Chd9 (NM_177224) Mouse Untagged Clone

CAT#: MC225424

Chd9 (untagged) - Mouse chromodomain helicase DNA binding protein 9 (Chd9), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Chd9
• Synonyms: 1810014J18Rik; 9030205D12Rik; A330063D19Rik; AD013; mKIAA0308; PRIC320
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225424 representing NM_177224
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGACAGACCCAATGATGGACTTTTTTGATGATGCTAATCTCTTTGGCGAGACTTTAGAAGGCTTGTCGG
  ATGATACATTTGTACAGCCCGGACCTGTCTCACTGGTTGATGAACTGAACTTGGGTGCAGAGTTTGAGCC
  TTTGCACATAGACTCACTAAACCATGTTCAAGGTACTCCAACACACCAGAAGATGGCAGATTTTGAACAG
  TTAAGTCAGTTTGACTCGATGAAGTTTCATCCAGTTAACCAATCTTTCGGCAGCCCAGTTGAACACGTGT
  TATCTCCACACTCTCAATTTAATTGCTCTCCAATTCATCCCCCAAACCAGCCCAATGGCTTGTTTCAAGA
  TGTAGCAGATGGCAGTCCAATGTGGGGTCACCAGACAGCTACTGGCCTCGCTAATCAAAATGGATCCCCC
  TTTCACCAACCAGGACATTCACACTCTCTGCATCAAAACAAAAGCTTTGTGGCGCACCCTGACTTTGCCT
  TATTTCAGGCCAGTGAACATCAAACACAGTGTTCTTCCCTTCACTCACAACAAAGCAGAAGTAACCTTAA
  CCCAGGGCAAAACTCTCTTGGCCAGGCTAAAAATTTTCTAGACGCTAATGTTTCCGGCGCACACAGAGTT
  AACGTTAACCACCTCGCCACTGCCCCCTCCTCACAGCAGACTCTTCCAGTGCAGTTTTCTCCGACTGCAA
  ACCCTCCTGCACACTTCCTCAAGTGCAGCAGTCACCAGGAAGGCAACTATAACAGACCTTCTCCAAGTAT
  GACTTCCTGCTCCGTGAGTAACTCGCAACAGTTCCCTTCACACTATTCCTTCTCCAGTGGTCACGTGTCA
  CCAAGCAGTCTCCTGCAGTCATCTGCAGGTCTCGCTCCCGGTCATACAAATCAGGCTTTATCTGATTTTG
  CTGGAAGTAACTCCTTTTCTCCTCATAGGGGAATGAAGCAAGAACCCACTCAGCATCTCCTGAACCCCAC
  TCCATCACTGAATTCAAATAATTTTCAAATTTTGCATTCGTCACATCCTCAGGGTAATTATAGCAACTCA
  AAATTATCGCCCGTGCACATGAACTTCCCAGATCCTGTTGACGCAGGACCTCCAGTGGGTCATTTCAATG
  ACCACGCGGAAACTAATGGTTTCTCATCTTTAGAAGAGAATTTACTTCATCACGTAGACTCTCATGCAGA
  ACCATTTGCAGGACTTGACCCTGAAGACCTCCTGCAGGAGGGTCTCCTCCCCCAATTTGACGAATCACCA
  TTTGGACAAGATAATTCAAATCATGTTTTAGATCATGACCTGGATCGCCAGTTCACTTCGCATCTTGTAT
  CGAGGCCTTCTGACATGGCTCAAACTCAGCTGCAATATCAGGCTCGGGGCTGGCCTTCCCCACTGTCTAC
  CAACCATCAACATTTACATAGCAGAAATCATCTATGTTTACAGCGGCAGCCTCCATCTTCCAAGAAGAGT
  GATGGTTCTGGGACATACACTAAGCTGCAGAATACCCAGGTGAGGGTCATGTCTGAGAAGAAGCCACGAA
  AAAGGGTGGAATCAGAAAGCAAGCAAGAAAAGGCCAATCGTATAATATCAGAGGCCATAGCAAGAGCAAA
  GGAGCGAGGGGAACGTAATATCCCGCGAGTAATGAGCCCTGAGAACTTTCCTAGTGCTTCAGTCGAAGGG
  AAAGAAGAAAAGAGAGGTCGGAGGATGAAATCTAAGCCAAAAGACAGAGACAACAAAAAACCAAAAACGT
  ATTCTAAGTTGAAAGAGAAGACAAAAATTGGCAAGCTCATCATTACATTGGGTAAGAAACACAAGAGAAG
  GAACGAGTCTTCCGATGAGCTGTCCGATGCCGAGCAGAGGTCCCAGCACACGTTCAAAGAGCAGCACTCT
  CAAAAAAGAAGATCAAATCGACAAATTAAGAGGAAAAAATATGCAGAAGATGCAGAAGGAAAGCAATCTG
  AAGAAGAAGTGAAAGGCAGTCTGAGAGTTAAGAGGAACTCGGCTCCTCCGCCTGGAGAGCAGCCTCTGCA
  GCTGTTTGTGGAAAATCCAAGTGAAGAAGATGCTGCAATTGTAGACAAAATACTAGCTTGTAGGACTGTA
  AAAAAGGAAGTATCACCTGGAGTTATGCTTGATATAGAAGAATTTTTTGTAAAGTACAAAAATTACTCTT
  ATCTCCACTGTGAGTGGGCCACGGAACAGCAGCTTTTGAAAGATAAAAGGATCCAGCAGAAAATCAAGCG
  ATTCAAGCTGAGACAAGCACAGAGGGCACACTTTTTGGCAGATATGGAAGAAGAACCCTTTAACCCTGAC
  TACGTTGAAGTAGACAGAATATTGGAAGTTTCTTTTTGTGAAGATAAAGATACTGGTGAGTCTGTTATTT
  ACTACTTGGTAAAGTGGTGCTCACTGCCATATGAAGATAGCACCTGGGAATTAAAAGAAGATGTAGATCT
  TGCAAAAATTGAAGAGTTTGAACAACTGCAAGCTTCACGGCCTGACACAAGACACTTGGACCGTCCTCCC
  TCTAACATTTGGAAGAAAATAGAGCAATCCAGGGAATATAAAAATGGCAATCAACTCAGGGAATATCAAC
  TAGAAGGACTCAACTGGCTCTTGTTCAATTGGTATAATAGACGAAACTGCATTTTAGCAGATGAAATGGG
  TCTTGGCAAAACCATTCAGTCGATTACATTCCTCTACGAAATCCTGCTGACGGGTATAAGAGGACCTTTC
  CTGATTATTGCACCGCTTTCTACCATTGCAAACTGGGAAAGAGAATTCCGAACATGGACTGATATTAATG
  TTGTCGTTTATCACGGGAGCCTGATTAGCAGACAGATGATACAGCAATATGAGATGTACTTCAGGGACTC
  TCAGGGGCGCATCATCCGAGGAGCGTACCGGTTCCAAGCCATCATCACTACCTTTGAAATGATTCTTGGG
  GGCTGTGGAGAACTTAATGCAATTGACTGGCGATGTGTGATTATTGATGAAGCACACAGGTTAAAAAATA
  AAAATTGTAAACTCCTGGAGGGTTTGAAACTCATGAATCTGGAACACAAGGTGCTCTTGACTGGCACTCC
  TCTCCAAAACACAGTCGAGGAACTGTTCAGCCTTCTTCACTTTCTTGAACCCTTAAGGTTTCCATCTGAA
  TCAACATTCATGCAAGAGTTTGGAGACCTGAAAACAGAGGAACAGGTACAGAAACTTCAGGCTATCCTTA
  AACCAATGATGCTGAGACGATTAAAAGAAGATGTGGAGAAGAAATTGGCACCCAAGGAAGAGACTATTAT
  TGAAGTAGAGCTTACCAACATTCAAAAGAAATACTATAGGGCTATTTTAGAGAAGAACTTCTCATTTTTA
  TCCAAAGGAGCTGGACAAACAAATGTACCTAACTTGGTCAATACCATGATGGAGCTCAGGAAATGCTGCA
  ATCATCCGTATCTTATCAAAGGTGCTGAGGAGAAAATACTTGGAGAATTTAGAGATACATACAATCCATC
  TGCCTCTGATTTTCATCTGCAAGCAATGATCCAATCTGCTGGTAAACTGGTCCTCATTGATAAGTTACTT
  CCCAAAATGAAAGCCGGCGGCCATAAAGTGCTCATCTTCTCTCAGATGGTCCGCTGCCTCGACATCCTGG
  AAGACTACCTTATCCATAAGAGATATTTATATGAGCGAATTGATGGTAGAGTCAGAGGAAATCTTCGACA
  AGCAGCCATAGATCGATTTAGTAAACCTGATTCAGATCGATTCGTTTTCCTCCTGTGTACCCGAGCTGGT
  GGTCTGGGCATCAACCTAACTGCAGCAGATACATGCATTATTTTTGATTCTGATTGGAATCCTCAAAATG
  ACCTCCAGGCCCAAGCTCGTTGCCACAGAATTGGTCAGAACAAAGCAGTTAAAGTCTACAGATTAGTAAC
  TCGAAACTCCTATGAAAGAGAGATGTTTGACCGAGCCAGCTTGAAACTGGGCCTAGATAAAGCCGTGCTA
  CAGAGCATGAGTGGAAGAGACAGTAATGTCAGCGGTATTCAGCAGCTTTCCAAAAAAGAAATAGAAGACC
  TGCTTCGAAGAGGGGCATATGGAGCCATTATGGAGGAGGAAGATGAAGGCTCTAAGTTCTGTGAGGAAGA
  TATCGACCAGATTTTACTTCGTCGTACAAAAACTATCACAATTGAATCAGAAGGACGTGGGTCAACATTT
  GCTAAGGCAAGTTTTGTAGCATCTGGGAACCGGACAGATATTTCCTTAGATGATCCCAACTTCTGGCAAA
  AATGGGCTAAAAAAGCAGAACTAGATATAGACACCATCAGTGGCAGAAACAGTTTAGTTATTGACACCCC
  AAGAATTCGGAAGCAAACCAGACCCTTTAGTGCCACAAAAGATGAATTGGCTGAATTATCTGAAGCTGAA
  AGTGAAGGAGAAGAAAAACCCAAACTCCGGAGACCCTGTGACCGGTCCGGTGGCTATGGAAGGACTGAAT
  GCTTTAGAGTGGAGAAAAATCTACTGGTTTATGGGTGGGGCCGATGGCGAGAGATCCTGTCTCACGGGCG
  TTTTAAGCGGCAGCTGAATGAGCACGATGTGGAAGTCATTTGCCGGGCCCTCCTAGCCTATTGCCTCATT
  CACTATCGGGGCGATGAGAAAATTAAAGGCTTCATATGGGATCTTATCACCCCCACTGAAGACGGCCAGA
  CTCGAGAGCTGCAGAATCACTTAGGCCTCTCCGCTCCTGTGCCCAGGGGCCGAAAGGGGAAGAAAGTAAA
  GACTCAGACAAGCTCCTTTGATATCCAGAAAGCAGAGTGGCTGCGGAAATATAACCCAGAGCAGCTCCTG
  CAAGACGAGGGCTACAAGAAACATGTAAAGCACCACTGCAACAAAGTCCTGCTTCGTGTAAGGATGCTGT
  ACTATCTAAAGCAAGAAGTCATTGGAAATGAGAGTCAAAAAGTCTTTGATGGAGTTGATGCAAGTGACAT
  TGATGTGTGGGTGCCAGAGCCAGACCATTCCGAGGTTCCTGCTGCGTGGTGGGACTTTGATGCTGATAAG
  TCTCTTCTTATTGGGGTTTTTAAGCACGGTTATGAAAAGTACAACACGATCAGAGCAGACCCAGCTTTGT
  GCTTCTTGGAAAGAGTGGGCAAGCCTGACGACAAGGCTGTCGCTGCTGAGCAGAGAGCCAATGACTACAT
  GGATGGGGATGTGGAAGATCCAGAATACAAGCCTGCCCCAGCCATCTTTAAAGATGATATTGAGGATGAC
  GTTTCCTCACCTGGCGACCTGGTCATAGCTGATGGAGAGGGTCAATTGATGGAAGGGGATAAAGTGTATT
  GGCCTACCCCGTCAGCTCTGACCACACGGCTAAGACGTCTCATCACTGCATATCAGCGAACTAATAAAAA
  CAGACACATCCAGCAAATGCAACCCACCTTCTCATTGCCTGCCAATGCCATGCAGCCTCTTTACGAAGAA
  GCTACCCTGAATCCTAAAATGGCAGCCAAGATCGAAAGACAGCAGAGATGGACAAGGAGAGAAGAAGCTG
  ACTTTTATCGAGTTGTGTCTACATTTGGAGTAGTTTTTGACCCAGACAGAGGGCAGTTTGATTGGACAAA
  ATTCAGAGCTCTGGCTAGGCTACACAAGAAAACTGATAACAGCTTGGAGAAGTATTTGTGTGCATTCATG
  TCCATGTGCCGGAGGGTTTGCCGTCTTCCTTCCAAAGAAGAATTGGTCGATCCAAATATTTTTATTCAAC
  CAATCACAGAGGAACGTGCTTCTAGAACTTTATATCGCATTGAACTTCTAAGAAAAGTACGGGAGCAGGC
  CCTTCGTCACCCACAGTTGTTTGAACGCTTGAAGCTTTGCCATCCAAATCCAGACTTACCTATCTGGTGG
  GAGTGTGGCTCTCATGATAGGGATTTGCTCATTGGTGCTGCCAAACATGGGGTCAGCCGGACCGACTACC
  ACATTCTCCGTGATCCTGAACTCTCGTTTATGGCAGCTCAGAGGAACTACAATCAGAGTAAGGCGGCTCA
  CTCAAGGACTTCTGCCCCACTTTTACAGCAATACCAAGTAGCACTTTCTGCTTCTCCTCTTACCTCTTTG
  CCTAGACTGCTAGGTGCTAAAGGTACTCTTCTAGAGGATATGAAAGTTAAGAGTGAAAGCCTCACAGAAG
  AGCCCCAGTCCTCTGAAGAAGAATCTATGTCTTCTATGGAAACAAGGACACGAGTTAAATCTGAGCCTGT
  AAGTCCAAAGAACGGTGTTTTATCACAGGCTACTGGAGACCAGAAGTCTGGTGGGAAAAGTGAAACAGAC
  AGACGCATGGTTGCAGCCAGAACAGAGCCCCTAACTCCAAACCCAGCTTCTAAGAAACCGAGAGTCCACA
  AAAGAGGATCCCAGTCCAGCTCTGATTCTGACTCTGACTCTGCGCGCTCATCGTGTTCTTCCAGATCCTC
  TTCCTCCTCCTCCTCCTCCTCCTCCTGCTCACACTCTCGGTCAGGCTCTAGCTCTTCGTCATCCTCATCT
  TGTTCTTCGGCATCTTCCTCCTCCTCCTCATCTTCCTCCTCCTCCTCCTCATCTTCTTCATCATCATCAG
  AAGAAAGTGACAGTGAAGAAGATGTCCAGAAGCGAGAAGGCACGCCTCACAGGAAAGCCTATGATGAGGA
  AAGTGTCGCATCACTGAGCACGACCCAAGATGAAACTCAGGACAGTTTCCAGGCAAACAATGGAACGCCA
  GAGTCTGCTTACCTGCTACAAGGTGGATATATGCTGGCAGCCTCATATTGGCCAAAGGACCGGGTAATGA
  TCAACCGCCTGGACAGTATTTGTCAGACAGTTCTGAAAGGGAAGTGGCCGTCAGCTAGAAGACATTATGA
  TGCTAACACGGTGGCGTCCTTCTATACCACCAAACTGCTGGATAGCCCCGGAGCAGCTACAGAACGCGGC
  GAGCCCAGCGTCCCCACACCCCCAGCCGTTGCTGTCAGAGAAGAGCACGAGCAGTCAGCACAGATGTCAA
  AGGAAGGTGGCTTGAAGTTGACATTTCAGAAGCAGGGGCTTGCCCAGAAAAGACCATTTGATGGTGAAGA
  TGGCGCCCTGGGTCAGCAGCAGTACCTCACTCGCCTTCGGGAGCTTCAGAGCACATCAGAGACTAGCCTT
  GTTAACCTCCCCAAAGCTGTGCCAGCGTCAGGTACTTCCATTCAGCCAACCCTCGGTGCCAACGGAGCGA
  TACTCGACAGCCAGCCTATAGTGAAGAAAAGGCGGGGAAGGAGGAGGAATGTAGAAGGTGCTGACATCCT
  CTTTTTGAACAGAAATAAGCCACCTAATCATATTCCCACCGGGATGAACCCAGCACTGTCCTATCCTCAG
  CCTCAAAGAATTCCTGACACAGAGAGTCCTGTTCCAGTTATTAATCTCAAAGACGGGACAAGGCTCGCAG
  GAGATGATGCGCCGAAGAGAAAGGACCTGGACAGATGGCTTAAGGAGCACCCTGGTTATGTGGAGGACCT
  CGGAGCCTTTATCCCAAGGGTGCAGCTGCACGAGGGAAGACCCAAACAGAAAAGGCATCGATGCCGAAAC
  CCAAACAAACTAGATATCAACAGTCTGACTGGGGAGGAGCGCGTGCAGCTGATTAACAGAAGGAATGCGA
  GAAAGGTTGGAGGCGCATTTGCTCCTCCTTTGAAAGACTTATGTAGATTCCTGAAAGAAAATTCAGAATA
  TGGAGTGGCTCCTGAATGGGGAGATGTTGTTAAACAGTCTGGGTTTCTTCCAGAAAGTATGTTTGAACGT
  ATTCTCACTGGTCCCGTTGTGAGAGAGGAAGTAAGCAGGCGGGGGAGAAGGCCTAAAAGTGGAATTGCCA
  AGGCTACCACAGCAGCAGCGGTTCCTGCTGGCAGTGTGCCAGGCAACCCTTTGCTGGCCAATGGATTGCT
  TCCAGGCGTGGATCTCACAGCTCTTCAGGCCTTACAACAAAATCTGCAGAACCTGCAGTCGCTGCAAGTG
  ACTGCAGGGCTGATGGGCATGCCTGCCGGCCTCTCTTCTGGAGGAGAAACTAAAAACATGGCTGCTATGT
  TCCCCATGCTGTTCTCAGGAATGGCCGGGTTACCAAATCTGCTAGGCATGGGAGGACTCCTGTCAAAGAC
  TGCAGAGTCTGGGGCGGAAGAAAAGCGAGGAAATGACTCGAAGGAGCTAGAAGGAAAAAAAGAAAGGACA
  GAGAGCCAAAGTCCGGAGAATGGAGGAGAACGCTGTGTGCCAGGTTCTCCTTCGACTTCCTCCACGGCTG
  CATTGAGTTCAGCTGCAGCTGCCAAGCCCATAGCTCTTAACCCACTGTTGCTGTCTAACATACTTTACCC
  AGGGATGCTGCTCACTCCAGGCCTTAATCTTCATCTTCCAACCTTGTCTCAGTCCAATGCTTTTGATGTA
  CAGAAAAACAAAAGTGATGACTTAGATTCATCTAAGTCAGTGGAAATAAAGGAAGAGAATTCCAGAGTTA
  GAGATCAGGAAGAGAAAGGGGGAACTGAGCCTAGTCCTCTCAACGAGAACAGCACAGACGAGGGTTCAGA
  GAGGGCGTCCTCCGGGTCTGATAGCTCATCTTCATCCTCCGAGGACTCAGACTCGAGCAATGAAGACTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_177224
• Insert Size: 8610 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_177224.2, NP_796198.1
• RefSeq Size: 11517 bp
• RefSeq ORF: 8610 bp
• Locus ID: 109151
• UniProt ID: Q8BYH8
• Cytogenetics: 8 C4
• Gene Summary: Acts as a transcriptional coactivator for PPARA and possibly other nuclear receptors. Proposed to be a ATP-dependent chromatin remodeling protein. Has DNA-dependent ATPase activity and binds to A/T-rich DNA (By similarity). Associates with A/T-rich regulatory regions in promoters of genes that participate in the differentiation of progenitors during osteogenesis.[UniProtKB/Swiss-Prot Function]
  Transcript Variant: This variant (2) differs in the 5' UTR and uses an alternate in-frame splice site in the 3' coding region compared to variant 1. It encodes isoform 2, which is shorter than isoform 1.