Sbf2 (NM_001134970) Rat Untagged Clone

CAT#: RN206376

RGD1559442 (untagged ORF) - Rat similar to SET binding factor 2 (LOC691036), (10 ug)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Sbf2
• Synonyms: Mtmr13; RGD1559442
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN206376 representing NM_001134970
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCCCGGTTGGCCGACTACTTCATTGTGGTAGGCTACGACCACGAGAAGCCAGGGCCAGGAGAAGGTC
  TGGGGAAAATAATTCAGAGATTCCCACAGCAGGACTGGGATGACACACCCTTTCCACAGGGAATTGAATT
  GGGAACGAAGAAGGAAGAGATCGAGGGTGAAGAAGTATCTGCTTTAATTCAACCTGCAGAAGTATTTGCA
  CCCAAAAGCCTGGTGTTGGTATCCAGATTAGACTATCCAGAAATCTTTAGGGCTTGCCTGGGTCTGATCT
  ATACTGTGTACGTGGACAGCCTGAGTGTCTCCTTGGAAAGCCTCATCGCAAATCTTTGTGCTTGCCTTGT
  TCCAGCTGCTGGAGGGTCTCAGAAGCTGTTTTCCTTGGGTGCAGGAGACAGACAACTGATTCAGACTCCT
  TTGCATGACAGCCTCCCTGTTACAGGCACCAGTGTGGCTCTTTTATTTCAGCAATTAGGCATTCAAAACG
  TCCTCAACCTCTTTTGTGCAGTCCTTACAGAAAATAAGGTTCTCTTCCATTCAGCAAGTTTCCAGAGACT
  TAGTGATGCCTGTAGAGCCCTGGAATCTTTAATGTTTCCTCTTAAATACAGTTACCCTTATATTCCCATT
  CTTCCGGCTCAGCTCCTAGAAGTTTTGAGTTCTCCAACTCCTTTCATTATTGGCGTACACTCCATCTTTA
  AAACTGACGTCCATGAGCTCTTAGATGTAATCATAGCAGATTTGGATGGAGGCACTATTAAAATTCCTGA
  ATGCATTCACCTCTCTTCCCTCCCGGAACCACTTCTTCATCAGACTCAAGCAGCACTTTCTCTGATTTTG
  CACCCGGATTTGGAAGTAGCAGATCATGCCTTCCCTCCTCCACGAACAGCTTTATCCCACTCAAAAATGC
  TGGATAAAGAAGTTCGAGCAGTTTTTCTTAGACTATTTGCACAACTGTTCCAAGGGTACAGGTCATGCCT
  CCAGCTTATACGGATCCATGCCGAGCCTGTGATACATTTTCACAAAACAGCTTTCTTGGGGCAGCGTGGT
  TTGGTTGAGAATGATTTCCTCACTAAAGTACTCAATGGAATGGCATTTGCAGGTTTTGTTTCAGAAAGAG
  GACCTCCCTATAGAGCCTGTGATCTCTTTGATGAGTTGGTAGCTTTTGAAGTAGAGAGAATTAAAGTTGA
  AGAAAATAATCCACTGAAGATGATAAAGCACATCAGAGAACTTGCTGAGCAACTCTTCAAAAATGAGAAT
  CCAAACCCTCATATGGCATTCCAGAAAGTTCCACGTCCAACAGAAGGATCCCACTTGAGAGTTCATATTC
  TTCCTTTCCCAAAAATTAATGAAGCCCGAGTTCAAGAACTAATACAGGAAAATCTTGCTAAGAACCAGAA
  TGCAACTCCTGCTACACGAACAGAAAAGAAATGCATAGTGCCAGCAGGGCCACCTGTTGTTTCAATAATG
  GATAAAGTGATAACAGTTTTTAACAGTGCACAGAGACTGGAAGTTGTTAGAAACTGCATCTCATTCATAT
  TTGAAAATAAAACTTTGGAGACTGAGAAGACTCTTCCCGCTGCCTTGAGGGCCCTTAAAGGAAAAGCAGC
  AAGACAGTGTCTCACTGATGAACTGGGTTTGCATGTTCAGCAGAACCGGGCAATATTGGACCATCAACAG
  TTTGACTACATAATAAGGATGATGAATTGTACTCTGCAGGATTGTTCAAGTTTGGAAGAGTATAACATCG
  CTGCAGCACTGCTCCCCCTGACCAGTGCTTTCTATAGGAGACTCGCCCCAGGAGTCAGCCAGTTTGCCTA
  CACGTGTGTGCAGGACCACCCCATCTGGACTAATCAGCAGTTTTGGGAGACAACGTTTTACAGTGCAGTG
  CAGGAGCAGGTTCGCTCCCTGTACCTCTCAGCGAAGGAAGACAATCATACCCCACATCAGAAGCAGAAGG
  AGCTTCCCGATGGCCAATATCAGGAGAGGACGGCCATGGACTTGGCAGCCGAGCAGCTTCGCCTTTGGCC
  TACTCTGAGCAAGGCAACTCAGCAGGAGCTGGTGCAGCACGAGGAAAGCACTGTCTTCAGTCAGGCCATT
  CACTTTGCAAACCTCATGGTTAACCTGCTAGTTCCACTAGACACAAGTAAAAACAAGCTCCTTCGAGCCT
  CAGCTCCAGGAGACTGGGAGAGTGGGAGCAACAGCATTGTCACAAACAGTATTGCAGGAAGTGTGGCTGA
  GAGCTTTGATACGGAGAGTGGATTTGAAGATTCGGAAAACAATGATGTGGCCAACTCTGTTGTAAGGTTC
  ATTGCCCGGTTTATTGACAAGGTTTGTACAGAGAGTGGAGTGACTCAGGACCACATCAGGAGTCTCCACT
  GCATGATACCAGGAATTGTAGCTATGCACATTGAGACCCTAGAGGCAGTACATCGAGAGAGTAGAAGACT
  TCCACCTATCCAGAAGCCCAAGATTCTTCGGCCAGCTCTACTGCCAGGAGAAGAAATTGTATGCGAAGGT
  CTTCGAGTCCTACTAGATCCTGATGGCCGGGAAGAAGCCACTGGAGGTCTCCTTGGAGGTCCTCAGCTCT
  TGCCTGCAGAAGGCGCCTTGTTCCTCACCACATACAGAATTCTCTTCAGAGGGACGCCACATGACCAGCT
  AGTTGGTGAACAAACAGTCGTGCGGAGCTTTCCCATTGCTTCCATCACCAAGGAGAAGAAGATAACCATG
  CAGAACCAGCTACAGCAGAACATGCAAGAAGGGTTGCAGATTACATCAGCATCTTTCCAGTTGATTAAAG
  TAGCATTTGATGAAGAAGTCAGCCCAGAAGTGGTAGACATCTTTAAGAAACAGCTAATGAAGTTCCGTTA
  CCCTCAGTCCATTTTCAGCACCTTCGCTTTTGCTGCTGGACAAACTACCCCACAAATCATTTTACCCAAG
  CAGAAGGAAAAGAACACCTCCTTCCGAACTTTCTCAAAAACAATTGTGAAAGGTGCCAAGAAGGCAGGAA
  AAATGACAATTGGGAGGCAGTATTTATTAAAGAAGAGAACAGGAACAATTGTGGAAGAGAGGGCAAATCG
  TCCAGGGTGGAATGAAGAAGATGATATTTCTGTTTCAGATGATTGTGAACTCCCCACAAGTACAACTCTG
  AAGGCCTCAGAGAAATCTACAATGGAACAGTTGGTGGAAAAGGCATGTTTCAGAGATTATCAGCGGTTAG
  GTTTGGGAACCATAAGTGGCAGCTCCTCCCGTTCAAAACCAGAGTATTTCCGAGTCACTGCCTCCAACAG
  GCTATATTCGCTGTGCCGGAGCTATCCTGGCCTTTTAGTCATACCTCAAGCTGTACAAGACAGTAGTTTA
  CCAAGAGTAGCCCGCTGCTATCGGCACAATCGCCTGCCCGTCGTATGTTGGAAGAATTCAAGAAGTGGTA
  CTCTGCTCCTCCGATCTGGAGGATTCCATGGGAAGGGAGTTGTTGGTCTGTTCAAATCACAGAACTCCCC
  TCAAGCCGTTTCTACCTCCTCTTTAGAATCTTCCAGTAGCATAGAGCAAGAAAAGTACTTGCAAGCCCTA
  TTGACTGCAGTTATTGTCCATCAGAAACTCAGAGGCAACAGTACTCTTACTGTCAGGCCAACACTTGCTC
  TGTCCCCAGTGCATGGGTACAGAGACAAATGTTTCACTCAGTCAAATTCCAAATCTTCAGCTAAGGAACC
  AGTTCATAATCAAGGCGTCTGGGCAAGTCTTCGTTCCAGCACCCGTTTGATCAGCTCCCCAACATCCCTC
  ATTGATGTTGGTGCCAGGCTGGCAGGCAAGGACCATTCAGCCTCCTTCAGTAACAGCACCTACCTACAAA
  ACCAGCTCTCGAAACGACAAGCCGCCCTTTATATATTTGGTGAAAAGTCGCAGCTTAGGAGCTCAAAGGT
  AGAATTTGCTTTCAACTGTGAATTTGTTCCTGTTGAGTTCCATGAAATCCGACAAGTGAAAGCCAGTTTT
  AAGAAGCTGATGAGGGCTTGTATCCCAAGCACCATCCCTACAGACTCGGAAGTGACGTTCCTGAAGGCCC
  TGGAAGATTCTGAGTGGTTCCCACAGCTTCACAGGATAATGCAGCTGGCTGTGGTTGTGTCAGAAGTACT
  TGAGAACGGGTCTTCAGTTTGGGTGTGTTTAGAAGAAGGCTGGGATATCACTACACAAGTGACATCCCTA
  GTCCAGCTACTCAGTGATCCCTTCTACAGGACAATAGAAGGCTTCCGGATGTTGGTTGAAAAAGAATGGC
  TCTCTTTTGGTCATAAGTTCAGCCAGCGCAGCAGCCTGGCCCTTAACTCTCAGGGCAGTGGTTTTGCTCC
  CATCTTCTTGCAGTTCTTAGACTGCGTGCACCAGGTTCACAACCAGTATCCAACTGAGTTTGAATTCAAT
  CTCTATTACCTAAAGTTCTTGGCTTTCCATTATGTGTCTAATCGCTTTAAAACATTTCTCCTGGATTCAG
  ACTATGAAAGACTAGAGCATGGAACTCTGTTTGATGATAAAGGCGACAAGCACGCCAAGAAAGGCGTCTG
  TATCTGGGAGTGCATTGACAAGATGCACAAGCGGAGCCCCGTTTTCTTCAATTACTTGTACTCACCAGTG
  GAAATAGAGGCTCTGAAGCCTAATGTAAATGTCTCCAGCCTAAAGAAGTGGGATTACTACACAGAAGAGA
  CCCTGTCTGCAGGTCCTTCATACGACTGGATGATGCTGACCCCCAAGCATTTTCCCTACGAGGAGTCAGA
  TGTAGCTGGAGGAGCTGGGCCCCAGAGTCAGAGGAAAACAGTGTGGCCATGCTATGATGATGTGACCTGC
  AGCCAGCCAGATGCCCTCACAAGACTTTTCAGTGAAATTGAAAAATTGGAGCATAAATTGAATCAAACTC
  CTGAGAAATGGCACCAGCTATGGGAAAAAATTACCATGGACCTCAAGGAAGAGCCAAGAACCGATCATTC
  CCTAAGACACTCGTCAAGGTCCCCAGGAATTGCATCTACCAATGTGCCTTCCTATCAGAAGAGGCCTGCA
  CTGCACGCGCTGCACCGCAGCCCGACAGAGGATCAAAGTACCACCACTGCCCCGTCCAATGGCGTAGAGC
  ACAGGGCGGCCACCCTTTACAGCCAGTACACATCCAAGAACGACGAGAACAGATCCTTTGAAGGAACATT
  ATACAAAAGAGGAGCCTTGCTGAAGGGGTGGAAACCCCGTTGGTTTGTTTTAGATGTAACAAAACACCAG
  CTTCGATATTATGACTCAGGGGAAGACACCAGCTGTAAAGGCCACATTGACCTGGCTGAGGTAGAAATGG
  TCGTCCCTGCCGGCCCCAGCATGGGAGCCCCAAAGTACACAAGTGACAAGGCTTTCTTTGATCTCAAGAC
  CAGCAAGCGAGTGTACAACTTCTGTGCCCAGGACGGACAGAGCGCCCAGCAGTGGATGGACAGGATCCAG
  AGCTGCATCTCCGATGCCTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001134970
• Insert Size: 5481 bp
• 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).
• 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_001134970.1, NP_001128442.1
• RefSeq Size: 6383 bp
• RefSeq ORF: 5481 bp
• Locus ID: 691042
• Cytogenetics: 1q33