Wdr81 (NM_001134360) Rat Untagged Clone

CAT#: RN209832

Wdr81 (untagged ORF) - Rat WD repeat domain 81 (Wdr81), (10 ug)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Wdr81
• Synonyms: RGD1311334
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN209832 representing NM_001134360
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCCCAGGGGAGCAGAAGGCGGAAAGTGGTTCTTACAGCAGGGGCCGAGGGCTGCTCCTCCTCCTCAG
  GACCTGACATGGAGGAGCTGCTCCGGTGCGCGGAGAGAGATCTGAACATCGATGCCCGGCAGCTGGCCCT
  GGCGCCGGGGGGCACCCACGTGGTGGCCCTAGTGTCCACGCGTTGGTTAGCTAGTCTCCGGGAGCGCCGG
  CTGGGACCCTGTCCCCGGGCTGAGGGCCTGGGTGAAGCGGAAGTCAGGACTCTACTGCAACGTTCGGTAC
  AGAGGCTACCCCAGGGCTGGACGCGAGTGGAGGTGCACGGGCTGCGGAAACGGAGACTGTCCTACCCGCT
  GAGCAGAGTCTTGCCCTTTGAGGAGGGGTCCTGTAGCCCTGAGACTCTCACTCGTTTCATGCAGGAGGTG
  GCTGCCCAGAATTACCGGAACCTGTGGCGCCATGCATATCACACTTATGGGCAGCCCTATAGCCACAGCA
  CTGCCCCCTCAGCTATACCTGCCCTAGACTCTATCAGACAAGCTCTACAGAGGGTCTATGGATGCACCTT
  CCTGCCAGTGGGTGAATCCATGCAATGTCTATCAAATGTCAGGGATGGGCCCTCTCGGGGCAGCTCTGCC
  TGCCCCAGCCTTTTGCGAGCTGAGGCCCTGCTGGAGTCACCCGAGATGCTCTATGTGGTACACCCTTATG
  TGCAGTTCTCCCTGCATGATGTAGTTACCTTCAGCCCTGCCAAACTGACCAACAGTCAAGCCAAGGTGCT
  TTTCATTCTCTTCCGTGTTCTGAGGGCCATGGATGCCTGTCACCGCCAGGGTCTGGCCTGTGGGGCCCTG
  TCTTTGCACCACATCGCTGTAGACGAGAAGCTTTGCAGCGAGCTCCGGCTGGACCTGAGTGCTTATGAGA
  TGCCTTCTGAGGATGAGAATCAGGAGGTCTCTGAAGAGAAAGACAGGACAGGTGTTAAGTCTGAAAAAGA
  CGGGGAAGGGAGACCTGGGTGTCCCACCTGCCAGAAAGAACTTAGGGGCCTTGTGCTAGACTGGGTCCAT
  GGCCGCGTCAGCAACTTCTACTACCTCATGCAGCTGAATCGGTTGGCAGGTCGACGGCAGGGGGATCCCA
  ACTATCACCCAGTGCTGCCCTGGGTGGTGGATTTTACCACGCCTTACGGGCGCTTCCGAGACCTTCGTAA
  ATCCAAGTTCCGACTCAACAAGGGAGATAAGCAATTGGACTTCACCTATGAGATGACACGGCAGGCATTT
  GTAGCCGGTGGTGCGGGAAGTGGGGAGCCACTTCATGTTCCTCACCACATCTCCGATGTGCTCTCTGACA
  TCACATACTATGTATACAAGGCCCGTCGCACACCCCGATCGGTGCTCTGTGGACATGTCCGGGCACAGTG
  GGAGCCCCACGAGTATCCTGCCACCATGGAGCGGATGCAGACCTGGACACCAGATGAGTGCATACCCGAA
  TTCTACACGGATCCCTCTATCTTTTGCTCCATCCACCCTGACATGCCTGACCTGGACGTGCCAGCCTGGT
  GCAGTTCTAACCAGGAATTTGTGACTGCCCATAGAGCACTGCTGGAGAGCTGGGAGGTGTCCCAAGACCT
  GCATCATTGGATTGACCTTACTTTTGGCTACAAACTCCAGGGCAAAGAAGCTGTGAAGGAGAAGAATGTG
  TGTCTGCACCTGGTGGATGCTCACACCCATCTGACCAGCTATGGCGTGGTACAGCTGTTTGATCAGCCAC
  ACCCCCAACGCCTGGCTGGGGCTCCTGCCCTGGCCCCTGAACCTCCACTCATACCCCGGCTGTTGGTCCA
  GCCTATTCAGGAGGCCACGGGCCAGGAGGACATCTCAGGACAACTTATTAATGGTGCGGGCAGGCATGTT
  GTAGAGGTCACTCCATGTGAGAGTGGCTGGACTAGAGAGAGGCCCACGGCAGGGGAAGATGACTTAGAAC
  AGGCTACAGAAGCTCTGGATTCCATTTCCATCCCTGGGAAAGCAGGTGACCAGCCAGGCTCTTCCTCCAG
  TCAGGCCTCACCTGGTCTGTTGCCTTTTTCTGCACCCTCAGGCTCTCGGCCAGGCCGCAGGAGCAAAGCT
  ACCGGGTTGGACTCCGGGGAGGGCGACGAGGGCAAGATTGTTCTTCCAGAAGGCTTCAGTCCCATACAGG
  CCTTGGAAGAGCTAGAGAAAGTGGGTAACTTCCTGGCCAGAGGCCTAGGGAGCCAGTTGGAGGAACCCGA
  GAAGCCTCAAGCCCAGCCACCTGTGTACCTGCAGAGTCTCTTCCATCGAGACATGCAGGTGCTGGGTGTC
  CTGTTGGCTGAGATGGTGTTTGCCACCAGGGTCCGGATACTGCAGCCCGATGCACCTTTGTGGGTACGCT
  TTGAGGCTGTTAGGGGCCTCTGCACACGCCACTCCAAGGACATCCCCGTGTCTCTGCAGCCTGTGCTGGA
  CACACTCCTACAGCTGAGTGGACCCAAAAGTCCCTTAGTGGTGAAGAAGGGCAAGCTAGACCCACTGTTT
  GAGTACAGGCCTGTTTCCCAAGGATTGCCCCCACCCAGCCCAGCTCAGCTCCTCAGTCCCTTCAGCTCTG
  TGGTCCCCTTCCCTACCTACTTCCCAGCGCTGCACAAGTTCATTCTTTTATATCAGGCCCGGCGTGTGGA
  GGATGAGGTCCAGGGACGGGAGCTGGTGTTTGCTCTATGGCAGCAGCTGGGTGCCGTGTTAAACGAAATC
  ACTCCCGAGGGCTTGGAGATCCTCCTGCCTTTTGTGCTGTCACTCATGTCAGAGGAGCACACGGCTGTGT
  ACACAGCCTGGTACCTATTTGAACCTGTTGCCAAGGCCCTGGGCCCCAAAAATACCATTAAGTACCTCCT
  GAAGCCTCTCATTGGTGCCTATGAGAACCCCTGCCGCCTGCATGGCCGCTTCTACCTGTACACTGACTGT
  TTTGTAGCCCAGTTGGTGGTGCGGTTGGGCTTGCAGGCCTTCCTTATCCACCTGCTGCCCCACGTCCTAC
  AGGTACTGGCTGGGGTGGAGGCCTCCCAAGAGGAGGGCAAAGGCCTGGTTGGGACCACTGAGGATGAGGA
  AAACGAGCTCCCAGTGCCTGGGCCTGGCTCCTGTGCCTTTGGGGAGGAGATTCAAATGGGTGGACAGCCG
  GCTGCTTCCTCAGGACTGGGGCTCCCAGACTACAGGTCAGGCGTCAGCTTCCATGACCAGGCTGACCTGC
  CAGACACCGAGGACTTCCAAGCTGGACTCTATGTGGCCGAGTCTCCACAGCCCCAGGAGGCTGAGGCCGT
  GAGCCTGGGCCAGCTGAGCGACAAGAGCAGCACTAGTGAAGCCTCACAGGGCGAGGAGAGGGGTGGGGAT
  GATGGGGGTGCCCCTGTGGACAAGAACAGCGTGAAGTCAGGGGACAGCAGCCAGGACTTGAAGCAAAGTG
  AAGGCTCTGAGGAAGAGGAGGAGGAGGAGGAAGGCTGTGTGGTGTTGGAGGAGGAGGAGCAGGATGAAGT
  CACAGGAACATCTGAGCTCACTCTGTCTGACACAATACTGTCCATGGAGACGGTTGTGGCTCCCGGCGAT
  GGGAGAGACAGAGAAGAGGAAGAGGAGCCCCTGCCAGAGCAGACAGAGGGCAAAGAGCAGAAGATCCTCC
  TTGATACAGCCTGCAAGATGGTCCGCTGGCTGTCCGCCAAGCTTGGCCCCACTGTAGCCTCTCGCCACGT
  GGCCCGGAACCTGTTGCGCCTGCTGACATCTTGTTATGTTGGGCCCACTAGGCAGCAGTTCACAGTCAGC
  TGTGATGACAGCCCCCCACTGAACGCCGGCAACATCTACCAGAAGAGGCCAGTACTAGGTGACATCGTGT
  CCGGGCCTGTGCTCAGCTGTCTTCTCCATATTGCCCACCTATATGGAGAACCCGTTCTCACCTACCAGTA
  CCTGCCCTACATCAGCTACCTGGTAGCCCCGGGGAGCAACTCAAGCCCCAGCCGACTGAACAGCCGCAAG
  GAGGCCGGGCTGCTGGCTGCGGTGACACTGACTCAGAAAATCATCGTATACCTCTCCGACACTACCCTCA
  TGGACATTCTGCCCCGCATTAGCCACGAGGTCTTGCTGCCTGTGCTCAGCTTCCTCACCTCCTTTGTTAC
  AGGGTTCCCAAGCGGGGCCCAGGCCCGGACTGTCCTGTGTGTGAAGACCATTAGTCTAATTGCCCTCATC
  TGCCTGCGCATCGGACAGGAGATGGTCCAGCAGCACCTCAGTGAGCCGGTGGCCACCTTCTTTCAAGTCT
  TCTCTCATCTGCATGAGCTTCGGCAGCAGGATCTGCAGCTGGATCTCAAGGGCTGTACTGAGGGCCAACT
  GCCAGAGGCAACCTTCTCTGATGGGCAGCGACGGCCAGTGGACCCCACCCTGCTGGAGGAGCTGCAGAAG
  GTGTTCACCCTGGAAATGGCGTACACAATCTACGTACCTTTCTCCTGCCTGTTGGGTGACATCATCCGGA
  AAATTATCCCCAACCACGAGTTGGTCGGGGAGCTGGCAGGGCTATATCTGGAGAGCATGAGCCCGAGCTC
  TCTTCGAAACCCAGCCAGCATGGAACCCGTCACGCCTAGTGCTGGCCCTGAATGGAACCCTCAGAGTGGG
  AGCTGTCTCCAGGATGATGGCCACTCGGGGACCTTTGGGAGTGTCCTGGTTGGAAATCGCATCCAGATCC
  CCGACTCTCAGCCCCAGAGTTCCGGGCCACTGGGCTCCATCTCTGGAGTGGGTAGTGGAGGCCTCAGCAG
  CAGGAATGAAGACAATGCTCTGAAGCGGGAGCTGCCCCGGAGTGCCCACGGCCTGAGCGGGAACTGGCTA
  GCATACTGGCAATACGAGATCGGTGTGAGCCAGCAGGATGCCCACTTCCACTTCCACCAGATCCGCCTGC
  AGAGCTTTCCAGGCCACACCGGGGCTGTCAAGTGTGTGGCCGCCCTGAGCAGTGAAGACTTCTTTCTGAG
  TGGCAGCAAGGACCGTACGGTGCGTCTTTGGCCACTGTACAACTATGGGGATGGGACCAGTGAGACGGCT
  CCCCGTCTCATCTACGCCCAGCACCGCAAAAGTGTCTTCTACGTGGGCCAGCTTGAGGCCCCGCAGTATG
  TGGTGAGCTGTGATGGGGCAGTGCACGTCTGGGACCCCTTCACAGGGAAGACCCTTCGCACAGTGGATCC
  TTCAGACAGCCGGGTGCCCCTGACTGCTGTAGCTGTCATGCCTGCCCCCCACACCAGCATCACCATGGCC
  AGCTCTGACTCCACCCTGCGCTTTGTGGATTGCAGGAAGCCTGGCTTGCAGCATGAGTTCCGACTGGGTG
  GAGGGCTGAACCCTGGGCTTGTTCGCTCCTTGGCTGTCAGCCCCAGTGGCCGGAGTGTTGTGGCTGGCTT
  CTCCTCTGGCTTCATGGTGCTTCTAGATACCCGCACGGGCCTGGTTCTCCGAGGCTGGCCGGCCCATGAA
  GGGGACATTCTACAGATCAAGGCTGTAGAGGGCAGTGTGATAGTCAGCTCCTCTTCCGACCATTCCTTGA
  CTGTTTGGAAGGAGCTGGAGCAGAAGCCCACGCACCACTACAAGTCAGCATCGGACCCAATCCACACCTT
  CGACCTGTACGGCAGCGAGGTGGTCACTGGCACTGTGGCCAACAAGATTGGTGTCTGTTCCCTGCTTGAA
  CCACCCTCTCAGGCCACCACAAAGCTCAGTTCCGAGAACTTCCGTGGTACACTCACCAGTCTGGCTTTGC
  TGCCCACGAAACGCCACCTCCTGCTGGGCTCTGACAATGGCATCATCCGCCTCCTGGCATAG
  
  AGCGGACCGACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCC
  TGGATTACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-RsrII
• ACCN: NM_001134360
• ORF Size: 5802 bp
• Insert Size: 5802
• 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_001134360.1, NP_001127832.1
• RefSeq Size: 6830
• RefSeq ORF: 5802
• Locus ID: 303312