Fry (NM_001170398) Rat Untagged Clone

CAT#: RN217798

Fry (untagged) - Rat furry homolog (Drosophila) (Fry)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Fry
• Synonyms: RGD1307034
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN217798 representing NM_001170398
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCCAGCCAGCAGGATTCCGGCTTCTTTGAAATCAGTATCAAATATTTACTGAAATCCTGGAGTAACG
  CTTCTCCAGTTGGCAACGGTTACATCAAGCCTCCAGTCCCACCTGCTTCAGGCACGCACAGGGAGAAAGG
  ACCACCGGCCATGTTGCCGATCAATGTGGACCCAGACAGCAAGCCAGGAGAGTATGTCCTCAAGAGTGTA
  TTTGTGAGCTTCACCACTCAGGCTGAGCGTAAGATTCGAATCATCATGGCAGAGCCTTTGGAAAAGCCAT
  TGACAAAATCCCTGCAGCGTGGAGAAGACCCCCAGTTCGACCAGGTCATCAGCTCCATGAGTTCCCTCTC
  TGAGTACTGCCTGCCCTCCATCCTGCGAACACTGTTTGACTGGTACAAAAGGCAGAACGGCATGGAGGAC
  GAATCGCACGAGTACAGACCACGAACGAGCAATAAGTCCAAAAGTGACGAGCAGCAGCGAGACTATTTGA
  TGGAGAGACGGGACCTCGCCATCGACTTTATCTTCTCTTTAGTGTTAATAGAGGTCTTGAAGCAGATCCC
  CCTTCATCCTGTAATAGACGGCTTAGTACACGATATTATTAACTTGGCTTTCAAGCACTTTAAGTACAAA
  GAAGGGTACCTGGGTCCCAACACCGGCAACATGCACATTGTAGCAGATCTGTACGCAGAGGTCATCGGAG
  TGCTGGCCCAAGCCAAGTTCCCTGCTGTCAAGAAGAAGTTCATGGCAGAGCTGAAGGAGCTACGGCAGAA
  AGAGCAGAGCCCCTATGTGGTGCAAAGTATCATCAGCTTAATAATGGGGGTAAAATTCTTCCGAATTAAG
  ATGTACCCAGTGGAGGACTTCGAGGCGTCCCTCCAGTTCATGCAGGAATGTGCACATTATTTTCTGGAGG
  TCAAAGACAAAGACATCAAGCACGCCTTAGCAGGGCTCTTTGTAGAAATCCTCGTCCCCGTGGCTGCCAC
  TGTCAAAAATGAAGTCAACGTCCCCTGCCTCAGGAACTTTGTGGAGAGCCTGTACGACACAACGTTGGAA
  CTCTCCTCTCGGAAAAAGCATTCCTTGGCCTTATACCCGCTGGTGACCTGCCTCCTCTGTGTCAGTCAGA
  AGCAGCTGTTCCTTAACAGATGGCACGTTTTCCTCAACAACTGCCTGTCCAACCTTAAGAATAAAGACCC
  CAAGATGGCTCGCGTCGCCTTGGAGTCTCTCTACAGATTACTGTGGGTTTACATGATTCGAATCAAATGT
  GAAAGCAACACGGCCACTCAGAGCCGACTCATAACCATCACCACCACGCTTTTCCCCAAAGGGTCCCGCG
  GCGTGGTGCCCAGGGATATGCCTCTGAACATCTTCGTGAAGATTATCCAGTTCATCGCCCAGGAACGTCT
  GGACTTTGCAATGAAGGAAATTATTTTTGACTTTCTTTGTGTGGGAAAACCGGCGAAAGCTTTCAGTCTC
  AACCCAGAGAGAATGAACATTGGTTTGCGGGCGTTCCTGGTGATTGCCGATAGCTTACAACAAAAGGACG
  GTGAGCCTCCCATGCCGGTGACTGGAGCCGTGCTCCCTTCAGGAAACACCCTGAGAGTGAAGAAAACGTA
  TTTGAGTAAGACACTAACTGAAGAGGAAGCCAAAATGATAGGAATGTCCTTGTATTACTCTCAAGTCCGC
  AAGGCGGTAGGCAACATCTTAAGACACCTTGATAAAGAAGTGGGGCGGTGCATGATGCTGACCAATGTCC
  AGATGCTAAACAAAGAGCCGGAAGACATGATCACGGGTGAGAGAAAGCCCAAAATCGATCTCTTCCGGAC
  CTGTGTTGCGGCAATCCCTCGCCTGCTACCTGATGGAGTGTCCAAAGTTGAACTGATCGACTTGCTGGCC
  AGGCTCTCCATTCACATGGACGATGAACTGCGTCACATCGCACAGAACTCTCTTCAGGGACTGCTGGTCG
  ACTTCTCCGACTGGAGGGAAGAAGTCCTGTTCGGCTTCACCAACTTCCTGCTCCGGGAAGTCAATGATGT
  GCATCACACCCTCCTGGACTCCTCCCTGAAGTTGCTTCTGCAATTGCTCACCCAGTGGAAACTGGTCATA
  CAGACACAGGGAAGAGTCTATGAACAGGCCAAGATCAGAAACTCAGAGCTCATTCCCAACGGCTCCGGCC
  ACAGGATGCAGTCAGAACGAGGCCCGCACTGCAGTGTCCTCCACGCCGTGGAAGGCTTCGCCCTCGTCTT
  GCTCTGCAGCTTCCAGATGGCCACACGCAAACTGTCCGTGTTGATCCTCAAGGAGATTCGAGCCCTCTTC
  CTTGCCCTGGGTCAGCCCGAGGACGATGACAGGCCAATGATTGATGTCATGGATCAGCTGAGTTCTTCCA
  TTCTTGAAAGTTTCATTCATGTGGCTGTGTCGGATTCGGCAACGTTACCTCCGACCCACAATGTGGACCT
  CCAGTGGCTGGTGGAGTGGAACGCGGTCCTGGTCAACAGCCACTACGACGTGAAGAGCCCTTCCCACGTC
  TGGATCTTCGCGCAGTCTGTCAAAGACCCCTGGGTCCTCTGCCTCTTCAGCTTCCTCCGGCAGGAAAACC
  TGCCAAAGCACTGCCCCACAGCCCTCAGCTATGCCTGGCCGTACGCCTTCACCCGGCTGCAGTCCGTGAT
  GCCGCTGGTAGATCCTAACAGCCCAGTCAACGCCAAGAAAACCAGCACAGCAAGCAGTGGAGACAACTAT
  GTTACCTTGTGGAGAAATTACCTCATTCTCTGTTTCGGAGTTGCCAAACCCAGTATTATGAGCCCAGGAC
  ACCTTCGAGCATCCACTCCAGAGATAATGGCAACAACTCCCGATGGTACAGTGAGCTACGATAACAAGGC
  CATTGGCACGCCGTCAGTGGGCGTCCTGCTGAAGCAGTTGGTGCCTTTGATGAGGCTGGAGAGCATCGAA
  ATCACAGAGTCCCTTGTTTTAGGGTTCGGAAGGACAAATTCCCTTGTTTTCAGAGAATTGGTTGAAGAAC
  TCCATCCATTAATGAAGGAGGCTCTAGAGAGGAGACCAGAGAACAAGAAGCGCCGAGAACGGAGAGATTT
  GCTGAGGCTGCAGCTGCTTCGGATATTCGAGCTCCTGGCAGACGCTAGTGTGATAAGTGACAGCACAAAT
  GGAGCTTTAGAACGAGACACCTTAGCACTTGGAGCTTTGTTCTTGGAATACGTGGACTTGACCCGCATGC
  TCCTAGAAGCTGAAAATGACAAAGAAGTCGAAATCCTTAAAGACATTCGAGCACATTTTAGCGCCATGGT
  CGCCAACTTGATTCAGTGTGTTCCAGTTCACCACAGAAGATTTCTCTTCCCCCAGCAAAGCCTGCGGCAC
  CATCTCTTCATCTTGTTCAGCCAGTGGGCCGGCCCCTTCAGTATCATGTTTACCCCTCTGGATCGGTACA
  GTGACCGAAACCACCAGATCACAAGATACCAGTACTGTGCTCTGAAGGCAATGTCAGCGGTGCTGTGCTG
  CGGCCCTGTTTTCGACAATGTCGGCCTCTCTCCGGATGGCTATCTGTATAAGTGGCTTGACAATATTCTG
  GCTTGTCAAGATTTACGGGTTCATCAGCTTGGCTGTGAGGTCGTCATGTTGCTACTGGAGCTTAATCCTG
  ACCAAATAAACCTTTTCAATTGGGCCATCGACCGCTGTTACACAGGTTCCTACCAGCTTGCTTCCGGCTG
  CTTCAAAGCCATTGCAACCGTGTGCGGAAACAGGAACTACCCCTTCGACATAGTGACACTGCTGAACCTC
  GTCCTCTTCAAGGCCTCGGACACCAACAGAGAGATTTACGAAGTCTCCATGCAGCTCATGCAGATCCTCA
  AAGCGAAGCTCTTCCTGCACTCCAAGAAGGCCGCAGAACAGCGACCGGGCAGTGTTCTGTATGGAACGCA
  CGGGCCATTGCCGCCTCTCTACAGTGTGTCGCTAGCCCTGCTGTCCCGAGAACTGGCCCGGATGTACCCG
  GAGCTCACACTTCCCCTCTTCTCAGAGGTGAGCCAGCGATTCCCCACGACACACCCAAATGGACGGCAGA
  TCATGCTCACCTACCTGTTGCCATGGCTACACAATATTGAACTGGTGGACAGCAGACTCCTCCTCCCGGG
  CTCAAGTCCCAGCAGCCCCGAGGATGAAGTCAAGGACCGGGAAGGAGAAGTGACTGCCTCTCACGGGCTA
  AAAGGGAAGGGCTGGGGCTCTCCGGAAGCCACCTCTCTGGTCCTGAATAACCTCATGTACATGACAGCCA
  AGTACGGAGATGAAGTCCCAGGAGCAGAAATGGAAAATGCTTGGAACGCACTGGCCAACAACGAGAAATG
  GAGTAACAACCTGAGGGTCACACTGCAGTTCCTCATCAGCCTGTGTGGGGTCAGCAGCGACACCATCCTT
  CTGCCCTACATTAAAAAGGTGGCAATTTACTTGTGTCGGAATAATACCATCCAGACCATGGAAGAGCTCC
  TCTTCGAGCTGCAGCAGACAGAGCCGGTGAACCCCATTGTCCAGCACTGTGACAACCCACCCTTCTATCG
  GTTCACAGCTAGCAGCAAAGCCACAGCGGCTGCTTCAGGAACCACTTCGAGCAGTAACACTGTGGTTGCC
  GGCCAGGACAGCTTCCCAGACCCTGAGGAGAGCAAGATACTGAAAGAATCTGATGACAGGTTTAGCAACG
  TGATCCGAGCCCACACTCGCCTAGAGTCAAGATACAGCAACAGCTCCGGAGGGTCTTATGATGAGGATAA
  AAATGATCCCATCTCTCCCTACACGGGCTGGTTGTTAAGTATTACGGAGGCCAAGCAGCCACAGCCTTTA
  CCCATGCCGTGCACTGGAGGATGCTGGGCACCCTTGGTCGACTACCTCCCAGAGACCATCACTCCGCGGG
  GCCCGCTGCACAGGTGTAACATTGCTGTGATTTTTATGACCGAGATGGTGGTGGATCACAGTGTGAGAGA
  AGACTGGGCTCTTCACCTCCCACTGTTACTTCATGCTGTCTTCTTAGGTTTGGACCATTATCGGCCGGAA
  GTCTTCGAGCACAGCAAAAAGCTGCTCCTTCACCTCCTCATCGCACTCTCTTGTAATAGCAACTTCCACG
  CCATTGCCTCCGTACTCCTGCAGACCCGTGAGATGGGGGAAGTGAAGACGCTGACCATGCAGCCAGCCTA
  CCAGCCAGAGTATCTCTACACGGGTGGCTTTGACTTCCTGAGAGAGGATCAGTCGTCGCCAGTGCCCGAC
  TCCGGCCTGAGCTCAAGCTCCACTTCCTCCAGCATCAGTCTGGGGGGCAGCAGTGGGAACCTCCCACAGA
  TGACCCAGGAGGTGGAAGATGTCGACGCGGCCGCTGAGTCGGACGAGAAGGCCAACAAGCTCATTGAGTT
  TCTGACCACCAGGGCATTCGGGCCACTTTGGTGCCACGAGGACATCACACCCAAAAACCAGAACTCCAAG
  AGCGCTGAGCAGCTTTCTAATTTCCTACGTCACGTTGTGTCTGTATTTAAGGATTCCAAGTCAGGTCTCC
  ATCTGGAGCAGCACCTGAGCGAGGTTGCCCTGCAGACTGCCCTCGCAAGCTCTTCCAGGCACTACGCAGG
  CCGATCTTTCCAGATCTTCCGGGCCCTCAAACAACCCCTGTCGGCGCATGCCCTGTCTGACCTCCTGTCC
  AGATTGGTGGAGGTGATCGGAGAGCATGGTGATGAGATTCAGGGATACGTGATGGAAGCACTCTTGACCT
  TGGAAGCCGCAGTGGACAACTTGTCGGATTGCTTGAAGAACAGTGACCTCTTCACAGTGTTATCTCGTTC
  TTCCTCACCAGATCTAAGCTCTAGCAGTAAACTGACAGCAAGCAGGAAAAGTACCGGACAGCTGAACGTC
  AGCCCCGGGACTCCCAGCGGCAGCACCGCGACCGCAGAGCGCAGCCGGCACCAAAGAAGCTTCTCCGTGC
  CCAAGAAGTTTGGTGTCGTTGACCGATCCTCGGACCCGCCTCGAAGCGCTACCCTGGATAGGATTCAGGC
  TTGCACTCAGCAAGGCCTTTCCTCAAAAACCAGAAGCAGCTCCTCCCTGAAGGAGAGCCTCACAGACCCT
  TCCCACGTAAACCATCCCACCAACCTGCTGGCCACCATCTTCTGGGTCACGGTGGCCCTGATGGAGTCTG
  ACTTTGAGTTTGAATACCTGATGGCCTTGAGGCTCCTGAACCGACTGCTGGCACAGATGCCACTGGAGAA
  AGCCGAGAACCGAGAGAAGCTCGAGAAACTCCAGGCGCAGCTCAAGTGGGCAGACTTCCCGGGGCTGCAG
  CAGCTGCTGCTGAAGGGCTTCACCTCTCTCACCACCACGGACCTGACCCTGCAGCTTTTCAGCTTGCTGA
  CACCAGTGTCCAGAGTGCCCATGGTGGACTCGTCCCAAGCTATCGGATTTCCGCTGAATGTCTTGTGTCT
  CCTGCCTCAGCTGATCCAGCATTTTGAAAATCCCAATCAGTTCTGTAAGGGCATCGCCGAAAGGATTTCT
  CAGGTTTGCTTGGAAGAAAAGAATCCTAAACTTTCAAATCTGGCCCACGTCATGACCCTTTACAAAACAC
  ACAGCTACACAAGGGACTGCGCCACGTGGGTCAACGTCGTCTGCCGCTACCTTCACGAAGCCTATGCTGA
  CATCACCCTGAACATGGTCACCTACCTGGCAGAGTTGTTGGAGAAAGGCCTTCCCAGCATGCAACAGCCA
  CTCCTCCAGGTCATCTACTGTCTGCTGAGCTACATGGACCTCTCTGTAGTTCCTGGCAAGCAGTTTAACA
  TGGAAGTCCTGAAGACCATTGAGAAATACGTACAGAGCATTCACTGGAGGGAAGCGTTGAACATCTTGAA
  GCTGGTCGTTTCTCGGTCAGCCAGCCTGGTATTGCCTTCCTACCAGCACAGTGACCTCTCCAAGATAGAA
  CTCCACCGGGTGTGGACCAGCGCCTCGAAGGAACTGCCGGGCAAGACCCTGGATTTCCACTTTGACATCT
  CAGAGACTCCGATCATTGGGAGACGGTATGATGAACTCCAGAATTCCTCCGGACGGGATGGGAAACCTAG
  GGCCATGGCTGTCACCCGGAGTGCATCCTCCACCTCCTCAGGCTCTAACTCCAATGTCCTTGTTCCTGTG
  AGCTGGAAAAGACCCCAGTATTCTCAGAAAAGAACAAAAGAGAAGCTGGTGCACGTCCTCTCTCTGTGCG
  GCCAGGAAGTCGGACTAAGCAAAAACCCGTCTGTGATTTTTTCCTCGTGTGGAGACCTGGATCTGCCGGA
  GCATCAGACGAGCCTGGTGTCGTCCGAGGACGGCACCCGGGAGCAGGAGAACATGGATGACGCCAACAGC
  GAGCAGCAGTTCAGAGTCTTCAGGGACTTCGACTTCCTGGACGTGGAACTGGAGGACGGGGAGGGGGAGA
  GTATGGACAACTTCAACTGGGGAGTGCGCAGGCGCTCCCTGGACAGCCTGGACAAGTGCGACATGCAGAC
  CCTGGAGGAGCGCCAGCTCTCTAGAAGCACTCCCAGCCTAAACAAGATGAGCCACGAGGATTCAGATGAG
  TCATCGGAGGAGGACCTCACCGCCAGCCAGATCCTGGAACATTCAGACCTTATCATGAATCTCTCCCCCT
  CCGAGGAGGCCAATCCTATGGAGCTGCTGACCAGCGCCTGCGACTCCACCCCGGCAGACCCTCATCCCTT
  CAATGCCAGGATAACAAACTTCGAGGCCTCTTTGCCTGATATCAATAATCTGCAGATTTCGGAGGGGTCA
  AAGGCTGAGGTAGTCCCGGAAGAGGAAGACACCACCGTGCATGAAGACGATCTTTCAAGCTCCATCAATG
  AGCTCCCAGCAACGTTTGAATGCAGTGACAGCTTCAGCCTGGATATGACGGAGGCGGAGGAAAAAGGCAA
  TCGGGGCCTGGACCAGTACACTCTCGCCAGCTTTGGAGAAGGTGACAGAGGCGTGTCTCCCCCTCCCTCT
  CCCTTCTTCTCGGCCATCCTTGCGGCCTTCCAGCCGGTCTCCTGTGATGACGCTGAGGAAGCCTGGCGCA
  GCCACATTAACCAGCTCATGTGTGACTCAGACGGCTCCTGTGCTGTGTACACATTTCATGTGTTCTCCTC
  TCTGTTTAAGAATATTCAAAAGAGGTTCTGCTTCCTAACCTGTGATGCAGCCAGTTACCTTGGCGATAAC
  CTCCGGGGAATCGGGTCCAAATTTGTCAGCTCTTCCCAGATGCTTACCTCCTGCTCTGAGTGCCCTACAC
  TGTTCGTGGACGCAGAGACTCTCCTTTCCTGTGGGCTCCTGGACAAGCTGAAGTTCAGCGTGTTGGAACT
  GCAAGAGTATTTGGACACATACAACAACAGGAAGGAGGCCACGCTCTCGTGGCTTGCCAACTGTAAGGCA
  ACATTTGCAGGCGGCTCCAGGGATGAGGTGATTACCTGCCAACCCGGGGACTCGGAAGAAAAGCAACTGG
  AGCTGTGTCAGAGACTGTACAAGCTGCACTTTCAGCTGCTCCTGCTCTACCAATCCTACTGCAAGCTCAT
  TGGCCAGGTGCACGAAGTGAGCTCAGTGCCCGAGCTGCTGAACATGTCCAGAGAACTGAGTGATCTGAAG
  AGGAAGCTGAAAGAAGCCACTGCAGCCATCTCCACGGACCCACTGTACATCGAGGGGGCGTGGTCAGAAC
  CAACCTTCACATCCACTGAGGCAGCCATCCAGTCCATGCTGGAGTGCCTGAAGAACAATGACCTTGGCAA
  AGCACTGCGACAGATCAAGGAGTGCAGAAGCCTGTGGCCCAATGACATCTTTGGAAGCAGCTCTGATGAT
  GAGGTCCAGACACTCCTGAATATTTATTTCCGTCACCAAACATTGGGACAGACGGGTACTTATGCCCTGG
  TGGGGTCTAACCATAGCCTGACTGAAATCTGCACCAAGCTCATGGAGCTGAACATGGAGATCCGAGACAT
  GATCCGCAGGGCCCAGAGCTCCCGGGTCCTCACAACCTTTCTCCCAGACTCCAGTGTTTCCGGCACTAGT
  CTCTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001170398
• ORF Size: 9036 bp
• Insert Size: 9036
• 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: This clone expresses the complete ORF with c-terminal tags of Myc-DDK.

Reference Data

• RefSeq: NM_001170398.1, NP_001163869.1
• RefSeq Size: 10792
• RefSeq ORF: 9036
• Locus ID: 304244