Nbeal1 (NM_173444) Mouse Untagged Clone

CAT#: MC225388

Nbeal1 (untagged) - Mouse neurobeachin like 1 (Nbeal1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Nbeal1
• Synonyms: 2310076G13Rik; A530050O19Rik; A530083I02Rik; AI662228; ALS2CR17
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225388 representing NM_173444
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCAGCCAGAGAGAGGCTCTTTGAACTTTGGATGCTTTATTGTACAAAGAAAGATCCAGATTACCTGA
  GACTGTGGTTGGACAATTTTGTTTTAAGTTATGAACAATTTTTAGATGTTGACTTTGAAAAGCTGCCTAC
  AAGGGTGGATGATATGCCTCCAGGAATATCTCTGCTTCCTGATAATATTCTGCAGGTTCTGAGGATCCAG
  CTGCTACACTGTGTTCAGAAAACAGCAGATGGGTTAGAGGAACAACAACAAGCATTGTCAATTTTGCTTG
  TTAAATTCTTCATTATTCTTTGCAGGAATTTATCAAATGTAGAAGAAATTGGGACTTGCTCTTATATTAA
  TCACGTCATTACCATGACAACACTGTATATTCAGCAATTAAAAAGCAAAAAAAAGGAGAAGGAAATGGCT
  GATCAGACATCTATTGAAGAATTTGTGATCCATGCACTGGCATTCTGTGAAAGCTTGTATGATCCATATA
  GAAATTGGAGACATAGAATTTCAGGACGAATCCTTAGTTCTGTGGAAAAGAGCAGACAGAAATACAAACC
  AGCTTCTCTCACAGTGGAGTTTGTTCCTTTCTTTTATCAATGTTTTCAGGAAAGTGAACATCTCAAGGAC
  AGTCTTAAGTGTTGCTTATTGCATCTCTTTGGAGCCATTGTAGCCGGTGGGCAGAGGAATGCTTTGCAAG
  CAATTTCTCCAGCCACCATGGAAGTTCTTATGCGAGTTTTGTCTGATTGTGATTCATGGGAAGAAGGAGA
  TCCTGAGGAAGTGGGTAGAAAGAGAGAGCTAACTCTGAAATGCCTTACACAAGTGGTGCATATCCTTCTT
  ACTAGCAGCTCTGACCAGCGTCAGGTGGAAACCAGTACCATCCTGGAGAACTATTTTAAGTTGCTTAATT
  CTGATCACTCAGCTTTACCTAAGCAGGGGAGGTCCAGGCGGTGGGAAAGCCAGTTCATAGCTCTGCAGAT
  TAAGATGCTCAATACCATCACATCCATGTTAGATTGCACAGACAGGCCCGTTCTTCAGGCCATTTTTCTC
  AACAGTAATTGCTTTGAACATCTCATCCGACTTCTACAGAACTGCAAGGTATTCCAGGGGCAGTTGGATT
  GCTTGGCTGTGTCAGCCATTCAGGCTTTGACAGCAGTGATGAAGAGTTCTCCAGCTGCTAAGGAAGTATT
  TAAAGAAAGAATTGGCTATATGCACATGTTTGAGGTATTAAAATCTTTGGGCCAGCCACCACAAGAATTG
  CTTAAAGAACTTATGAACATGGCTGTTGAGGGTGATCACACTTCAGTTGGCATTTTGGGCATTAGTAATG
  TCCAACCTCTCTTGGTTCTTATCCAGTGGCTTCCGGAGCTAGAATCTCATGACCTGCAAATCTTTGTCTC
  TGATTGGCTGAAAAAAATTTGTTGCATTAATAAGCAGAGCAGAACTACCTGTGTGAATGCAAACATGGGA
  ATAAAAATCATTGAAGCCCTTGAATCCCATTCTTCCCTACATCGAACTTGTGCTGAGAACTTGATTGCAA
  TCCATGGTTCATTGGGGAGTCAGTCTGTGAGCTCAGAAGAAATCCGTCGGCTTCTGCGACTGCTGAGAGT
  AGATGAATCAGAGTGTATTCACCCATATACCATTCCTGTGACTCGTGCAGTCCTGACAATGGCACGGAAA
  CTCAGTTTTGAGAGTGCACTGCAGTATTTTAATTTGTCACATAGCATGGCCGGAATTTCTGTGCCTGCTA
  TTCAGAGATGGCCTGGGTCTGCATTTTCCTTCACTGCTTGGTTTTGCTTAGATCAGGATCCGTTGACCCT
  TGGGAGTGCCAACAAAGGAGGAAAAAGAAAACAATTATATAGCTTTTTTACAGGAAGTGGAATGGGTTTT
  GAAGCTTTCATTACCCACTCAGGTGTGCTGGTTGTGGCAGTGTGCACAAAGAGAGAGTACGCGACAGTTA
  TGCTTCCTGACCACAGCTTCTGTGATTCTCTCTGGCATAACATAACCATCGTTCACATGCCTGGAAAAAG
  GCCCTTTGGCCAGAGTCTTGTCTATATCTATGACAATGGACAACAAAAGGTTTCTGCCCCTCTCAGATTT
  CCTGCCATGAATGAGCCATTTACTTCCTGTTGTATTGGTTCAGCTGGGCAAAGAACCACTACTCCTCCAC
  CATCTCAAATCCCAGATCCACCATTTTCTACTCCCATTACCCCTCACCGGACATCATTTGGTGGAATATT
  GTCATCAGCCTCCTGGGGAGGAACAATTGAAAAATCGAAATTGTTTACCAAATTAATTTCAGCTGGAACC
  CAAGATAGTGAATGGGGTTGTCCCACGTCTCTGGAGGGCCAGCTAGGATCTGTGATTATATTCCATGAAG
  CTCTGCAGCCTCCTCAGGTCAAGGCTTTGTATTTAGCAGGTCCAAATTGCTTAAGCCCTTGGAAGTGTCA
  AGACTGTGATATGGCCGACTTGCCAAGTAACATCCTCCTTCACTACACAGGAAAGGCTTGCAAAAATTCA
  ATTTGCCTTGACTTGTCTGCTAACTGTTTGCATGGAAGATTAACAGGAAACAAAGTAGTGAATTGGGACA
  TTAAGGACATCATCAATTGCATAGGTGGGTTAAATGTACTGTTTCCTTTGCTGGAACAAATAAGCCACTT
  TAGTGAAGGACAGACTTCTGAAGCAATGAGTGAAAACACAGTTCCTGAATTAGTAACACCTAGTGAACAA
  GAATGTATGGGATTGGCCTCCACAAGAGCATCAGAGTCAAGGCTGGAGAAAAATCTAATTGCAACATTTA
  TTTTGATTGTGAAACACTTTATTCAGAGACATCCTATCAACCAGGACAATCTGATTCAGTCCCATGGAGT
  TGCAACTCTTGGTGCTTTACTTCAAAAGGTGCCAGGTTCTCAAATGGATGTTAATGTATTGATGGCAATT
  CAATTACTAATTGAGCAGGTATCATTAGAAAAAAACACACTGTTGCTTCAACAAATGTATCAGTGTTTAC
  TCTTTGACTTCCGTATTTGGAACCGTGGAGATTTTCCTTTTCAGATTGGCCATATACAGTATCTTTCGAC
  AATCATTAAAGACAGCAGGAGAGTTTTCAGGAAGAAGTACGGCGTGCAGTTTCTCCTGGATACACTTAGG
  ATTTATTATGGGCATGGTTCTACATGTAATGAGCTATCTCCAGATGATATTCGAACAATAAGGACTTCTT
  TGTATGGGCTAATTAAATATTTTCTTTGTAAAGGTGGAACCCATGAAGAAATACAGAGTATCATAGGTTA
  TATAGCTGCCACTAATGAAGAAGAACAGCTCTTTGGAATTTTGGATATACTTTTCAGTCTTCTACGAACC
  AGCCCAACTAGAGGTCAGCTTTTCTTACTGCTGTTTGAACCAGGAAATGCTGACATACTGTATGCCTTGC
  TGTTAAATCAGAAGTACTCTGACAAACTGAGAGAAATCATTTTTAAGGTCATGGAACAGATGTTAAAATG
  CACAAATGTTTATGAACGTAGTAAACAACGTATCCGTCTTAGAGAAGTTGGCTATTCAGGAATTGGACTC
  CTCCTTAATGAAGCACCAGTTAACACATCTCTTATTAAAAACCTTGTTAACCAAATCATTAATACAGATC
  CTGTTATTAATTTCAAAGATCTATTATCTGTAGTATATATCTGTCACAGAACACATGTAAATGTCAGAGT
  GGTCCTCTGTAGAAAGATATTACAGATTTTGCAGTCCCAGCCAGATGCAGCATACCAGATATCACAACAA
  GTGGGTTGGCAAGACACCTTTGTTAGACTTTTCTTAAAAGCAAATTTTGAAAATGTAAATTCCCTTAACA
  AACACGGGAAGACAGTTTCAATGAAAGAAAATAAAAATATGTCAACTGAAGATGTTAAGAGGAACTTTGA
  AAAACTGGATGATGAAAAAATGATGTTAGCTGACGTATCTTCAGACCATTGGAGTTTAGAAGATAGTCAG
  TCCCTGAACTCAAACACACCATTATTTCAAGAAGATAGCTCTGAAGGAGAATTATCTTTCAAGTCAGAGA
  ATCAAGAAGAATTTTGGCATAGTAATACTTCCCATCTGAGCTTAGATCTCAGTGGAATTGATGCATGTGA
  ACTGAGCGACAGTGGAAGTCAAGTGCCAGACAGTTCACCTAGCACTCCATCTCCAGTAGAGTCTACTAAG
  TCATTTTCTTTGCAGTCTGACAAAGAAAGAAGCATCACGAATGAAATGGGCTTCAGTGATGACTTCTCTT
  TTCTTGAAAGCCAAGAGAGATGTGAAGAAGAACTTTTTCAGCTGCTTACAAATATTTTGAATTATGTTAT
  GTGTAAAGGACTAGAAAAGTCTGATGAAGACACTTGGATTGAAAGAGGACAGGTGTTTTCAGCACTAACT
  AAGCCAGGAATATCAAGTGAGCTGCTTCGACCCTCAGATGAAGTAAAACTAACTTTGCTACAGAAGATGT
  TAGAGTGGGCAATCACAGAAAATAGAGATGCAAAAAGTAGTCCTGTAACTGCTGAAAATGCCTTCCGACT
  CATGTTGATCGTACAAGACTTTCTGCAATCAGAAGGACTGGTTAATTCAAACATGTGGACTGAGAAGCTT
  TTAGAAGATGCCACGCAGCTCCTAGACTGTCTGTCAGTATGGTATTCTGAGAATCCAGCATGGGTAAAAC
  TCTCTCAGATTCAGACCCAGCTGCTTCTAGAGTTCATCGGAAGAGGCAGTTTGCAGGTTTGTGCAATGGC
  ATCAGCTAAGCTCAATGCTCTTCTTCAGACCAAAGTGATTGAAAATCAAGATGAAGCATGCTATATTTTA
  GGGAAACTAGAACATATTCTAAGTCGGTCAATCAAGGAACAGACAGAAATCTATTCATTTCTGATTCCCC
  TTCTCCGGACTCTGGTTTCTAAAATTTATGAGCTGCTTTTCATGAACTTGCACCTGCCTTCCTTGCCTTT
  TACTAATGGAAGCGCTTCATTTTTTGAAGATTTTCAAGAATACTGCAATTCCGAAGAGTGGCAAGTTTAC
  ATTGAAAAATACATTGTACCTTACATGAAGCAGTATGAAGCGCATACATTTTATGATGGCCATGAGAATA
  TGGCACTTTACTGGAAGAATTGTTATGAAGCCTTAATGGTGAATATGCATAAAAGAGACCGAGAAGGAGG
  AGAAAGCAAGCTGAAATTTCAGGAGTATTTTGTGGAGCCATTTAATCGAAAAGCCCGTCAAGAGAACTTG
  AGGTATAATAATATGATTAAACAACTTAACAGTCAGCAGTTGGCGGCTGTTAGACGCTGGAAGGCGATAC
  GGCTCTATCTTACGTGCGAAAGGGGGCCTTGGGCTGAAAAGAAACAGAATCGAATTCACTGGAAACTAGC
  TAATGTTGAAAATTATTCCCGCATGAGACTTAAACTGGTACCAAATTATAATTTCAAAACCCACGAGGAA
  GCTAGTGCCTTAAGAGATAATTTAGGTGTTCAGCACTTACAGCCTTCCAGTGATTCATTGCTTTTGGAAG
  TAGTGAAACAAGTTAAACTCAGTGACATGGAGGAAGATAAACTAGAACTTCTTGAAGAGGACATGGCAGC
  TAGAGTAAATATTGATGAAAAGGAAGAACAGAATCAAAAGGAAAAATTGGTATTGACTGAAGACTGTGAA
  CTCATTACTGTAATTGACATAATTCCCGGCAGATTAGAAGTCACTACTCAACACATTTACTTCCATGATA
  ACAGTGTTGAAAAAGAAGATGGACTGGGCTTTGATTTCAAGTGGCCCCATTCTCAAATTCGAGAGATTCA
  CTTACGTCGTTACAACTTAAGGAGATCAGCACTTGAGATTTTTCATGTTGATCAGTCCAACTACTTTCTC
  AATTTCAAAAAAGAGGTTAGAAACAAAATATATAGCAGACTTTTGTCACTTCATTCTCCTACTGGTTATG
  GAACAAGATCACCACAGGAGTTATTCAAAGCATCAGGGTTAACACAGAAATGGGTGAATAGAGAGATAAC
  AAACTTTGACTACCTCATTCAAATAAATACCATGGCAGGACGAACCTATAATGACCTTGCACAGTACCCT
  GTGTTTCCCTGGATTTTGCAAGATTATACTTCAGAAGAGTTGGACCTAAATAACCCTACTGTATTTCGAG
  ATCTTTCTAAACCAATTGGAGTAGTTAATGAAAAAAATGCCAAAGCTATGCGTGAAAAGTACGAGAATTT
  TGAAGACCCAATGGGAACAATTGATAAGTTTCACTATGGTACTCACTATTCCAATTCTGCGGGCGTCATG
  CACTATCTGATCCGCGTGGAGCCATTCACCACCCTCCACATCCAGCTTCAGAGTGGACGGTTTGACTGTG
  CAGACCGGCAATTCCATTCCATCCCTGCTACCTGGCAGGCACTTATGGATAATACATATGATGTTAAAGA
  ACTTATTCCTGAATTCTTCTATTTCCCAGAGTTTCTAGAAAATCAAAATGAATTTAATTTGGGTCACTTA
  CAAGTTTCCAAAGAACTGGTTAACGATGTTATTCTTCCAAGATGGGCTAAGTCAGCTGAAGATTTCATTT
  ATAAACACAGAAAAGCTCTGGAGTCTGAATATGTTTCTGCTCATCTTCATGAATGGATAGATCTGATCTT
  TGGCTACAAACAGAGAGGGCCAGCTGCGGTGGAGGCACTCAATGTCTTCTATTACTGTAGTTATGAAGGT
  GCTGTAGATCTTGATGCCTTAACAGATGAAAAGGAAAGAAAAGCCTTAGAAGGGATGATTAATAATTTTG
  GGCAAACACCTTGTCAGCTGTTAAAGGAACCACACCCTCCAAGATTATCAGCAGAAGAAGCTATTCAAAA
  GCAAACCAAAACAGAAATTTCAACCCTAAACCTCTTTCAACACCTCACTGAACTGAAGTCATTTTTTATA
  GAGGGAATTAGTGATGGTATTCCACTATTAAAGGCCATCATCCCCAAAAATCAGTCTCGTTCTTTTATGT
  CTCAAGGCAGCCCTGAGTTACTGATAACAGTAAGCATGAATTATGTTATTGGAACCCATGGATGGCTACC
  ATATGACAGAAATATTTCTAACTATTTCACATTCATCAAGGATCAAACTGTGACCAACCCAAAAGCTCAG
  CGCACCATTAGTGGTCCTTTTGCCCCAGGACTGGAAATCACTTCCAAACTGTTTGTAGTGTCACATGATG
  CAAAGTTGCTCTTCAGTGCTGGACACTGGGATAATAGTATCCAAGTAATGTCACTTACCAAAGGCAAAAT
  TGTCTCACATAACATCCGACATATAGATATTGTGACTTGCTTAGCTACAGATTACTGTGGAATACACTTG
  ATTTCTGGCTCCAGGGACACTACATGCATGATATGGCAAATAACACAGCAGGGAGGCACTCCTGTGGGCT
  TAGCACCTAAACCTTTTCAAATTCTCTATGGACACACTGATGAGATACTGAGCGTGGGTATCAGCACTGA
  ACTCGACATGGCAGTATCAGGGTCAAGGGATGGCACTGTGATTATACATACCGTTCAGAAAGGTCAGTAC
  ATGAGAACCTTACGACTGCCTTGTGAGAGTTCCCTGTTCCTGACAATTCCCAGTTTGGCCATATCCTGGG
  AAGGACACATTGTTGTCTATTCCAGCTTGGAAGAAAAGTCCGTCCTCAAGGATAAGAACCTATTACATTT
  GTTTTCTATAAATGGAAAGTATCTGGGGTCTCAAGTCCTGAGTGAACAAATATCAGACATGTGCATAATT
  GGAGAACACATTATCACTGGCAGCTTACAAGGGCTCCTGTCTATAAGAGAGCTCCACAGCTTGAAGCTCA
  GCGTCACTCCATTAGCCATGCGATTACCTATCCACTGTGTTTCTATAACCAAAGAATACAGCCACATTCT
  TGTTGGCTTAGAAGATGGCAAGTTGATTGTAGTGGGTGTTGGCAAGCCAGCTGAGATGCGATCGGGTCAG
  CTTTCTCGAAAATTGTGGGGATCTAGCAAGAGGCTCAGCCAGATTTCAGCTGGAGAAACGGAATATAATA
  CTCAAGATTGCAAGTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_173444
• Insert Size: 8067 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_173444.2, NP_775620.2
• RefSeq Size: 12108 bp
• RefSeq ORF: 8067 bp
• Locus ID: 269198
• Cytogenetics: 1 C2