DMXL1 (NM_001290322) Human Tagged ORF Clone

CAT#: RG240258

DMXL1 (GFP-tagged) - Human Dmx-like 1 (DMXL1), transcript variant 3

Specifications

Product Data

• Tag: TurboGFP
• Symbol: DMXL1
• Vector: pCMV6-AC-GFP
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  ORF Nucleotide Sequence

  >RG240258 representing NM_001290322.
  Blue=ORF Red=Cloning site Green=Tag(s)
  
  GCTCGTTTAGTGAACCGTCAGAATTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTG
  GATCCGGTACCGAGGAGATCTGCCGCCGCGATCGCC
  ATGAAATTTTCACCAGATGGAGAATTTTTTGCCACTGCTGGGAAGGATGACTGTCTTTTGAAGGTTTGG
  TATAATGTAGAAAACTGGCGGACAGCTGTTACTTCTCCAGATGGAAGTTCAGAAAAACAATCCCAAGGA
  GAAATTGACTTTTCTTTTGTGTATCTGGCCCATCCTCGAGCAGTAAATGGATTTTCCTGGCGTAAAACA
  AGCAAATATATGCCTAGGGCTTCTGTATGTAATGTACTGTTGACTTGCTGCAAAGATAATGTGTGTCGT
  CTTTGGGTAGAGACATTTTTACCAAATGATTGTTTGCTATACGGAGGTGACTGCAGCCATTGGACTGAA
  TCAATTAATTTAACAAATAACTTCAAGAGAAATGCTTCCAGTAAAGAACGAGTTCAAAATGCTTTAGAA
  GTAAATCTGAGACATTTTCGTAGAGGTCGGAGGAGATCACTTGCTCTTGTAGCACATACGGGATATCTA
  CCACATCAGCAGGATCCTCATCATGTTCACAGGAACACTCCACTGCATGCCAATGCACTTTGCCACTTT
  CATATTGCAGCCAGCATCAACCCAGCCACAGACATTCCACTTCTTCCATCTATTACATCTCTGAGTCTA
  AATGAAAATGAAGAGAAGACCGGACCTTTTGTTGTACACTGGCTAAACAATAAAGAACTGCATTTTACT
  TTGTCCATGGAAGTTTTTTTACAGCAACTTAGAAAAAGTTTTGAACAACCATCTTCTGAGGCCAGTGTA
  GAAGATTCTAATCAGGCAGATGTAAAATCTGATGAAGAAACTGATGATGGTGTTGATGATCTGAAAATA
  AATCCCGAAAAGAAGGAATTAGGCTGTGATAAAATGGTACCAAACTCAAGTTTTACATCATTATCGTCA
  GCTGCCATTGATCATCAGATTGAAGTACTTCTGTCTGAATGGAGTAAAAATGCAGATATGCTATTTAGT
  ATTCATCCCATGGATGGTTCTTTGCTAGTTTGGCATGTGGATTGGCTGGATGAATACCAGCCTGGTATG
  TTTCGTCAAGTACAGGTGTCCTTTGTTTCCAGAATTCCAGTAGCTTTCCCCACAGGTGATGCAAACTCT
  CTCTGTAAAAGCATAATGATGTATGCCTGTACCAAGAATGTTGACTTGGCTATTCAGCAGGGGAAACAA
  AAACCTTCTGGCCTCACCCGTTCCACATCAATGCTTATTTCTTCTGGTCACAATAAATCATCTAATAGT
  TTAAAATTAAGTATTTTTACGCCTAATGTTATGATGATATCAAAACATGCTGATGGTTCTCTGAATCAG
  TGGCTGGTCAGTTTTGCCGAGGAATCTGCTTTTTCTACTGTTCTCAGTATTTCCCACAAATCCAGATAT
  TGTGGTCATCGTTTTCATCTTAATGATTTAGCTTGCCACTCAGTATTACCATTATTGCTGACAACATCA
  CACCATAATGCATTAAGGACACCAGATGTTGATAACCCAGAGCAACCTTTTGATGCTCTAAATATTGAA
  GAATGCTCTTTGACACAACAAAATAAAAGCACTGTTGACGTGGCATTTCAGGATCCCAGTGCAGTTTAC
  AGTGAGCTTATTCTGTGGAGGGTTGACCCAGTTGGGCCATTGTCTTTTTCTGGAGGAGTTTCTGAGCTT
  GCCCGGATTAATTCTCTTCATGTTTCTGCCTTTTCCAATGTGGCATGGCTGCCCACTCTTATACCCAGT
  TATTGTCTGGGTGCATACTGCAACTCTCCTAGTGCATGCTTTGTAGCCAGTGATGGACAATATCTGAGA
  TTATATGAAGCAGTTATTGATGCTAAGAAACTTTTATCTGAGCTTTCTAACCCTGAAATTTCTAAATAT
  GTTGGTGAAGTCTTTAACATCGTCAGTCAACAATCAACAGCCAGGCCAGGATGCATTATTGCATTAGAT
  CCCATTACCAAACTTCATGGCAGAAAAACCCAACTGCTTCATGTTTTTGAAGAAGACTTCATTTTGAAT
  AACCTTGAGAAGAAAAGCCTTGGCAAAGACAGCATTTTATCTAATGCAGGCAGCTCACCTAATGGATTT
  TCTGAGAAGTTCTACCTAATTGTAATAGAATGCACTCAAGACAACCGTTCACTGTTACACATGTGGAAT
  TTACATCTAAAGTCAATTCCTGTCTCATTAGATGAAAAAGTAGATACAAAATTATCCGAAGCGGTTTGG
  CAGCCAGAAGAACATTATTCTTCTTCTCCAGAGAAGATCCTATCTCCTTTTTCACAAAAGTATCAGGCT
  TGCAGAGCAAATCTCCAGAGTACCAGCAGGTTGACTCTGTTTTCAGAAATGGTTTATAGCCAAGAATTG
  CATTTACCAGAAGGAGTTGAGATAATAAGTATTAAGCCATCAGCAGGACATCTGAGTTCATCTTCTATA
  TATCCTGCATGCAGTGCTCCTTATTTATTGGCAACTTCATGTTCAGATGAGAAAGTAAGATTCTGGAGA
  TGCAGAGTAACAGATGGAGAATCTGCCACGTCAAAGAATGGAAAAATTGATCTTGCATACATTTGGGAA
  GAATGGCCATTACTTATTGAAGATGGACTTCAGAGCAATAGTAGTATAACTGTACCTGGTAGGCCTGTA
  GAAGTTAGCTGTGCACATACAAATCGTTTAGCAGTAGCTTATAAGCAGCCTGCATCTAATAGTAGATCT
  TCCCAGGACTTTGTGATGCATGTAAGTATTTTTGAATGTGAGTCAACAGGAGGTTCATGTTGGGTCCTT
  GAGCAGACAATTCATTTAGATGAGTTAAGCACAGTATTGGATTCTGGCATTAGTGTTGATAGCAATTTA
  GTGGCCTATAATAAACAAGACATGTATTTATCTAGTAAAGAGAATATCACATCAAACACAAAGCATTTA
  GTTCACTTAGATTGGATGTCTAGAGAAGACGGTTCTCATATCCTGACTGTAGGAATTGGATCAAAACTT
  TTTATGTATGGACCCCTGGCTGGCAAGGTACAAGACCAAACTGGTAAGGAAACCCTGGCATTTCCTCTC
  TGGGAGAGTACCAAAGTTGTGCCCCTTTCTAAATTTGTACTATTACGAAGTGTGGACCTAGTTTCTTCT
  GTAGATGGCTCCCCACCTTTTCCTGTTTCTTTATCGTGGGTCCGGGATGGCATCCTTGTGGTAGGAATG
  GACTGTGAAATGCATGTGTATTGCCAATGGCAACCATCTTCTAAACAAGAACCTGTTATAACAGATTCG
  TACAGTGGGAGCACTCCATCTATAACAAGTTTAATAAAACAGAGTAACTCCAGTTCTGGGTTACATCCT
  CCAAAGAAAACTCTGACTCGATCCATGACCAGTCTTGCACAGAAAATCTGTGGAAAGAAAACTGCATTC
  GATCCTTCAGTGGATATGGAAGATTCAGGTCTTTTTGAAGCAGCTCATGTACTTTCCCCGACTCTACCT
  CAGTATCATCCCTTGCAGCTTTTGGAACTCATGGATCTTGGTAAAGTTCGGAGAGCCAAGGCCATCTTG
  TCCCATCTTGTTAAGTGCATTGCTGGGGAAGTTGTGGCTCTGAATGAAGCTGAATCTAATCATGAACGC
  CGCCTTAGGTCTCTCACAATCAGTGCTAGTGGAAGCACTACCAGAGACCCCCAGGCATTCAACAAGGCT
  GAAAATACAGATTACACAGAAATAGATTCTGTTCCTCCACTTCCTTTATATGCCTTACTTGCAGCAGAT
  GATGATAGCTGTTACTCATCTTTGGAGAAATCTAGTAATGAGAGTACGTTAAGTAAATCAAACCAATTA
  TCTAAAGAAAGTTATGATGAGCTTTTTCAGACTCAACTTCTAATGACTGATACTCATATGTTAGAGACA
  GATGAAGAAAATACAAAGCCTAGAGTTATTGACCTTTCACAGTACAGTCCGACTTACTTTGGACCTGAG
  CATGCTCAGGTTCTTTCTGGCCACTTACTTCATTCTAGTTTACCAGGACTCAGCCGGATGGAGCAGATG
  TCTTTGATGGCCTTAGCAGATACAATTGCAACTACAAGCACTGATATTGGAGAAAGCCGAGACAGAAGC
  CAAGGTGGAGAAACTCTTGATGAATGTGGGTTAAAATTTCTTTTGGCTGTTCGACTCCATACCTTTCTT
  ACAACTTCCCTTCCAGCCTATCGAGCTCAACTCCTTCACCAAGGCCTGTCTACAAGTCATTTTGCTTGG
  GCATTTCACTCAGTAGCAGAAGAAGAACTGCTGAACATGTTGCCAGCCATGCAGAAAGATGATCCCACT
  TGGTCTGAACTAAGAGCTATGGGTGTGGGGTGGTGGGTCCGGAATACCCGCATCTTACGCAAATGCATA
  GAAAAAGTAGCTAAAGCAGCCTTTTATAGAAAGAATGATCCTTTAGATGCTGCCATTTTTTACCTTGCA
  ATGAAAAAGAAAGCTGTGATTTGGGGATTATATAGAGCTGAAAAAAACACCAGGATGACACAGTTTTTT
  GGACACAATTTTGAGGATGAGAGGTGGCGTAAAGCAGCTTTAAAGAATGCTTTTTCTTTGCTAGGCAAA
  CAAAGATTTGAACATTCTGCAGCATTTTTTCTTTTAGCTGGTTGCCTCAGAGATGCAATTGAGGTATGT
  CTTGAGAAATTGAATGACATTCAGTTGGCTCTTGTAATAGCAAGACTCTATGAGTCTGAATTTGATACA
  TCTGCAGCATATAAATCTATTTTACGTAAAAAAGTTTTGGGAATCGATTCTCCTGTCAGTGAACTGTGT
  TCATTGAACATAAATATGCATCATGATCCTTTTCTTCGGAGCATGGCATATTGGATTTTGGAAGATTAT
  AGTGGTGCTCTGGAAACATTAATAAAGCAACCTATCAGAGAGAATGATGATCAAGTTTTATCAGCCAGT
  AATCCTACAGTTTTTAATTTCTACAATTATCTAAGAACACATCCTCTTTTGCTGAGACGTCATTTTGGA
  TCATCTGATACATTTTCCACACATATGAGCCTAACAGGAAAAAGTGGACTGGCAGGAACAATTAATTTA
  AGTGAAAGACGTTTATTTTTTACCACTGCCAGTGCTCATTTAAAAGCTGGCTGCCCAATGTTGGCTTTG
  GAAGTATTATCAAAGATGCCTAAAGTCATCAAGAAAACAAGACCTTTTTATAGGGCTTCTAGTTTTCTG
  GATACTAGTAAAGACTGTTCTCCTTCTTCTCCATTAAAGTTGGATGCAAGGGAAGATAAGTCTTCTGCT
  GTTGATTGGTCACAGTCACTGATAAATGGTTTTGGATCTTCTTCAGAGGGTTCCTCAGAGAAGCAATCA
  AACTCCACTCTTTCTTTTGACTGGAGCCAACCAAGTGTTGTGTTTCAGGATGACTCTTTAGAGTTAAAA
  TGGGACAGTGATAATGATGAAGAAAATGAGGATGTCCCTATTTCAATGAAAGAACTAAAACCTTTACAG
  AGAAAAACAGATAAAAAGTTGGATGACATAAGTTCTAACTACACAGAATCTTTCAGCACACTAGATGAA
  AATGACCTTTTAAATCCATCAGAAGATATAATTGCAGTTCAGTTAAAATTTAGAGCATGTTTAAAGATT
  CTCACAGTAGAACTTCGTACTTTATCTACTGGCTATGAAATAGATGGTGGAAAATTGCGTTACCAACTA
  TACCACTGGCTTGAAAAAGAGGTGATAGCTCTTCAGAGGACTTGTGACTTTTGCTCAGATGCTGAAGAA
  CTACAGTCTGCATTTGGCAGAAATGAAGATGAATTTGGATTAAATGAGGATGCTGAAGATTTGCCTCAC
  CAAACAAAAGTGAAACAACTGAGAGAAAATTTTCAGGAAAAAAGACAGTGGCTCTTGAAGTATCAGTCA
  CTTTTGAGAATGTTTCTTAGTTACTGCATACTTCATGGATCCCATGGTGGGGGTCTTGCATCTGTAAGA
  ATGGAATTGATTTTGCTTTTGCAAGAATCTCAGCAGGAAACATCAGAACCACTATTTTCTAGCCCTCTG
  TCAGAGCAAACCTCAGTGCCTCTCCTCTTTGCTTGTACAGCCAATGCCAAAACAGTAGTTGCCAATCCA
  TTATTGCACCTTAGTAATCTGACACATGATATTCTCCATGCCATAATAAACTTTGATTCACCACCCCAC
  CCTGATATCCAAAGCAATAAAGTGTATGTAATGCATACTTTAGCAGCTTCACTTTCTGCTTGTATTTAT
  CAGTGCCTTTGTGGTAGTCATAACTACAGTTCATTTCAGACGAATCAGTTTACTGGAATGGTATATCAG
  ACAGTACTGCTTCCTCATCGACCTTCTTTGAAAACAGGAAGCTTAGATGAAGCATTAACTCCCAATACG
  TCACCAGCTCAATGGCCAGGAATAACTTGTCTAATTCGACTTTTGAATTCTTCTGGCGAGGAAGCCCAG
  TCAGGGCTTACAGTCTTGCTCTGTGAGATTCTCACAGCAGTGTATCTTAGTCTCTTCATCCATGGCCTG
  GCCACACATTCAAGTAATGAGCTATTTCGGATTGTGGCCCATCCTCTAAATGAGAAAATGTGGTCTGCT
  GTGTTTGGTGGAGGTGCACATGTTCCTAGCAAAGAACAGACACATTCAAAAACTTTACCTGTTTCTTCA
  CTAGTTGAAGAAGGAGAAAAACAGAACAAACGTTTTAGGCCGTCAAAAATGTCTTGCAGAGAATCTGCC
  CCACTGACCCCTTCCTCGGCACCAGTAAGCCAGGAGTCACTGGCGGTTAAAGAAAAGTTCATCCCACCT
  GAGCTCAGTATCTGGGACTATTTCATAGCTAAGCCTTTTCTACCCTCTTCTCAAAGTAGAGCCGAATAT
  GATTCAGAGGAGAGTCTGGGAAGTGATGATGATGACAATGATGATGATGATGATGTTTTAGCATCAGAT
  TTCCATCTCCAGGAACATTCTAATTCAAATTCATATAGTTGGTCCTTGATGCGGTTGGCGATGGTGCAA
  TTGGTGCTCAACAATTTGAAGACTTTTTATCCCTTCGCAGGTCATGATCTTGCAGAGCTTCCAGTTAGT
  TCACCTCTTTGTCATGCGGTTCTAAAAACTCTTCAATGTTGGGAACAAGTTCTTCTCCGACGACTTGAA
  ATCCATGGTGGGCCACCTCAAAATTATATCGCAAGTCATACCGCCGAAGAGAGTTTGTCTGCAGGTCCT
  GCAATTCTTCGCCACAAAGCTTTACTGGAACCTACAAACACTCCTTTCAAATCCAAACACCATCTGGCA
  CTGTCTGTGAAGAGGCTTTGGCAGTATTTGGTGAAGCAGGAAGAAATTCAGGAAACCTTTATCAAAAAT
  ATATTCACAAAGAAACGGTGTCTAAATGAGATAGAAGCAGATTTGGGATATCCTGGAGGTAAAGCAAGA
  ATTATTCATAAGGAATCTGATATCATTACTGCGTTTGCTGTTAATAAGGCAAATAGAAACTGCATAGCA
  ATCGCTTCCAGTCATGATGTTCAAGAACTGGATGTTTCTGGAATTCTGGCCACACAGGTCTACACTTGG
  GTAGATGATGATATAGAAGTGGAAACCAAAGGATCAGAAGATTTCTTGGTTATACATGCTCGTGATGAT
  TTAACAGCTGTTCAAGGTACAACTCCATATACACATAGCAATCCTGGCACTCCAATCAACATGCCATGG
  CTTGGTAGTACACAGACTGGCAGAGGAGCATCTGTGATGATTAAGAAAGCCATTAATAATGTTAGAAGA
  ATGACTTCTCATCCAACTCTTCCTTACTATCTGACAGGAGCTCAAGATGGAAGTGTCAGAATGTTTGAA
  TGGGGCCATTCTCAACAAATAACCTGTTTTCGATCTGGTGGCAATTCAAGAGTTACAAGAATGAGATTT
  AACTATCAGGGAAATAAGTTTGGAATAGTTGATGCTGATGGATATTTAAGTTTGTATCAAACAAACTGG
  AAATGTTGTCCAGTTACTGGAAGCATGCCTAAGCCATACCTGACTTGGCAGTGTCATAACAAAACAGCC
  AATGATTTTGTCTTCGTTAGTTCCTCCTCTCTGATAGCTACAGCTGGTCTTTCAACTGACAATAGAAAC
  GTATGTTTGTGGGATACTCTTGTAGCACCTGCCAATAGTTTAGTCCATGCATTTACCTGCCATGACAGT
  GGAGCCACAGTTTTAGCATATGCTCCAAAACATCAGCTACTAATATCAGGTGGCAGAAAAGGTTTTACA
  TATGTATTTGACCTTTGTCAACGACAACAGAGGCAGCTTTTCCAGAGCCATGATTCTCCTGTTAAAGCC
  GTTGCTGTTGATCCAACTGAAGAGTACTTTGTTACAGGATCTGCCGAAGGCAATATAAAGATTTGGAGT
  CTCTCTACCTTTGGTCTTCTCCATACTTTTGTCAGTGAACATGCTCGGCAGTCCATTTTTAGAAATATT
  GGAACTGGAGTGATGCAAATTGAGACAGGGCCTGCAAATCACATTTTCTCCTGTGGAGCTGATGGAACA
  ATGAAAATGAGAATACTGCCAGATCAGTTTAGCCCTTTAAATGAAGTGTTGAAAAATGATGTGAAATTT
  ATGCTA
  ACGCGTACGCGGCCGCTCGAG - GFP Tag - GTTTAAAC
  
  Protein Sequence

  >Peptide sequence encoded by RG240258
  Blue=ORF Red=Cloning site Green=Tag(s)
  
  MKFSPDGEFFATAGKDDCLLKVWYNVENWRTAVTSPDGSSEKQSQGEIDFSFVYLAHPRAVNGFSWRKT
  SKYMPRASVCNVLLTCCKDNVCRLWVETFLPNDCLLYGGDCSHWTESINLTNNFKRNASSKERVQNALE
  VNLRHFRRGRRRSLALVAHTGYLPHQQDPHHVHRNTPLHANALCHFHIAASINPATDIPLLPSITSLSL
  NENEEKTGPFVVHWLNNKELHFTLSMEVFLQQLRKSFEQPSSEASVEDSNQADVKSDEETDDGVDDLKI
  NPEKKELGCDKMVPNSSFTSLSSAAIDHQIEVLLSEWSKNADMLFSIHPMDGSLLVWHVDWLDEYQPGM
  FRQVQVSFVSRIPVAFPTGDANSLCKSIMMYACTKNVDLAIQQGKQKPSGLTRSTSMLISSGHNKSSNS
  LKLSIFTPNVMMISKHADGSLNQWLVSFAEESAFSTVLSISHKSRYCGHRFHLNDLACHSVLPLLLTTS
  HHNALRTPDVDNPEQPFDALNIEECSLTQQNKSTVDVAFQDPSAVYSELILWRVDPVGPLSFSGGVSEL
  ARINSLHVSAFSNVAWLPTLIPSYCLGAYCNSPSACFVASDGQYLRLYEAVIDAKKLLSELSNPEISKY
  VGEVFNIVSQQSTARPGCIIALDPITKLHGRKTQLLHVFEEDFILNNLEKKSLGKDSILSNAGSSPNGF
  SEKFYLIVIECTQDNRSLLHMWNLHLKSIPVSLDEKVDTKLSEAVWQPEEHYSSSPEKILSPFSQKYQA
  CRANLQSTSRLTLFSEMVYSQELHLPEGVEIISIKPSAGHLSSSSIYPACSAPYLLATSCSDEKVRFWR
  CRVTDGESATSKNGKIDLAYIWEEWPLLIEDGLQSNSSITVPGRPVEVSCAHTNRLAVAYKQPASNSRS
  SQDFVMHVSIFECESTGGSCWVLEQTIHLDELSTVLDSGISVDSNLVAYNKQDMYLSSKENITSNTKHL
  VHLDWMSREDGSHILTVGIGSKLFMYGPLAGKVQDQTGKETLAFPLWESTKVVPLSKFVLLRSVDLVSS
  VDGSPPFPVSLSWVRDGILVVGMDCEMHVYCQWQPSSKQEPVITDSYSGSTPSITSLIKQSNSSSGLHP
  PKKTLTRSMTSLAQKICGKKTAFDPSVDMEDSGLFEAAHVLSPTLPQYHPLQLLELMDLGKVRRAKAIL
  SHLVKCIAGEVVALNEAESNHERRLRSLTISASGSTTRDPQAFNKAENTDYTEIDSVPPLPLYALLAAD
  DDSCYSSLEKSSNESTLSKSNQLSKESYDELFQTQLLMTDTHMLETDEENTKPRVIDLSQYSPTYFGPE
  HAQVLSGHLLHSSLPGLSRMEQMSLMALADTIATTSTDIGESRDRSQGGETLDECGLKFLLAVRLHTFL
  TTSLPAYRAQLLHQGLSTSHFAWAFHSVAEEELLNMLPAMQKDDPTWSELRAMGVGWWVRNTRILRKCI
  EKVAKAAFYRKNDPLDAAIFYLAMKKKAVIWGLYRAEKNTRMTQFFGHNFEDERWRKAALKNAFSLLGK
  QRFEHSAAFFLLAGCLRDAIEVCLEKLNDIQLALVIARLYESEFDTSAAYKSILRKKVLGIDSPVSELC
  SLNINMHHDPFLRSMAYWILEDYSGALETLIKQPIRENDDQVLSASNPTVFNFYNYLRTHPLLLRRHFG
  SSDTFSTHMSLTGKSGLAGTINLSERRLFFTTASAHLKAGCPMLALEVLSKMPKVIKKTRPFYRASSFL
  DTSKDCSPSSPLKLDAREDKSSAVDWSQSLINGFGSSSEGSSEKQSNSTLSFDWSQPSVVFQDDSLELK
  WDSDNDEENEDVPISMKELKPLQRKTDKKLDDISSNYTESFSTLDENDLLNPSEDIIAVQLKFRACLKI
  LTVELRTLSTGYEIDGGKLRYQLYHWLEKEVIALQRTCDFCSDAEELQSAFGRNEDEFGLNEDAEDLPH
  QTKVKQLRENFQEKRQWLLKYQSLLRMFLSYCILHGSHGGGLASVRMELILLLQESQQETSEPLFSSPL
  SEQTSVPLLFACTANAKTVVANPLLHLSNLTHDILHAIINFDSPPHPDIQSNKVYVMHTLAASLSACIY
  QCLCGSHNYSSFQTNQFTGMVYQTVLLPHRPSLKTGSLDEALTPNTSPAQWPGITCLIRLLNSSGEEAQ
  SGLTVLLCEILTAVYLSLFIHGLATHSSNELFRIVAHPLNEKMWSAVFGGGAHVPSKEQTHSKTLPVSS
  LVEEGEKQNKRFRPSKMSCRESAPLTPSSAPVSQESLAVKEKFIPPELSIWDYFIAKPFLPSSQSRAEY
  DSEESLGSDDDDNDDDDDVLASDFHLQEHSNSNSYSWSLMRLAMVQLVLNNLKTFYPFAGHDLAELPVS
  SPLCHAVLKTLQCWEQVLLRRLEIHGGPPQNYIASHTAEESLSAGPAILRHKALLEPTNTPFKSKHHLA
  LSVKRLWQYLVKQEEIQETFIKNIFTKKRCLNEIEADLGYPGGKARIIHKESDIITAFAVNKANRNCIA
  IASSHDVQELDVSGILATQVYTWVDDDIEVETKGSEDFLVIHARDDLTAVQGTTPYTHSNPGTPINMPW
  LGSTQTGRGASVMIKKAINNVRRMTSHPTLPYYLTGAQDGSVRMFEWGHSQQITCFRSGGNSRVTRMRF
  NYQGNKFGIVDADGYLSLYQTNWKCCPVTGSMPKPYLTWQCHNKTANDFVFVSSSSLIATAGLSTDNRN
  VCLWDTLVAPANSLVHAFTCHDSGATVLAYAPKHQLLISGGRKGFTYVFDLCQRQQRQLFQSHDSPVKA
  VAVDPTEEYFVTGSAEGNIKIWSLSTFGLLHTFVSEHARQSIFRNIGTGVMQIETGPANHIFSCGADGT
  MKMRILPDQFSPLNEVLKNDVKFML
  TRTRPLEMESDESGLPAMEIECRITGTLNGVEFELVGGGEGTPEQGRMTNKMKSTKGALTFSPYLLSHV
  MGYGFYHFGTYPSGYENPFLHAINNGGYTNTRIEKYEDGGVLHVSFSYRYEAGRVIGDFKVMGTGFPED
  SVIFTDKIIRSNATVEHLHPMGDNDLDGSFTRTFSLRDGGYYSSVVDSHMHFKSAIHPSILQNGGPMFA
  FRRVEEDHSNTELGIVEYQHAFKTPDADAGEERV
  
• Restriction Sites: SgfI-MluI Cloning Scheme for this gene Plasmid Map
• ACCN: NM_001290322
• ORF Size: 8562 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, transfection-ready dried plasmid DNA, and shipped with 2 vector sequencing primers.

Reference Data

• RefSeq: NM_001290322.3
• RefSeq Size: 12794 bp
• RefSeq ORF: 8565 bp
• Locus ID: 1657
• Cytogenetics: 5q23.1
• MW: 319.1 kDa
• Gene Summary: 'The protein encoded by this gene is a member of the WD repeat superfamily of proteins, which have regulatory functions. This gene is expressed in many tissue types including several types of eye tissue, and it has been associated with ocular phenotypes. In addition, it is upregulated in cultured cells that overexpress growth factor independence 1B, a transcription factor that is essential for hematopoietic cell development. Alternative splicing results in multiple transcript variants. [provided by RefSeq, Nov 2014]'