Cep192 (NM_027556) Mouse Untagged Clone

CAT#: MC225341

Cep192 (untagged) - Mouse centrosomal protein 192 (Cep192), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Cep192
• Synonyms: 4631422C13Rik; D430014P18Rik
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225341 representing NM_027556
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGAAGATTTCCGAGGAATAGCAGAAGAGTCATTTCCAAGCTTTTTAGCCAATTCACTACTTGGTAATA
  GTGAGGTTTTGGGAAATGTCACTCTTTCATCAAATTTTGGCTTGCCCATTGCTGTTTCTACACTTGCCAG
  GAGCAGACCCAGCACTGACAACAGGTGTCCTGATGTCCAGGAATCATACTTAATTGAAGAGAGGTTTTCA
  GTTCCTTCTGCATCATCTCCCAGTTGCCAGAGTGACAACCCTGAGCCAAGAGAAAGATTACGACTCAGCT
  TTCAGGGTGATGATTCTGCTCTAAGGAAAAAGAACTACATAGAAAGTCCAGATTTGTCACATGCTCTCAT
  GAAACCAAGAGCAGAAGAGAAGCAAGCTAACGCTGCGTCTGTTCAGGGCCAGAGCCTTCTGGGTGGAGTT
  TCTCCTCTGCAACAGGTACCAGATTCAGCTCTTGATTTCCACTTAAAATCATGGACAAATCATGAAGAGC
  ACAATATTGCCATGCCTGATCCTAAGAAGCATTTCGAAGCCGTGAATCCAAACCGTGATTTCAGCCATAC
  CAGCTTATTAGACAATGAAAAACTGTTAACACTGACAAACTTGGACAGTTCCTCTGATGATGATATTAAT
  GATGAAGAATTTTATGATGATCATTTAGAAGCATATTTTGAGCAACTAGCCATTCCAGGGATGATGTATG
  AAGCAGGAGGACAGGAGTCGCCAGCAGATGATTTTAAGTTCCCCGCAAATGAAGACAGTATCTTAAACTG
  TGAGTTTCAATCAGAAAATAACAGTCCTCGGCTTCCTCATGATGCATGCACCTCAGGAAATTCTCCTACT
  GCTCACACAGAGTCTGAGGGAGGCCATGGTTGTCCGCCGGGAACTAGTGGCTGTGTAGGTACTGTCGATA
  ATAAAATGCAGGTAGATAATGTGATGTCACTTTATTCTCATGCCTGGAGAAATGAGAAGGAAGCGGCACA
  CAATTTGAAGGATATTGTTCCAAATCAAAGCAGAGGATGTGGAGGAGAGGAGATTGTGGTGAAGAGGCTG
  TGTGCTGTGGATGAGACCCTCAGATCTACTTATCGTCACAGCACAGAAACAGAAGACGGCTTTGACCCAG
  CTGACTATATCAAACAGGATTCAGAATCTCCTCACCAAAATAAGCATTTTGCTTCAGATTTAGAAACAGT
  TCCGAACGTGGATAGATGTTTAAATACAGAGACTCCTACAGTGTTTATTCAAAAAGATGGAGACATTGCT
  GCATCTTCGAAGACTAATGGTGACAATGGAATTAATTCTCCTGATACGCTTTGGTCACCAACTTCTGAAA
  GGAGAGCATGTGGACTTTATGAGTCCGATTCAAAGACTAGTGACAAAGGAGAGCTCTCACAGAATGTCGT
  CTACAAAAGTGAGGACGGAAGATGGGTCACTGACCTTGCCTACTACACATCTTTTATTGATCAACAAGAT
  TTACAGATGTCTCCAAATAATGAAATGAATGAAGACTTCAGATCTGGTTCTGACGCATTGGACTTAATTG
  CAAAAGATGAAGAAGAATTCAATAAAGAACATCCATTTATACAGGATGAAAAAATAGATGTTCAGAACAC
  TCCAGTGGCACTTGGTGATAATTCCTGGGTAGCGACAGTTAATTACCATTTATTGAGAAAATCACTTGGC
  ACATCAGATTTTGATAAAGACAATGGCAGTTATCTACGCCTTTCATTAGGAGAGTTCTTTGCAGAAAGAT
  CTGAAGCTCTTGGTTGCCTTGGTGGTGGTAAGGATGTGAAAAGACCATCATTTGGTTATTTTATTAGATC
  ACCAGAGGAGAGAGAACCTGTTGCGTTAATAAAATCTGATTTGTCAAGAAGTGATTTGGAGAAAGAAGCA
  ACTCAGCCTTACCGTGGTTTCTCTTCAGGAGACTTAAATGAACAGTCCCAGGTACAGCTAAGTGAAGGAT
  CGGTTATGCTCAAGGCTGAAGAACTGCAGAGAAATTCCCAGGTGGATGAAGATGACATTACACTAACTGC
  CAGCAGAAACCAGACAGAGGACACTCTCTGTAGTAATAACAAGCTTCAGGAATATAAGAACACACTGTCT
  GGTGGTGAAGATTCTGTACTTAGAATAAGCACCATTGCTTCCGCCTTCGCAGACGTGTCAGTGAGCACTG
  ATCCTGCCCAGCTTGTTACCATGATGAAAGCACTCAGAAATAAGGGAAGAAGCAAGCCTTTTCAGGATGA
  TGGGACACAAGAGGACTGTCCAAACATCTCTCATGTCTTACTTAATGATTTAGAAAAAAGTAATAGATCC
  AATGCATTTGATATGGAGAAATACCTTACAAAAACAGAATTTAGTAGCTGTGAAGGTGCACGAGAGCCCC
  TTTCAAGAGCAGGCACATCTGACATGTGGGATTTATGTTCGCCCGAACGGCAGACTGTTCAAGACAGGAG
  TATGGTGAACGTTTGTGCTACTAATTCAAGGGAAGCAGAAGAAACTACAGCTGCTATTTTCTGTGCAGAA
  AATATAGAGAGTGATACTCAAGAATCCCTTAGAACAATAGCCTCCTCAGATTCAGTCCTCACAAGCACGA
  GAGAGAATAGAAACTCAGCCATGGGGAGGATGCCACCCTCTGTTGACACTTTACTGGATGTGCGGAACAG
  TGAGAAAGCTGCCTCAGTTTCCATTGCAGCGTCCAGGAGTGACTCACTACTGAGGAACCCCAGAGTACCT
  TCCTTTAGCATCGTAGAACAGTGTGAGGAAATACAAGATAACCGAGACCATGGAAGGAAGAAAGAGTGTG
  TCAGCGAGACAAGCAGCAGTGACAAGCACGTCACCTTTGAAGACGGTCTTGTGGTCTTACCTAAAAGTGT
  TGATTTGAAAACTGCCTCTCCTGAGAGTGGTAGATCTGGCTTTCAAGACGAGGAGAGCTTCAGGCTGTCA
  CCACTCAGTCATTCTTCTCCCAGTGAAATTTCTGGAAACTTCGCAGGATGTGTTCTGGAGTCTCTTGATT
  CAGCTTACCACCAGAGACCCCACTTAGAGAGTGAGTTGTCTCAGTTGGCATGTTCCCATGCTGACATGAG
  CAGGCTGACTTACGTATCTGAGCAGGAAAATACCTTTCCTGTCACAGCTGCTGATGAAAGCTCAGAGGAC
  CACAAGAGTGATCTCACCAGTGAGCTGAGTACCACAATTGTCCGAGCCAGTCCTACTCCACCAAGGGAAC
  AAGCTGTGGAAAAACCAAGAGACAAAATTCCAGGTCAGAATGCAGAAAAAGTATCCATGCCCTGGGTTAT
  CCAGAGTAAATCTGGTTTAGCAAACATGAGAGAAACTCCTTCTCTGAGGACCGGATTTGAAGATGGAGAA
  CCTAACTTTACATCCAGTCAAGATATTTCTTCCGAAAGTAGGGAACCCTTGGAAGCTGGTAAGATGATGG
  ATTCAACATCTGGCTCCAGTGAGCAGGACCTGATTGGCCAAGCTCTCCTGGACAAGCCAGCTCTAAACCA
  CCGGTCTGGGCCAGCTGTACCGAACCTCCCTGAGTTGATCCAGAAGACTGTGGATCAAGGTCAAAGATTA
  TCATCTACTCGTCTGTCAGCTGCCAGCAGTGAAGCTAGCAGCCAGGTTCCTAATCCGGGTGCCTCTGGAA
  CCCAGCACAATCCTGCACCCCACATTTCAGCTCATGCTTCTGTTGCTAAGGTGATGAACCAGCCTGCTGT
  GTGTCCTGCCCTCTGGACTGGGCACTCTCTATACATAGCTCCTGGCGCCCCATCTGGGAATGCCACCTTG
  TCACAGTGCCATGCAGGCATGCAGGTCTGTGGGATTTCAGGGTATTCTCCGTATCCTGCTGCTGCACCAG
  AGCTTGTGGCTTCTGGGCTGTACTTAGGACCAAGTCTTGCCTCTGGATTGATGGCTCCCTCTTCTCTTTA
  CAACCTGTGCTCTACTGCTGCACCCCAGAACTTGCTTAGTACAGCAAAGCCATTTCCTATGGTTACAAAC
  TGTGAAACTGAGCCACGGGACTCAGGGATGATGCCTGCGTTTGGGAATGCCAGAGTGCCCGAGGAGCTGA
  GGTTCCCTCACGCTTGCTGTGTAGGCATTGCTTCACAGACCCTCCTTAGTGTCCTCAACCCCACTGACCA
  CTGGCTGCAAGTCAGCATCAGAGTTCTCAGTATCTGGGTGAATGGTGAGAAGGTGGATCTTTCAACACAG
  ACCTGTTTAGTTTTCAAGAATAAAGTTGTGATAAGACCTCAAGCTACAGAAGAGATAAAAATTCTTTTTA
  TCCCCACAAGTTCTGGGATTTTCAGATGCACGTTCAGTGTTGCTTCTTGGTTGTTTTCAGCAGATGCTGA
  CACGGTAGGGCAGGCAGAGGCTCTGGGAAGCAGAGTTACTCTCACTGCCATTGCTGAAACCCCTGTTATC
  GAGGTAGAAACAGAAAAGAAAGGTGTTCTGGATTTTGGTGACTTGACCTATGCAGGCTGGAAAGCTCTCC
  CACTCAAGTTAATAAATAGGACACATGCTACTGTGCCAATCAGATTGATTATTAATGCTAATGCCGTAGC
  CTGGCGCTGTTTCACGTTTTCCAAAGAGCCCATCCATGTGTCTCTGAAAGCTGCTCCGCATGCTGACATT
  ACTGCTCAGCTAGCAGCCCCGTCCGTAGTCAGTCACGTGATGCCTGCCAGTTACGACGGAAAGGATCCAG
  AATTTCTGGTAGTTTGGGTTATTTTCCATAGCCCAAAGAAACTCCTCACTTCAGAAATTCTAGGCTCAGC
  AGAAGAATTCTTGGCCAGAGTGGATATAGAAGTGGACAGCCCAAACCCTATTCCTGTTCTGAGAAGCGTG
  GCCCTCCGAGCACGAGCAGGAGTAGCTAGGATCCATGCCCCTCGGGATTTGCAGACTGTGTATTTGTTGG
  CTGATGTGAATTCCTCAACAAAGCATCCCTTGCCTTTGAAAAATGCTGGGAATATTGAAGTTCATCTAGA
  TATCAAGGTCGCTGAGCAAGGAAGTCAGTTTTCAGTGGACCCAGAGAGTTTGTTTCTTAGACCTGGAGAA
  GAACATGAAGTTACAATTTCCTTTACACCAAAGGATTCCAAAGCCTGTGAGGAAAGGATCCTGATAATAT
  TTGTGCAGCCGTTAGGACCTCAGTATGAAGTGGTGTTACGAGGTGAAGTCATTTCTTCTGGGAGTAAACC
  TCTGCCACCTGGGCCTCACTGCTCAGATATTCCACTGATACTGTCCAATAAGCAGTTTCTGACTTGGGGT
  GGCATCCCTCTCGGCAGGACACAGCTCCAGAAACTAGCTTTAAGAAACAGTTCTACAACTACAGCCCAAA
  ATTTGCGACTATTTATCAAAGGACAAGATCAGGATTGCTTTCAGATTCAGAACACTTTTGGCTCAGAAGA
  GCGGCTGACCAGCAATTGTGAGATCAGGATTTGCCCAGGGGAGGACTTTGTAATCTCTGTGTTATTTGCA
  CCTACTCGATTATCTTGCATGTTGGCTAAACTTGAAATCAAGCAACTTGGAAGTCGATCTCAGCCAGGCA
  TTAAGTTTATGATACCATTGTCTGGATATGGAGGAACAAGTAATCTTATTTTAGAAGATGTTAAGAAATT
  ATCTGACAGTTACTTGATAACAATGAATGACTTAATTCCTGGCAAAGAAAGTAAAGTTGTTTTTTCTATT
  CGCAACACTGGCTCCAGAGCAGCCTTTGTTAGAGCAGTATGTTTTAAAGAGTCTCAAAGAAAAGTTTTGC
  TGGATCCTAAAGTATTGAGGATTTTTCCAGATAAATTTGTACTTAAGGAAAGAACCCAAGAACATATTAC
  TTTAGTGTACACTCCATCAAGCAGAAAGAATGGCGAAAAACCTGCAACAGAGCTGTTAACTGTCTACATG
  TTTGGTGGTGATGAAATCTCCAGACAGCAGTATCGCAGAGCTCAGATGCATACACCAGGAATCCTAAAGC
  AGATCCTTCCAGAACACAGTGTGCTACAGCACATCGACTTCACGGAGGCATTTCAGGATGAGCCTCTCAT
  TGATGAAGTGTGTGATCTTCCTCAGCGGCCTAATGACATTGAGCTCTTCTATGGAAGCATGCGGAAAATT
  ACCCTGTCAGTAATTGGAGAATTCAGAGGTACCATTTGTAGCCGAGAATTTCTTCAGCCTTCCTCCAGTG
  CTGAATCCAAAAGTAATTTCTCCAGTGACTCTAAAACTTCTGGAAAACAAAGTGGCAATGTCCTGTTGGA
  TGTTTTACCGGTTAAAGGCCCTCAAGGCCCTCCTTTTCTCTCACAGTCTGCCCACCCAGCCCAGGACACA
  GCAGCCTCTGAAGAAGGCTGGGCTGTCCATCCAGAACACTTGATTCTGGTGGCTCCTTCCTCTTGTGATT
  TGGCAAAAACTGGATGTTTCCAAATTATAAATAATTCTGTTATTTTACTGAAATTTGAGCTGTACTGGCC
  TGCACATTGCCTGACAGTCACACCACAACATGGATGTATCATGCCAGAGAGTAAAATACAAATTCTCGTG
  AGTCCTAATTTTTCCGTGTCCACAAAAGAGTCAGTGTGCCCATGGACTGGTTTGATCTACATACACTGTG
  ATAACGGACAGAAGAAAATTGTAAAAGTTCAAATTCGAGAAGATTTGACTCAAGAACCTTTACCTCACTT
  GCCCTCCTCCGGTACATCTGGAATTCTTGCCCCTGCACCCGAGCCTTCCATTAGTCGTTTGACAAAACTA
  ATAACAAAACCACCTTCCACAAAAGTTGAAATTAGAAGCAAGACAGTGATTTTTCCTCCAACAGAACCTG
  GTAGAACCTCAGAGAACTATCTGGAACTGGAGAATTGTGGCCCCACAGATGTAAAGTGGCACCTGTCATC
  TTTTGCACCCCCGTATGTCAAGGGAGTTGATGAAACTGAAGATGTTTTTCGAGCTACCTACACAACCTTC
  AGATGTTCTCCCATTTCTGGCACACTAGAAGGCCATGGAATCCAAAAGGTCTCCATCATATTTTTGCCCA
  GAGACAAAGGGAATTATGCCCAGTTTTGGGATGTTGAGTGCCACCCTGCTAAAGAACCTCACATGAAACA
  TACATTGAGATTCCAGCTCTCTGGCCAGAGCATCAGAGCAGAGAATGACCCTGAAGACTCATGCTCCTCC
  AGAGATGCCCTCATTAAAGTAGATACCGCAGTCACATCCCGGAGGCGCGCTGTGTCTGAGACAGCTGCTC
  ACACGCCTGGGCAGCTCAACTCGAGCCATCATGGAGTATATGCCCCAAAGGATGTCTACACGTTCCTGCC
  AACCAAACTTGGGGAATCCAGGACACTGAAAATCAATTTGAGAAATAATTCTTTTTCCACTCATGCACTG
  AAGTTTTTGAGCCCCAGAGAACCTTTCCACATTAGACACTCCAAGTACACTTTGAGGGCCCGACATTATA
  TCCACATCCCGGTGCACTTCAGACCAGAGGCAGTGGGCAGATTTGAAGCTTTACTTGTGATCCAAACAGA
  TGAAGGCAAGAGTATTGCTATTCGACTAATCGGTGAATCCCTTGGAAAAAGTTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_027556
• Insert Size: 7545 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_027556.1, NP_081832.1
• RefSeq Size: 8125 bp
• RefSeq ORF: 7545 bp
• Locus ID: 70799
• Cytogenetics: 18 E1