Chd2 (NM_001081345) Mouse Untagged Clone

CAT#: MC224958

Chd2 (untagged) - Mouse chromodomain helicase DNA binding protein 2 (Chd2), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Chd2
• Synonyms: 2810013C04Rik; 2810040A01Rik; 5630401D06Rik; AI851092; BC029703; CHD-2
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC224958 representing NM_001081345
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGATGAGAAATAAGGACAAAAGCCAAGAGGAGGACAGTTCGCTACACAGCAATGCATCGAGTCGTTCAG
  CTTCTGAAGAAGTGTCGGGGTCAGACTCAGGCAGTCAGTCGGAAAGTGAGCAGGGCAGCGAGCCCGGAAG
  TGGACATGGCAGCGAGTCCAATAGCAGTTCGGAGTCTTCTGAGAGCCAATCAGAGTCTGAGAGTGAATCG
  GCAGGTTCCAAATCCCAGCCAGTCCTTCCGGAAGCCAAAGAGAAGCCTGCCTCTAAGAAGGAACGGATAG
  CTGATGTGAAGAAGATGTGGGAAGAATATCCTGATGTTTATGGGGTTAGGAGGTCAAATCGAAGCAGACA
  AGAACCATCACGATTTAATGTTAAGGAAGAGGCAAGTAGCGGGTCTGAGAGTGGGAGTCCGAAAAGAAGA
  GGCCAGAGGCAGCTGAAAAAACAAGAAAAATGGAAACAGGACCCCTCAGAAGACGAACAGGAACAGGGAA
  CCAGTGCAGAGAGTGAGGCAGAACAAAAGAAAGGAAAAGCTAGAAGACCGGTCCCTAGAAGAACAGTGCC
  CAAACCTCAAGTTAAAAAGCAACCTAAGATTCAGCGTGGAAAGAGGAAAAAACAAGAGTCTTCAGATGAC
  GACGACGATGATGATGAAGCTCCCAAAAGGCAGACTCGCCGAAGAGCTGCTAAAAACGTGAGTTACAAAG
  AAGATGATGACTTTGAGACTGATTCAGATGATCTCATTGAGATGACTGGAGAAGGAGGTGATGAACAGCA
  AGATAATAGTGAAACTATTGAAAAGGTCTTAGATTCAAGACTGGGAAAGAAAGGAGCCACTGGAGCGTCT
  ACCACTGTGTATGCTGTTGAAGCTAATGGAGATCCTAGCGATGACTTTGACACGGAGAGGGAGGAAGGTG
  AAGTCCAGTACCTTATCAAGTGGAAGGGCTGGTCTTATATTCACAGCACATGGGAGAGTGAAGACTCCTT
  ACAGCAACAGAAAGTGAAGGGCCTAAAGAAACTGGAGAATTTCAAGAAGAAAGAGGATGAGGTCAAGCAA
  TGGCTAGGGAAAGTTTCTCCTGAAGATGTTGAATATTTCAGTTGCCAACAGGAGCTGGCATCAGAGTTGA
  ATAAGCAGTATCAGATAGTAGAGAGAGTAATAGCTGTGAAGACAAGTAAATCTACACTGGGCCAAACAGA
  TTTCCCAGCTCACAGTCGGAAGCCAGCACCTTCAAATGAGCCTGAGTATCTGTGCAAGTGGATGGGACTA
  CCCTACTCAGAGTGCAGCTGGGAAGATGAAGCCTTGATTGGAAAGAAATTCCAGAATTGTATCGACAGCT
  TCCACAGTCGAAACAACTCCAAAACCATTCCCACAAGAGAATGCAAGGCTCTAAAGCAAAGGCCGAGATT
  TGTGGCTTTGAAGAAGCAGCCAGCTTATTTAGGAGGGGAGAGTCTGGAGCTCCGAGACTATCAGCTGGAG
  GGCCTCAACTGGCTGGCTCACTCCTGGTGCAAAAGTAACAGTGTAATCCTTGCTGATGAAATGGGCCTAG
  GAAAGACCATCCAGACCATATCGTTTCTCTCCTACCTGTTCCACCAGCACCAGCTCTATGGGCCTTTTCT
  TATAGTTGTTCCCTTGTCCACCCTTACCTCATGGCAGAGAGAGTTTGAGATCTGGGCACCAGAGATTAAT
  GTCGTGGTTTACATAGGTGACCTGATGAGCAGAAATACGATAAGGGAATATGAGTGGATTCATTCTCAAA
  CCAAAAGGTTGAAGTTCAATGCACTTATAACAACATATGAGATCCTCCTAAAAGATAAGACCGTGCTGGG
  CAGTATTAACTGGGCCTTCCTGGGAGTAGATGAAGCCCATCGGTTGAAGAATGATGACTCTTTATTGTAT
  AAAACTCTGATTGATTTCAAGTCCAACCATAGGCTACTGATCACGGGCACCCCTCTTCAGAATTCCCTCA
  AGGAACTTTGGTCCTTGCTGCACTTTATTATGCCGGAGAAGTTTGAGTTCTGGGAAGATTTTGAAGAAGA
  CCATGGAAAAGGGAGAGAGAATGGCTACCAGAGTCTTCATAAGGTACTAGAGCCTTTTCTTCTTCGAAGA
  GTCAAAAAAGATGTGGAGAAATCCCTTCCTGCCAAAGTGGAGCAGATTCTCAGGGTGGAGATGTCAGCCC
  TTCAGAAACAGTATTATAAATGGATCCTGACCAGGAATTACAAGGCTCTTGCCAAAGGGACCAGAGGCAG
  CACATCTGGCTTCCTTAATATCGTGATGGAGCTGAAAAAGTGCTGCAACCACTGTTATCTGATCAAAGCT
  CCCGAGGACAGCGAGAGGGAGAGCGGCCAGGAGGTCCTTCAGTCTCTAATTAGGAGCAGTGGGAAGCTGA
  TCCTGTTAGACAAACTGTTGACAAGACTCCGAGAAAGGGGAAACAGAGTCCTTATCTTCTCTCAGATGGT
  GAGGATGTTGGATATCCTGGCCGAGTACCTGACTATCAAACACTATCCTTTCCAGCGCCTGGATGGTTCT
  ATCAAGGGGGAAATCCGAAAGCAGGCACTGGATCACTTCAATGCAGATGGGTCTGAGGACTTCTGTTTCC
  TGCTCTCCACACGGGCTGGCGGCCTGGGAATCAATTTGGCTTCAGCGGACACAGTCGTCATCTTTGACTC
  TGACTGGAACCCGCAGAACGACTTGCAGGCACAAGCCCGAGCACATAGAATCGGTCAGAAGAAGCAGGTG
  AATATTTACCGCCTGGTTACAAAAGGGACTGTGGAAGAGGAGATCATAGAACGGGCCAAAAAGAAGATGG
  TGTTGGACCATCTGGTGATTCAGCGCATGGATACCACTGGCAGGACGGTTCTTGAAAACAACTCAGGAAG
  ATCCAACTCAAACCCTTTTAATAAAGAAGAGCTGACAGCTATTTTGAAATTTGGAGCAGAGGATCTCTTC
  AAAGAAATTGAAGGAGAGGAGTCAGAGCCTCAGGAAATGGATATAGATGAAATTTTGCGTTTAGCTGAAA
  CCAGAGAGAATGAAGTGTCAACTAGTGCGACAGATGAGCTGCTCTCACAGTTTAAGGTTGCCAACTTTGC
  AACAATGGAAGATGAAGAGGAGCTAGAAGAGCGTCCTCACAAAGACTGGGATGAAATTATTCCCGAAGAG
  CAAAGGAAAAAAGTGGAGGAGGAAGAACGGCAGAAGGAGCTGGAAGAAATTTATATGCTGCCTCGGATTC
  GCAGTTCCACTAAAAAGGCTCAGACAAACGACAGTGATTCAGATACTGAGTCTAAGAGGCAGGCCCAGAG
  GTCTTCTGCTTCTGAGAGTGAGACGGACGACTCTGATGATGACAAGAAGCCGAAGCGAAGAGGGCGCCCC
  CGAAGTGTGCGCAAAGACCTTGTGGAGGGCTTCACGGATGCCGAGATCAGAAGGTTCATCAAGGCTTATA
  AGAAGTTTGGTCTCCCTCTTGAAAGGCTAGAGTGCATAGCACGTGATGCTGAGCTAGTTGACAAGTCTGT
  GGCAGACTTGAAACGCCTGGGGGAGCTGATTCATAATAGCTGTGTGTCAGCAATGCAGGAATATGAGGAG
  CAACTGAAAGAAAGCACCAGTGAAGGGAAAGGACCAGGCAAGAGAAGAGGCCCAACAATCAAGATCTCTG
  GGGTTCAGGTGAACGTGAAGTCCATTATCCAACACGAAGAAGAGTTTGAGATGCTGCATAAATCTATCCC
  TGTGGACCCTGAGGAAAAAAAAAAGTACTGCCTAACCTGCCGAGTCAAAGCAGCACATTTTGACGTCGAG
  TGGGGCGTGGAGGACGATTCTCGTCTGTTGCTTGGAATCTATGAACATGGCTATGGAAATTGGGAGCTAA
  TTAAGACAGACCCAGAGCTAAAGCTAACTGATAAAATTCTACCAGTGGAGACGGATAAAAAGCCGCAGGG
  GAAGCAGCTGCAGACCCGAGTGGACTACTTGCTGAAGCTGCTCAGGAAGGGTCTGGAGAAGAAGGGCACC
  GTGGCCAGCGGAGAGGAGGCCAAACTAAAGAAGCGGAAGCCTCGAGTAAAGAAGGAGAACAAAGCCCCCA
  GGCTGAAGGACGAGCACGGGCTGGAGCCAGCGTCGCCTCGACACTCCGACAACCCATCTGAAGAGGGGGA
  AGTGAAGGATGATGGTCTAGAAAAAAGTCCAACGAAAAAAAAGCAGAAGAAGAAAGAGAACAAGGAGAAC
  AAAGAGAAACCAGTGAGCTCTCGGAAGGACAGGGAAGGAGACAAAGAGAGGAAGAAGTCCAAAGACAAGA
  AAGAGAAGGTCAAAGGTGGTGATGGCAAGTCTTCAAGTAAATCAAAGCGATCTCAGGGTCCTGTGCACAT
  TACAGCAGGAAGTGAGCCTGTTCCCATCGGGGAGGATGAAGACGATGATCTGGACCAGGAAACCTTCAGC
  ATTTGTAAGGAGAGGATGAGGCCTGTGAAGAAGGCACTGAAACAGTTGGACAAACCTGACAAAGGGCTCA
  GTGTGCAAGAACAGCTGGAACACACCAGGAACTGCCTGCTCAAAATTGGAGACCGCATAGCCGAGTGCCT
  TAAAGCTTACTCAGACCAGGAGCACATCAAATTGTGGAGGAGGAACCTATGGATTTTTGTTTCCAAGTTT
  ACAGAATTTGATGCACGAAAACTACATAAGTTATATAAGATGGCTCATAAGAAAAGATCTCAAGAAGAGG
  AGGAACAAAAGAAGAAAGATGATTCGCTTGGTGGTAAGAAACCATTTCGACCAGAGGCCTCGGGCTCAAG
  CCGGGATTCTCTGATATCTCAGTCCCATACCTCACACAACCTTCATCCTCAGAAGCCTCATTTGCCTGCC
  TCCCATGGCCCACAAATGCATGGACATCCAAGAGATAACTACAGTCACCCCAACAAGAGACACTTTAGTA
  ACGCAGATCGAGGAGACTGGCAGAGGGAAAGAAAGTTCAACTATGGTGGTGGTAACAGCGCCCCCTGGGG
  GGGCGACCGGCACCATCAGTATGAGCAGCATTGGTATAAGGACCACCACTATGGTGACCGGAGGCATATG
  GATGCCCACCGTTCTGGGAGCTACCGCCCTAACAACATGTCCAGAAAGAGGCCGTATGAGCAGTACAACA
  GCGACCGAGACCACCGGGGACACAGAGACTATTATGACAGGCACCATCATGACTCCAAGCGGAGGAGGTC
  AGATGACTTCAGGCCCCAGAATTATCACCAGCAGGATTTCCGACGAATGTCTGACCACAGACCCACCATG
  GGTTACCACGGCCAGGGACCCTCAGACCATTATCGCTCTTTCCACACAGACAAGTTGGGGGAATATAAGC
  AGCCCATGCCTTCATTGCACACTGCGCTCTCAGACCCACGCTCACCCCCTTCCCAGAAATCTCCCCATGA
  TTCCAAATCACCCTTGGATCATAGGTCTCCTTTGGAGAGATCACTAGAACAGAAAAACAACCCAGATTAT
  AACTGGAATGTTCGGAAAACATAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001081345
• ORF Size: 5484 bp
• Insert Size: 5484
• 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).

Reference Data

• RefSeq: NM_001081345.2, NP_001074814.2
• RefSeq Size: 9071
• RefSeq ORF: 5484
• Locus ID: 244059