SMG1 (NM_015092) Human Untagged Clone

CAT#: SC309100

SMG1 (untagged)-Human SMG1 homolog, phosphatidylinositol 3-kinase-related kinase (C. elegans) (SMG1)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: SMG1
• Synonyms: 61E3.4; ATX; LIP
• Vector: pCMV6 series
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_015092, the custom clone sequence may differ by one or more nucleotides
  ATGAGCCGCAGAGCCCCGGGGTCTCGGCTGAGCAGCGGCGGCGGCGGCGGCGGCACCAAG
  TATCCGCGGAGCTGGAATGACTGGCAACCCAGAACTGATAGTGCATCAGCCGACCCAGAT
  AATTTAAAATATTCTTCATCCAGAGATAGAGGTGGTTCTTCCTCTTATGGACTGCAACCT
  TCAAATTCAGCTGTGGTGTCTCGGCAAAGGCACGATGATACCAGAGTCCACGCTGACATA
  CAGAATGACGAAAAGGGTGGCTACAGTGTCAATGGAGGATCTGGGGAAAATACTTATGGT
  CGGAAGTCGTTGGGGCAAGAGCTGAGGGTTAACAATGTGACCAGCCCTGAGTTCACCAGT
  GTTCAGCATGGCAGTCGTGCTTTAGCCACCAAAGACATGAGGAAATCACAGGAGAGATCG
  ATGTCTTATTCTGATGAGTCTCGACTGTCGAATCTTCTTCGGAGGATCACCCGGGAAGAC
  GACAGAGACCGAAGATTGGCTACTGTAAAGCAGTTGAAAGAATTTATTCAGCAACCAGAA
  AATAAGCTGGTACTAGTTAAACAATTGGATAATATCTTGGCTGCTGTACATGACGTGCTT
  AATGAAAGTAGCAAATTGCTTCAGGAGTTGAGACAGGAGGGAGCTTGCTGTCTTGGCCTT
  CTTTGTGCTTCTCTGAGCTATGAGGCTGAGAAGATCTTCAAGTGGATTTTTAGCAAATTT
  AGCTCATCTGCAAAAGATGAAGTTAAACTCCTCTACTTATGTGCCACCTACAAAGCACTA
  GAGACTGTAGGAGAAAAGAAAGCCTTTTCATCTGTAATGCAGCTTGTAATGACCAGCCTG
  CAGTCTATTCTTGAAAATGTGGATACACCAGAATTGCTTTGTAAATGTGTTAAGTGCATT
  CTTTTGGTGGCTCGATGTTACCCTCATATTTTCAGCACTAATTTTAGGGATACAGTTGAT
  ATATTAGTTGGATGGCATATAGATCATACTCAGAAACCTTCGCTCACGCAGCAGGTATCT
  GGGTGGTTGCAGAGTTTGGAGCCATTTTGGGTAGCTGATCTTGCATTTTCTACTACTCTT
  CTTGGTCAGTTTCTGGAAGACATGGAAGCATATGCTGAGGACCTCAGCCATGTGGCCTCT
  GGGGAATCAGTGGATGAAGATGTCCCTCCTCCATCAGTGTCATTACCAAAGCTGGCTGCA
  CTTCTCCGGGTATTTAGTACTGTGGTGAGGAGCATTGGGGAACGCTTCAGCCCAATTCGG
  GGTCCTCCAATTACTGAGGCATATGTAACAGATGTTCTGTACAGAGTAATGAGATGTGTG
  ACGGCTGCAAACCAGGTGTTTTTTTCTGAGGCTGTGTTGACAGCTGCTAATGAGTGTGTT
  GGTGTTTTGCTCGGCAGCTTGGATCCTAGCATGACTATACATTGTGACATGGTCATTACA
  TATGGATTAGACCAACTGGAGAATTGCCAGACTTGTGGTACCGATTATATCATCTCAGTC
  TTGAATTTACTCACGCTGATTGTTGAACAGATAAATACGAAACTGCCATCATCATTTGTA
  GAAAAACTGTTTATACCATCATCTAAACTACTATTCTTGCGTTATCATAAAGAAAAAGAG
  GTTGTTGCTGTAGCCCATGCTGTTTATCAAGCAGTGCTCAGCTTGAAGAATATTCCTGTT
  TTGGAGACTGCCTATAAGTTAATATTGGGAGAAATGACTTGTGCCCTAAACAACCTCCTA
  CACAGTCTACAACTTCCTGAGGCCTGTTCTGAAATAAAACATGAGGCTTTTAAGAATCAT
  GTGTTCAATGTAGACAATGCAAAATTTGTAGTTATATTTGACCTCAGTGCCCTGACTACA
  ATTGGAAATGCCAAAAACTCACTAATAGGGATGTGGGCGCTATCTCCAACTGTCTTTGCA
  CTTCTGAGTAAGAATCTGATGATTGTGCACAGTGACCTGGCTGTTCACTTCCCTGCCATT
  CAGTATGCTGTGCTCTACACATTGTATTCTCATTGTACCAGGCATGATCACTTTATCTCT
  AGTAGCCTCAGTTCTTCCTCTCCTTCTTTGTTTGATGGAGCTGTGATTAGCACTGTAACT
  ACGGCTACAAAGAAACATTTCTCAATTATATTAAATCTTCTGGGAATATTACTTAAGAAA
  GATAACCTTAACCAGGACACGAGGAAACTGTTAATGACTTGGGCTTTGGAAGCAGCTGTT
  TTAATGAAGAAGTCTGAAACATACGCACCTTTATTCTCTCTTCCGTCTTTCCATAAATTT
  TGCAAAGGCCTTTTAGCCAACACTCTCGTTGAAGATGTGAATATCTGTCTGCAGGCATGC
  AGCAGTCTACATGCTCTGTCCTCTTCCTTGCCAGATGATCTTTTACAGAGATGTGTCGAT
  GTTTGCCGTGTTCAACTAGTGCACAGTGGAACTCGTATTCGACAAGCATTTGGAAAACTG
  TTGAAATCAATTCCTTTAGATGTTGTCCTAAGCAATAACAATCACACAGAAATTCAAGAA
  ATTTCTTTAGCATTAAGAAGTCACATGAGTAAAGCACCAAGTAATACATTCCACCCCCAA
  GATTTCTCTGATGTTATTAGTTTTATTTTGTATGGGAACTCTCATAGAACAGGGAAGGAC
  AATTGGTTGGAAAGACTGTTCTATAGCTGCCAGAGACTGGATAAGCGTGACCAGTCAACA
  ATTCCACGCAATCTCCTGAAGACAGATGCTGTCCTTTGGCAGTGGGCCATATGGGAAGCT
  GCACAATTCACTGTTCTTTCTAAGCTGAGAACCCCACTGGGCAGAGCTCAAGACACCTTC
  CAGACAATTGAAGGTATCATTCGAAGTCTCGCAGCTCACACATTAAACCCTGATCAGGAT
  GTTAGTCAGTGGACAACTGCAGACAATGATGAAGGCCATGGTAACAACCAACTTAGACTT
  GTTCTTCTTCTGCAGTATCTGGAAAATCTGGAGAAATTAATGTATAATGCATACGAGGGA
  TGTGCTAATGCATTAACTTCACCTCCCAAGGTCATTAGAACTTTTTTCTATACCAATCGC
  CAAACTTGTCAGGACTGGCTAACGCGGATTCGACTCTCCATCATGAGGGTAGGATTGTTG
  GCAGGCCAGCCTGCAGTGACAGTGAGACATGGCTTTGACTTGCTTACAGAGATGAAAACA
  ACCAGCCTATCTCAGGGGAATGAATTGGAAGTAACCATTATGATGGTGGTAGAAGCATTA
  TGTGAACTTCATTGTCCTGAAGCTATACAGGGAATTGCTGTCTGGTCATCATCTATTGTT
  GGAAAAAATCTTCTGTGGATTAACTCAGTGGCTCAACAGGCTGAAGGGAGGTTTGAAAAG
  GCCTCTGTGGAGTACCAGGAACACCTGTGTGCCATGACAGGTGTTGATTGCTGCATCTCC
  AGCTTTGACAAATCGGTGCTCACCTTAGCCAATGCTGGGCGTAACAGTGCCAGCCCGAAA
  CATTCTCTGAATGGTGAATCCAGAAAAACTGTGCTGTCCAAACCGACTGACTCTTCCCCT
  GAGGTTATAAATTATTTAGGAAATAAAGCATGTGAGTGCTACATCTCAATTGCCGATTGG
  GCTGCTGTGCAGGAATGGCAGAACGCTATCCATGACTTGAAAAAGAGTACCAGTAGCACT
  TCCCTCAACCTGAAAGCTGACTTCAACTATATAAAATCATTAAGCAGCTTTGAGTCTGGA
  AAATTTGTTGAATGTACCGAGCAGTTAGAATTGTTACCAGGAGAAAATATCAATCTACTT
  GCTGGAGGATCAAAAGAAAAAATAGACATGAAAAAACTGCTTCCTAACATGTTAAGTCCG
  GATCCGAGGGAACTTCAGAAATCCATTGAAGTTCAATTGTTAAGAAGTTCTGTTTGTTTG
  GCAACTGCTTTAAACCCGATAGAACAAGATCAGAAGTGGCAGTCTATAACTGAAAATGTG
  GTAAAGTACTTGAAGCAAACATCCCGCATCGCTATTGGACCTCTGAGACTTTCTACTTTA
  ACAGTTTCACAGTCTTTGCCAGTTCTAAGTACCTTGCAGCTGTATTGCTCATCTGCTTTG
  GAGAACACAGTTTCTAACAGACTTTCAACAGAGGACTGTCTTATTCCACTCTTCAGTGAA
  GCTTTACGTTCATGTAAACAGCATGACGTGAGGCCATGGATGCAGGCATTAAGGTATACT
  ATGTACCAGAATCAGTTGTTGGAGAAAATTAAAGAACAAACAGTCCCAATTAGAAGCCAT
  CTCATGGAATTAGGTCTAACAGCAGCAAAATTTGCTAGAAAACGAGGGAATGTGTCCCTT
  GCAACAAGACTGCTGGCACAGTGCAGTGAAGTTCAGCTGGGAAAGACCACCACTGCACAG
  GATTTAGTCCAACATTTTAAAAAACTATCAACCCAAGGTCAAGTGGATGAAAAATGGGGG
  CCCGAACTTGATATTGAAAAAACCAAATTGCTTTATACAGCAGGCCAGTCAACACATGCA
  ATGGAAATGTTGAGTTCTTGTGCCATATCTTTCTGCAAGTCTGTGAAAGCTGAATATGCA
  GTTGCTAAATCAATTCTGACACTGGCTAAATGGATCCAGGCAGAATGGAAAGAGATTTCA
  GGACAGCTGAAACAGGTTTACAGAGCTCAGCACCAACAGAACTTCACAGGTCTTTCTACT
  TTGTCTAAAAACATACTCACTCTAATAGAACTGCCATCTGTTAATACGATGGAAGAAGAG
  TATCCTCGGATCGAGAGTGAATCTACAGTGCATATTGGAGTTGGAGAACCTGACTTCATT
  TTGGGACAGTTGTATCACCTGTCTTCAGTACAGGCACCTGAAGTAGCCAAATCTTGGGCA
  GCGTTGGCCAGCTGGGCTTATAGGTGGGGCAGAAAGGTGGTTGACAATGCCAGTCAGGGA
  GAAGGTGTTCGTCTGCTGCCTAGAGAAAAATCTGAAGTTCAGAATCTACTTCCAGACACT
  ATAACTGAGGAAGAGAAAGAGAGAATATATGGTATTCTTGGACAGGCTGTGTGTCGGCCG
  GCGGGGATTCAGGATGAAGATATAACACTTCAGATAACTGAGAGTGAAGACAACGAAGAA
  GATGACATGGTTGATGTTATCTGGCGTCAGTTGATATCAAGCTGCCCATGGCTTTCAGAA
  CTTGATGAAAGTGCAACTGAAGGAGTTATTAAAGTGTGGAGGAAAGTTGTAGATAGAATA
  TTCAGCCTGTACAAACTCTCTTGCAGTGCATACTTTACTTTCCTTAAACTCAACGCTGGT
  CAAATTCCTTTAGATGAGGATGACCCTAGGCTGCATTTAAGTCACAGAGTGGAACAGAGC
  ACTGATGACATGATTGTGATGGCCACATTGCGCCTGCTGCGGTTGCTCGTGAAGCATGCT
  GGTGAGCTTCGGCAGTATCTGGAGCACGGCTTGGAGACAACACCCACTGCACCATGGAGA
  GGAATTATTCCGCAACTTTTCTCACGCTTAAACCACCCTGAAGTGTATGTGCGCCAAAGT
  ATTTGTAACCTTCTCTGCCGTGTGGCTCAAGATTCCCCACATCTCATATTGTATCCTGCA
  ATAGTGGGTACCATATCGCTTAGTAGTGAATCCCAGGCTTCAGGAAATAAATTTTCCACT
  GCAATTCCAACTTTACTTGGCAATATTCAAGGAGAAGAATTGCTGGTTTCTGAATGTGAG
  GGAGGAAGTCCTCCTGCATCTCAGGATAGCAATAAGGATGAACCTAAAAGTGGATTAAAT
  GAAGACCAAGCCATGATGCAGGATTGTTACAGCAAAATTGTAGATAAGCTGTCCTCTGCA
  AACCCCACCATGGTATTACAGGTTCAGATGCTCGTGGCTGAACTGCGCAGGGTCACTGTG
  CTCTGGGATGAGCTCTGGCTGGGAGTTTTGCTGCAACAACACATGTATGTCCTGAGACGA
  ATTCAGCAGCTTGAAGATGAGGTGAAGAGAGTCCAGAACAACAACACCTTACGCAAAGAA
  GAGAAAATTGCAATCATGAGGGAGAAGCACACAGCTTTGATGAAGCCCATCGTATTTGCT
  TTGGAGCATGTGAGGAGTATCACAGCGGCTCCTGCAGAAACACCTCATGAAAAATGGTTT
  CAGGATAACTATGGTGATGCCATTGAAAATGCCCTAGAAAAACTGAAGACTCCATTGAAC
  CCTGCAAAGCCTGGGAGCAGCTGGATTCCATTTAAAGAGATAATGCTAAGTTTGCAACAG
  AGAGCACAGAAACGTGCAAGTTACATCTTGCGTCTTGAAGAAATCAGTCCATGGTTGGCT
  GCCATGACTAACACTGAAATTGCTCTTCCTGGGGAAGTCTCAGCCAGAGACACTGTCACA
  ATCCATAGTGTGGGCGGAACCATCACAATCTTACCGACTAAAACCAAGCCAAAGAAACTT
  CTCTTTCTTGGATCAGATGGGAAGAGCTATCCTTATCTTTTCAAAGGACTGGAGGATTTA
  CATCTGGATGAGAGAATAATGCAGTTCCTATCTATTGTGAATACCATGTTTGCTACAATT
  AATCGCCAAGAAACACCCCGGTTCCATGCTCGACACTATTCTGTAACACCACTAGGAACA
  AGATCAGGACTAATCCAGTGGGTAGATGGAGCCACACCCTTATTTGGTCTTTACAAACGA
  TGGCAACAACGGGAAGCTGCCTTACAAGCACAAAAGGCCCAAGATTCCTACCAAACTCCT
  CAGAATCCTGGAATTGTACCCCGTCCTAGTGAACTTTATTACAGTAAAATTGGCCCTGCT
  TTGAAAACAGTTGGGCTTAGCCTGGATGTGTCCCGTCGGGATTGGCCTCTTCATGTAATG
  AAGGCAGTATTGGAAGAGTTAATGGAGGCCACACCCCCGAATCTCCTTGCCAAAGAGCTC
  TGGTCATCTTGCACAACACCTGATGAATGGTGGAGAGTTACGCAGTCTTATGCAAGATCT
  ACTGCAGTCATGTCTATGGTTGGATACATAATTGGCCTTGGAGACAGACATCTGGATAAT
  GTTCTTATAGATATGACGACTGGAGAAGTTGTTCACATAGATTACAATGTTTGCTTTGAA
  AAAGGTAAAAGCCTTAGAGTTCCTGAGAAAGTACCTTTTCGAATGACACAAAACATTGAA
  ACAGCACTGGGTGTAACTGGAGTAGAAGGTGTATTTAGGCTTTCATGTGAGCAGGTTTTA
  CACATTATGCGGCGTGGCAGAGAGACCCTGCTGACGCTGCTGGAGGCCTTTGTGTACGAC
  CCTCTGGTGGACTGGACAGCAGGAGGCGAGGCTGGGTTTGCTGGTGCTGTCTATGGTGGA
  GGTGGCCAGCAGGCCGAGAGCAAGCAGAGCAAGAGAGAGATGGAGCGAGAGATCACCCGC
  AGCCTGTTTTCTTCTAGAGTAGCTGAGATTAAGGTGAACTGGTTTAAGAATAGAGATGAG
  ATGCTGGTTGTGCTTCCCAAGTTGGACGGTAGCTTAGATGAATACCTAAGCTTGCAAGAG
  CAACTGACAGATGTGGAAAAACTGCAGGGCAAACTACTGGAGGAAATAGAGTTTCTAGAA
  GGAGCTGAAGGGGTGGATCATCCTTCTCATACTCTGCAACACAGGTATTCTGAGCACACC
  CAACTACAGACTCAGCAAAGAGCTGTTCAGGAAGCAATCCAGGTGAAGCTGAATGAATTT
  GAACAATGGATAACACATTATCAGGCTGCATTCAATAATTTAGAAGCAACACAGCTTGCA
  AGCTTGCTTCAAGAGATAAGCACACAAATGGACCTTGGTCCTCCAAGTTACGTGCCAGCA
  ACAGCCTTTCTGCAGAATGCTGGTCAGGCCCACTTGATTAGCCAGTGCGAGCAGCTGGAG
  GGGGAGGTTGGTGCTCTCCTGCAGCAGAGGCGCTCCGTGCTCCGTGGCTGTCTGGAGCAA
  CTGCATCACTATGCAACCGTGGCCCTGCAGTATCCGAAGGCCATATTTCAGAAACATCGA
  ATTGAACAGTGGAAGACCTGGATGGAAGAGCTCATCTGTAACACCACAGTAGAGCGTTGT
  CAAGAGCTCTATAGGAAATATGAAATGCAATATGCTCCCCAGCCACCCCCAACAGTGTGT
  CAGTTCATCACTGCCACTGAAATGACCCTGCAGCGATACGCAGCAGACATCAACAGCAGA
  CTTATTAGACAAGTGGAACGCTTGAAACAGGAAGCTGTCACTGTGCCAGTTTGTGAAGAT
  CAGTTGAAAGAAATTGAACGTTGCATTAAAGTTTTCCTTCATGAGAATGGAGAAGAAGGA
  TCTTTGAGTCTAGCAAGTGTTATTATTTCTGCCCTTTGTACCCTTACAAGGCGTAACCTG
  ATGATGGAAGGTGCAGCGTCAAGTGCTGGAGAACAGCTGGTTGATCTGACTTCTCGGGAT
  GGAGCCTGGTTCTTGGAGGAACTCTGCAGTATGAGCGGAAACGTCACCTGCTTGGTTCAG
  TTACTGAAGCAGTGCCACCTGGTGCCACAGGACTTAGATATCCCGAACCCCATGGAAGCG
  TCTGAGACAGTTCACTTAGCCAATGGAGTGTATACCTCACTTCAGGAATTGAATTCGAAT
  TTCCGGCAAATCATATTTCCAGAAGCACTTCGATGTTTAATGAAAGGGGAATACACGTTA
  GAAAGTATGCTGCATGAACTGGACGGTCTTATTGAGCAGACCACCGATGGCGTTCCCCTG
  CAGACTCTAGTGGAATCTCTTCAGGCCTACTTAAGAAACGCAGCTATGGGACTGGAAGAA
  GAAACACATGCTCATTACATCGATGTTGCCAGACTACTACATGCTCAGTACGGTGAATTA
  ATCCAACCGAGAAATGGTTCAGTTGATGAAACACCCAAAATGTCAGCTGGCCAGATGCTT
  TTGGTAGCATTCGATGGCATGTTTGCTCAAGTTGAAACTGCTTTCAGCTTATTAGTTGAA
  AAGTTGAACAAGATGGAAATTCCCATAGCTTGGCGAAAGATTGACATCATAAGGGAAGCC
  AGGAGTACTCAAGTTAATTTTTTTGATGATGATAATCACCGGCAGGTGCTAGAAGAGATT
  TTCTTTCTAAAAAGACTACAGACTATTAAGGAGTTCTTCAGGCTCTGTGGTACCTTTTCT
  AAAACATTGTCAGGATCAAGTTCACTTGAAGATCAGAATACTGTGAATGGGCCTGTACAG
  ATTGTCAATGTGAAAACCCTTTTTAGAAACTCTTGTTTCAGTGAAGACCAAATGGCCAAA
  CCTATCAAGGCATTCACAGCTGACTTTGTGAGGCAGCTCTTGATAGGGCTACCCAACCAA
  GCCCTCGGACTCACACTGTGCAGTTTTATCAGTGCTCTGGGTGTAGACATCATTGCTCAA
  GTAGAGGCAAAGGACTTTGGTGCCGAAAGCAAAGTTTCTGTTGATGATCTCTGTAAGAAA
  GCGGTGGAACATAACATCCAGATAGGGAAGTTCTCTCAGCTGGTTATGAACAGGGCAACT
  GTGTTAGCAAGTTCTTACGACACTGCCTGGAAGAAGCATGACTTGGTGCGAAGGCTAGAA
  ACCAGTATTTCTTCTTGTAAGACAAGCCTGCAGCGGGTTCAGCTGCATATTGCCATGTTT
  CAGTGGCAACATGAAGATCTACTTATCAATAGACCACAAGCCATGTCAGTCACACCTCCC
  CCACGGTCTGCTATCCTAACCAGCATGAAAAAGAAGCTGCATACCCTGAGCCAGATTGAA
  ACTTCTATTGCAACAGTTCAGGAGAAGCTAGCTGCACTTGAATCAAGTATTGAACAGCGA
  CTCAAGTGGGCAGGTGGTGCCAACCCTGCATTGGCCCCTGTACTACAAGATTTTGAAGCA
  ACGATAGCTGAAAGAAGAAATCTTGTCCTTAAAGAGAGCCAAAGAGCAAGTCAGGTCACA
  TTTCTCTGCAGCAATATCATTCATTTTGAAAGTTTACGAACAAGAACTGCAGAAGCCTTA
  AACCTGGATGCGGCGTTATTTGAACTAATCAAGCGATGTCAGCAGATGTGTTCGTTTGCA
  TCACAGTTTAACAGTTCAGTGTCTGAGTTAGAGCTTCGTTTATTACAGAGAGTGGACACT
  GGTCTTGAACATCCTATTGGCAGCTCTGAATGGCTTTTGTCAGCACACAAACAGTTGACC
  CAGGATATGTCTACTCAGAGGGCAATTCAGACAGAGAAAGAGCAGCAGATAGAAACGGTC
  TGTGAAACAATTCAGAATCTGGTTGATAATATAAAGACTGTGCTCACTGGTCATAACCGA
  CAGCTTGGAGATGTCAAACATCTCTTGAAAGCTATGGCTAAGGATGAAGAAGCTGCTCTG
  GCAGATGGTGAAGATGTTCCCTATGAGAACAGTGTTAGGCAGTTTTTGGGTGAATATAAA
  TCATGGCAAGACAACATTCAAACAGTTCTATTTACATTAGTCCAGGCTATGGGTCAGGTT
  CGAAGTCAAGAACACGTTGAAATGCTCCAGGAAATCACTCCCACCTTGAAAGAACTGAAA
  ACACAAAGTCAGAGTATCTATAATAATTTAGTGAGTTTTGCATCACCCTTAGTCACCGAT
  GCAACAAATGAATGTTCGAGTCCAACGTCATCTGCTACTTATCAGCCATCCTTCGCTGCA
  GCAGTCCGGAGTAACACTGGCCAGAAGACTCAGCCTGATGTCATGTCACAGAATGCTAGA
  AAGCTGATCCAGAAAAATCTTGCTACATCAGCTGATACTCCACCAAGCACCGTTCCAGGA
  ACTGGCAAGAGTGTTGCTTGTAGTCCTAAAAAGGCAGTCAGAGACCCTAAAACTGGGAAA
  GCGGTGCAAGAGAGAAACTCCTATGCAGTGAGTGTGTGGAAGAGAGTGAAAGCCAAGTTA
  GAGGGCCGAGATGTTGATCCGAATAGGAGGATGTCAGTTGCTGAACAGGTTGACTATGTC
  ATTAAGGAAGCAACTAATCTAGATAACTTGGCTCAGCTGTATGAAGGTTGGACAGCCTGG
  GTGTGA
  
• Restriction Sites: Please inquire
• ACCN: NM_015092
• OTI Disclaimer: Due to the inherent nature of this plasmid, standard methods to replicate additional amounts of DNA in E. coli are highly likely to result in mutations and/or rearrangements. Therefore, OriGene does not guarantee the capability to replicate this plasmid DNA. Additional amounts of DNA can be purchased from OriGene with batch-specific, full-sequence verification at a reduced cost. Please contact our customer care team at custsupport@origene.com or by calling 301.340.3188 option 3 for pricing and delivery.
  
  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_015092.3, NP_055907.3
• RefSeq Size: 15739 bp
• RefSeq ORF: 10986 bp
• Locus ID: 23049
• UniProt ID: Q96Q15
• Cytogenetics: 16p12.3
• Domains: PI3_PI4_kinase, FATC
• Protein Families: Druggable Genome, Protein Kinase
• Gene Summary: This gene encodes a protein involved in nonsense-mediated mRNA decay (NMD) as part of the mRNA surveillance complex. The protein has kinase activity and is thought to function in NMD by phosphorylating the regulator of nonsense transcripts 1 protein. Alternatively spliced transcript variants have been described, but their full-length nature has yet to be determined. [provided by RefSeq, Mar 2013]