ARID2 (NM_152641) Human Untagged Clone

CAT#: SC106459

ARID2 (untagged)-Human AT rich interactive domain 2 (ARID, RFX-like) (ARID2)

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: ARID2
• Synonyms: BAF200; CSS6; p200
• Vector: pCMV6-XL4
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: None
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_152641, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGGCAAACTCGACGGGGAAGGCGCCTCCGGACGAGCGGAGAAAGGGACTCGCTTTCCTGGACGAGCTGC
  GGCAGTTCCACCACAGCAGAGGGTCGCCTTTTAAAAAAATCCCTGCGGTGGGTGGGAAGGAGCTGGATCT
  TCACGGTCTCTACACCAGAGTCACTACTTTAGGCGGATTCGCGAAGGTTTCTGAGAAGAATCAGTGGGGA
  GAAATTGTTGAAGAGTTCAACTTTCCCAGAAGTTGTTCTAACGCTGCCTTTGCTTTAAAACAGTATTACT
  TGCGTTACCTAGAAAAGTACGAGAAAGTTCATCATTTTGGGGAGGATGATGATGAGGTACCACCAGGCAA
  TCCAAAGCCACAGCTTCCTATTGGTGCAATTCCATCTTCCTACAATTACCAGCAACACAGTGTGTCGGAT
  TATCTGCGTCAAAGTTATGGGCTGTCCATGGACTTTAATTCGCCAAATGATTATAATAAATTGGTGCTTT
  CACTGTTATCTGGACTCCCAAATGAAGTGGACTTTGCTATTAACGTATGCACTCTCCTATCAAATGAAAG
  CAAGCACGTCATGCAACTTGAAAAAGATCCTAAAATCATCACTTTACTACTTGCTAATGCCGGGGTGTTT
  GACGACACTTTAGGATCCTTTTCCACTGTATTTGGAGAAGAATGGAAAGAGAAGACTGATAGAGACTTCG
  TTAAGTTTTGGAAAGACATCGTTGATGATAATGAAGTTCGTGACCTCATTTCTGACAGAAACAAGTCTCA
  TGAAGGTACATCAGGAGAATGGATTTGGGAGTCTTTATTTCATCCACCTCGAAAGCTGGGCATTAACGAT
  ATTGAAGGACAGCGGGTACTTCAGATTGCAGTGATTTTGAGAAATCTTTCCTTTGAGGAGGGCAATGTTA
  AGCTCTTGGCAGCTAATCGTACCTGTCTTCGTTTCCTATTACTTTCTGCACATAGTCATTTTATTTCTTT
  AAGGCAATTAGGCCTTGACACATTAGGAAATATTGCAGCTGAGCTTTTACTGGACCCTGTTGATTTCAAA
  ACTACTCATCTGATGTTTCATACTGTTACAAAATGTCTAATGTCAAGGGATAGATTTTTAAAGATGAGAG
  GCATGGAAATTTTGGGAAATCTTTGCAAAGCAGAAGATAATGGTGTTTTAATTTGTGAATATGTGGATCA
  GGATTCCTACAGAGAGATCATTTGTCATCTCACTTTACCTGATGTGCTGCTTGTAATCTCAACACTCGAG
  GTGCTATACATGCTCACGGAAATGGGAGATGTTGCTTGCACAAAAATTGCAAAAGTAGAAAAGAGCATAG
  ACATGTTAGTGTGTCTGGTTTCTATGGATATTCAGATGTTTGGCCCTGATGCACTAGCTGCGGTAAAACT
  CATTGAACACCCAAGTTCCAGTCATCAAATGTTATCTGAAATTAGGCCACAAGCTATAGAGCAAGTCCAA
  ACCCAGACTCATGTAGCATCTGCCCCAGCTTCCAGAGCAGTTGTAGCGCAGCATGTTGCTCCACCTCCAG
  GAATAGTGGAAATAGATAGTGAGAAGTTTGCTTGTCAGTGGCTAAATGCTCATTTTGAAGTAAATCCAGA
  TTGTTCTGTTTCTCGAGCAGAAATGTATTCTGAATACCTCTCGACTTGCAGTAAATTAGCTCGTGGTGGA
  ATCCTAACATCAACTGGATTTTATAAATGTCTTAGAACGGTCTTTCCAAATCATACAGTGAAGAGAGTGG
  AGGATTCCAGTAGCAATGGGCAGGCACATATTCATGTGGTAGGAGTAAAACGGAGGGCTATACCACTTCC
  CATTCAGATGTACTATCAGCAGCAACCAGTTTCTACTTCTGTTGTTCGTGTTGATTCTGTTCCTGATGTA
  TCTCCTGCTCCTTCACCTGCAGGAATCCCTCATGGATCACAAACCATAGGAAACCATTTTCAGAGGACTC
  CTGTTGCCAACCAATCTTCAAATCTGACTGCAACACAAATGTCTTTTCCTGTACAAGGTGTTCATACTGT
  GGCACAAACTGTTTCAAGAATTCCACAAAATCCTTCACCTCATACCCACCAGCAACAAAATGCTCCAGTG
  ACTGTCATTCAAAGTAAAGCTCCAATTCCTTGTGAAGTTGTTAAGGCTACAGTTATCCAGAATTCCATAC
  CCCAGACAGGAGTTCCTGTTAGTATTGCTGTTGGAGGAGGACCTCCACAGAGTTCTGTTGTTCAGAATCA
  TAGTACAGGGCCACAACCTGTTACAGTTGTGAATTCTCAGACATTGCTTCACCATCCATCTGTAATTCCA
  CAGCAGTCTCCATTACACACAGTGGTACCAGGACAGATCCCTTCAGGCACTCCTGTTACAGTAATTCAAC
  AAGCTGTCCCACAGAGTCATATGTTTGGCAGAGTACAGAACATACCAGCATGTACTTCTACAGTTTCACA
  GGGTCAACAGTTAATCACCACATCACCCCAACCTGTGCAAACTTCATCTCAACAGACATCAGCTGGTAGC
  CAGTCACAAGATACTGTTATCATAGCACCCCCACAGTATGTAACAACTTCTGCATCCAATATTGTCTCAG
  CAACTTCAGTACAGAATTTTCAGGTAGCTACAGGACAAATGGTTACTATTGCTGGTGTCCCAAGTCCACA
  AGCCTCAAGGGTAGGGTTTCAGAACATTGCACCAAAACCTCTCCCTTCTCAGCAAGTTTCATCTACAGTG
  GTACAGCAGCCTATTCAACAACCACAGCAGCCAACCCAACAAAGCGTAGTGATTGTAAGCCAGCCAGCTC
  AACAAGGTCAAACTTATGCACCAGCCATTCACCAAATTGTTCTTGCTAATCCAGCAGCTCTTCCAGCTGG
  TCAGACAGTTCAGCTAACTGGACAACCTAACATAACTCCATCTTCTTCACCATCACCTGTCCCAGCTACT
  AATAACCAAGTCCCTACTGCCATGTCGTCGTCCTCTACCCCTCAATCACAGGGACCACCTCCTACTGTCA
  GTCAAATGTTATCTGTGAAAAGGCAGCAACAGCAGCAACATTCACCAGCACCCCCACCACAGCAGGTACA
  AGTACAAGTTCAGCAGCCCCAACAAGTACAGATGCAAGTTCAACCTCAACAGTCGAATGCAGGAGTTGGT
  CAGCCTGCCTCTGGTGAGTCGAGTCTGATTAAACAGCTTCTGCTTCCGAAACGTGGTCCTTCAACACCAG
  GTGGTAAGCTTATTCTCCCAGCTCCACAGATTCCTCCCCCTAATAATGCAAGAGCTCCTAGCCCTCAGGT
  GGTCTATCAGGTGGCCAGTAACCAAGCCGCAGGTTTTGGAGTGCAGGGGCAAACTCCAGCTCAGCAGCTA
  TTGGTTGGGCAGCAAAATGTTCAGTTGGTCCCAAGTGCAATGCCACCCTCAGGGGGAGTACAAACTGTGC
  CCATTTCGAACTTACAAATATTGCCAGGTCCACTGATCTCAAATAGCCCAGCAACCATTTTCCAAGGGAC
  TTCTGGCAACCAGGTAACCATAACAGTTGTGCCAAATACGAGTTTTGCACCTGCAACTGTGAGTCAGGGA
  AATGCAACTCAGCTCATTGCTCCAGCAGGAATTACCATGAGCGGAACGCAGACAGGAGTTGGACTTCCAG
  TACAAACGCTTCCAGCCACTCAAGCATCTCCTGCTGGACAATCATCATGTACTACTGCTACTCCCCCATT
  CAAAGGTGATAAAATAATTTGCCAAAAGGAGGAGGAAGCAAAGGAAGCAACAGGTTTACATGTTCATGAA
  CGTAAAATTGAAGTCATGGAGAACCCGTCCTGCCGACGAGGAGCCACAAACACCAGCAATGGGGATACAA
  AGGAAAATGAAATGCATGTGGGAAGTCTTTTAAATGGGAGAAAGTACAGTGACTCAAGTCTACCTCCTTC
  AAACTCAGGGAAAATTCAAAGTGAGACTAATCAGTGCTCACTAATCAGTAATGGGCCATCATTGGAATTA
  GGTGAGAATGGAGCATCTGGGAAACAGAACTCAGAACAAATAGACATGCAAGATATCAAAAGTGATTTGA
  GAAAACCGCTAGTTAATGGAATCTGTGATTTTGATAAAGGAGATGGTTCTCATTTAAGCAAAAACATTCC
  AAATCATAAAACTTCCAATCATGTAGGAAATGGTGAGATATCTCCAATGGAACCACAAGGGACTTTAGAT
  ATCACTCAGCAAGATACTGCCAAAGGTGATCAACTAGAAAGAATTTCTAATGGACCTGTATTAACTTTGG
  GTGGTTCATCTGTGAGCAGTATACAGGAGGCTTCAAATGCGGCAACACAGCAATTTAGTGGTACTGATTT
  GCTTAATGGACCTCTAGCTTCAAGTTTGAATTCAGATGTGCCTCAGCAACGCCCAAGTGTAGTTGTCTCA
  CCACATTCTACAACCTCTGTTATACAGGGACATCAAATCATAGCAGTTCCCGACTCAGGATCAAAAGTAT
  CCCATTCTCCTGCCCTATCATCTGACGTTCGGTCTACAAATGGCACAGCAGAATGCAAAACTGTAAAGAG
  GCCAGCAGAGGATACTGATAGGGAAACAGTCGCAGGAATTCCAAATAAAGTAGGAGTTAGAATTGTTACA
  ATCAGTGACCCCAACAATGCTGGCTGCAGCGCAACAATGGTTGCTGTGCCAGCAGGAGCAGATCCAAGCA
  CTGTAGCTAAAGTAGCAATAGAAAGTGCTGTTCAGCAAAAGCAACAGCATCCACCAACATATGTACAGAA
  TGTGGTCCCGCAGAACACTCCTATGCCACCTTCACCAGCTGTACAAGTGCAGGGCCAGCCTAACAGTTCT
  CAGCCTTCTCCATTCAGTGGATCCAGTCAGCCTGGAGATCCAATGAGAAAACCTGGACAGAACTTCATGT
  GTCTGTGGCAGTCTTGTAAAAAGTGGTTTCAGACACCCTCACAGGTTTTCTACCATGCAGCAACTGAACA
  TGGAGGAAAAGATGTATATCCAGGGCAGTGTCTTTGGGAAGGTTGTGAGCCTTTTCAGCGACAGCGGTTT
  TCTTTTATTACCCACTTGCAGGATAAGCACTGTTCAAAGGATGCCCTACTTGCAGGATTAAAACAAGATG
  AACCAGGACAAGCAGGAAGTCAGAAGTCTTCTACCAAGCAGCCAACTGTAGGGGGCACAAGCTCAACTCC
  TAGAGCACAAAAGGCCATTGTGAATCATCCCAGTGCTGCACTTATGGCTCTGAGGAGAGGATCAAGAAAC
  CTTGTCTTTCGAGATTTTACAGATGAAAAAGAGGGACCAATAACTAAACACATCCGACTAACAGCTGCCT
  TAATATTAAAAAATATTGGTAAATATTCAGAATGTGGTCGCAGATTGTTAAAGAGACATGAAAATAACTT
  ATCAGTGCTAGCCATTAGTAACATGGAAGCTTCCTCCACCCTTGCCAAATGCCTTTATGAACTTAATTTT
  ACAGTTCAGAGTAAGGAACAAGAAAAAGACTCAGAAATGCTGCAGTGA
  
  
  5' Read Nucleotide Sequence

  >OriGene 5' read for NM_152641 unedited
  GCGAATTCGGCACGAGAAAAACCTCCTTTGAAAAAATAATGGCAAACTCGACGGGGAAGG
  CGCCTCCGGACGAGCGGAGAAAGGGACTCGCTTTCCTGGACGAGCTGCGGCAGTTCCACC
  ACAGCAGAGGGTCGCCTTTTAAAAAAATCCCTGCGGTGGGTGGGAAGGAGCTGGATCTTC
  ACGGTCTCTACACCAGAGTCACTACTTTAGGCGGATTCGCGAAGGTTTCTGAGAAGAATC
  AGTGGGGAGAAATTGTTGAAGAGTTCAACTTTCCCAGAAGTTGTTCTAACGCTGCCTTTG
  CTTTAAAACAGTATTACTTGCGTTACCTAGAAAAGTACGAGAAAGTTCATCATTTTGGGG
  AGGATGATGATGAGGTACCACCAGGCAATCCAAAGCCACAGCTTCCTATTGGTGCAATTC
  CATCTTCCTACAATTACCAGCAACACAGTGTGTCGGATTATCTGCGTCANAGTTATGGGC
  TGTCCATGGACTTTAATTCGCCAAATGATTATAATAAATTGGTGCTTTCACTGTTATCTG
  GACTCCCAAATGAAGTGGACTTTGCTATTAACGTATGCACTCTCCTATCAAATGAAAGCA
  AGCACGTCATGCAACTTGAAAAAGATCCTAAAATCATCACTTTACTACTTGCTTATGCCG
  GGGTGTTTGACGACACTTTAGGATCCTTTTCCACTGTATTGGAGAAGAATGGAAAGAGAG
  ACTGATAGAGACTTCGTTAAGTTNTGAAAGACATCGTTGA
  
  3' Read Nucleotide Sequence

  >OriGene 3' read for AL832200 unedited
  NAAAATCACGTGTGNACCGCCCCGCTATCTANATCGAGTTTTTCTTTTGTTCCTTACTCT
  GAACTGTAAAATTAAGTTCATAAAGGCATTTGGCAAGGGTGGAGGAAGCTTCCATGTTAC
  TAATGGCTAGCACTGATAAGTTATTTTCATGTCTCTTTAACAATCTGCGACCACATTCTG
  AATATTTACCAATATTTTTTAATATTAAGGCAGCTGTTTTTCGGATGTGTTTAGTTATTG
  GTCCCTCTTTTTCATCTGTAAAATCTCGAAAGACAAGGTTTCTTGATCCTCTCCTCAGAG
  CCATAAGTGCAGCACTGGGATGATTCACAATGGCCTTTTGTGCTCTAGGAGTTGAGCTTG
  TGCCCCCTACAGTTGGCTGCTTGGTAGAAGACTTCTGACTTCCTGCTTGTCCTGGTTCAT
  CTTGTTTTAATCCTGCAAGTAGGGCATCCTTTGAACAGTGCTTATCCTGCAAGTGGGTAA
  TAAAAGAAAACCGCTGTCGCTGAAAAGGCTCACAACCTTCCCAAAGACACTGCCCTGGAT
  ATACATCTTTTCCTCCATGTTCAGTTGCTGCATGGTAGAAAACCTGTGAGGGTGTCTGAA
  ACCACTTTTTACAAGACTGCCACAGACACATGAAGTTCTGTCCAGGTTTTCTCATTGGAT
  CTCCAGGCTGACTGGATCCACTGAATGGAGAAAGCTGAGAACTGTTAGGCTGGCCCTGCA
  CTTGTACAGCTGGTGAAAGTGGCATAAGAGTGTTCTGCGGGACCCATTCTGTACATATGT
  TGGTGGATGCTGTTGCTTTTGCTGAACAACACTTCCTATTGGTACTTTAACTACAGTGCT
  TGGATCTGCTCCTGTGGCCCAACAAACCTTTGTGGCCTGCACCCCCATTGTTGGGGTCCC
  TG
  
• Restriction Sites: NotI-NotI
• ACCN: NM_152641
• ORF Size: 5508 bp
• Insert Size: 4700
• 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.
  
  The molecular sequence of this clone aligns with the gene accession number as a point of reference only. However, individual transcript sequences of the same gene can differ through naturally occurring variations (e.g. polymorphisms), each with its own valid existence. This clone is substantially in agreement with the reference, but a complete review of all prevailing variants is recommended prior to use. More info

Reference Data

• RefSeq: NM_152641.2, NP_689854.2
• RefSeq Size: 8466
• RefSeq ORF: 5508
• Locus ID: 196528
• Protein Families: Transcription Factors
• Gene Summary: This gene encodes a member of the AT-rich interactive domain (ARID)-containing family of DNA-binding proteins. Members of the ARID family have roles in embryonic patterning, cell lineage gene regulation, cell cycle control, transcriptional regulation and chromatin structure modification. This protein functions as a subunit of the polybromo- and BRG1-associated factor or PBAF (SWI/SNF-B) chromatin remodeling complex which facilitates ligand-dependent transcriptional activation by nuclear receptors. Mutations in this gene are associated with hepatocellular carcinomas. A pseudogene of this gene is found on chromosome1. [provided by RefSeq, Dec 2016]
  Transcript Variant: This variant (1) represents the longer transcript and encodes the longer isoform 1. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments.