Akna (NM_001108668) Rat Untagged Clone

CAT#: RN201354

Akna (untagged ORF) - Rat AT-hook transcription factor (Akna), (10 ug)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Akna
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN201354 representing NM_001108668
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCCAGCTCAGGGACAAAGGCACAATGGGCAGGGTCAAACCTGGGGCAAGGACCCCGAAGGCGGCGCT
  GGGCTTGGGCCGAGGAACAAGATGCAGACGGAAGAGGTGACCAGGGCTGGAGAAACAAACAGTCTCTTCC
  TGAAGCCATCACTCCTGAGCTCCTAGAGGACTTTCGCCAGGCACAGGAGCACCTGCCACCCCTGGAGTGG
  GACCCAGACATGCAGGGCTCCGAAGAGTCTTCTGCAGAAGACACTGAAGCTGACGATGTGAGCAGCCCAG
  AGGGTTCCCCCGTGCCTCTGCCCTGGCTCTCCAGGCACAGTCAACGGCTGGGCCTGTCTGATGAGGAGCT
  GGATGAGACCCCTGGGAGCCCTGAGGTGGACTTAGCTGGAGAGAGTAGTACGGAACTGGAGTGTGAAGAC
  CAGGGAGATCTCAGCCCTCCGGTTGCAGGACAGGAGCCAGCCAGAGGCTGGGTTGCCTCTATCAAACAAG
  GCAGTAACTACAGACCTTCAGAGCATCCAGAGGCCCAGCCATCTGTTGAACACAGCCGCACAAAGTCTTG
  GAGCAATGCGACCATGGGCCTCGGTCAACCTAGTGACAGCCTTGGTTCTACCTGGGAAGGAGACACTGAT
  GTCCCCCAGCCTGACACCTTGCCTGAAGCCCTGCCACAGAGTCCATGCCACAACCTTCTCCACCCAGATG
  ACAGAAATGAAGGTGACGTTGCTCCGGCAACACCCACAGAATTCCGGCACTCCTTAGCAGCGCCAGCCCG
  GAATCCTGAGCGCTCTGCTGGCACATGGGGCCGAGAAACCACCAGCCTACCCAGCTCTCGGCCTGAGGAC
  CAAAGCTGGAAGAGAACTAAGGCATCACCTAAGCCACTGCCCTCCCGGTTTACTGGCTCTGTTAGCCCCC
  TGAGTACTCGGCTTGGGGCAGTAAACAAAGTTGTGTCACAGCACAAGCAGGGAGCCACCGTGGCTGGCCA
  CTCTTCTTCACGGGTTCCTAAGTATGGCAGGGGGCGCCTGAACTACCCACTCCCTGACTTCTCCAAGGTG
  GGGCCCCGGGTGAGGTTTCCCAAAGATGAGAACTACCGACCCCCAAAATCCAGAGGCCACAATAGGCAAC
  AAGGCTCTACCAGACCCCTCATCTTCAAGTCACCAGCTGAGATCGTCCGGGATGTACTGTTGAGTAGCGG
  AGACACGCCCCTGGCCAAGGAATCTTCTCTTGCTCACCCTGTCACCAGGGTGCCCCAGGAGTTCCAGACA
  CCGGAGCAAGCCACCGAGCTAGTTCATCAGCTCCAGGAGGACTATCACAAGCTCCTCACCAAGTATGCAG
  AGGCTGAGAACACCATCGACCAACTTCGCCTTGGGGCCAAGGTGCACCTGTATTCAGACCCGCCCCAGCC
  CAGTCAGAGCTTCTGCTCTGGGTCAATGCCACAGGGAAGCAAGGTCTTATCTTTCTCTATCCCGCAACCC
  AGATCAGCAGAGTGGTGGCCTGACCCTGCCCAGGATTCACAGGCCTCTGAGGCCACAGGGTGGCCGTTCC
  CACGAACAGACCTGAGTCCCTCCTCGTCCCCCAGCATGGCCACTCCAGGGCGGCCTCATCAGAGCCAGGG
  CATTGCTGTAGACCAGCCCTCCACAGGACAGATCCAGGCACTGACCTCTCAGGCCAGCCGGCTCCTGGCC
  AAGGTGGAATCCTTCGAGGAACTGGTACTGGCCGGACACCTCCCACCCCAGGACCAAATCAAGAGCTTGG
  AGCAACTGAGGGCAGCCCACATGGCCCTAGAGGCAGAGTACGTGCAGGCCTGCGGAGAAGAGCACCTGGA
  CCCTCAGCTTGATGCCTCCCAGGGGAGTCCCAGGACTCTCAACCTCTGCAGGGAGCTAGAAGCAGAGATA
  TACCAGCTGGGACAGCGCCTGGAAGAGCTGCAGGACCATATAGACCAGACCCGAGCAGAGCCAGAGCCAT
  GCGGGACAGACCTGCAGGACAGCACCCCAACCATACCCTTCCAGCCCCAGCCAGCTCACCTACCCATGCC
  TTCAGGACCAGTGCCCCCGCCAGATGTGCAAACCTACCAGGAGCCTGTCACCACCACCACTTCCCCTGGA
  AACTCCTGCATGCTCCCCATGCCCAAGGAGGTAAACCTGGGCATCAGGACAGAGGGAAGCCCAAGAGGTC
  TCCTGGTCCCACTCAAGGACAGGAAGCTTCAGGCAGAGCAGGACTTCCATGGCCTTCTGGAGAGATACCT
  CAGTGTGAAGTCCCTCCCTGAAGCCTTGAGGGTTGAAGACGAGGAAGACCCGGAGGAGGAGGAAGAGCAG
  CAGGATCACCCTGACACCTTGAAAGTTGATGGTTCAACTGCAGCTCCAGGAAAAACAGAAGCCAGGAGGG
  CATCACCAGGACAGCACCCAGCACAGGCTGAGGAAAGACACAGGGCTGCTATCCAGGAGGATAAGGAGCA
  GATGGTATCTATGAAGTCATCAAACTTCCAGCCATCCATGGCCAGAAATAGATACACGCCAGTCCTGGAT
  ACAGCTGGAGTGGCTCAAGGGGGCACCAAACCCATGCCATCACATCAGAGCAGTCTGACCAGCCTGGAAG
  AGAGCAGGCCCTCAGATCTCCTCCCTCGAAAAGCCCTGCTTCGGGCTGGTGGGCCCCACACTGAGGAGCC
  CTGGATGGTGTCTCCAGAGACAGACAGTGGCTTCGTGGGCTCAGAAACCAGCATTGTGTCACCCTTCACC
  CAGACCCCAGAGCACCAGATCTCCCACATCAGCACCCCAGGCCCATCAGCTCAACACCTCACTGTCTCTG
  CCCCTGGTGACGGGACCTCCCATCCCAAGGTTAAGGGACCCGTGGTTCCCAGAAGAGCCACTGAGGCTGG
  CATACCCAGAAGCCTAACCCAGCGGCATCACTCCAGCCTGAGCTCTCTCCGGAGAGGGGCACAGAGCTGC
  CACCTAGAGGAGACACCAGTGGCTAAGATAGCCGTTCCCAGGTCTGAGTTCAAGAGACAGAAGCAGATTT
  CCAAACAGCACCTTCCCAGTGGAACAACCAGCCCCGACTCTGCCCCAGCTCCCACAGCTGCCTCCATGCC
  GCATGGGTCAGCAGAGAGCACGGCCAACCTCCTCCTCACCAGGACAGAGCGCGACCAGGCCATCAAGGAT
  CTGCAGGCAGAGGTGTCACGGCTCCGCCTACAACTGGAAGACAGCCTGCACCGGCCACGCCCAGACAGCC
  CAGCTTGTGTGGCTCCTGCTTTCAACTGCTCCACCCAGACCCAGAAAAAGCTGGTGGATTCCTCACCCTC
  CTGGGGCTCCCGCTATGGCAGTAAATCCACAGAGAGGCTGTTTGGGGAGCCTAGTGGTGCAGAGCCAGCT
  GAGCCAATGGGAAGAAGGCAAGTCAGGTCCTCCTCGGTGCCTCGGGATGTACCCAGACTGTCAAGTTCTG
  AATCTGAATCGCCTGCCCCTCGGCTATCATCTGAGAAGAACAGAACATTTGAGGAGCATCCCCAGGCTGC
  CCAGTGGGGGACGAGACCACTGGGCAGCACGAAGCGGAGGGAAAGAGTCTCCTTCTGGGGTCAATACACA
  GGCCAGGAGTACCACATTCTGTCCCCAAAGACCAACCTGAAGGACAGTGGCACAGCCTCCTGTCCCCACT
  GCCAGCCCATTAGGACCCAGGACACAGGCAATGCTGTCTCTAGAGAGCCACTGGGATCATCTGCTGCTGA
  CACCCTCCGCTGTTCTCTGTGTGGTGGAGTCAAGCCCTCTGCAGAAGCAGATGGCCCCAGCCCAGCCCCC
  TCAGAGAAAAACACCCCCCAAAAACCTGCACCTTCCACCCCCAGCCTCAAGCGGAAGAAGAGGCAGACGG
  ACTCGCCAGTGCGAATGCTCCCTGGACTCTGGTACCTGGCTGCTGCACCCCCAGCCCCAGCCCCACCAGC
  CTTGGCCTACATCTCGGCTCCCATTATGCCTTATCCACCACCCACTGTGTACTATGCAACCCCAGCACCT
  ACCTCAGTCCACACAGCTTCCCCACAGCCTGCTCAGGGACCTCGGAGAACCCGGCACTCTGTGCAGCTGG
  GTCTGAATGACCTGGAGGAGCTGCAGGCTGCCCTCAGGGAGGCTGCACGGGCTGCTGAGAACGTCCGCTC
  CACCACCCGCCAGCTGAGCCACTCCCTGTCTGCAGACCTGCGCCATGCCCGTAGCCTGAGAGGCTCCTGC
  CTCTTCTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001108668
• ORF Size: 4209 bp
• Insert Size: 4209
• 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_001108668.1, NP_001102138.1
• RefSeq Size: 5353
• RefSeq ORF: 4209
• Locus ID: 362530