Prune2 (NM_181348) Mouse Untagged Clone

CAT#: MC225458

Prune2 (untagged) - Mouse prune homolog 2 (Drosophila) (Prune2), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Prune2
• Synonyms: 6330414G02Rik; A230083H22Rik; A330102H22Rik; Bmcc1; mKIAA0367
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225458 representing NM_181348
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGAAGAATTTTTGCAACGCGCCAAATCTAAACTGGATCGAAGTAAACAATTGGAACAGGTCCACGCAG
  TTATTGGACCTAAGTCATGTGACCTGGATTCTCTCATTTCTGCCTTCACATATGCATACTTTCTGGACAA
  GGTCAGTCCTCCCGGGGTCCTCTGCTTGCCAGTGCTGAATATCCCAAGAACTGAATTCAACTACTTCACA
  GAGACAAGGTTTATTTTAGAAGAGCTGAACATCCCTGAATCATTCCACATATTCCGAGATGAGATTAACC
  TGCATCAGCTGAACGATGAAGGGAAACTGTCGATAACGCTCGTGGGCAGCCACGTCCTGGGGAGTGAGGA
  CAGAACTTTGGAATCGGCAGTTGTCAGAGTCATTAACCCCGGAGAGCAGAGTGATGGTGAGCTGGGGTTC
  CCGGAGACTTCCTCCTCTCTGGTGCTGAAGGAGCTCCTGCGTGAGGCTCCAGAACTCATCACCCAGCAGC
  TGGCACATCTCCTCAGAGGCAGCATCCTGTTCACGTGGATGAGTATGGATCCTGAGCTCCCGGAGAAGCA
  GGAGGAAATCCTCTCCATCCTGGAAGAACAGTTTCCCAACCTCCCTCCGAGGGATGATATCATCAACGTG
  CTGCAAGAGAGTCAGCTCAGTGCTCAGGGTTTAAGTCTTGAACAAACAATGCTGAAAGATCTAAAGGAGC
  TGTCAGACGGTGAAATAAAAGTGGCCATCAGCACCGTGAACATGACCCTGGAGGACTACCTGCTTCACGG
  CAACATCACCAGTGATTTAAAAGCCTTCACAGACAAGTTCGGCTTTGACGTCCTCATTCTGATCTCAAGC
  TTCACATGGGAGGAACAGCAGAGGCAGCAGATCGCCGTGTACTCCCAGAACCTGGAACTGTGCAGCCAGA
  TTTGCTGTGAGCTAGAAGAAAGTCAGAACCCTTGCCTGGAACTGGAGCCCTTCGAATGTGGCTGTGATGA
  GATCCTGGTATACCAGCAGGAAGACCCTTCTGTGACCTCCGACCAGGTGTTTCTTCTTCTTAAGGAAGTC
  ATCAATAGGAGGTGTGCAGAGATGGTCTCTAACAGTCGGACATCCTCAACAGAAGCCGTGGCAGGCAGCG
  CCCCGCTGTCCCAGGGCTCTTCCGGGATTATGGAATTGTATGGATCTGACATAGAGCCACAGCCCAGCTC
  TGTGAATTTCATAGAAAACCCCCCAGAGCTCAACGATTCTAACCAAGCTCAGGCGGATGGCAACATAGAC
  CTGGTTAGCCCTGACAGTGGGTTGGCCACCATCAGAAGCAGTCGCTCGTCCAAGGAAAGCTCCGTCTTCC
  TCAGTGACGACAGCCCCGTGGGAGACGGTGGTGCGCCTCACCATAGCCTTCTCCCAGGATTTGACTCCTA
  CAGCCCCATTCCTGAAGGGATAGTTGCGGAGGAGCATGCTCACTCCGGGGAACACAGTGAACACTTTGAC
  CTCTTCAACTTTGATTCAGCGCCCATAGCTTCAGAGCAGTCCCAGCCGTCTTCCCACTCTGCAGACTACT
  CGCCAGAAGACGACTTCCCCAACAGCGATTCATCAGAAGGGAACCTCTCTGCCGGGCCTAAGGGGCTTGG
  TGAGATGGGGATCAACATGTCCAATTACTCCTCTAGTTCTCTTTTGTCAGAGGCTGGTAAAGACAGCCTT
  GTGGAATTTGATGAAGAGTTTATCCAGCGACAAGAAAGCTCAGGGGATAACTCTGAAAGAAATTTAAGCC
  TGACATGTTTTGCGGGAGAGGAGCCTTCTTCCCCTGAAAGGCTGAAGAATCCTGGAAAGATGATCCCACC
  AACACCTATGAACAGCTTTGTGGAAATCTCACCATCAAATGAGGAGCCAACTCCACTCTATCCTGAAGAT
  ATAATCCAAAATGCAATTGACACCGGACATCTGGGCCCACCTCAGGCCCGTGCACGGTGCAGAAGCTGGT
  GGGGTGGCTTGGAGATTGACTCTAAAAACGTTGTAGATACATGGAACGCCAGTGAACAAGAATCTGTCTT
  CCAGAGCCCTGAACCATGGAAAGATCCTAAGCCTGAGCCAGTTGAGAGGAGAACCTCAGATTCCACATTC
  CAACCAAAGAGTCTTGAATTCTCAAAGTCAGATCCTTGGGAATCTGAGTTTGGACAGCCTGAACTGGGCA
  ACAAAGAAGCCCAGGACCAGAAGGAGGAAAGCTTGCAATACCAGCACTTGCCTACAGTAAGGCCACATTT
  GACAGATGCCTCTCCTCATGGGACAAACCACTTGATAGAGGACTTTGCTGCTTTGTGGCATTCAGGACAC
  TCACCAACAACAATGCCTGAGCCCTGGGGAAACCCCACCGATGCTGGTGAAGCTGCAGTTACGATGTCCT
  TCCCCACCTGGGGTGCATTTGATAAAGAAGAAGATAATGCTGACACATTAAAGAATACTTGGAATCTCCA
  TCCCACTAACAACGAGACACCTTCAGGGCAGGAACCAAGTGAATGGGCTATGGGCCAAAGTGGGTTTTCA
  TTCCCTGCAGCAGACCTACTTGACAATCCCCTCATTGAGGTAAATAAAGATGCAGCTCCAGAAATCTGGG
  GCAAGAACAACAGCTCCAAGGATACCAGTCTTACGTCTGGAAGTCCCACTTCAGATCTGGGTCAAACGTG
  GAATAATTCTAAGCTACCAGGGGAAGACCAGAATGGCTTGGTGGATCCTAAAGCTACAGGGAAGGTATAT
  GAGAAGGAAGGGTCCTGGAGCCTCTTTGAGGAGAGTGCTAAGAAAAGAGGGGCTGATGTTTTAGCTCCTT
  GGGAAGATTCCTTCTTGTCCTATAAATGTTCTGATTACAGTGCATCCAACATAGGAGAAGATTCAGTCCC
  ATCTCCATTAGACACCAACTACTCCACCTCTGACTCTTACACATCACCAACATATGCTGGGGATGAAAAA
  GAAATAGCAAACAAGCCAGTTGACAAAGATAATGGTTTTGAGGCAAAAGATGCTGAATTTCCTGCAGAGG
  GGCTTGAGGTTCTTGCAACATCATCACAGCAGTCTCAGAGAAATCGAATTGGTTCTGGTCCTGGGAATCT
  AGACATGTGGGCATTGCCTCACACAGAAGATAAGCCTGAAGGAAATGACGCACATCACCCAGATAGCGAT
  GCGCTCAAGACGGAGCACGCAGAAGACAAAAATGCTTCCATGGAGGATGACGTGAGGGAAAGCAGCCCGT
  CCAGTTACGATGACCCTAGCATGATGCGACTGTACGAGGCAAACCGGCAGCTCACCCTTCTACACAGCAA
  CACCAACTCACGCCAGGCAGCCCCTGACAGCCTTGACACATGGAACCGAGTGACTCTGGAGGACACGCAG
  TCCACTGCAACGATCTCGGACATGGATAATGACTTGGATTGGGATGACTGCAGTGGGGGCGTGGCGATCA
  GTGGGGATGGTCAAGCAGAAGGTTACATAGCTGCAAACAGTGAACCTGAAACCCGGTTCTCAGTGAAGCA
  GCTGGAACCATGGGGTACAGAACATCAGGAAGCAAATCAGGTAGACTGGGATCTCTCTGCCTCTGCTGAG
  CCCACAGGGGATCCTGGTCCCAGTGAATACCAGACCCTAAATGAGAAAACTGGGCAGTTAATTGCAAACA
  GTATTTGGGATTCTGTCATGGGAGATAAAAATATGCCATCATTCAGATTACCTAGCCCACCAAATACTGT
  AGATATGGAACACGGCACTTGGCCTTCTGAAAGTCCCAGGCACTCAAATGGTAAGGACAGCCACATGTTA
  GAAGCCTCTAGACTCAGTGAGTCGGGAGGGCTTACGTCTCAACCTGTCAACCAGGACACGTGGGGAGACT
  CCCAAGGTGACACAGCATCCTCGGTGACCGGACTGGCAAGTCCAGAACACTTTGCACAGTCAGATCCATG
  GACAGGCCATACTTATGGGCAGAGTGAAAGTGAGATTGAAGGCCTGGTGGCCTCTGATTGTGAGCATCTT
  GACAAGGAGGCAGCGCTAGGCTCTGGAGTGAATGGTGCCCCGTGGGCTTTTGGAAAAAAGCCCAGGGACC
  AGGAATTCTCTTCTTCAGATGCATTTGAACACCAAGACATCTCCAGTGCATCAGGCAAAATCAGCTCTCT
  TTCAGTCACCTCCAGTCCTCAGAGTGAGGAACCAGGGGAGGCCTTAGAAGTCGAGAAGGAGCCTTTCATT
  CTAGACTCCCTTGCTGTGCAAACAGAGACATTCACATGGGATTTGCAAAGCAAAGACACCCATGAAGAAT
  CTCTAGTGGATCATAGAAATTTAGGTGAAGCCAACACAACATTGGATAGGATTAATCCAATGAAAAACAG
  GCCCTTATCTGGAATGGAACTTGAGAAAACTGAAGCCTGTACCATTCTGAAGCCAGAAAGAGCAAATGGA
  AAACTACTTTATGAATCTTCTCAAGACTTTGGTGTTTGGGATGGCCCGATGGATAGTGATGTGTGGGATA
  GTCATATAAGTTATGAGACAGCTATGAATTCTACAGGTCAGAGAACTGAGGAAAGATCTCTAGAAGCCCT
  TTCACCAGGAAACTATGACAGAGACAGCCTCTCTAGTGGGTGTACGCATTCCAGTGCATCAAGTCCTGAC
  CTACATGATTCCTCAGTAGCCTTGTCCTCCTGGACTTACGGACCCAGTGCTGAACATCAGAAAGAGAATC
  ATGATGATGCGAACAAACAGATTCACCAAGAATCAGAACTATTTACCACCGAAGCCCATGTAGATGTCAT
  TACTGAAATGAAGGACTTTGTAGAAAACAGGGAGGATGGCTTTGGAAAGATGTCCAATCAGGAAGATCCT
  CAATTCCCAGAGATTCCAAATGATCCCTTCAACAGTGGTCCCTCATCCTCTTCATCCAGCCTTGGAGCAG
  ATAAATATTCAGAATATTCTCATGCATATCAGGAAGGGGATCTAACGACTAAACGTCAAGAGGAAAATGA
  ACTTGGTTTTCTGGAAATTGTGGAGCCAGAGGGTACCAGGATCATATCCACAAGCTCAGGTTCTGGCAAT
  GACAGTGGGGGTGACGAAGAGTTGCTAGAGAAGGAGCTCCATTTGGCCACAGTTGCTCAGAGTGAAGCTG
  GGGCTTGCACTTCATTGCATGAACCTGCGTTCTCGGCCACAGAGCATTCCAAGCCTGAGTTTTCTGTCTT
  TGTGGGTAGTTTGGAGTCAATAGAGAAAGAGAACAAGTCAAGCCCGTTCAGTGACAGTCAACAGAGCAGC
  CCTGGTCAGTGGATTTTGTCACCACTCATGCAGGCTGACACACAGGACACATGTAAGGAGGAGACCAGAG
  CTGCAGAAACGGGGACAATGGATACCACGTGGCATGGATCTGCCAGCACGGAAGCTAAGAATGGGGACCC
  TGACAAATTGGAAATGCTTGGCTTCTCAGCTGACAGCACTGAGTGGTGGAACGCTGGGGCACAGGAAGGG
  AGAGCAAACGCCGGTATGTCTGCAGAGGAGTTGTCTAACTCAGAGGGTGAGCTAGAGCCTACTTCTCCAG
  TGTTCCAGAACGCTGGTCCGTGGAGCTTACCCATTCAGAATGATAGTGAACCTGTGGACACAGGCAGCAC
  CAATCCTTTCCGTGGTAAACTAAAGTCACCCGTCCTAGATAGTCATGGAGACAAGTCACAGGAGAAACTT
  TGGAACATTCAACCTAAGCAGCTGGATTCAGATGCCAATCAACTCAGCCAGCTTGTGATCCTGGACCAAA
  TGAAGGACAAAGATTCTGGACAGCAAACAGCCATGTCTCCTGCTGCTGGTGATCTTCCTGCAGAAACTCT
  CACCCAAGGGCAGGGCCGGGAATCTATGCTGTCTGTCTGGGACCGTGCAGAACCAGCATTAACTCACAGA
  GATGAAAATGGATGTGTTAGCACTGGGGTTTCACCCACTGAGTGCCAACAAGAGAACCAGTGGGAACCAG
  AAAAACCCTATCTCAGCCACGTGACACATTCAAGCACTCCCACAGAAAATGCCCTCGAGAGCAATGCCCC
  CACACAACTGATGAGGAAGCTGGACTCTGATTGGAATAGCCCCAGCCCCAGCGAACCCCAACATAACTTT
  GTTCCAGATATTTTACATGGCAACTTCGAAGAGGGTGGGCAGCTGGCCTCGGCGTCACCTGATTTGTGGA
  TGGATGTCAAGCAACCCTTCAGTTTTAAAGTAGATAGCGAGAATCCTGATATATTGACTCACTGTGACCA
  TGACAGCAACTCTCAGGCATCCAGCAGCCCTGACGTGTGCCACGATTCTGAAGGGGAGCAAAAGATGGAG
  AAGCATACTGCTGTTTACCTGGGACTTGAAGTGGAACCCAGTGAGTTTTCTCTCACCGAGCCAAACATGA
  ATGATGAACCAACTTGGGAACCTGAGCAGGAAAGTCTCCCACACAATTCAGAACTCCATTCCGAACACGC
  AATGCCCTTGCCTCCAATCGACAGTCAGAATGATATAAATAACTCATCTAAGCCTGCCTCTTCAAGAAGT
  TCCCCAGAACCCTCTGATATGCGCGGAGACAACAACACAAGTGTAACATCGATGGAAGAAGACACCAACC
  CAGAGGTAGAAGCAGTGGACAGCGTGACGATCCCAGGTCACTTCCCCAGAAGTGAAGACGCTGACACTTT
  TGAAGCTCACCAAGAGGTCAGTGTGGAAGTCGACGACTCTTGGGTGTCAAAAGACCTTTGTCCTGAAAGT
  CAGACAGGCACTAGAGCTCTGCTTGACTGTGAGCAACCGTTTGCTTCCGAGAGCCCTGCTGTACTTACGG
  ACATCTTCCTAACCTCAGACACCTGCCTGGATGTAAGCGAAGCTGCCTTGGATCACAGTTTCAGTGATGC
  CTCCGGCCTCAACACTTCCACAGGCACTATAGACGACATGAGTAAGCTGACTCTATCGGAAGGCCATCCC
  GAAACACCAGTTGACGGGGATGCAGGGAAGCAAGATGTCTGTTCATCTGAAGCTTCCTGGGGTGATTTTG
  AATATGATGCAATGGGTCAGAATATTGACGAAGAGCTGATGAGAGAGCCTGAACACTTCCTCTATGGTGG
  TGATCTTCCGTCAGAGGAAAGCGCGCTGAAGCAATCACTGACACCATACACACCCCCCTTTGATTTGTCC
  TATCTCACGGAACCTACTGGATGCACTGAAACTGCACAGGGAGCTGAGTCTCCAGGTGATGAATCTCTGG
  GAAGTGACGCGGCAGAGATGTTGCTTTCTGCTCTTCCAGATCACAGGGAGGAAGACAAGGCTGAGACCAA
  CATCAGGAAACCTAGATACCAGATGACTGTGTTGCATATTCATGAAGACCCTGAGGCTCTTTCATCACCT
  GTGGGAGGAACAGGTTCCAATAATGAGTCATCTCCATCAAACATTGACTGGGAAATAGAAACAGATAATT
  CAGATTCACCAGCAGGTGGCGACATGAAACCACCAAACGGCAAGGAGATACTGGAGTTAGAAGAAGATGA
  GAAAGTAATTCCCACGAAAGGGCCAAAGCAAACAGAATTAGAATACAAAGAAGAAAAACAGCCAGAGCAA
  AGTGAAGACCATCAGGTACTAGCTGTGGACTACATCCTTGTAAGCCATGAAAAAGATTCACCATTGAAAC
  CAGAGGCCAGGGAAGCAAGAGAAAACATACCCGAATTGGAACAATTATCCATAGGTTCCAGAGAAACAGG
  GCTACCAGAGACTCAGTTATCAGGCACCCCAGACACATGTCAGTCTGAGTTTTTAAATGATGTCAAAGTT
  CATTCTGCAGAGAGAATGTCTTCGTCTTCCAACCACGAGAGTGCATCTCTTGAAAACCCTGCACAAGACC
  AGAGTTGGATGGTCTTGAGCCATAGTGAGGTTGGTGACCCGCCTACAGAAACCAGGGACTCGGGGCCTGA
  GTCTCCTGGTAGAACTCCGGAGCCGTTCTTGAGTCTCAGTTTGGACAAGGGCCCCAAGTCCCAGGTTCTG
  GAAAGAAATAAGCCTCTAAATTCTTTAGCACTAGAGGAAGTTGCTGGTTTGAGCAGCCAATCAAGGAACA
  TCGAGAGACAAGGTCAAGCTGGTCTAGATGCAGTTCCAACCCAGGCGGCCACCCACGACAATGAATGGGA
  AATGCTTTCGCCACAGCTCTCCCGGAAAAACAGGAACCCTCCACAGGAAATGGAAGAAGAGACACAGTGC
  CCTGAGCCTGGACCCAGAAAGCCAAGACTGAAAGGACCCCCGTCAGAGGATGAAGGAATGGATATCCACT
  TCGAGGAGGGAGTGCTGAGTCCCAGTGCCGCAGACATGAGGCCCGAACCTCCCAATTCTCTGGATCTCAA
  TGGCAGTCACCCTAGAAGAATCAAGCTCACAGCCCCAAATATCAACCTCTCTCTGGACCAAAGTGAAGGA
  TCTATTCTCTCTGATGATAACCTAGACAGTCCGGATGAGATTGACATCAATGTGGATGAACTCGATACCC
  CTGATGAAGCAGACTCTTTTGAATATACTAACCATGAAGATCCCACGGCCAACAAAAGCTCTGGTCAAGA
  GTCAGAGTCTATTCCAGAATATACGGCTGAAGAGGAGCGAGAAGACAACCGGCTGTGGAGGACGGTGGTC
  ATCGGGGAGCAGGAGCAACGGATTGACATGAAGGTCATTGAACCCTACAGGAGAGTCATTTCTCACGGAG
  GATACTATGGGGACGGTCTGAATGCCATCATTGTGTTTGCTGCCTGCTTTCTGCCAGACAGCAGCCGGGC
  GGATTACCACTATGTCATGGAAAACCTTTTCCTATATGTAATAAGTACCTTAGAGCTGATGGTTGCTGAA
  GACTACATGATCGTGTACTTAAATGGTGCAACCCCAAGGCGGAAGATGCCAGGACTAGGTTGGATGAAGA
  AATGCTACCAGATGATTGACAGACGGTTGCGCAAGAATTTGAAGTCATTCATCATTGTTCACCCATCTTG
  GTTCATCAGGACAATCTTAGCAGTGACTCGGCCTTTTATAAGCTCTAAATTCAGCAGTAAAATTAAATAT
  GTGACTAGCTTATCTGAGCTCAGTGGCCTGATCCCCATGGACTGCATCCACATTCCAGAGAGCATCATCA
  AGTATGATGAAGAGAAATCTTTTAAGAGAAGTGTGAGACTGGATGAAGAACTGAGGGAGGCATCCGAAGC
  AGCTAAAACTAGCTGCCTTTACAATGATCCAGAAATGTCTTCTATGGAAAAGGACATTGACATGAAGCTG
  AAGGAGAAGCCGTAG
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_181348
• Insert Size: 9255 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).
• Product Components: The ORF clone is ion-exchange column purified and shipped in a 2D barcoded Matrix tube containing 10ug of transfection-ready, dried plasmid DNA (reconstitute with 100 ul of water).
• Reconstitution: 1. Centrifuge at 5,000xg for 5min.
  2. Carefully open the tube and add 100ul of sterile water to dissolve the DNA.
  3. Close the tube and incubate for 10 minutes at room temperature.
  4. Briefly vortex the tube and then do a quick spin (less than 5000xg) to concentrate the liquid at the bottom.
  5. Store the suspended plasmid at -20°C. The DNA is stable for at least one year from date of shipping when stored at -20°C.

Reference Data

• RefSeq: NM_181348.4, NP_851993.3
• RefSeq Size: 12512 bp
• RefSeq ORF: 9255 bp
• Locus ID: 353211
• UniProt ID: Q52KR3
• Cytogenetics: 19 B
• Gene Summary: May play an important role in regulating differentiation, survival and aggressiveness of the tumor cells.[UniProtKB/Swiss-Prot Function]