Trank1 (NM_001164659) Mouse Untagged Clone

CAT#: MC225442

Trank1 (untagged) - Mouse tetratricopeptide repeat and ankyrin repeat containing 1 (Trank1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Trank1
• Synonyms: A230061D21Rik; C030048J01Rik; Gm187; Lba1
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225442 representing NM_001164659
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGCTTCCACGACCGCGGGCCGCCGCTGGCCTCCGAGGAGACGCAGCTCGAGACGGGGCCCCACGCCGC
  GGTCCCGCGCGCCCGGCGCGAAGCTTTCGGCCCCGGAGGCCGGGCCGCCACGCCGCGGGCCTCTCCCGCG
  CGGCGGTGCGGGACGCGACACTCTCCTCGGAGCAAAGGCGACACCTTCGTCTCCCGCCGCGAGGCGATAC
  GTGACGGCTCTCGGGCCCCCGCAGCCGCGTGGGAGCACGGACTCGGCCTGCGCGGCGCTCCCGCAGCCGG
  TCCCGCACGAGCCGCGGGAAGCAGCTTTCCGCCTGGCCCCGGCCTCGGAACGCGGGGCCTCGGTGTCACC
  TGCGCGCATCCCGAGGCGGCGGCGGCGAGTCCCGGCCATGTGGGACCCGCGCGCGGCAAGGACTCCTCCT
  CGGGAACTGGCTATGCTGCTGTGCAACAAATCCAATGCATTTTACAACCTCGGGAAATGGAACGAGGCTT
  TTCTTGCTGCCAAGGAGTGTCTCCAATGGGACCCAACCTATGTGAAGGGATACTACCGAGCTGGTTATTC
  CTTGCTGCATTTGCTCCAGCCTTATGAAGCTGCTCGGATGTTTTTTGAGGGTCTACGACTTTTGCAGAGA
  AGCCCAGACCAACTGCAGGTTCCTGATTTTCTTGTTGGGATCTTCACAACGATGAGCAGTGACTCCATTG
  TTTTGCAGAGTTTCTTGCCCTGCTTTGATCATATTTTCACTACTGGATTTTCAACAGAAGTGTGGCAATA
  TGTAATACAGAAGTTGGCCAAAAAAGGATTATGGCATTCATTTCTACTGTTGTCAGCAAAGAAAGACAGG
  CTGCCAAGCAACATTCATGTCTCTGAGTTGTCACTACAAAGTCTTTTTGAGAAGTATGTCTTCATTGGGT
  TTTATGAGAAACTGGAACAAGTGCCCAAGTTGGTTCAGTGGCTCGTCTCCATCGGTGCAAACATTGAAAC
  CATAGGGCCCAACCCTCTCCATGCCCTTATGCGGCTCTGCATCCAAGCAAGGGAAAGTCAGCTTTTCCGG
  TGGGTAATGGATCAAAAGCCTGAGTGGAAAGAACACATCAACCACAGAGACGATGCTGGCTGCACTGTCC
  TGCATGTCGCTGCTGCCCACTTCCCAGGGTACACCAGCAGGCGACAAACTGAAGATGTGCAGATGCTGCT
  GAGCTTTGGAGCAGACCCTACTCTGCTAGACGGACATGCTCGGACTGTTGTGGATGTTCTGAAGAGGAAC
  AAGAACTTCAGAGCGATTGACAAAATCAACAGTCACCTGGAAAAGCTGGCATCCAGTTCTAAGGGCCTAT
  CAGAAATTCCTGCTGGCCTGGTTTGTGACGTTAACCGAGACTGTGCCACCACCTTCATCAAATTCTTACT
  GGAAAGACAGAAGTGGCCTGAAGTGCTTCTGCTGCTCACCCGCAAAGTCAGCGGGCAGCCTCAGCTCAGA
  AATGGCGTCATCAAGGATTGTGACCTCTCGGACCTGGACATCTGTACTGTCATTCCCCATCTCAGCTCCT
  GGGACCAGAGGAAGACCCAGCTTCTGAGCCGCCTGATTGACAGTGGAGCACTGCCTGAGGGTCTCCAAGA
  CAGCCAGGACAGGCCGCTGCTCATGTGCCTGAGACACGAGGACTTTGACTTAGCTTTTCTTCTCTTGACC
  AAGGGTGCAGACCCCCGCAGTGTTTCTCTCGTGGAAGGTGACACTCCTTTGCATGCAGCACTACACATCT
  TTCTGGACATTAACGCTGACATTGGCTTTAACTTCCTGAGCCACCTGTTGGACTTATTCTTGTCCAACCC
  TACCGAATTTTACTACCTTAATCCTAACGTCCAAGACAGCAATGGGAACACATTGATGCATCTCCTTTTC
  CAGAAGGGCATGCTGAAGCGCACGAAGAAGCTCATAGATCTGCTGGTGAAGTTTGACATCAACTTCAACC
  TGAAGAACAAAGCAGGCAAAGGTGTTAGACACCGGATTAAGAAGAACGATGCTCTGCTTTTGGCTTGGAA
  CAAAGCGCTGACAGAGAGCAGGCGGAAGAACCGCCAAGACCCAGCTGCCCACCTGGGGAGGCTCTCCAGA
  TCTTCTGCCCCTGGCCATACATCTCAGCTCAAGTCCCAGACGTCCTTCAAGTCTTTGCCATGTGGTACTG
  CTGACACAACCCTTTCTAAGGGGCTCACAGAGAGTCTCCCTGATGTCCAGGTGAGCAGGCAGGAACCTGA
  AGCCGTCAGGACACGTTCTTTGAGGGACCGCCTTGTACAGGACATCACAGTTCTGATCCAGCAGGTGGAG
  CTGGGTATGCCTCTCCCCGAGGACTCTCCTCAGCGAGACTCTCCCAAGGTAGCAGCTGGCACAGAAGGAA
  AGAAAGACAAACTCCAGAGAACTCAGAGGATGGGGAGCTCTGGCTGCAGCGGAAACAACCCTGTTGCCTC
  CGAGGCTGGGGATGGCGCTCAGGCAGGTCCAGGGGCTTCACAACTTGTTCCAGTTGGTAACAGATTGGGA
  GTAGCCAGTGATAATCAGGAGAACTGGACCATGCAGGAGATTCAAGCCTGTCTGCAAGACTTTGATAACA
  TGACCTGGGAGATTGAGTGTACTTCAGAAATGCTGAAGAAGCTGTCCAGTAAGGTTATGACCAAAGTTAT
  AAAGAAGAAAATAATCCTTGCCATCCAGCAGTTGGGAAATGGTGAGTGGACCCAGGGCCTGCAGAAGAGG
  CTGAAACACTCAAAAGGGAATATCCAGCTCTTTGAAGCAAAGCTGGACAAAGGTGCCAGGATGCTGTGGG
  AGCTTGCCATCGACTTCTCTGCTCGGTGCAGTGAGAACTCTGAGAAAATTATAGGTACGGAGCGGAACAC
  CTACTCCCTGGAAAAATCAGGGCGGGTCTATACAGAAATCATCCGCATCTGGGACATTGTCTTAGATCAC
  TGCAAGCTGTCAGATTCCATCATGGCTATCTGTAGTGCCTACACCCGGGGCCTGTCCTGTGTCCTTCGAA
  AGAAGCTGAAGGGTATCAACAAAGGACAGGTATCAGCTAACATGAAAATCCAAAAGCGGATACCCCGCTG
  CTATGTGGAAGACACAGAGGCCGAGAAGAGCTTAGAGCAGGTAGATCCTGAGTACTTTCCTCCAGCCAGT
  GCTGTGGAGACAGAGTACAGCATCATGAAGTTCCACAGCTTCAGTACCAACATGGCCTTAAACATTCTCA
  ATGATATGACAGCAACGGTGGAGTATCCATTCCGAGTGGGCGAGCTTGAGTACGCCGTGATTGACCTCAA
  CCCTAAGCCCCTAGAGCCCATCATCCTCATTGGACGGAGCGGCACTGGAAAAACAACCTGTTGCTTGTAC
  AGGCTTTGGAAGAAATTCCATGTTTACTGGGAGAAGGCTGAGCAGGCAGGAAGCCCATTGCTGTCCAAAC
  AGATCTTGCCAAAGAGAAGGTTGGAAGTAGAACCAGGAAAAGAGGGTCCAGGTCGAGAGGAAGAAGAACA
  TGAGGAAGAGGAGGGTTCCATCAAAGTGGAAACGGTGGATGGTATAGATGAGGAGCAAGAGAGTGAAGCC
  TGTGCAGGAGGAGCCACAGTGGAGCCAGCAGGGGACAGCCAAGGAGCAGAGGGATGTGTGCCGGACCACC
  CACACCAGCTGGAGCATCTACATCAGATCTTTGTGACGAAGAACCATGTCCTGTGCCAGGAGGTGCAAAG
  AAATTTTATTGAGCTCTCCAAGTCCACCAAGGCCACCAGTCACTATAAACCACTGGATCCCAATGTCCAC
  AAACTCCAGGACCTGAGGGATGAAAACTTCCCTCTGTTTGTGACTTCTAAACAGCTTCTCCTCCTGCTCG
  ATGCCTCTCTGCCAAAACCTTTTTTTCTGAGAAACGAAGATGGAAGCTTAAAAAGAACCATTGTAGGATG
  GTCCACACAGGAAGAGTTTAGCATCCCCAGCTGGGAAGAGGATGATGAAGAGGTTGAGGCAGATGGGAAC
  TACAATGAGGAGGAGAAAGCTACAGAAACACAAACAGGGGACAGTGATCCCCGGGTGTATGTGACATTTG
  AGGTGTTCACCAATGAGATATGGCCCAAAATGATCAAAGGGAGAAGTTCCTACAACCCAGCACTGATTTG
  GAAAGAGATAAAATCATTCCTGAAGGGTTCTTTTGAGGCTCTTAGTTGTCCCCATGGGAGACTGACTGAA
  GAAGCCTATAAGAAATTAGGGAGGAAACGATCCCCCAATTTTAAGGAAGATCGGAGTGAGATCTACAGCC
  TCTTCTGCCTGTATCAACAGATCAGGTCCCAGAAAGGGTATTTTGATGAAGAGGACGTCCTGTACAACCT
  GTCCTGGAGGCTGTCGAAGCTCAGGGTGCTCCCCTGGTCCATCCATGAGCTTTATGGTGATGAGATTCAG
  GACTTCACCCAAGCAGAGCTGGCACTGCTGATGAAATGCATCAATGACCCCAACGCCATGTTCCTTACTG
  GAGACACTGCCCAAAGCATAATGAAAGGCGTGGCTTTCCGTTTCAGTGACCTGCTCTCTCTGTTCCACTA
  TGCCAGCAGAAGCACAGTAGACAAGCAATGTGCTGTTCGAAAGCCCAAGAGGATCCATCAGCTGTACCAG
  AATTACAGATCTCACTCAGGAATCCTCAATCTTGCATCTGGAGTAGTGGATTTACTTCAGTTCTATTTCC
  CAGAATCCTTTGATCGCCTTCCAAGAGATTCTGGACTCTTTGATGGTCCCAAGCCAACTCTCTTGGATTC
  TTGTAGTGTAAGTGACTTGGCAATCTTGCTGCGAGGGAACAAAAGAAAAACTCAGCCCATCGAATTTGGT
  GCCCACCAGGTGATTCTTGTTGCCAATGAAAAGGCTAAGGAGAAAATCCCAGAGGAGCTGGGGTTAGCTC
  TCGTGCTAACTGTTTATGAGGCCAAAGGGCTGGAGTTTGACGATGTCCTCCTTTACAACTTCTTTACTGA
  CTCTGAGGCTTACAAGGAATGGAAGATCATTTCCTCGTTCACACCGTCATCTGACTCCAGAGAGGAAAAG
  TGGCCATTGGTTGACGTTCCCTTGGAGAGATCAAGTCCCTCTCAGGCGCGGTCCCTTATGGTGAACCCAG
  AGATGTACAAGCTCCTCAATGGAGAGCTGAAGCAACTCTACACTGCCATCACTCGGGCTCGGGTCAACCT
  TTGGATCTTTGACGAAAACCTAGAGAAACGAGCTCCTGCTTTCAAATATTTCATTAGGAGAGACTTTGTC
  CAAGTTGTAAAGACAGATGAAAATAAAGACTTTGATGATAGCATGTTTGTTAAGACCTCAACTCCTTATG
  AATGGATCATACAAGGAGACTATTATGCCAAGCACCAGTGCTGGAAGGTGGCAGCTAAGTGTTACCAGAA
  AGGAGATGCATTAGAGAAGGAGAAGCTGGCCCTGGCCCACTACACTGCCCTGAATATGAAATCCAAGAAA
  TTCAGCCCCAAGGAGAAGGAGCTGCAGTATTTGGAACTGGCTAAGACTTACTTGGAGTGCAATGAACCAA
  AGCTATCTCTTAAGTGTTTGAGCTACGCTAAGGAGTTCCAGCTCTCTGCCCAGTTGTGTGAGAGGCTGGG
  AAAGATAAGAGACGCGGCCTATTTCTATAAGCGAAGCCAGTGCTTCCAAGATGCTTTCAGATGCTTTGAG
  CAGATTCAGGAATTTGATCTTGCCCTCAGAATGTACTGCCAAGAGGAGCTTTTTGAGGAAGCTGCTATTG
  CAGTGGAAAAGTATGAAGAAATGCTGAAGAACAAGACCTTTCCCATTCCCAAGCTCTCCTATTCTGCCAG
  TCAGTTTTACCTGGAAGCTGCTGCAAAGTACCTGAGTGCAAATAAGAGCAAGGAAATGATGGCCGTCCTC
  TCCAAGCTCGACGTAGAGGACCAGCTGGTGTTCCTTAAGTCACGGAAATGCCTAGCAGAAGCGGCAGAAT
  TGCTCAACAGGGAGGGCCGGAGGGAAGAGGCTGCCCTATTGATGAAGCAACATGGCTGCCTTCTGGAGGC
  TGCCAGGCTCACTGCCAACAAGGATTTTCAGGCCTCATGCCTCCTGGGGGTTGCCCGCTTCAATGTGGCC
  AGAGATTCTGACATAGAACACACAAAGGTTATTCTGAGAGAAGCACTCGATCTCTGCTATCAAACCAGCC
  AGCTGGCTGGCATCGCAGAGGCCCAGTTCCTGCTAGGGATTATCCTGAGAGACTTTCAGAAGCTTAGAGA
  TGCCTTCATCAAGTTTGACATGCTCAACCACTCAGCTGGAATGGTAGAAGCTCTCTATGAAGCAGCCAGC
  CTGTGTGAGTCTGAGCATCAGAAGGTCCTGGCGCTGGCTCCTGGGGGCTTGGAAGTCCTTCTCAATCTGG
  TCAGGGCCCTTAAAAACGTGACCAACAATGCTGAGAAGGAAATGGTCAAATCTTGCTTTGAGTTCTTTGG
  AATTTTTCAGGTGGATGCCAAATATTGCCAGATAGCCCAGAATGACCCAGGGCCCATATTAAGAATAATT
  TTAGACCTGGATTTGACCTTGAGTGAGAAGAAAACAAAGGATCATTTCTTAATAGTGACTGACCAGGTGA
  AACTAGCCCTGAATAAGCACCTTTTGGGCAGACTGTGTCAGATCACACAGATCCTGCTCGGGAAGGCCTA
  CCCAGGAATCTGCATGAGATTTATTGTGGGTTTGAAATGTGAGGATGAGCAGTGTGAAGATTTCCACAGG
  CCCCTCAGGCGCTGTGAGGCCAAGTGCATGGTTCAGTCAAAAATGCACCTGGTTGCAATCAACGGGTTGC
  TTCTGGAGGCCAAGAAAGTGTTCCCTAATGTCTTAGCTGAAGATCTTGAAGAAATGGATTATATTTTGTC
  TCCAGATACATATGGCCTTTGCAAATCGTTCCTAAACCTCCTCTTCCCCAGGCATTTCCACCAGAGAGTG
  CTGTCAGAAAACCCCATGGCCTGTAAAGACATCCTCAAGCCAAATTACAAGTCCTTTCGCTCCTTCCGGT
  GTGCCTTGAAAGAGTACATCCATGACCTGTTTCAGAAAGAGAGTGCACACAGCCGCAGGGAGTCCACAGA
  CCTGTGGCTGAGTGCCATGCAGGCCTTCCTTCTGTCCTCCAGCTACCCAGAGGACTTTGAGAAGCTGCTC
  CGCCAGGAGGAGGACAGTTACAACCGGGAGCTGAAAGTGCTCGAGTCTGACAGAGAGGACAGAGGCAGGG
  GTCGAGGCAGCAGAGTGAGAGGCATAGAAGGGAAGTTTGGCATGTTGGTGCCCAACAGGGAGGATGAGAA
  CGTGGAGAAGTCCTACCTGTGCTTCATCCGGCTGCTGGAGAGTTCCATGGACCAGCTCTATGTTCGCAGG
  AACCCTGGAGACTACAAGAGGCTCTTCTTCCGCTTCATGAATGTTCTCATCAAGAGGTGCAAAGCGCCGC
  TGGTCCCCAGCATTATCAATACAGTGGTGCTGCTGGAGCTGCAGTTTGTGCACTGTGGGGTGGTACTGAC
  CCGCCTCTGGAAGAATGCTGTCCTGTGCCTCCCCAAGAGCTACATCGCACTCCTGCACTTCTGGGAGTTT
  CTGTACGGCAAGAAGGACCGGGAATCTGGGGAGGTGTTCTCCATCATCCAAGAGTACAAGCCAAAGGATG
  TGACCAGAGCTATCCGGGACTTCCGGTTCCACCTGTCCTACCTTGTCAAGGTGCTGTGTGGCTACGAGAA
  TATGAACTTCAACGTCCTGCTTGACTCCTTCAGCGAAATAGACTATGTGATATCGGGGGAGGCAGAGCGG
  ACACTGGTGCTGTGCTTGGTGATGCTGGTGAATGCTGAGGAAGTCCTGCAGCCTTTCTGCAAGCCGCTTC
  TCTTCCGCCACTTCCGGGAGATCCAGACAAGGCTGCAGCTGATGAGCATGGATTGGCCGGGCCAGGTGCC
  CAAGAGGCTGCTGAAGGTGGTGCAGCGGGTGCTGGTGGCAGCCAGTGTGAAGTCTGTGGCTGAGGCGCTG
  CAGGACCTGCTCTTCGAGCGAGACGAGGAGTACCTGGTGGATTGCCACTGGCGGTGGGACAGTGTGCATA
  CCAAAGGCACTGTGGTCCGTGGCCTCTGCCATGAGGAGGTCAGACTGAACCGCCTGCTCTGTACGGGCCC
  CATGGACCAGTTTGCTGACTCAGAGTGGGATTTTGGTGAAGATGAGACTCATGAATTAGATGAGTTGGCC
  CAGGAAGACCGAGATAATTTTCTGGCTGCCATCCTTTCCCAGAAGCAGCGAAAGGCCTTGATCCAGCGCA
  AGCTGCGCAGAGTCTGCCTAGTGGTGTCTCTGTGCATCCGCTGGAGGAGGTGGGTCCAGACAGAGCACAG
  CAGAGAGGATAGGGAGGTCAGACCTGGGAACTTCAAAAGGGCCGATGTAGACAGGACCCAGTGCGACCTG
  TGTGGAGTAAAGTTTACCCGCAGCCCCGAAAGCTACTTTAGTCCTGGCAAAGCATTTGAGGGAACAGCCA
  CAGAGGCTGTGCTGATTTCCAGGGCTGAACTGGAGGGGAGGGAGTGCCGAGAGAGAATCAGTGAGTCTTA
  TGAGCAGCACATTCGCCTGGAAGGCCACCGGAGGCAGCAAGCAGCCTACCAGAAGTACTTGGATTTTTTC
  CATGAAAAGGTAGACCCCATCATCGAAGAAGGCAAAGTGGTGGTGCAGGGCATTGAGCAGAGCGTCTGGA
  TCCGTAGTCACCTGGGCTCCAAGGAGCAGAGCCACATGCTGCAGAGGAAGGTGCAGGAGCACATCAGGAG
  GGTTTCAGATCTGGTGGAGGAGCTCTACAGGCGGAAGGCCTGGGCTGAAGCAGAGGAGGTGATGACTCAG
  CAGGTCAAAATTCTGACCCTGTCAGTCAAGAACGCACAGGAGTGGCTGAAGAAGACAGAGCTCCGCTTAA
  AAGATGAAGGTACTGTTCAGGAGGAAGAGTATGAAAATGAAGTGGAAGACTTTGGTGAGCTCCGCCCTAG
  AAGGCGTGCCCAGAAATGTGGGAAGCAGAGAAAGCACTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001164659
• Insert Size: 9000 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_001164659.1, NP_001158131.1
• RefSeq Size: 10553 bp
• RefSeq ORF: 9000 bp
• Locus ID: 320429
• UniProt ID: Q8BV79
• Cytogenetics: 9 F3