CAIN (CABIN1) (NM_001201429) Human Untagged Clone

CAT#: SC331424

CABIN1 (untagged) - Homo sapiens calcineurin binding protein 1 (CABIN1), transcript variant 3

Specifications

Product Data

• Type: Human Untagged Clone
• Tag: Tag Free
• Symbol: CABIN1
• Synonyms: CAIN; KB-318B8.7; PPP3IN
• Vector: pCMV6 series
• Sequence Data:
  Fully Sequenced ORF

  >NCBI ORF sequence for NM_001201429, the custom clone sequence may differ by one or more nucleotides
  
  
  ATGATTCGAATTGCAGCCTTAAATGCCAGCTCCACCATTGAGGATGATCATGAAGGAAGCTTTAAAAGTC
  ACAAAACCCAGACAAAGGAGGCTCAGGAAGCAGAGGCTTTTGCATTGTACCACAAGGCCCTTGATCTGCA
  GAAACATGACCGGTTTGAGGAGTCTGCCAAAGCCTACCATGAGCTCTTGGAGGCGAGCCTGCTGCGGGAG
  GCAGTTTCATCCGGTGATGAGAAAGAGGGGTTGAAACACCCTGGGCTGATACTGAAATATTCCACTTATA
  AGAACTTGGCCCAGCTGGCAGCCCAGCGGGAGGATCTGGAGACAGCCATGGAGTTCTACTTAGAGGCAGT
  GATGCTGGACTCCACAGATGTCAACCTCTGGTATAAGATTGGACATGTGGCCCTGAGGCTCATCCGGATC
  CCCCTGGCTCGCCATGCTTTTGAGGAAGGGCTGCGGTGCAATCCTGACCACTGGCCCTGTTTGGATAACC
  TAATCACTGTCCTGTACACCCTCAGTGATTACACAACATGTCTGTACTTCATCTGCAAAGCTTTGGAGAA
  GGATTGCCGGTACAGCAAAGGGCTGGTCCTCAAGGAGAAGATTTTTGAGGAGCAGCCTTGTCTCCGGAAG
  GACTCTCTCAGAATGTTCCTCAAATGCTGGAAGTGCCTCGGAGAGAGCTTGCTGGCCATGTACAATCATC
  TCACCACCTGTGAGCCCCCACGTCCCAGCCTTGGCAAAAGGATTGATTTGTCGGACTACCAGGACCCCAG
  CCAGCCTCTTGAGTCCTCCATGGTGGTGACGCCAGTTAACGTGATCCAGCCAAGCACTGTCAGCACCAAC
  CCAGCTGTGGCTGTCGCCGAGCCTGTGGTCTCCTACACCTCTGTGGCTACAACCAGCTTCCCACTGCACA
  GTCCTGGTCTGTTGGAGACAGGCGCTCCTGTGGGTGATATTTCTGGGGGAGATAAATCCAAGAAAGGGGT
  AAAACGGAAGAAGATTTCAGAAGAGAGTGGAGAAACAGCAAAGCGGCGGTCTGCCCGTGTCCGAAACACC
  AAGTGCAAAAAAGAAGAGAAAGTAGACTTCCAGGAGCTTCTGATGAAGTTCTTGCCGTCCAGGTTAAGAA
  AGCTGGACCCTGAGGAGGAAGATGATTCCTTTAATAACTATGAAGTCCAGTCAGAAGCCAAACTGGAAAG
  CTTCCCAAGCATTGGGCCTCAAAGGCTGTCATTTGACTCAGCCACATTCATGGAATCTGAAAAGCAGGAC
  GTGCATGAGTTCCTGCTGGAGAACCTAACCAACGGGGGCATCCTGGAGCTGATGATGCGCTACCTGAAAG
  CCATGGGCCACAAGTTCTTGGTAAGGTGGCCTCCAGGCTTGGCGGAGGTCGTGCTCAGCGTCTACCACAG
  CTGGAGGAGGCACAGCACCAGCCTGCCCAACCCGCTGCTGAGGGACTGCAGCAACAAGCACATCAAGGAC
  ATGATGCTGATGTCTCTCTCCTGCATGGAACTCCAGCTGGACCAGTGGCTGCTGACCAAAGGCAGAAGCT
  CTGCAGTGTCTCCTCGGAACTGCCCTGCTGGTATGGTGAATGGCAGATTTGGACCTGACTTCCCAGGGAC
  CCACTGCCTGGGTGACCTCCTACAGCTGTCATTTGCCTCGTCCCAGCGCGACCTGTTCGAGGATGGTTGG
  CTGGAGTTTGTGGTCCGTGTTTACTGGCTGAAGGCTCGCTTCCTGGCGCTGCAGGGAGACATGGAGCAGG
  CCCTGGAGAACTATGACATCTGCACAGAAATGCTCCAGAGTTCCACCGCCATCCAGGTGGAGGCAGGGGC
  TGAACGAAGAGACATTGTCATCCGGCTGCCCAACCTCCATAATGACTCTGTGGTTTCCCTGGAGGAGATT
  GATAAGAACCTGAAGTCGCTGGAGCGGTGCCAGTCCCTGGAGGAGATTCAGCGGCTGTATGAAGCAGGCG
  ACTACAAGGCTGTTGTGCATCTGCTCCGCCCCACTTTGTGCACCAGTGGGTTTGACCGGGCCAAACACCT
  GGAGTTTATGACTTCCATTCCTGAGAGGCCAGCCCAGCTGCTTCTTCTGCAGGACTCCTTGCTCCGGCTG
  AAGGACTATCGGCAGTGTTTTGAGTGTTCCGATGTGGCTCTGAACGAGGCTGTCCAGCAGATGGTGAACT
  CAGGTGAGGCTGCCGCCAAGGAGGAGTGGGTGGCCACAGTGACCCAACTGCTGATGGGCATCGAGCAGGC
  CCTCTCTGCGGACAGCAGTGGTAGCATCCTGAAGGTATCATCCTCCACCACTGGCCTTGTGCGGCTCACC
  AACAACCTCATCCAGGTCATTGACTGCAGCATGGCTGTGCAGGAGGAGGCCAAGGAGCCCCACGTCTCTT
  CAGTGCTACCCTGGATCATTCTACACCGGATCATCTGGCAGGAGGAAGACACCTTCCATTCTCTGTGCCA
  CCAGCAGCAGCTCCAAAACCCAGCGGAGGAAGGGATGTCAGAGACGCCCATGCTCCCATCCTCCCTCATG
  CTGCTGAACACAGCCCACGAGTATTTGGGCAGAAGGTCCTGGTGCTGCAATTCAGATGGGGCTCTGCTGC
  GATTCTATGTGCGAGTACTCCAGAAGGAACTGGCTGCATCCACCTCTGAAGACACGCACCCTTACAAGGA
  GGAGCTGGAGACAGCCTTGGAGCAGTGCTTCTACTGCCTGTACAGCTTCCCCAGCAAGAAGAGTAAGGCC
  AGGTACCTGGAGGAACACTCGGCCCAGCAGGTGGATCTTATATGGGAGGATGCACTGTTCATGTTTGAGT
  ATTTTAAGCCCAAGACCCTTCCTGAATTTGACAGCTATAAGACCAGCACCGTGTCTGCTGACTTGGCCAA
  CCTACTGAAGAGAATTGCCACCATTGTGCCTCGCACAGAGAGGCCAGCCCTTAGCCTGGACAAAGTCTCT
  GCCTACATTGAGGGAACTTCAACTGAGGTACCCTGCCTCCCAGAGGGGGCTGACCCCTCCCCTCCAGTGG
  TGAACGAGCTTTACTACCTCCTGGCTGATTATCATTTCAAAAACAAGGAGCAGTCCAAGGCCATCAAGTT
  CTACATGCATGACATCTGCATCTGCCCCAATAGGTTTGATTCCTGGGCAGGCATGGCTCTGGCCCGGGCC
  AGCCGCATTCAGGACAAGCTGAACTCCAATGAGCTGAAGAGTGATGGGCCCATTTGGAAGCATGCCACGC
  CCGTCTTGAACTGCTTCCGTCGGGCCCTGGAGATTGACAGCTCCAACTTGTCCCTATGGATTGAGTATGG
  CACCATGTCCTATGCCTTGCACTCATTCGCCTCACGTCAATTGAAGCAGTGGAGAGGCGAGCTGCCCCCT
  GAGCTCGTGCAGCAGATGGAGGGCCGGCGCGACAGCATGCTAGAGACAGCCAAGCACTGTTTCACATCAG
  CAGCCCGCTGCGAGGGTGATGGTGACGAGGAGGAGTGGCTCATCCACTACATGCTGGGCAAGGTGGCTGA
  GAAGCAGCAGCAGCCACCCACCGTTTACTTGCTGCACTACAGGCAGGCTGGCCACTACCTGCACGAGGAG
  GCTGCCCGCTACCCCAAGAAGATCCACTACCACAACCCACCTGAGCTGGCCATGGAGGCCCTGGAGGTGT
  ACTTTCGGCTCCATGCTTCCATCCTGAAGCTCCTGGGGAAGCCCGATTCTGGGGTTGGTGCAGAGGTCCT
  GGTCAACTTTATGAAGGAGGCTGCAGAAGGACCCTTTGCCAGGGGCGAGGAGAAGAACACACCCAAAGCT
  TCAGAAAAGGAGAAGGCCTGCCTGGTGGACGAGGACTCCCACTCTTCAGCTGGGACACTGCCGGGCCCCG
  GAGCCTCCCTCCCCTCCTCCTCTGGCCCAGGTCTGACATCCCCACCTTACACAGCCACTCCGATTGACCA
  CGATTACGTCAAATGTAAAAAACCCCACCAGCAGGCAACGCCGGACGACCGAAGCCAGGACAGCACAGCC
  GTAGCACTCTCAGACTCTAGCTCAACGCAGGACTTCTTTAATGAGCCCACCAGCTTACTGGAAGGCTCCA
  GGAAATCCTACACAGAGAAGAGGCTGCCCATTCTCAGTTCCCAAGCAGGAGCGACGGGTAAAGATCTTCA
  GGGGGCCACAGAAGAAAGAGGAAAAAACGAGGAGTCATTGGAGAGTACAGAAGGCTTCCGGGCTGCAGAG
  CAAGGTGTCCAGAAGCCTGCTGCAGAAACCCCAGCCTCTGCTTGCATCCCTGGCAAGCCCTCAGCATCCA
  CACCCACCCTGTGGGATGGGAAGAAGAGAGGGGACCTCCCAGGGGAGCCAGTGGCCTTCCCCCAGGGGCT
  GCCGGCTGGTGCTGAGGAGCAGCGGCAGTTTCTCACAGAGCAGTGCATCGCCTCCTTCCGCCTGTGCCTG
  AGCCGCTTCCCCCAGCACTATAAGAGTCTCTACCGTCTGGCCTTCCTCTACACCTACAGCAAGACCCACC
  GGAACCTCCAGTGGGCCCGCGACGTGTTGCTAGGCAGCAGTATCCCGTGGCAACAACTGCAGCACATGCC
  GGCACAGGGGCTCTTCTGCGAGAGGAACAAGACCAATTTCTTCAACGGCATCTGGCGGATCCCCGTGGAC
  GAGATTGACCGGCCGGGCAGCTTTGCCTGGCACATGAACCGCTCCATCGTGCTGCTGCTCAAGGTGCTGG
  CCCAGCTGCGGGACCACAGCACCCTGCTGAAGGTGTCCTCCATGCTTCAGCGGACCCCAGACCAGGGCAA
  GAAGTATCTGCGAGATGCTGACCGCCAGGTCCTGGCGCAGCGGGCCTTCATCCTCACTGTGAAGGTGCTC
  GAAGACACGCTGAGCGAGCTCGCAGAGGGGTCAGAACGCCCAGGGCCCAAGGTCTGTGGCCTCCCCGGAG
  CCAGGATGACCACCGATGTCTCACACAAGGCCAGTCCTGAGGATGGCCAGGAGGGCCTCCCCCAGCCGAA
  GAAGCCCCCTCTGGCTGATGGCTCAGGGCCAGGGCCCGAGCCAGGAGGCAAAGTGGGCCTCCTCAACCAC
  CGGCCTGTGGCCATGGATGCAGGAGACAGTGCAGACCAAAGCGGGGAGCGGAAGGATAAAGAGAGCCCAC
  GGGCAGGGCCCACTGAGCCCATGGACACGAGTGAGGCCACTGTTTGCCACTCAGACTTGGAGCGGACACC
  ACCCCTGCTGCCAGGTCGCCCCGCAAGGGACCGGGGCCCCGAGAGCCGGCCCACTGAGCTGTCCCTGGAG
  GAGCTGAGCATCAGTGCCCGGCAGCAGCCCACCCCGCTCACCCCAGCCCAGCCAGCCCCCGCCCCCGCCC
  CCGCCACCACCACAGGGACCAGGGCAGGGGGCCACCCGGAGGAGCCGCTCTCCCGGCTCAGCCGCAAGAG
  GAAGCTCCTGGAGGACACAGAGTCAGGCAAGACACTTCTGTTGGATGCCTACCGTGTGTGGCAGCAGGGC
  CAGAAGGGTGTGGCCTATGACCTGGGCCGTGTGGAGAGGATCATGTCGGAGACCTACATGCTCATCAAGC
  AGGTGGATGAGGAGGCTGCGCTGGAGCAGGCTGTGAAGTTCTGCCAGGTCCATCTTGGGGCTGCCGCCCA
  GAGACAGGCCTCGGGGGACACCCCCACCACTCCAAAGCACCCCAAAGACAGCCGAGAGAACTTCTTTCCT
  GTGACAGTGGTGCCCACAGCCCCTGACCCTGTGCCAGCTGACTCTGTCCAGCGGCCCAGTGATGCTCACA
  CCAAGCCTCGCCCTGCACTAGCTGCCGCCACAACTATTATCACCTGCCCTCCGTCAGCATCAGCTTCCAC
  CCTGGACCAGTCCAAGGACCCTGGGCCTCCCCGGCCACACAGGCCTGAAGCTACCCCCAGCATGGCCTCT
  CTGGGCCCAGAGGGAGAAGAGCTGGCGAGAGTGGCAGAGGGCACCAGCTTCCCGCCTCAGGAGCCACGGC
  ACAGTCCGCAGGTGAAGATGGCCCCCACAAGTTCCCCGGCAGAGCCACACTGCTGGCCGGCAGAGGCTGC
  CCTGGGCACAGGCGCTGAGCCCACCTGCAGCCAGGAGGGGAAACTGAGGCCTGAGCCGAGAAGGGATGGG
  GAGGCTCAGGAGGCTGCGAGTGAGACTCAGCCCCTGAGCTCTCCCCCAACAGCTGCCAGCTCCAAGGCCC
  CCAGCAGTGGGAGTGCCCAGCCACCAGAGGGTCACCCAGGCAAGCCTGAGCCCAGCCGGGCTAAGTCCCG
  CCCCCTGCCCAACATGCCAAAGCTGGTCATCCCCTCCGCCGCCACCAAGTTCCCCCCTGAGATCACCGTC
  ACGCCACCCACCCCAACCCTGCTCTCCCCCAAAGGCAGCATCTCGGAGGAGACCAAGCAGAAGCTGAAGT
  CAGCCATCCTTTCTGCCCAGTCTGCTGCCAACGTGAGGAAGGAGAGCCTATGCCAGCCAGCCCTGGAGGT
  CCTGGAGACATCCAGCCAGGAGTCCTCGCTGGAGAGCGAGACAGACGAGGACGACGACTACATGGACATT
  TGA
  
  
• Restriction Sites: SgfI-MluI
• ACCN: NM_001201429
• ORF Size: 6513 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).

Reference Data

• RefSeq: NM_001201429.1, NP_001188358.1
• RefSeq Size: 7072
• RefSeq ORF: 6513
• Locus ID: 23523
• Protein Families: Druggable Genome
• Gene Summary: Calcineurin plays an important role in the T-cell receptor-mediated signal transduction pathway. The protein encoded by this gene binds specifically to the activated form of calcineurin and inhibits calcineurin-mediated signal transduction. The encoded protein is found in the nucleus and contains a leucine zipper domain as well as several PEST motifs, sequences which confer targeted degradation to those proteins which contain them. Alternative splicing results in multiple transcript variants encoding two different isoforms. [provided by RefSeq, Jan 2011]
  Transcript Variant: This variant (3) differs in the 5' UTR and lacks an alternate in-frame exon compared to variant 1. The resulting isoform (b) has the same N- and C-termini but is shorter compared to isoform a.