Ankhd1 (NM_175375) Mouse Untagged Clone

CAT#: MC225354

Ankhd1 (untagged) - Mouse ankyrin repeat and KH domain containing 1 (Ankhd1), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Ankhd1
• Synonyms: 1110004O12Rik; 4933432B13Rik; 9130019P20Rik; A530027J04Rik; A630021B20Rik; AA571404
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225354 representing NM_175375
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGCTGACGGACAGCGGGGGCGGCGGCACCTCCTTTGAGGAGGATTTGGACTCCGTAGCTCCGCGATCCG
  CCCCAGCTGGGGCCTCGGAGCCGCCTCCGCCGGGAGGGGTCGGGCTGGGAATCCGCACCGTGAGGCTCTT
  TGGGGAGGCTGGGCCCGCGCCGGGAGTCGGTGGCGGCGGCGGCGGCGGCGGCGGCAGCAGCAGCAGCAGC
  AGCGCGGGCGGAGGGGACGCAGCGCTGGATTTCAAGTTGGCCGCTGCTGTGCTGAGGACGGGCGGCGGAG
  GTGGTGCCTCTGGGAGCGACGAGGACGAGGTGTCCGAGGTAGAATCATTTATTTTGGACCAAGAAGATTT
  GGATAACCCAGTCCTTAAAACATCAGAGATATTCTTATCAAGTACAGCAGAAGGAGCAGATTTGCGCACA
  GTGGATCCAGAGACCCAAGCGAGACTGGAAGCATTGCTAGAAGCAGCAGGAATTGGCAAATTGTCAACTG
  CTGATGGTAAAGCTTTTGCAGATCCTGAAGTACTCCGGAGACTGACATCCTCAGTTAGCTGTGCCCTGGA
  TGAAGCCGCTGCTGCACTGACACGGATGAGAGCAGAGAACACACACAGTACAGGACAAGTGGATACTCGC
  AGTCTGGCAGAAGCTTGTTCAGATGGAGATGTGAATGCTGTTCGTAAATTACTAGATGAAGGCAGAAGTG
  TAAATGAACATACAGAAGAAGGAGAAAGCCTGCTGTGTTTGGCTTGTTCAGCAGGATATTATGAACTAGC
  ACAAGTACTACTAGCTATGCATGCTAATGTTGAAGATAGAGGGAATAAAGGAGATATAACTCCTTTGATG
  GCAGCTTCTAGTGGAGGTTATTTAGATATTGTGAAATTATTACTTCTTCATGATGCAGATGTCAACTCCC
  AGTCGGCAACAGGGAACACTGCACTGACTTATGCTTGTGCTGGAGGATTTATTGACATTGTAAAAGTGCT
  TCTTAATGAGGGTGCGAATATAGAAGACCATAATGAAAATGGACACACTCCCCTAATGGAAGCAGCCAGT
  GCCGGTCATGTAGAAGTTGCCAGAGTTCTTCTAGATCACGGTGCAGGCATCAACACTCATTCTAATGAGT
  TTAAAGAAAGTGCTCTGACACTTGCCTGCTACAAAGGCCATTTGGATATGGTTCGATTTTTGCTTGAAGC
  TGGTGCAGATCAAGAGCACAAAACCGATGAGATGCACACTGCCTTAATGGAAGCTTGCATGGATGGACAT
  GTAGAGGTGGCACGTTTGCTTTTAGACAGTGGTGCTCAGGTGAATATGCCTGCGGATTCCTTTGAGTCTC
  CATTGACTCTAGCTGCCTGTGGTGGACATGTTGAATTAGCAGCACTGCTTATTGAAAGAGGAGCAAATCT
  TGAAGAAGTTAATGACGAAGGATACACGCCTTTGATGGAAGCTGCTCGAGAAGGACATGAAGAGATGGTG
  GCACTTCTATTGGCACAAGGTGCAAATATAAATGCCCAGACAGAAGAAACTCAAGAAACTGCTCTTACCT
  TGGCTTGCTGTGGAGGCTTTTCTGAAGTTGCAGATTTCTTGATTAAGGCAGGGGCTGACATAGAACTTGG
  CTGTTCTACACCTCTCATGGAGGCTTCTCAGGAGGGACACCTGGAGTTGGTTAAATATTTGTTGGCTGCT
  GGTGCTAATGTGCATGCTACCACAGCTACAGGAGACACAGCTCTAACCTATGCTTGTGAAAATGGACATA
  CAGATGTTGCAGATGTTCTACTTCAAGCAGGGGCCCATTTAGAACATGAATCTGAAGGTGGAAGAACACC
  TTTGATGAAAGCTGCAAGAGCGGGTCATTTGTGCACTGTTCAGTTTCTTATTAGCAAAGGTGCCAATGTG
  AATAGGGCTACAGCCAATAATGATCACACAGTAGTGTCACTGGCATGTGCAGGAGGCCATTTGGCAGTGG
  TTGAACTGCTCTTGGCTCATGGAGCTGACCCTACTCATCGACTCAAGGATGGATCAACAATGCTTATTGA
  AGCTGCAAAAGGTGGCCATACTAATGTTGTTTCTTATCTGTTGGATTATCCAAATAATGTTCTGTCAGTT
  CCCACCACAGATGTATCTCAACTTACCTCTCCGTCACAAGATGAGTCTCAGGTTCCACGAGTACCCATAC
  ACACACTTGCCATGGTTGTGCCTCCCCAGGAACCTGACAGAACTTCCCAGGAGACATCTACTGCCCTTTT
  AGGAGTACAAAAAGGTGCATCCAAGCAGAAGTCCAGTTCTCTGCAGGTAGCAGATCAGGACCTACTGCCA
  CCTTTTCACCCATACCAGCCTTTGGAGTGCATAGTAGAAGAGACTGAAGGCAAGCTGAATGAACTGGGGC
  AAAGAATTAGTGCTATTGAAAAAGCACAGCTTAAGTCATTGGAGTTAATTCAAGGTGAGCCTCTAAACAA
  GGATAAGATAGAAGAACTTAAAAAGAACAGAGAAGAGCAAGTCCAGAAGAAGAAGAAAATACTGAAAGAA
  CTACAGAAGGTGGAAAGGCAGTTACAGATGAAAACACAGCAGCAATTTACCAAAGAATACTTGGAAACAA
  AAGGTCAGAGAGACACAGAGTCTCCACACCAGCAATGTTCTAATAGAGGAGTCTTCATGGCAGGGGAAGA
  AGATGGCAGTCTCCCACAGGATCACTCTTCAGAATCACCCCAGCTTGATACAGTCTTATTTAAGGATCAT
  GATATTGATGATAAGCAACAGTCTCCACCATCGGCAGAACAAATTGACTTTGTCCCAGTCCAGCCTCTAT
  CATCTCCACAATGTAACTTTTTCAGTGACTTAGGTTCTAATGGGACAAATTCTCTTGTGCTTCAGAAAGT
  ATCAGGTAACCAGCAGATTGTAGGACAGCCTCAGATTGCGATTGCTGGACATGAGCAGGGGCTATTAGTT
  CAAGAGCCAGATGGACTCATGGTTGCAACTCCAGCCCAGACGCTTACCGACACTCTTGATGACCTGATAG
  CAGCTGTGAGTACCAGAGTGCCTGTTGGTTCAAACAATCCCTCTCAGACCACAGAATGTCCTACACCTGA
  ATCCTGTTATCAGACTCCAAGCAATATGGCTACCCCATCCACTCCACCTGTGTATCCTTCGGTTGACATT
  GATGCACATACGGAAAGCAATCATGACACAGCTTTAACACTGGCCTGTGCAGGTGGTCATGAAGAACTCG
  TATCTGTTCTCATTGCTCGGGATGCTAAAATTGAGCATAGAGACAAAAAAGGTTTTACCCCACTGATCCT
  GGCGGCAACAGCAGGGCATGTTGGAGTTGTTGAAATCCTTTTGGATAAAGGTGGAGATATAGAGGCACAA
  TCTGAACGAACTAAAGATACTCCACTTTCTTTGGCATGTTCTGGTGGACGGCAGGAGGTGGTAGATTTGC
  TGCTGGCCCGAGGAGCCAATAAAGAACATAGGAATGTGTCTGATTATACACCACTGAGTCTGGCTGCATC
  TGGAGGATACGTGAATATTATTAAGATTTTACTTAATGCTGGGGCAGAAATTAATTCAAGGACTGGAAGT
  AAACTAGGTATTTCTCCATTGATGTTGGCTGCAATGAATGGACATGTTCCCGCAGTGAAATTGCTGCTTG
  ATATGGGTTCAGACATTAATGCTCAGATAGAGACCAACCGGAACACAGCTCTCACCCTGGCCTGTTTCCA
  GGGTCGAGCAGAAGTAGTGAGTTTGCTTTTGGACCGCAAAGCCAATGTTGAACACAGGGCAAAGACTGGT
  CTTACACCCTTGATGGAAGCAGCTTCTGGAGGATATGCAGAGGTTGGAAGAGTTCTCCTTGATAAAGGAG
  CAGATGTCAATGCACCTCCTGTGCCTTCCTCAAGAGACACTGCTTTAACCATAGCAGCAGACAAAGGCCA
  CTACAAATTCTGTGAGCTCCTGATTAACAGGGGAGCACATATTGATGTTCGTAACAAGAAGGGAAATACA
  CCACTTTGGCTGGCATCCAATGGTGGTCATTTTGATGTAGTACAATTGCTAGTGCAAGCAGGTGCTGATG
  TGGATGCAGCAGACAACCGAAAAATCACACCTCTTATGTCAGCATTTCGCAAGGGTCATGTAAAAGTTGT
  TCAGTATTTGGTGAAGGAAGTCAGTCAGTTTCCATCTGATATAGAATGCATGAGATACATAGCAACAATT
  ACAGATAAGGAACTGCTGAAGAAGTGTCACCAATGTGTTGAGACAATTGTGAAGGCTAAAGATCAGCAGG
  CTGCAGAAGCAAATAAAAATGCAAGCATTCTCCTAAAAGAGCTGGATCTAGAAAAGTCAAGAGAAGAGAG
  CAGAAAGCAAGCTCTTGCTGCTAAAAGAGAGAAGCGAAAAGAAAAGAGGAAAAAGAAAAAAGAGGAACAG
  AAAAGGAAACAGGAAGATGAGGAGAACAAACCTAAGGAGAATTCAGAACAACCAGAGGGTGAAGATGAAG
  AGAATGATGAAGATGTGGAGCAAGAAATTCCCATAGAGCCTCCGAGTGCAACCACCACTACTACAATTGG
  AATCTCTGCTACATCTACCACGTTTACAAATGTATTTGGCAAAAAAAGAGCCAATGTAGTGACAACCCCC
  AGCACCAATCGGAAAAATAAGAAGAATAAGACAAAAGAGTCCCCTCCCACAGCGCATTTAATTTTACCTG
  AGCCACATATATCTTTAGCACAACAAAAAGCAGATAAAAATAAAATAAATGGAGAGCCTAGAGGTGGCGG
  CGCAGGTGGAAATAGTGACTCGGATAACATAGATAGCACAGACTGCAACAGTGAGAGCAGCAGTGGTGGG
  AAGAGCCAAGAGTTCAGTTTCCCTGTGGATGTGAATCCCGCCAGTGACAAGAGGTGCTCCACAGTTGTCA
  GTTCTCAAGAGGAAAAGGCAGTTACCACCACTTCCAAGACTCAGACACGCCTTGATGGTGAAGTAAATTC
  CATGTCAACAAGCTACAAATCTTTGCCATTAAGTTCTCCAACCATGAAACTGAATCTCACTAGTCCTAAA
  AGGGGTCAAAAAAGAGAAGAAGGGTGGAAAGAAGTTGTTAGAAGGTCAAAGAAATTATCTGTTCCAGCCT
  CAGTGGTGTCGAGAATAATGGGAAGAGGAGGATGCAACATTACAGCAATACAAGATGTTACTGGTGCCCA
  TATTGATGTGGATAAACAAAAAGATAAGAATGGAGAGAGAATGATTACAATAAGGGGTGGTACAGAATCA
  ACAAGATATGCAGTTCAACTTATCAATGCACTTATTCAAGATCCTGCAAAGGAACTAGAAGACTTGATTC
  CTAAAAACCATATCAGGACACCTGCCAGCACCAAGTCCATTCATACAAACTTCTCATCTGGAGTAGGCAC
  CACAGCAACTTCCAGCAAGAATGCATTTCCCTTGGGTGCTCCAGCTCTTGTGACATCACAGGCAACAACA
  TTATCTACGTTCCAGCCCACTAATAAACTTAGTAAGAACGTGCCAACAAATGTACGCTCTCCTTTCCCGG
  TGTCTCTTCCCTTAGCTTATCCTCATCCTCATTTTGCTCTCTTGGCTGCTCAAACTATGCAACAGATTCG
  GCATCCTCGCTTACCTATGGCACAATTTGGAGGAACCTTCTCACCTTCACCTAACACCTGGGGACCATTC
  CCCGTGAGACCTGTGAATCCTGGGAATACTAGTAGTTCTCCAAAGCATAATAATACAGCCCGTCTACCTA
  ATCAGAATGGGCCTGTTTTACCATCAGAATCTCCTGGACTGGCTACTACCGGTTGTCCTATCACTGTCTC
  TTCTGTAGTTGCTGCCAGTCAGCAACTATGCATGACTAATTCCCGGACTCCTTCATCCGTCAGAAAGCAG
  TTGTTTGCTTGTGTGCCTAAGACCAGTCCTCCAGCAACAGTGATTTCCTCCGTGACAAGCACTAGTAGTT
  CCTTGCCTTCTGTGTCTTCCACATCTATCACTAGTGGACACGTTACCACCACATTTATGCCTGCACCTAC
  TCAAGTACCACTTTCTTCACAAAAGGTGGAGTCTTTCTCTGTCATACCGCCTCCCAAAGAGAAAGTGTCC
  ACACAGGACCAGCCCTTGACAAACCTATGTACACCATCTCCAGCAGCTACCAGTTGTAATAGCTCTGCCA
  GCAACACCTCAGGAGCTCCAGAGGCTCATCCATCCAGTACCCCTCCTCCTCCTCCGGGTAATACACAAGA
  GGAGGGACAGCCGTCCAAGGCATCTGATTTAAGTCCTGTGTCAATGCCTTTTGCCTCGAACTCAGAAACT
  GCTCCATTGACTTTGGCATCACCCAGATTGGTTGCTGCTGATAATCGGGACACTGGTAGTTTACCTCAGT
  TAACTGTACCGGCACCTCGAGTTTCTCATCGAATGCAGCCCAGAGGTTCTTTTTACTCAGTGGTACCAAA
  TGCAACTATGCACCAGGATCCCCAGTCAATTTTTGTTACCAATCCAGTTCCTTTAACACCACCTCAAGGT
  CCACCGGCTGCAGTGCAGCTTTCCTCAGCTGTGAACATTATGAATGGTTCTCAAGTGCACATAAACCCAG
  CAAATAAGTCTTTGCAACCAACATTCGGCCCAGCCACACTTTTTAATCACTTCAGTAGTCTTTTTGATAG
  TGGTCAGGTGCCAGCTAACCAAGGGTGGGGAGATGGACCTCTGCCCTCAAGAGTTGCTGCAGATGCCTCT
  TTCACTGTTCAGTCAGCTTTCCTGAGTAACTCTGTACTTGGACACTTGGAAAATGTGCACCCTGACAACT
  CCAAAGCACCTGGCTTCAGACCACCGTCACAGAGAGTTTCCACTAGTCCAGTTGGGTTGCCATCTATTGA
  CCCATCAGGCAATTCCCCATCTGCTGCTGCTCCTCTGACAAGTTTCTCTGGCATACCAGGGACAAGAGTT
  TTTCTGCAAGGGCCAGCACCTGTCGGCACTCCTAGTTTCAACAGACAACATTTTTCTCCCCACCCTTGGA
  CAAGCGCCTCAAACACATGTGACTCTCCTATTCCATCTGTTTCTTCGGGATCATCTTCACCTCTTTCAGC
  CACTTCAGCACCTCCAACATTGGGCCAACAACCAAAAGGAAACAGTGCCAGTCAGGATCGAAAGATACCT
  CCTCCCATTGGAACAGAGAGGCTGGCCAGGATTCGGCAAGGAGGCTCTGTTGCACAAGCACCTGTAGGGA
  CCAGTTTTGTTGCTCCTGTTGGACACGGTGGGATCTGGTCATTTGGTGTCAATGCTATGTCAGAAGGCTT
  ATCAGGTTGGTCACAATCTGTTATAGGAAACCATCCAATGCATCAACAGTTATCAGACCCAAGCACATTC
  TCCCAGCATCAGCCAATGGAGAGAGATGATTCAGGAATGGTAGCTCCCACTAACATTTTTCACCAGCCAA
  TGGGCCTGCCGATTTCCATGTATGGAGGCACCATTATACCCTCTCACCCTCAGCTTGCTGACGTTCCAGG
  GGGCCCACTGTTCAATGGACTTCACAACCCAGATCCTGCTTGGAATCCTATGATAAAAGTTATCCAGAAT
  TCAGCTGAATGCACTGAAGCCCAGCAGATTTGGCCTGGCACGTGGGCACCTCATATTGGAAACATGCATC
  TCAAATATGTCAACTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_175375
• Insert Size: 7647 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_175375.3, NP_780584.2
• RefSeq Size: 8251 bp
• RefSeq ORF: 7647 bp
• Locus ID: 108857
• Cytogenetics: 18 B2