Chd5 (NM_001271226) Rat Untagged Clone

CAT#: RN217713

Chd5 (untagged) - Rat chromodomain helicase DNA binding protein 5 (Chd5)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Chd5
• Synonyms: CHD-5
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN217713 representing NM_001271226
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGCGGGGCCCGCTGGGCACCGAGGAGGAGCTGCCGCGGCTGTTCGCGGAGGAGATGGAGAACGAGGAGG
  AGATGTCAGAAGAAGAAGACGGTGGCCTTGAAGGCTTTGAGGACTTCTTTCCTGCAGAGCCCGTGAGCCT
  TCCCAAGAAGAAGCCGAAGAAGCTGAAGGAGAGCAAGTCCAAAGGGAAGAGGAAGAAGAAAGAGGGGAGC
  AATGATGAGCTGTCAGAAAATGAGGAGGATCTGGAGGAGAAGTCAGAGAGCGAAGGTAGCGACTACAGCC
  CCACCAAGAAGAAGAAGAAGAAACTGAAGGAGAAAAAGGAGAAGAAGGCTAAGCGGAAAAAGAGGGATGA
  GGATGAAGAGGATAATGAGGACGGAGGCTTGAAGGAGCCCAAGTCCTCGGGACAGCTCATGGCCGAATGG
  GGGCTTGACGATGTGGATTACCTATTTTCTGAGGATGACTACCACACGCTGACCAACTACAAGGCCTTCA
  GCCAGTTCCTCCGGCCTCTTATTGCTAAGAAGAACCCGAAGATCCCCATGTCCAAAATGATGACTGTCCT
  GGGGGCCAAGTGGCGAGAATTCAGCGCCAACAACCCATTCAAGGGCAGCTCGGCGGCGGCAGCTGCGGCG
  GCCGTGGCTGCGGCCGTGGAGACGGTGACCATCGCTCCTCCACTGGCCATCAGTCCCCAGCAAGTGCCCC
  AGCCTCTGCCCGTACGCAAGGCCAAGACCAAAGAGGGCAAGGGGCCCGGAGTGAGGAAGAAGAACAAAGG
  CGCCAAAGATTCCAAGAAAAAGGGCAGGGGCAAGAGAGTGGCAGGGCTCAAGTTCCGCTTCGGAGGGATC
  AGCAAGAGGAAGAAGGGTTCCTCGAGCGAGGAGGATGAACCGGAGGACTCAGATTTGGACAATGCCAGCA
  TCCACAGCTCTTCTGTGCGTTCTGAGTGCTCTGCAGCTCTGGGCAAGAAGAATAAGAGGAGGCGCAAGAA
  GAAGAGGATTGATGATGGTGACGGCTATGAGACAGACCACCAGGACTACTGCGAGGTGTGCCAGCAGGGA
  GGGGAGATCATTCTCTGTGATACCTGCCCGAGGGCGTACCACCTGGTCTGCCTGGACCCGGAGCTGGAGA
  AGGCTCCAGAGGGCAAGTGGAGCTGCCCACACTGTGAGAAGGAGGGGATCCAGTGGGAGCCGAAGGATGA
  TGATGAGGAAGAGGAGGAGGGCGGTTGCGAGGAGGAGGAGGATGACCACATGGAGTTCTGCCGCGTGTGC
  AAGGACGGTGGCGAGCTTCTGTGCTGTGATGCTTGTCCCTCCTCCTACCACTTGCACTGCCTCAACCCGC
  CGCTGCCGGAGATCCCGAACGGTGAATGGCTCTGCCCGCGCTGTACATGTCCCCCACTGAAGGGCAAGGT
  TCAGCGGATCCTACACTGGAGGTGGACGGAACCCCCGGCTCCCTTTATGGTGGGGCTGCCAGGACCAGAG
  GTGGAGCCCGGTATGCCCCCGCCCAGGCCTCTGGAGGGCATACCTGAGAGAGAGTTCTTTGTCAAGTGGG
  CTGGTCTCTCCTACTGGCACTGCTCCTGGGTGAAGGAGCTACAGTTGGAGCTGTACCACACCGTGATGTA
  TCGCAACTACCAAAGAAAGAATGACATGGACGAACCACCACCCTTCGATTACGGCTCTGGTGATGAGGAC
  GGTAAGAGCGAGAAACGGAAGAACAAGGACCCTCTCTACGCCAAGATGGAGGAACGCTTCTACCGCTACG
  GCATCAAGCCCGAGTGGATGATGGTCCACCGCATCCTGAACCACAGCTTTGACAAGAAGGGGGATGTACA
  TTACCTGATCAAGTGGAAGGACCTGCCCTACGACCAGTGCACCTGGGAGATTGACGAGATTGACATCCCC
  TACTATGACAACCTGAAGCAGACCTACTGGGGCCACAGGGAACTGATGCTGGGAGAGGACGCTAGGCTGC
  CCAAGAGGCTGGTCAAGAAGGGCAAGAAGCTGAAGGATGATAAACAAGAGAAGCCACCCGATACACCCAT
  CGTGGACCCCACAGTCAAGTTCGACAAGCAGCCGTGGTACATCGACTCCACAGGAGGCACGCTGCACCCT
  TACCAGCTGGAGGGCCTCAACTGGTTACGCTTCTCCTGGGCCCAGGGCACCGACACTATCCTGGCTGATG
  AGATGGGTTTGGGGAAGACAGTACAGACCATTGTGTTTCTCTATTCTCTGTACAAGGAGGGCCACTCCAA
  GGGGCCTTACCTGGTCAGCGCGCCCCTGTCCACCATCATCAACTGGGAACGGGAGTTTGAGATGTGGGCT
  CCTGACTTTTACGTGGTCACCTACACGGGGGACAAGGAGAGCCGCTCTGTGATCCGTGAGAACGAGTTTT
  CTTTTGAGGACAACGCGATTCGAGGCGGGAAGAAAGTATTCCGCATGAAGAAGGAGGTGCAGATCAAATT
  CCACGTGTTGCTTACCTCCTATGAGCTCATCACCATTGACCAAGCCATCCTGGGCTCCATCGAGTGGGCC
  TGCCTCGTGGTGGATGAGGCCCATCGGCTCAAGAACAACCAGTCCAAGTTCTTTAGGGTCTTGAATAGCT
  ACAAGATCGACTACAAGCTGCTGCTGACGGGGACCCCCCTCCAGAACAACCTGGAGGAGCTGTTCCACCT
  CCTCAACTTCCTGACTCCAGAGAGGTTCAACAATCTGGAAGGCTTCTTGGAGGAGTTTGCCGACATCTCC
  AAGGAAGATCAGATCAAGAAGCTGCATGACCTGCTGGGGCCACACATGCTTCGGCGGCTCAAGGCCGACG
  TGTTCAAGAACATGCCGGCCAAGACGGAGCTGATTGTCCGCGTGGAGCTGAGCCAGATGCAGAAGAAGTA
  CTACAAGTTCATCCTGACGCGGAACTTCGAGGCGCTCAACTCCAAGGGGGGTGGCAACCAGGTGTCTCTG
  CTCAACATCATGATGGATCTGAAGAAGTGCTGCAACCACCCGTACCTCTTCCCCGTGGCTGCCGTGGAAG
  CCCCCATGTTGCCCAACGGCTCCTATGACGGCAGCTCCCTGGTCAAGTCTTCAGGGAAGCTGATGCTACT
  TCAGAAGATGCTGAAGAAGCTGCGGGATGAGGGGCACCGAGTGCTCATCTTCTCCCAGATGACCAAGATG
  TTGGACCTGTTGGAGGACTTCCTGGAGTATGAGGGCTACAAGTATGAGCGGATCGACGGGGGTATCACTG
  GGGGCCTCCGGCAAGAAGCCATCGACAGATTCAATGCTCCTGGGGCCCAACAGTTCTGCTTCCTGCTCTC
  AACACGTGCCGGTGGCCTGGGCATCAATCTGGCCACGGCCGACACAGTCATCATTTACGACTCGGACTGG
  AACCCCCACAATGACATCCAGGCCTTCAGCCGTGCTCACCGCATCGGGCAGAACAAGAAGGTCATGATCT
  ACCGCTTCGTGACACGGGCCTCGGTGGAGGAACGCATCACTCAGGTGGCCAAGCGCAAGATGATGCTCAC
  GCACCTGGTGGTGCGACCCGGCCTGGGCTCCAAGTCGGGCTCCATGACCAAGCAGGAGCTGGACGATATC
  CTTAAGTTCGGGACAGAGGAGCTCTTCAAGGATGACGTGGAGGGTATGATGTCCCAGGGCCAGAGGCCGA
  CCACGCCCATCCCTGATGTACAGTCCACCAAGGGCGGATCTCTGGCTGCCGGTGCAAAGAAAAAGCACGG
  CGGCACCCCGCCAGGCGACAACAAAGATGTAGAAGACAGCAGTGTGATCCACTACGACGACGCAGCCATA
  TCAAAGCTGCTGGACCGGAACCAGGACGCCACGGATGACACTGAGCTGCAGAACATGAACGAGTACCTGA
  GCTCCTTCAAAGTGGCCCAGTACGTGGTCCGTGAGGAAGATGGCGTGGAGGAGGTGGAGAGGGAGGTGAT
  CAAGCAGGAGGAGAATGTGGATCCTGACTACTGGGAGAAGCTTTTGCGCCATCACTACGAGCAGCAGCAG
  GAGGACTTGGCCCGCAACCTGGGCAAAGGCAAGCGCATCCGTAAGCAGGTCAACTACAACGACGCCTCCC
  AGGAGGACCAGGAGTGGCAGGATGAGCTCTCGGACAACCAGTCGGAATATTCCATCGGCTCTGAGGACGA
  GGACGAGGACTTCGAGGAGAGGCCAGAAGGGCAGAGCGGACGTCGACAATCCAGGAGGCAGCTGAAGAGT
  GACAGGGACAAGCCCCTGCCGCCTCTTCTGGCCCGAGTTGGGGGCAACATTGAGGTTCTGGGCTTCAATG
  CCAGACAGAGGAAGGCATTTTTGAATGCCATCATGCGTTGGGGCATGCCACCTCAGGATGCCTTCAACTC
  CCACTGGCTGGTGCGCGACCTTCGTGGGAAGAGTGAGAAGGAATTTAGAGCCTATGTATCACTCTTCATG
  CGCCACCTGTGTGAGCCCGGCGCAGACGGCGCGGAGACCTTTGCAGACGGCGTGCCCCGGGAGGGCCTGT
  CCAGGCAGCACGTACTCACGCGCATTGGGGTCATGTCGCTGGTTAGGAAGAAGGTGCAGGAGTTTGAACA
  TGTCAACGGCAAGTACAGCACCCCAGACCTGGTCCCCGAGGGGCCCGAGGGCAAGAAGCCAGGCGAGGTC
  ATCTCCTCGGACCCCAACACACCCGTGCCTGCCAGCCCTGCACAGCTCCCACCGGCTCCGCTGGGCCTGC
  CAGACAAAATGGAAGCCCAGCTGGGCTACACGGACGAGAAGGAGTCAGGCACACAGAAGCCAAAGAAGTC
  CCTGGAAATCCAGGCCCTGCCAACTGCCCTGGACAGAGTAGAGGCTGAAGACAAACATCAGAGCTCAGAC
  AGCAAGGACAGAGCTCGGGAGGAGAGGATGGAGGAGGTGGAGAAGGCTCAGGGCTCTCCGGAGCAGCCAC
  TGAAAGAGGAAACACTACCGGACAAGGAACCTGTCCCAGACAAGCTGGAGCTAAGCCTGAGTCACAGCAA
  CGATTTCAGGCCAGATGACCCCAAGGCCGAGGAGAAGGAGCCCACAGAGACCCAGCAAAACGGCGACAGA
  GAGGAAGACGAGGAGGGCAAGAAAGAAGACAAGAACGGGAAATTCAAGTTCATGTTCAACATTGCAGATG
  GTGGTTTCACAGAGCTGCACACGCTGTGGCAGAATGAGGAACGGGCAGCTGTGTCCTCGGGGAAAATCTA
  CGAAATCTGGCACCGTCGCCATGACTACTGGCTGCTGGCAGGCATTGTGACGCATGGCTATGCCCGCTGG
  CAGGACATTCAGAATGACCCGAGGTACATGATCCTAAATGAGCCTTTCAAGTCTGAGGTTCATAAGGGTA
  ACTACCTGGAGATGAAGAATAAGTTCTTGGCCCGTCGGTTCAAGCTGCTGGAGCAGGCGCTGGTGATCGA
  GGAGCAGCTCCGGAGGGCAGCGTACCTCAACATGACCCAGGATCCCAACCACCCAGCCATGGCGCTCAAT
  GCTCGCCTGGCAGAGGTGGAGTGCCTTGCCGAGAGCCACCAGCACCTATCCAAGGAGTCCCTTGCCGGGA
  ACAAGCCCGCCAACGCTGTCCTGCACAAGGTCCTGAACCAGCTGGAAGAGCTGCTGAGTGATATGAAAGC
  AGATGTGACACGCTTGCCCTCCATGTTATCACGCATCCCCCCGGTGGCCGCCCGTCTGCAGATGTCGGAA
  CGCAGCATCCTGAGTCGCCTGACCAACCGCGCCGGTGACCCTACCATCCAGCAGGGCGCTTTCGGCTCCT
  CTCAGATGTACAACAACAGCTTTGGGCCCAACTTCCGGGGCCCCGGACCGGGAGGGATTGTCAACTACAA
  CCAGATGCCCCTGGGGCCCTATGTGACTGACATCTAG
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001271226
• ORF Size: 5847 bp
• Insert Size: 5847
• 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).
• OTI Annotation: This clone expresses the complete ORF with c-terminal tags of Myc-DDK.

Reference Data

• RefSeq: NM_001271226.2, NP_001258155.1
• RefSeq Size: 6528
• RefSeq ORF: 5847
• Locus ID: 691589