTACG
  CTGTTCCTCCAGTTCCTTCAGTTCTCACAACAGCTGGAGAGGAAGAGTCTTCTGTAGGGGAGAATGAGCT
  CTTTGACATAGACAAGAGTGAGATTATTATTACTAAGCGTTCCAAACTGGATCTGACATCAGTGACTGAA
  GGAAGTGATAACTATAAGAAAAACATGAATGCACTGTCTTCCAGTGATAACGTTGTACTCCTAAAACAGA
  ATGTAATAGGTCCTTCAAAAGGATATATGGCAAAATACATTGAGGAAGAAAAAATTAGGAAAATTGAGCA
  AGCAGTTTACAAAAAAATTATTACTGAAGGATCAGCTATTAGTTTTAAGTACAAAAGTCAAAATAAGCTC
  TTAAAAGAAGAGTCATTTCCTGTTAACAAGAAAATGATGACGAACAACTTGACTGATTCTCATCTAAGCA
  CGAAGAATCCCACTGTGGGTACAGTTGCTTCGCAAACCATTCCTAATCAGCGGAAAGAAAGGATGGAGGC
  AGGGCAAATCAAAGTTAGTGACAGCTCTCGTTCTGACTGCCTCTCGCAGCCAGCCATGGGAGAAAGTAGT
  CATAGGCCTGCCCTCTGTGAGAACTCTAAAGCCGCTGCTCTCAAGAAGGAATTAGAACACCGCTCAGCTA
  ATTACACATCTCACGTAACAGAACTGCCTCAAATTTTACAGAGAGCAGATGAAGCAGCGTCTTTGCAGAT
  TTTAGAAGAGGAGACTAAGCTTTGTCAAAATATTCTCCCTTTATTTGTCAAAGCTTTTGAAAGACAGCAA
  GAATGCTCAGTTGACCAAATCCTGATTTCAAGAAAGCTGTTGGTAGAACAAAACTTGTGGAATAATTGTA
  GACTTAAATTGAAGCCATGTGCTGTTGATGCTTGGGTAGAACTTCAAATGGCAATGGAAACCATTCAGTT
  CATTGAGAACAAGAAGAGATTCTTAGAAGGTAAGCCAACGTTCCGAAGCTTGCTTTGGTACGATGAGAGC
  TTGTACAGTGAACTGCTTCACAGACCGCGTGGATATCAACTGCAGTCCAACTTCTATCCGGGTTTTCAAG
  GACGGCTAAAATACAATGCATTCTGTGAGTTGCAGAATTATCATAATCAATTAGTTGAATTCTTAACAGA
  AACAAAAAAAGAAAATAATTCATACTATGCGTTCTTAAAATACAAACGCCAAATTAATGAATGCGAAGCC
  ATAATGAAGCACTACTCCGATTGCTTTGACTTTTGTCTTTCTGTCCCGTTTGCCTGCGGAGTGAACTTTG
  GAGATAGTTTAGGGGACCTGGAAACCTTAAGGAAAAGCACCCTGAAGCTGATCAGTGTACATGGGGGCTC
  CCCTAAAGTCCACTCCTATCCTGGGAAGAACGACCACTTGTGGATCATTATAGAAATAGTCTCCTCAAAG
  GTTAGTTTTATCAAAAGCAATGAAGAAATAAATATCAAGATCTGTCTTTACGGTCTGGAGCATATATATT
  TCGATGCTGCAAAGAGTCTTGTGTGGAAAGAAAAAAGCTGCTCTTTACTCAAAGCGCATTCAGAAAAGAC
  TAGAGAAGCGGAGGAAATAAATGAGTGCGCTTTTTCTAAGTTGAAGAAGATCTATGGTGTCTTGTCTAAA
  GGTTTAAACAGTGAGCCCACTGGCATTGGGCTCGAAGAAGATGCTATGATTGCCTCCACGCAGTCAGCTC
  TAGGTAGCATACCAAACTGTAGGCTGAACAAAGCTTGGCTTTCATACCCAGATATTTCTTGTGTTGGTGA
  CATACTGGATCAAGCTAAATCTGCAGACCTAGAGAAGTTACAGGACCTCACTCTCAGATGTTCTGATCAC
  TTAGAAATCTTAAAAAAATACTTTCAGATGCTGCAAGAAGATAACATAGATAATATTTTTATCATGGAAG
  AAAATGTTTCGGATATGCTAAACAACCACAGCCCTGAAGCTGTCATTCTAAAGCCTGAAGCTATTGAGAT
  TTATATTGAAATTGTCATGGTCTCAGAAACAATTCACTACCTTAAAAATTCAATAGCAAAGAAACTACAC
  AACCAGAGGTTTCGAGGTATGCTCTGGTTTGATTGGTCTCTTCTTCCTGAGCTTATTGGCGGCCAAAAAG
  AAGTGGCCTCCTTTTCAGTTGGTGACAACCAAACACATGGCCTTTGGAAACTGATAGAGACTGCTATTTC
  TGTCCTTAAGAAAGAGCTGGCTATCATCTATGAATATGGGGAAGCTTCTAACTGTTCCTATGCTTTGGAC
  ATAGTACACATACTTAAGGAACTCACAGGCGTCAAAAGGCTTCTGAGTAACGCTAAGTATTCAGTGTCCA
  CATATATCGACTTGGTGCCACACACAGCATCTGTAAATTTCGGAAACACTGCGGCAGAATTAGAACAAAA
  CTACAAGCAGTTTTTTCTGTTACTCAAAAATGTAATGTCTGTCCCTCAGAAAGATTTTGGAAAAATGGTT
  CATATTATGAAAGTTATGAAGACAATTGAACATATGAAGGTGCTAAATGCTAAGGATACTAAATTGTCCA
  CTCGTCTTCTCTTTCTCCAAATGCTGCGCAACAGAAGGAATGCTTTGCAACAGAACGGGAAGGGAAGGAA
  GGAGACCTCCGTTACAGAGCCTGAGGAGGACAGCAGTCAGCCTGCGGCTTCTGAGCAGACAGCTCCAGCT
  GCAGAGCGCACAATGAAGAGCATTTCAGCTTCCTCTAAGAAACGACCTGTGACTTCGGACACATGCGAAG
  TCTCTCAGGAAGAAGGAGACACGGACGCTGTTTCCAGTTGGAAAAAGCAAAAGGTTACCGTGAAAGACGA
  TGGAAACAGCCAGACAATATCCAAACATCCAAGCACTGCAGGAGCTCCTCCCGACAATGAAGACAGAACA
  GGATCAGATTCCTCTGACACTTTGACAGGCTTCTCTGCATCTCCAGAAGTGGTCAAAAGACGAAACTCAG
  TGTCACCTGCTGAAAGTGTGCAAGACACTTGCACACCAAAGTCAGCAAGCGACGTAGAGCCAACGGACAG
  CTCACCTGATGCTTCAGCGTCTCTCACTGCACAGCAGGAAGACTCGGATGGCATAAAGGAAGGAAATGTG
  GGTTTTAGTGCCGCTGAAACAAATAATAAGGAAGACTGTCCTTTAGTAACTTGTGACCAAAAGGACATAC
  ATAGCTCTTCCTCACCTGACCACACACCTGCACAGAAGTCCCATAACACCGCTGTGGATCACACACAGAT
  CGCGCCTTCAAACCTAACAGCAGGAAATGATGACCCTCTTGTGCCTGATGCATCCCTGCTTTCAGTGTCT
  GCTCCTCAGGCTGTGAAGGACATTCATAGCAGTCCAGAAATGAGTGACACAGACTCTCAACGTGAAAATA
  GTGAAATAGTAGATTTGTCTACTGAAGATCGCACATGCACCAGCTCTCCAGAACTTGTGTGTATCCAGGA
  CAAAACGCCTGACCTGCAAGTAGATAAAACACAGCCTATAAAAAGTGAGTCACCAGAAAAGTGTGCGATG
  GATGCACCAAATCCCAGTGCTGCGCCATTTGGCTCATACGGGAGCTCAGCCATCAATGTGAATGGAACAG
  TGCAACACACTCACTCTGAATGGAATCCAAAAGTCCTGACTCAGAAATTTGGCACATCCAGGAATAGACC
  TCCACAGCCTGCGTCTCCTACAGTATATAATTCTTCTGAGCATTCGTTTGGAGCTTCCTATCCATCCTAC
  TCTTGGTGTTTCTATCAGTACAGCAGCAGCAATGGCACTGCTGTCACCCACACATACCAAGGGGTGACAG
  CCTATGAGATGCAGCCACCTCCTCCGATGCTGACTCCAGGTGCAAGTACTGTCCAGGGCACACATGTCAA
  TCATTCGTACTCGGAACATTTTAGTTACGCCTCTGGACAGCCTCAAGCAAATTCCTTCATCCCAGGAAAT
  GGGTATTATCCATCTCAGGCACCTGTTTCTTACAATTATCAGCAACCAGTTTATTCACAGTTTGCCTCTC
  ATCAGCCAGTCCCACAGGCCGCGTATCCTTACCCTCCTAACCCAGGTGCGCCTCCACCTTGGACCTACGC
  TCCATGGCAACAGGATCCATTCCCACGAAGGCAT
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
  Protein Sequence

  >RR210716 representing NM_001106087
  Red=Cloning site Green=Tags(s)
  
  MTYVFIYVSTERACSLNNCTIAKRIGKGKDATVIFEHFRKPVDPFAQENCPCKALNSEMGPPSSDTPNSY
  GNAQNGNSFWLEPYNRERENSSQLRDGSQVYTHNSGFSFIPTDNTASGNDDLFSVTYLRSILSSISATFP
  SHNNTVSSTVITSKLIKDPRLMKREQSMKNQNNTTGLSDVLPFDKSLGPGDSQMLTCVPASSVSSCEVQA
  DHTITNCLDASCFKFSSERSHCQTHSIGSQAYDCIASKRTAITEQFKEQHSSSFPGSLSNALSDVGKQEH
  SEEQAQRTQMRSNIPVLTALSNEPQNSYESEKSELTCSKDSRGHFSQESSNTDTIYKVDHQMSTVFPVQK
  EGNLCEYVQERRVMRTFISPEDGSKDGVEQTWSKETVFTNEAISGTIDNSKTLYQEHKEGGNLNSLSGNC
  EKIAVTYKLQMPKLPMSSTGDNSELDRAASELEHSLIPNVECPSQKCAQHSLEHEDNTKFAMAQGLIELK
  TQNFGNILSDEFQEAKAVPLAREKLMDRGSPSSAIDISLDSSVRNMLGEYRCIQRGNENVTVSPFNCHKA
  AAPHVNDNVQDHSLSYDAELSCDLNLKINLQEQRDDENPREAKEKEDAALSPEHSTDSMNGSEKPDFHAN
  GLFTSIVEMRGIRSNTKIEIVNSEDCFTLHSFWGKKGKAAETASSGSEGVGKRHAPGDERHREHLVSALP
  STGGSSVCVASNATKQVVGTTVLTVSTNHGHHQKDQLKDTCSSETSDLGLVKHSISECEIDADKDKLQDF
  DQLMNENSALKDYGLGSEIEIDLEEHDNASLFQQNMHSHENDLCEECDFYESLKSRIDWQGLFGKSYEEM
  ETSSSARREEGAGQLCSTECNYVSFYSQKDKKGLHNPIFLPNLQVTITNLRSLRISPTDESLEPKDNFYR
  HITESTEPETNKEGNASGFSICSQPSGENSSFSCENKFSNSVQESGNTSKSGITHSSNSSHNTPVDQGSG
  KPNSDSLSIDPSNITVMNDKSKYPTKSKPDFSDARNKKDMKSRSSRRNMHASSRGQNIAHKDLRDRETHE
  RRRKPTSHDSSDRFSSLSQGRIKTFSQSERHIRNVLNILNSEASLCKSKHLSRKLNKAVLHLKKAHRRVH
  TSLQLISKVGQKRKGPLPKAYAIIRNNFWESCDLQGDSLMSERRYSKHVLSKRKYDKQGEKKFLRFDIEE
  SLTPVSKHRSYRTSRERVAECLSSEIMSGHASSSLTAFHVREFCDEEQLPESQLPLAYTSQSISQSEHTN
  SILGNAGSSELEHFSKTSGNILDPEETLTEKDYQTDTQLCNSDSAKLENHSTHSIRNIAKEYNSEGKTGV
  CESNSVSLSFIKEKTSHSPDNSRGATCKANSDTHLSVLDANKNHILSVDIYEQDNRVYDGAKNGEAIFPT
  EKCSVPMETTSSIPTESLASRSYAVPPVPSVLTTAGEEESSVGENELFDIDKSEIIITKRSKLDLTSVTE
  GSDNYKKNMNALSSSDNVVLLKQNVIGPSKGYMAKYIEEEKIRKIEQAVYKKIITEGSAISFKYKSQNKL
  LKEESFPVNKKMMTNNLTDSHLSTKNPTVGTVASQTIPNQRKERMEAGQIKVSDSSRSDCLSQPAMGESS
  HRPALCENSKAAALKKELEHRSANYTSHVTELPQILQRADEAASLQILEEETKLCQNILPLFVKAFERQQ
  ECSVDQILISRKLLVEQNLWNNCRLKLKPCAVDAWVELQMAMETIQFIENKKRFLEGKPTFRSLLWYDES
  LYSELLHRPRGYQLQSNFYPGFQGRLKYNAFCELQNYHNQLVEFLTETKKENNSYYAFLKYKRQINECEA
  IMKHYSDCFDFCLSVPFACGVNFGDSLGDLETLRKSTLKLISVHGGSPKVHSYPGKNDHLWIIIEIVSSK
  VSFIKSNEEINIKICLYGLEHIYFDAAKSLVWKEKSCSLLKAHSEKTREAEEINECAFSKLKKIYGVLSK
  GLNSEPTGIGLEEDAMIASTQSALGSIPNCRLNKAWLSYPDISCVGDILDQAKSADLEKLQDLTLRCSDH
  LEILKKYFQMLQEDNIDNIFIMEENVSDMLNNHSPEAVILKPEAIEIYIEIVMVSETIHYLKNSIAKKLH
  NQRFRGMLWFDWSLLPELIGGQKEVASFSVGDNQTHGLWKLIETAISVLKKELAIIYEYGEASNCSYALD
  IVHILKELTGVKRLLSNAKYSVSTYIDLVPHTASVNFGNTAAELEQNYKQFFLLLKNVMSVPQKDFGKMV
  HIMKVMKTIEHMKVLNAKDTKLSTRLLFLQMLRNRRNALQQNGKGRKETSVTEPEEDSSQPAASEQTAPA
  AERTMKSISASSKKRPVTSDTCEVSQEEGDTDAVSSWKKQKVTVKDDGNSQTISKHPSTAGAPPDNEDRT
  GSDSSDTLTGFSASPEVVKRRNSVSPAESVQDTCTPKSASDVEPTDSSPDASASLTAQQEDSDGIKEGNV
  GFSAAETNNKEDCPLVTCDQKDIHSSSSPDHTPAQKSHNTAVDHTQIAPSNLTAGNDDPLVPDASLLSVS
  APQAVKDIHSSPEMSDTDSQRENSEIVDLSTEDRTCTSSPELVCIQDKTPDLQVDKTQPIKSESPEKCAM
  DAPNPSAAPFGSYGSSAINVNGTVQHTHSEWNPKVLTQKFGTSRNRPPQPASPTVYNSSEHSFGASYPSY
  SWCFYQYSSSNGTAVTHTYQGVTAYEMQPPPPMLTPGASTVQGTHVNHSYSEHFSYASGQPQANSFIPGN
  GYYPSQAPVSYNYQQPVYSQFASHQPVPQAAYPYPPNPGAPPPWTYAPWQQDPFPRRH
  
  TRTRPLEQKLISEEDLAANDILDYKDDDDKV
• Restriction Sites: SgfI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_001106087
• ORF Size: 8364 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_001106087.1, NP_001099557.1
• RefSeq Size: 8416 bp
• RefSeq ORF: 8367 bp
• Locus ID: 290803
• Cytogenetics: 16q12.3
• MW: 310.2 kDa