ABCA12 (NM_173076) Human Untagged Clone

CAT#: SC306782

ABCA12 (untagged)-Human ATP-binding cassette, sub-family A (ABC1), member 12 (ABCA12), transcript variant 1

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: ABCA12
• Synonyms: ARCI4A; ARCI4B; ICR2B; LI2
• Vector: pCMV6-XL4
• E. coli Selection: Ampicillin (100 ug/mL)
• Mammalian Cell Selection: None
• Sequence Data:
  Fully Sequenced ORF

  >OriGene sequence for NM_173076 edited
  ACTGATACACTGACATACAGCAAGTTGGACGGGGCATCAGTTCTTCATTTGTGGAGTGGA
  GAAAAGAAGAGGAAATCTCTCATTTGGGGCATTTGAAGGATGGCTTCCCTGTTTCATCAG
  CTTCAGATCCTGGTCTGGAAAAATTGGCTAGGTGTAAAAAGGCAGCCGCTTTGGACACTT
  GTCTTGATCTTATGGCCAGTCATTATTTTCATAATTTTGGCTATTACTCGGACCAAATTT
  CCTCCAACTGCAAAACCAACTTGTTACCTCGCACCTCGAAACCTTCCTAGTACTGGATTC
  TTTCCATTCCTGCAGACCCTACTCTGTGACACAGACTCTAAATGCAAAGACACACCCTAT
  GGCCCACAAGATCTGCTTCGTAGGAAAGGAATTGATGATGCACTATTTAAAGACAGTGAG
  ATTCTGAGAAAGTCATCCAACCTGGATAAGGACAGCAGTTTATCATTCCAGAGCACCCAA
  GTTCCAGAAAGAAGGCATGCATCACTAGCCACAGTATTTCCCAGTCCAAGTTCTGATTTG
  GAAATCCCCGGAACATATACTTTCAATGGCAGTCAAGTGCTCGCACGAATTCTTGGCTTG
  GAAAAGCTGTTAAAGCAAAATTCAACTTCAGAAGATATACGAAGAGAACTATGTGACAGC
  TATTCAGGATACATTGTGGATGATGCCTTCTCTTGGACCTTTCTAGGAAGAAATGTTTTT
  AACAAATTTTGCCTTTCTAACATGACCCTTTTAGAGTCTTCTCTCCAAGAACTAAACAAA
  CAGTTCTCCCAGCTATCCAGTGACCCCAACAATCAGAAGATAGTGTTTCAGGAAATAGTC
  AGAATGCTGTCTTTCTTCTCACAAGTGCAAGAGCAGAAAGCTGTGTGGCAGCTTCTGTCT
  AGTTTTCCAAATGTGTTTCAGAATGACACATCACTAAGCAATCTATTTGATGTTCTTCGA
  AAGGCAAACAGTGTGCTGCTGGTTGTGCAGAAGGTTTATCCACGTTTTGCAACTAACGAA
  GGTTTCAGAACCCTCCAGAAGTCTGTTAAACATCTGCTGTACACTCTGGACTCCCCAGCT
  CAAGGTGACTCCGATAATATAACGCATGTGTGGAATGAGGATGATGGACAGACCTTATCT
  CCAAGCAGTCTGGCTGCACAGCTCCTAATTCTGGAAAACTTTGAAGATGCCCTCTTAAAT
  ATATCAGCAAATAGTCCTTATATTCCTTACTTGGCATGTGTGAGAAATGTGACTGACAGT
  TTGGCCAGAGGTTCACCAGAAAATCTAAGACTCCTGCAGTCCACAATACGATTTAAAAAA
  TCTTTTCTTCGCAATGGTTCCTATGAAGATTACTTTCCTCCAGTTCCTGAAGTCCTAAAA
  TCAAAACTGTCTCAACTTCGAAACTTGACCGAACTTCTTTGTGAATCTGAAACTTTCAGT
  TTGATAGAGAAGTCATGCCAGCTCTCTGATATGAGCTTTGGGAGCCTGTGTGAAGAAAGT
  GAGTTTGATCTGCAACTCCTCGAAGCGGCAGAGCTGGGCACCGAAATAGCAGCCAGCTTA
  CTGTACCATGACAATGTCATATCTAAAAAAGTGAGAGATTTGCTGACTGGAGATCCAAGC
  AAAATTAATTTAAATATGGATCAGTTTCTAGAACAGGCACTGCAAATGAATTACTTGGAA
  AATATCACTCAGTTAATACCGATCATAGAAGCCATGCTGCATGTCAATAACAGTGCAGAT
  GCTTCTGAAAAGCCAGGTCAGTTACTAGAAATGTTTAAAAATGTTGAAGAGCTGAAAGAA
  GATTTAAGGAGAACAACAGGAATGTCCAACAGGACTATTGACAAGTTGCTGGCCATTCCC
  ATCCCTGATAATAGAGCTGAGATTATTTCTCAGGTGTTCTGGCTGCATTCCTGTGATACT
  AATATCACCACTCCCAAACTAGAAGATGCAATGAAAGAATTCTGCAACCTGTCTCTTTCA
  GAGAGATCCCGGCAGTCTTACCTCATCGGACTCACCCTTCTGCACTACTTAAACATTTAC
  AACTTCACATACAAGGTGTTTTTCCCGAGGAAAGATCAAAAGCCAGTAGAAAAGATGATG
  GAGCTCTTCATAAGACTAAAAGAGATTCTCAATCAGATGGCTTCTGGCACACATCCGCTG
  CTAGACAAAATGAGATCCCTGAAGCAAATGCATCTGCCCAGAAGTGTTCCATTAACACAG
  GCAATGTACAGAAGCAACCGAATGAACACACCACAAGGATCATTTAGCACCATCTCCCAA
  GCATTATGTTCTCAAGGAATTACCACTGAATATTTAACTGCCATGCTGCCCTCTTCCCAG
  AGGCCAAAAGGCAACCACACCAAGGATTTTTTGACTTATAAATTAACTAAAGAGCAAATT
  GCTTCAAAATATGGAATTCCCATAAATACCACACCATTTTGCTTCTCCCTTTATAAAGAC
  ATCATTAACATGCCCGCTGGACCTGTGATTTGGGCTTTCTTGAAACCTATGTTGTTGGGA
  AGAATTTTGTATGCACCATATAACCCAGTCACAAAGGCAATAATGGAAAAGTCCAATGTA
  ACTCTGAGACAGCTGGCGGAATTAAGAGAAAAATCTCAAGAGTGGATGGATAAGTCGCCA
  CTTTTCATGAATTCCTTCCATCTGTTAAACCAGGCAATTCCAATGCTCCAGAATACTCTA
  AGGAACCCTTTTGTGCAAGTTTTTGTAAAGTTCTCCGTGGGACTCGATGCTGTTGAACTA
  TTGAAACAGATAGATGAACTCGATATTCTAAGACTGAAATTAGAGAACAACATTGACATC
  ATCGATCAGCTTAACACACTATCTTCCCTGACAGTAAATATTTCCTCTTGTGTATTATAT
  GACCGTATTCAGGCAGCAAAAACCATAGATGAAATGGAGAGAGAGGCTAAAAGGCTCTAC
  AAAAGCAACGAACTCTTTGGAAGTGTTATTTTTAAGCTTCCTTCTAACAGAAGCTGGCAC
  AGAGGCTATGACTCTGGAAATGTCTTTCTTCCTCCTGTCATAAAATATACCATCCGGATG
  AGTCTCAAGACCGCACAGACCACAAGAAGCCTAAGAACCAAGATTTGGGCTCCAGGGCCA
  CACAATTCTCCGTCACACAACCAGATCTATGGCAGGGCTTTTATTTATTTACAGGATAGT
  ATTGAAAGAGCAATCATTGAATTGCAAACTGGAAGGAACTCCCAGGAAATAGCAGTCCAG
  GTTCAAGCAATTCCTTATCCCTGCTTCATGAAAGACAACTTCCTAACCAGTGTCTCTTAT
  TCTCTTCCAATTGTGCTTATGGTTGCCTGGGTTGTATTTATAGCTGCCTTTGTAAAAAAG
  CTTGTCTATGAGAAAGACCTCCGGCTTCATGAGTACATGAAGATGATGGGTGTGAACTCC
  TGCAGCCATTTCTTTGCCTGGCTTATAGAGAGTGTTGGATTTTTACTGGTTACCATCGTG
  ATCCTCATCATTATACTCAAGTTTGGCAATATTCTTCCTAAAACAAATGGGTTCATTTTG
  TTCCTGTATTTTTCGGACTACAGCTTCTCGGTTATTGCCATGAGCTATCTTATCAGTGTC
  TTCTTCAACAACACCAACATTGCAGCTCTGATCGGAAGCCTCATCTACATCATTGCCTTC
  TTTCCATTTATTGTTCTGGTTACAGTGGAGAATGAGTTGAGCTATGTATTGAAAGTGTTC
  ATGAGCCTGCTGTCCCCAACAGCATTCAGCTATGCAAGCCAATACATTGCACGATACGAA
  GAACAGGGCATTGGTCTTCAGTGGGAAAATATGTACACCTCCCCGGTTCAGGATGACACC
  ACCTCATTTGGCTGGCTGTGCTGTCTAATCCTAGCTGACTCTTTCATTTATTTCCTTATT
  GCTTGGTATGTCAGGAATGTCTTCCCAGGGACATACGGTATGGCAGCTCCCTGGTATTTT
  CCAATTCTTCCTTCCTATTGGAAGGAGCGATTTGGGTGTGCAGAGGTGAAGCCTGAGAAG
  AGCAATGGCCTCATGTTTACTAACATCATGATGCAGAACACCAACCCATCTGCCAGTCCT
  GAATACATGTTTTCCTCTAACATCGAGCCTGAACCTAAAGATCTCACAGTCGGGGTTGCC
  CTGCATGGGGTCACAAAGATCTATGGCTCAAAAGTTGCTGTTGATAACCTCAATCTGAAC
  TTTTATGAAGGGCATATTACTTCATTGCTGGGGCCCAATGGAGCTGGGAAAACTACTACC
  ATTTCCATGTTAACTGGGCTGTTTGGGGCCTCAGCAGGCACCATTTTTGTATATGGAAAA
  GATATCAAAACAGACCTACACACGGTACGGAAGAACATGGGAGTCTGTATGCAGCACGAC
  GTCTTGTTCAGTTACCTCACTACTAAGGAGCACCTTCTCCTATATGGTTCCATCAAAGTT
  CCTCACTGGACTAAAAAGCAGCTCCACGAGGAAGTAAAAAGGACTTTAAAAGATACTGGA
  CTATATAGCCATCGTCATAAGAGAGTTGGAACACTGTCAGGAGGCATGAAGAGGAAGTTA
  TCTATATCCATAGCTCTCATTGGTGGATCAAGGGTAGTAATTTTGGATGAACCATCTACT
  GGAGTTGACCCATGTTCTCGCCGAAGTATATGGGATGTTATATCCAAGAACAAAACTGCC
  AGAACAATCATTCTGTCAACGCACCACTTGGACGAGGCTGAAGTGCTGAGTGACCGCATC
  GCCTTCCTGGAGCAGGGTGGGCTTAGGTGCTGTGGGTCCCCATTTTACCTCAAGGAAGCC
  TTTGGCGATGGGTATCACCTCACGCTTACCAAGAAGAAGAGTCCAAATTTAAATGCAAAT
  GCAGTATGTGACACCATGGCCGTGACAGCAATGATCCAATCACATCTCCCCGAAGCCTAC
  CTCAAGGAGGATATTGGGGGAGAGCTTGTTTATGTACTTCCTCCATTCAGCACCAAAGTC
  TCAGGGGCCTACCTGTCACTCCTACGGGCACTCGACAATGGCATGGGTGACCTCAACATC
  GGGTGCTACGGCATTTCAGATACCACCGTGGAGGAGGTCTTTCTGAACTTGACCAAAGAG
  TCACAAAAAAATAGTGCTATGAGTCTTGAGCACTTAACACAAAAGAAAATTGGGAATTCC
  AATGCCAATGGCATCTCAACTCCTGACGATTTATCTGTGAGCAGCAGCAATTTCACAGAC
  AGAGATGACAAAATCCTGACAAGAGGAGAGAGGCTGGATGGCTTTGGACTGTTGCTGAAG
  AAGATCATGGCTATACTCATCAAGAGGTTCCACCACACCCGCAGGAACTGGAAAGGTCTC
  ATTGCTCAGGTTATCCTCCCCATCGTCTTTGTTACCACTGCCATGGGCCTTGGCACACTG
  AGAAATTCCAGCAACAGTTATCCAGAGATTCAGATCTCCCCCTCTCTTTATGGTACCTCC
  GAACAGACAGCCTTCTATGCTAATTATCACCCGAGCACGGAAGCACTTGTCTCAGCAATG
  TGGGACTTCCCTGGAATTGACAACATGTGTCTGAACACCAGTGATCTACAGTGTTTAAAC
  AAAGACAGTCTGGAAAAATGGAACACCAGTGGAGAACCCATCACTAATTTTGGTGTTTGC
  TCCTGCTCAGAAAATGTCCAGGAATGTCCTAAATTTAACTATTCCCCACCGCACAGAAGA
  ACTTACTCATCCCAGGTAATTTATAACCTCACTGGGCAACGAGTGGAAAATTATCTTATA
  TCAACTGCAAATGAGTTTGTCCAAAAAAGATATGGAGGTTGGAGTTTTGGGCTGCCTTTG
  ACAAAAGACCTTCGTTTTGATATAACAGGAGTCCCTGCCAATAGAACACTTGCCAAGGTA
  TGGTATGATCCAGAAGGCTATCACTCCCTTCCAGCTTACCTCAACAGCCTGAATAATTTC
  CTTCTGCGAGTTAACATGTCAAAATACGATGCTGCCCGACATGGCATCATCATGTATAGC
  CATCCTTATCCAGGAGTGCAAGACCAAGAACAAGCCACAATCAGCAGTTTAATCGATATT
  TTAGTGGCACTGTCTATCTTGATGGGCTACTCTGTCACCACCGCCAGCTTTGTCACCTAT
  GTTGTAAGGGAACATCAAACCAAAGCCAAACAGTTGCAGCACATTTCAGGCATTGGCGTG
  ACATGCTACTGGGTAACAAACTTCATTTATGACATGGTTTTCTACTTGGTGCCTGTAGCG
  TTTTCAATTGGTATCATTGCGATTTTCAAATTACCTGCATTCTACAGTGAAAACAACCTA
  GGCGCTGTATCTCTCCTACTTCTCCTGTTTGGGTATGCAACATTTTCCTGGATGTACTTG
  CTGGCTGGGCTCTTCCATGAAACAGGAATGGCCTTCATCACTTACGTCTGTGTCAACTTG
  TTTTTTGGCATTAATTCCATTGTTTCCCTGTCAGTGGTATACTTTCTTTCCAAGGAAAAG
  CCTAATGATCCGACTTTAGAACTTATTTCTGAAACCCTCAAGCGCATTTTCCTGATTTTC
  CCACAATTCTGTTTTGGCTACGGTTTGATTGAACTTTCTCAACAACAGTCGGTCCTAGAC
  TTCTTAAAAGCATATGGAGTGGAATACCCAAATGAAACCTTTGAGATGAATAAACTAGGT
  GCAATGTTTGTGGCTTTGGTTTCTCAGGGCACCATGTTTTTTTCCTTGCGACTCTTAATC
  AACGAATCCCTGATAAAGAAACTCAGGCTTTTCTTCAGAAAATTTAATTCTTCACATGTA
  AGGGAGACAATAGATGAGGATGAAGATGTGCGGGCTGAGAGATTAAGAGTTGAGAGTGGT
  GCAGCTGAATTTGACTTGGTCCAACTTTATTGTCTCACAAAGACCTACCAACTTATCCAC
  AAAAAGATTATAGCTGTAAACAACATCAGCATTGGGATACCTGCTGGAGAGTGTTTTGGG
  CTTCTTGGAGTGAATGGAGCAGGAAAGACCACTATATTCAAGATGCTGACAGGAGACATC
  ATTCCTTCAAGTGGAAACATTCTGATCAGAAATAAGACCGGATCTCTGGGTCACGTTGAT
  TCTCACAGCTCATTAGTTGGCTACTGTCCTCAGGAAGATGCCTTAGATGACCTGGTAACT
  GTGGAAGAACATTTGTATTTCTATGCCAGGGTACATGGAATTCCAGAAAAGGATATTAAA
  GAAACTGTTCATAAACTCCTTAGGAGACTTCACCTGATGCCCTTCAAGGACAGAGCTACC
  TCTATGTGCAGTTATGGCACAAAAAGAAAATTATCCACTGCACTGGCCTTGATAGGGAAA
  CCTTCCATTCTACTGCTGGATGAGCCGAGCTCTGGCATGGATCCGAAGTCGAAACGGCAC
  CTCTGGAAGATCATTTCAGAAGAAGTACAGAACAAATGTTCCGTCATCCTCACATCTCAC
  AGCATGGAAGAATGTGAAGCTCTCTGTACCAGGTTGGCCATTATGGTGAATGGAAAGTTT
  CAATGTATTGGATCTTTGCAGCACATAAAGAGCAGGTTTGGACGAGGATTTACTGTCAAA
  GTTCACTTGAAGAATAACAAAGTGACCATGGAGACCCTCACAAAGTTCATGCAGCTGCAC
  TTTCCAAAAACATACTTAAAAGATCAGCACCTCAGCATGCTAGAGTATCATGTACCAGTC
  ACAGCAGGAGGAGTCGCAAACATTTTTGATCTGCTGGAAACCAACAAGACTGCTTTAAAT
  ATTACAAATTTCTTAGTGAGTCAGACCACTCTGGAAGAGGTTTTCATCAACTTTGCCAAA
  GACCAGAAGTCCTATGAAACTGCTGATACCAGCAGCCAAGGTTCCACTATAAGTGTTGAC
  TCACAAGATGACCAGATGGAGTCTTAACACTTCCAGCAAACTCAATCTCAGCATGTGACC
  AATGGCTTCATTTTGAAGAAAAGCCACAGAAGATACACTTCCGCAAGATATCTTCATTTT
  AAAGTAA
  
  5' Read Nucleotide Sequence

  >OriGene 5' read for NM_173076 unedited
  GGGGTTCACGATTTTGTATACGACTCACTATAGGGCGGCTCGCGAATTCGCACGAGGTCA
  CTGCAGATATCGCTCCACTTTTCCCACCGGTTGGTGCCCTGAGGGGCCCACATTTATGGG
  CCACTTCAGTGATTTTTTTTTGGCTTCCATGGGCTCCTACTGCTTTCAGCCAGTGAGGAT
  CAATGGCAGGAGAGGGAGGAGAGCAGACAGAGGGAGGAGAAAGTGAGGCATTATCTGAAT
  GATGCTCATTCTCTCTTGAGTCTGGACTTCGTGCAACAAGCAGCAACTGGATATTATTTT
  AAAATAAGCATAAGCCACCCAAAGATACTGATCTGGGTCCTTCTTTTGGAAGAAGAGTTG
  ATTGAGAAGTGCCTCTTGGTTAAGGATTAACCACAGGGAAAAATCCAGCAGAAACAGAAG
  AACTGTGGGTTTCTTACCCCAGCCCTCAAGGAAGCTATGCCGTGAAAGGGGTACTGATAC
  ACTGACATACAGCAAGTTGGACGGGGCATCAGTTCTTCATTTGTGGAGTGGAGAAAAGAA
  GAGGAAATCTCTCATTTGGGGCATTTGAAGGATGGCTTCCCTGTTTCATCAGCTTCAGAT
  CCTGGTCTGGAAAAATTGGCTAGGTGTAAAAAGGCAGCCGCTTTGGACACTTGTCTTGAT
  CTTATGGCCAGTCATTATTNTCATAATTTTGGCTATTACTCGGACCAAATTTCCCTCCAC
  TGCAAAACCAACTTGNTACCTCGCACCTCGAAACCTTCCTAGTACTGGATTCTTTTCATT
  CCTGCAGACCCTACTCTGTGACACAGACTCTAAATGGCAAGACCCACCCTATGGCCCACA
  AGATCTGCTTCGTAGGAAAGGAATTGATGATGCCCTATTTAAGACAGTGAGATCTGAA
  
  3' Read Nucleotide Sequence

  >OriGene 3' read for NM_173076 unedited
  NCCATTGGAATGGCACTTCCAGGNCCAGAAAAGCACTGGGGNAGGGTCACAGGGATGCCA
  CCCGGGATCTGTTCAGGAAACAGCTATGACCGCGGCCGCAATCTAGAGTCGAGTTTTTTT
  TTTTTTTTTTTTCCTTTTAAACTGTCTTTTTATTGAAAGTAATAAATTAAGATATTCATC
  TTGAGGTGGCTTCACCTTTGCATAAGAATCACCAGCATATACATTAGCATGCTCACAGTG
  TTGAGTATACAGGAATTCATTTCAGTAGCAACAACACTCACTGACCTTAGAAGGAAAAAT
  TTCCTTTTATAATTACTTGTTAGTCTAACACAGTTGTAACTTTCCATACAGTATATTACT
  TTACTTTAAAATGAAGATATCTTGCGGAAGTGTATCTTCTGTGGCTTTTCTTCAAAATGA
  AGCCATTGGTCACATGCTGAGATTGAGTTTGCTGGAAGTGTTAAGACTCCATCTGGTCAT
  CTTGTGAGTCAACACTTATAGTGGAACCTTGGCTGCTGGTATCAGCAGTTTCATAGGACT
  TCTGGTCTTTGGCAAAGTTGATGAAAACCTCTTCCAGAGTGGTCTGACTCACTAAGAAAT
  TTGTAATATTTAAAGCAGTCTTGTTGGTTTCCAGCAGATCAAAAATGTTTGCGACTCCTC
  CTGCTGTGACTGGTACATGATACTCTAGCATGCTGAGGTGCTGATCTTTTAAGTATGTTT
  TTGGAAAGTGCAGCTGCATGAACTTTGTGAGGGTCTCCATGGTCACTTTGTTATTCTCCA
  ATGAACTTTGACAGTAAATCCTCGTCCAAACCTGCTCTTTATGTGCTGCAAAGATCCATA
  CATTGAAACTTTCCATTCACCAATATGGCCAACCTGTTACAGAGAGCTTCACATTCTTCC
  
• Restriction Sites: Please inquire
• ACCN: NM_173076
• ORF Size: 7788 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).
• OTI Annotation: There are 2 nucleotide differences between the OriGene clone and the NCBI reference ORF. OriGene considers these to be polymorphisms and to reflect the natural differences between individuals. These result in the conservative substitution of 1 amino acid (Thr/Ser at amino acid 777).

Reference Data

• RefSeq: NM_173076.2, NP_775099.2
• RefSeq Size: 9112
• RefSeq ORF: 7788
• Locus ID: 26154
• Protein Families: Druggable Genome, Transmembrane
• Protein Pathways: ABC transporters
• Gene Summary: The membrane-associated protein encoded by this gene is a member of the superfamily of ATP-binding cassette (ABC) transporters. ABC proteins transport various molecules across extra- and intracellular membranes. ABC genes are divided into seven distinct subfamilies (ABC1, MDR/TAP, MRP, ALD, OABP, GCN20, and White). This encoded protein is a member of the ABC1 subfamily, which is the only major ABC subfamily found exclusively in multicellular eukaryotes. Alternative splicing of this gene results in multiple transcript variants. [provided by RefSeq, Jul 2008]
  Transcript Variant: This variant (1) encodes the longer isoform (a).