Cacna1f (NM_019582) Mouse Untagged Clone

CAT#: MC225104

Cacna1f (untagged) - Mouse calcium channel, voltage-dependent, alpha 1F subunit (Cacna1f), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Cacna1f
• Synonyms: A930034B14; Cav1.4; nerg1; nob2; Sfc17
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225104 representing NM_019582
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGTCGGAATCTGAAGTCGGGAAAGATACAACCCCAGAGCCCAGTCCAGCCAATGGGACTGGCCCTGGCC
  CTGAATGGGGGCTCTGTCCTGGGCCTCCAACTGTGGGGACTGATACCAGCGGGGCGTCAGGCCTGGGGAC
  CCCAAGAAGAAGGACCCAGCACAACAAACACAAGACTGTGGCGGTGGCCAGTGCTCAGAGATCACCTCGA
  GCGCTCTTCTGCCTCACCCTTACTAATCCCATTCGTCGGTCCTGCATCAGCATTGTAGAGTGGAAGCCTT
  TTGATATTCTCATCCTCCTGACAATCTTTGCCAACTGCGTGGCATTGGGGGTATATATCCCCTTCCCTGA
  GGACGACTCCAACACTGCTAACCACAACTTGGAACAGGTAGAATACGTGTTCCTGGTGATTTTCACCGTG
  GAGACAGTGCTCAAGATCGTAGCCTATGGGCTGGTGCTCCATCCCAGCGCCTATATTCGCAATGGCTGGA
  ACCTGCTCGACTTCATCATCGTCGTGGTCGGGCTGTTCAGCGTGCTGCTGGAACAAGGACCTGGGCGGCC
  AGGAGATGCCCCGCATACTGGAGGAAAGCCAGGAGGCTTCGATGTAAAGGCACTGCGGGCATTTAGGGTG
  CTACGACCTCTAAGGCTAGTGTCTGGGGTCCCGAGTCTGCACATAGTGCTCAATTCCATCATGAAGGCGC
  TTGTGCCGCTGCTGCACATTGCCCTGTTGGTGCTCTTCGTCATTATCATTTACGCCATCATCGGACTCGA
  GCTATTCCTCGGACGAATGCACAAGACATGCTACTTCCTGGGATCTGATATGGAAGCAGAGGAGGACCCA
  TCACCTTGTGCATCTTCTGGCTCTGGGCGTTCATGCACACTGAACCATACCGAGTGCCGCGGGCGCTGGC
  CAGGACCCAACGGTGGCATCACGAACTTCGACAATTTTTTCTTTGCCATGCTAACTGTGTTCCAGTGTAT
  TACCATGGAAGGCTGGACAGACGTCCTCTACTGGATGCAGGATGCCATGGGGTATGAGCTGCCTTGGGTG
  TACTTTGTGAGCCTTGTCATCTTTGGGTCCTTCTTTGTCCTCAACCTTGTGCTTGGAGTCCTAAGCGGGG
  AGTTCTCCAAGGAAAGAGAAAAGGCAAAAGCACGAGGTGACTTTCAGAAGCTTCGGGAGAAGCAGCAGAT
  GGAAGAAGACCTTCGGGGCTACCTGGACTGGATCACACAGGCTGAGGAGTTAGACCTTCATGACCCCTCA
  GTAGACGGCAACTTGGCTTCTCTTGCTGAAGAGGGACGGGCGGGCCATCGGCCACAACTGTCAGAGCTGA
  CCAATAGGAGGCGCGGACGGCTGCGATGGTTCAGCCACTCTACTCGCTCCACACACTCCACCAGCAGCCA
  CGCCAGCCTCCCAGCCAGTGACACTGGCTCCATGACAGACACCCCTGGAGATGAGGATGAAGAAGAGGGG
  ACCATGGCTAGCTGTACACGCTGCCTAAACAAGATTATGAAAACAAGGATCTGCCGCCACTTCCGCCGAG
  CCAACCGGGGTCTCCGTGCACGCTGCCGCCGGGCCGTCAAGTCCAACGCCTGCTACTGGGCTGTACTGTT
  GCTCGTCTTCCTCAACACGTTGACCATAGCTTCAGAGCACCATGGGCAGCCTTTGTGGCTCACCCAGACC
  CAAGAGTATGCCAACAAAGTTCTGCTCTGCCTCTTCACTGTGGAGATGCTCCTCAAACTGTACGGCCTGG
  GCCCCTCTGTCTACGTTGCCTCCTTTTTCAACCGCTTTGACTGCTTCGTGGTCTGTGGGGGCATCCTAGA
  AACCACTTTGGTGGAGGTGGGGGCCATGCAGCCTCTTGGCATCTCAGTGCTCCGATGTGTACGTCTCCTC
  AGGATCTTCAAGGTCACCAGGCACTGGGCATCCCTGAGCAATCTGGTGGCATCTTTGCTCAATTCCATGA
  AGTCCATCGCCTCCTTGCTGCTTCTCCTCTTTCTCTTCATCATCATCTTCTCCCTGCTTGGCATGCAGCT
  GTTTGGGGGCAAGTTCAACTTTGACCAGACCCACACCAAGAGGAGCACCTTTGATACCTTCCCCCAAGCC
  CTCCTCACTGTCTTTCAGATCCTGACTGGTGAGGATTGGAACGTTGTCATGTATGATGGTATCATGGCCT
  ACGGTGGGCCCTTCTTCCCAGGGATGCTGGTGTGTGTTTATTTCATCATCCTCTTCATCTGTGGCAACTA
  CATCCTGCTGAACGTGTTTCTTGCCATTGCCGTGGATAACCTAGCCAGCGGGGATGCAGGCACTGCCAAA
  GACAAGGGCAGAGAGAAGAGCAGTGAAGGAAACCCTCCAAAGGAGAACAAAGTATTGGTGCCTGGTGGAG
  AGAATGAGGACGCAAAGGGTGCAAGAAGTGAAGGAGCAGCACCAGGCATGGAGGAGGAGGAGGAGGAGGA
  AGAAGAAGAAGAGGAGGAGGAGGAAGAGGAAAATGGTGCAGGACATGTGGAACTCTTGCAGGAAGTAGTA
  CCCAAGGAGAAGGTGGTACCCATCCCTGAAGGCAGTGCCTTCTTCTGCCTTAGCCAAACCAACCCGCTTC
  GGAAGGCCTGCCACACACTCATACATCACCATATCTTCACCAGTCTCATCCTAGTGTTCATCATCCTCAG
  TAGTGTGTCCCTGGCTGCTGAGGACCCCATCCGAGCTCACTCCTTCCGAAACCATATTCTGGGATATTTT
  GATTATGCCTTCACCTCCATATTCACTGTGGAGATTCTACTCAAGATGACAGTGTTTGGGGCCTTCCTGC
  ACCGAGGCTCTTTCTGCCGTAGCTGGTTCAATCTGTTGGATCTCCTTGTGGTCAGTGTGTCCCTCATCTC
  CTTCGGCATCCACTCCAGTGCCATCTCAGTTGTGAAGATTCTCCGAGTCCTCCGAGTCCTGCGGCCTCTC
  CGAGCCATCAACAGAGCCAAGGGACTCAAGCATGTGGTGCAGTGTGTGTTCGTGGCCATCCGGACCATCG
  GAAACATCATGATTGTCACCACCCTCTTGCAGTTCATGTTCGCCTGCATTGGTGTTCAGCTGTTCAAGGG
  AAAATTCTACAGTTGCACTGATGAGGCCAAACACACCCTGAAAGAATGCAAGGGCTCCTTCCTCATCTAC
  CCTGATGGAGATGTGTCACGACCTTTGGTCCGGGAGCGGCTCTGGGTCAACAGTGATTTTAACTTTGACA
  ACGTCCTTTCAGCCATGATGGCCCTGTTCACTGTCTCTACCTTTGAAGGCTGGCCTGCGCTACTATACAA
  GGCCATAGATGCAAACGCAGAAGATGAGGGCCCTATCTACAATTACCATGTGGAGATATCAGTATTCTTC
  ATTGTCTACATCATCATCATCGCCTTCTTCATGATGAACATCTTTGTGGGCTTTGTTATCATCACATTCC
  GTGCCCAGGGAGAGCAGGAGTACCAAAACTGTGAACTGGACAAGAACCAGCGCCAGTGTGTGGAATATGC
  CCTCAAAGCTCAGCCACTCCGCCGATACATCCCTAAGAATCCTCATCAGTACCGCGTGTGGGCCACTGTG
  AACTCTGCTGCCTTTGAGTACCTCATGTTTCTGCTCATCCTGCTCAACACGGTGGCCCTAGCCATGCAGC
  ACTATGAACAGACTGCTCCCTTTAACTATGCCATGGACATCCTCAACATGGTCTTCACTGGCCTCTTCAC
  CATTGAGATGGTGCTCAAAATCATCGCCTTTAAACCCAAGCATTACTTTGCAGATGCCTGGAATACGTTT
  GATGCTCTCATTGTAGTGGGCAGTGTAGTCGACATCGCCGTCACAGAAGTCAATAACGGAGGCCATCTTG
  GCGAGAGTTCAGAGGACAGCTCCCGCATATCTATCACGTTCTTTCGCCTCTTCCGAGTCATGAGGCTGGT
  CAAGCTTCTGAGTAAGGGTGAGGGGATCCGCACACTGCTCTGGACATTCATCAAGTCTTTCCAGGCCTTG
  CCCTATGTGGCACTTCTCATAGCAATGATATTCTTCATCTATGCAGTCATTGGCATGCAGATGTTTGGCA
  AGGTGGCTCTTCAGGACGGCACGCAGATAAATCGAAACAACAATTTCCAGACCTTTCCGCAGGCTGTGCT
  GCTTCTGTTCAGGTGTGCCACTGGTGAGGCCTGGCAAGAGATAATGCTAGCCAGCCTTCCAGGAAATCGA
  TGTGACCCTGAGTCTGACTTTGGCCCAGGCGAGGAATTTACCTGTGGTAGCAGTTTTGCCATCGTCTACT
  TCATCAGCTTCTTTATGCTCTGTGCCTTCCTGATTATAAATCTCTTTGTGGCTGTAATCATGGATAACTT
  TGATTACCTAACCAGAGATTGGTCTATCCTGGGACCCCACCACCTTGATGAATTCAAGAGGATCTGGTCT
  GAATATGACCCCGGAGCCAAGGGCCGCATCAAGCACTTGGATGTGGTTGCCCTGCTGAGACGCATCCAGC
  CCCCATTGGGATTTGGAAAGCTATGCCCACACCGAGTGGCCTGCAAGAGACTCGTGGCAATGAATGTGCC
  CCTCAACTCAGATGGAACAGTGACATTCAACGCTACACTCTTTGCCCTGGTGCGGACATCCCTGAAGATC
  AAGACAGAAGGGAACCTGGATCAAGCCAACCAGGAGCTTCGGATGGTCATCAAAAAGATCTGGAAGCGGA
  TAAAGCAGAAATTGTTGGATGAGGTCATCCCTCCTCCCGATGAGGAGGAGGTCACTGTGGGAAAATTCTA
  TGCCACATTCCTGATCCAAGATTATTTCCGAAAATTCCGGAGAAGGAAAGAAAAGGGGCTACTAGGAAGA
  GAGGCCCCAACAAGCACATCCTCTGCCCTCCAGGCTGGTCTAAGGAGCCTGCAGGACTTGGGTCCTGAGA
  TCCGTCAAGCCCTCACCTATGACACTGAGGAAGAAGAGGAAGAGGAAGAGGCAGTGGGTCAGGAGGCTGA
  GGAAGAGGAAGCTGAGAACAACCCAGAACCATACAAAGACTCCATAGACTCCCAGCCCCAATCTCGATGG
  AACTCTAGGATTTCGGTGTCTCTACCTGTTAAGGAGAAACTTCCAGATTCTCTCTCAACTGGGCCGAGTG
  ATGATGATGGGCTGGCTCCCAACTCCAGGCAGCCCAGTGTGATACAGGCTGGCTCCCAACCACACAGGAG
  AAGCTCTGGGGTTTTCATGTTCACTATCCCGGAAGAAGGAAGTATTCAGCTCAAGGGAACTCAAGGGCAG
  GACAATCAGAATGAGGAACAGGAAGTCCCTGACTGGACTCCTGACCTGGATGAGCAGGCCGGGACTCCTT
  CGAACCCAGTCCTTTTACCACCTCACTGGTCCCAGCAACACGTAAACGGGCACCATGTGCCACGCCGACG
  TTTGCTGCCCCCCACGCCTGCAGGTCGGAAGCCCTCCTTCACCATCCAGTGTCTGCAACGCCAGGGCAGT
  TGTGAAGATTTACCTATCCCAGGCACCTACCATCGTGGACGGACCTCAGGACCAAGCAGGGCTCAGGGTT
  CCTGGGCAGCCCCTCCTCAGAAGGGTCGACTGCTATATGCCCCCCTGTTGTTGGTGGAGGAATCTACAGT
  GGGTGAAGGATACCTTGGCAAACTTGGCGGCCCACTGCGTACCTTCACCTGTCTGCAAGTGCCTGGAGCT
  CATCCGAATCCCAGCCACCGCAAGAGGGGCAGTGCTGACAGTTTGGTGGAGGCTGTGCTCATCTCCGAAG
  GCCTAGGTCTCTTTGCCCAAGACCCACGATTTGTGGCCCTGGCCAAGCAGGAGATTGCAGATGCATGTCA
  CCTGACCCTGGATGAGATGGACAGTGCTGCCAGTGACCTGCTGGCACAGAGAACCACCTCCCTTTACAGT
  GATGAGGAGTCTATTCTTTCCCGCTTTGATGAAGAGGACCTGGGAGATGAGATGGCCTGTGTCCATGCCC
  TCTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_019582
• ORF Size: 5955 bp
• Insert Size: 5955
• 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_019582.2, NP_062528.2
• RefSeq Size: 6075
• RefSeq ORF: 5955
• Locus ID: 54652