Ttc3 (NM_009441) Mouse Untagged Clone

CAT#: MC225098

Ttc3 (untagged) - Mouse tetratricopeptide repeat domain 3 (Ttc3), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Ttc3
• Synonyms: 2610202A04Rik; AA409221; D16Ium21; D16Ium21e; mKIAA4119; TPRD
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225098 representing NM_009441
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGATGACTTTGCTGAGGGAGGTCTCAGTTTGGCAGATGATATCTTACTGGAAGATTACCCTTATGAGG
  ATGACTGTATCTGTACTCCTGACTTTACCACTGACGATTATGTTCGAGTAACCCAGCTTTACTATGAAGG
  CGTGGGTATGCAATATAAAGATTATGCCCAAAGTGAGAAAAATTTAGAATATGACATCTGCAATATCTGG
  TGCAGTAAGCCACTCTCCATCCTGCAAGATTACTGTGATGCCATTAAGCTGTACATCTTCTGGCCACTTC
  TTTTTCAACATCAACACAGTTCTATAATATCAAGATTGCACCCCTGTGTAGAAGCCATCCGTTCTCGTGC
  TGCTGAGATAAGTTTGAAGAAATTACAACATCTTGAGTTGATGGAAGACATTGTGGATTTGGCAAAGAAA
  GTTGCAAATGATTCATTCCTTATTGAAGGCTTATTGAAAATTGGTTATAAAATAGAAAATAAAATCTTGG
  CAATGGAAGATGCTTTAAATTGGATAAAATACACGGGTGATGTAACAATTCTACCTAAATTAGGATCAGT
  TGACAATTGCTGGCCCATGCTAAGTATTTTCTTTACTGAATATAAGTACCATATTACTAGAGTTGTAACT
  GAAAATTGCAACTTGCTAGAAGAATTTAGAAGGCATAGTTGCATGCAGTGTGTGAAGCAAGGAGAACTCA
  TGAAAATGAGAGGAAATGAAGAGTTCTCAAAGGAAAAGTTTGAAATAGCTGTTATTTATTACACCAGAGC
  CATTGAATATAGACCTGAAAACCATCTTCTTTATGGTAACCGAGCTCTCTGTTTTCTTCGTATGGGGCAG
  TTTAGAAATGCACTTAGCGATGGAAAGAGGGCCATTGTTTTGAAGAACACCTGGCCAAAGGGTCATTATC
  GTTATTGTGATGCTCTTTGTATGCTGGGGGAATATGACTGGGCCCTGCAAGCAAACATAAAAGCTCAAAA
  ACTCTGTAAAAATGACCCTGAGGGAATCAAGGATCTAATTCAGCAGCATGTAAAGTTACAAAAACAAATA
  GAAGACCTACAAGGTCGGACATCAAATAAGAATCCAATTAAAGCTTTTTATGAAAGCAGGGCTTACATAC
  CTAGAAACTCATCAGCACCTGCTTTTAGGACATCACTTAACTTTGTGGAAACAGAAAGAGGTTTCAGAAA
  AACTAAGTACAAAATGGCAAATGGTGGCGATCAGAATCAAAAGGTGGCAGATGAGGCTTTGAAGGGGGAC
  GATTGTGACTGTCATCCTGAATTTCTGCCACCTCCAAGTCAGCCTCCAAGACACAAAGGAAAACAAAAAT
  CACGAAACAATGAATCAGAAAAGCCCAGTTCTAATTCAGAAGTGAGTTTACAAGTAGATTTGAAAAGCAT
  TTTGGAGAAACAGTTTTCAAAATCTTCCAGAGCTGCACACCAGGATTTTGCTAACATCATGAAAATGCTA
  AGGAGCTTGATTCAGGATGGGTACACGGCCCTGTTAGAGCAGCGCTGCCGCAGCGCTGCCCAGGCCTTTA
  CAGAGCTGCTCAATGGTTTAGACCCTCAGAAAATAAAGCAATTGAACCTGGCCATGATTAATTATGTATT
  AGTAGTCTATGGACTTGCCGTTTCTCTCCTTGGAATAGGACGACCAGAGGAGCTGTCTGAAGCCGAAAAC
  CAGTTTAAGAGGATTATCGAACACTATCCCAATGAGGGGCTGGACTGCTTGGCCTACTGCGGAATAGGAA
  AAGTGTATTTGAAAAAGAACAGATTTCTCGAAGCTCTTAATCACTTTGAAAAGGCAAAGACTTTAATTAG
  TCGTCTCCCTGGAATTCTAACTTGGCCCACAAGTAATGTGATTATTGAAGAATCTAAGCCAGAAAAAGTC
  AAGGTGATGTTAGAGAAGTTTGTTGAAGAATGCAAGTTTCCCCCAGTGCCAGATGCTGTTTGTTGCTATC
  AGAAGTGCCGTGGATATTCTAAAATTCAGATTTACTTAACTGATCCAGACTTTAAGGGTTTTATACGAAT
  TAGCTGTTGCCAATACTGTAAGGTAGAATTTCATATGAACTGCTGGAAAAAGTTAAAAACAACAACTTTT
  AATGATAAAATTGACAAGGATTTTCTACAAGGAATCTGTCTCACTCCCGATTGTGAGGGAATCATTTCTA
  AGATTATCATCTACAGCAGTGGAGGTCAAGTTAAATGTGAATTTGAACACAAGGTCATAAAAGAAAAGGT
  TCCTTCAAGACCTGTTCTGAAACAGAAATGTTCCAGCCTAGAGAAGTTAAGACTGAAAGAAGACAAAAAA
  TTGAAGAGAAAGATCCAAAAGCAAGAGGCAAAAAAGTTAGCACAAGAAAGAATGGAAGAGGACTTAAGAG
  AAAGCAATCCACCTAAAAATGAAGAGCCAGAAGAAACCTCAGACAGTGCTCAGCGTTGTCAGTTTCTTGA
  TGACAGAATCCTGCAGTGCATAAAGCAGAATGCTGACAAGATTAAATCTGTTGTATTGAATACATCCACG
  CTTCTCAAAGAGCTGCTCTCTTGGAAGGTTCTGAGCACGGAAGACTATACAACATGCTTTTCTAGCAAAA
  ATTTTGTCCATGAAGCAGTGGACTATGTTATCGGTCACTTGATCCAAGAGAAGAACAGAGTAAAGACACG
  GATATTTCTGCATGTTTTGAGTGAGCTTAAAGAGTTAGACCCCAAGTTGGCTCCCTGGATCCAGAGACTG
  AATAGTTTTGGCTTGGATGCCATAGGACCCTTTTTCACTCGGTACGGAGCATCTCTCAAGGAGCTTGATT
  TCCACGTCGTGACTGTCCTCTGGGATGAGAAGTACGGCCATAAACTGGGCTCTATAGAAGGAAAGCAGCT
  TGATTACTTCTTTGAGCCAGCATCGGCAATGGAAGCACGCTGTTTAATATGGCTTCTGGAAGAGCACAGG
  GACAAGTTTCCGGCCTTGCACAGTGCCTTAGACGAGTTCTTTGATATAATGGACAGCCGATGCACTGTAC
  TAAGGAAGCAAGACAGCGATGAAATGCCGTTTGGTTGTATCAAGGTAAAAAACAAAGGCAAGAAAAAGAA
  GCCAAAAGATTCAAAGCCAATGTTAGTGGGATCTGGAGCTGCATCAGTAGCACCGAGCAGTGAGGCTGTC
  ACTCCAGAAGACCATAGCAGGCGCAATTCAGATTCTGCAGGACCATTTGCAGTGCCTGACCACCTTCGGC
  AAGATGTGGAAGAATTTGAAGCTCTTTATGACCAGCACAGCAGCGAGTATGTTGTCCGAAATAAGAAGCT
  CTGGGATATTAACCCCAAACAGAAATGTTCGACTCTGTATGATTATTTCTCTCAGTTGTTGGAAGAGCAC
  GGCCCCTTGGATATGAGTGACAGGATGTTCTCTGAGGAATATGAGTTCTTCCCTGAAGAAACTCGACAGA
  TACTGGAGAAGGCAGGAGGGCTGAAGTCGTTCCTCCTGGGCTGTCCTCGATTTGTTGTGATCGACAACTG
  CATTGCATTGAAAAAAGTTGCCTCAAGACTCAAGAAAAAAAGAAAGAAGAAAAACATGAAAGCTAAAGTT
  GAAGACATTTCAAAAACAGGAGAATATTTACGAGTTAAACTACCACTAAATCCAACTGCTAGGGAATTTC
  AACCAGATGTAAAGTCTGAAGCACTGTCTGAGGATGTGAAGTCCATACCAGGACCTGCCGACTCCTCAAC
  CCTAGCTGCGGAGGATCTGAAGGCCCAGCTGGACTCTGATAGCTCTTCTGGGTCAGCTTCGGAGGACAGC
  AGACTGGAAGTGGCCTCTCCTGACTCTCCTACACCACTCTGTGAGGATGCTTCTCCTTCCCCCACGCCAG
  CTCCTGAAGAAGCCAAACCAACATACTGGGCTCAATCACACTTGGTCACAGGATTCTGCACATACCTTCC
  TTTTCAAGGATTTGGCATCACCCAGCGACCAGCGTACATTAACATGGTACCTAGCCTGTCGCAGTTCACT
  AGCATTTACACACCTTTGGCCAACATTTCTTCTGAGTATCCAATGCAAAGATCCATGCCAGTGGTGCCAT
  CTTTTGTAGCCAGCAACAGAGCAGATGAAAATGCCGCTGCATACTTTGAGAGTCCTAATCTGAATACTGA
  GCACGACTCTGGTGACCACATGGCCTCTGAAACACAGATCCTGGAGGATACTTTGGGAGTGTGTGTCAGG
  TCCCAGGGCAGCGCAGCTGATGCTGATCCAGCTCTGAGTGAGCCTGAGGGAAACAGCGAACACAGTGGGA
  GCTCTGACAGCCTGTGGGAAGCTTCTCTAGAAAATGTCAGTGGAACAACAGATGCTCCAGCTGCTCCATC
  GGTTGCCATACAGGTGTCTAGGAGCATGGTACATCAGGAAGTCAACACTGAGCCGTATGAGCCGTTTGAA
  ACACAGCAGGGGGACCTTTCCCAGAAGGAAAAGGAGTGCCACCTACTCAGAGAGCAGCTGAAGGTAGCAT
  GTGAGAACTGCGAGCAGATAGAACTCAGGAGCTCACAAGAGATCAAGGACCTGGAGGAAAAGCTGCAACG
  GCACACAGAGGAAAACAAGATCTCAAAGACGGAATTAGACTGGTTCCTCCAAGATTTGGACAGAGAGATT
  AAAAAGTGGCAACAAGAGAAAAAAGAAATCCAAGAAAGATTAAAAGCCCTGAAGAAAAAAATTAAAAAGG
  TTATCAATACCAGTGAAATGCCTGCCCAGAAAAATGATGGATTCGATAAGGAATGTGAACCACATCCGGA
  CCAGTCCCTTGGATTCAGCAGTGCACTCACAGATGAGAAGACAAAAGTAGAAGAGTCTGTCAGGAAAGGG
  AAAGAGCTCTATGAAGAGAGTCACCAGAGAGCCGTGGCTGCAGAGGTATCTGTTCTTGAAAACTGGAAAG
  AGCGAGAAGTGTGCAAACTACAGGGTGTGGCGTCACAATCAGAAGCCTATCTTAAAAGCCTCAAGCTGAT
  GAGCAGTGATTCTGCAACGTATCCCGATGTGGAGTATGATATACTTTCATGGGAGTCATTTCTTTCTACT
  GTAAGAGAAGAGATCGAGAGCAAAAAGTCTCAGTTTGAAGAGCATATTAAGGCCATTAAGAATGGTTCTC
  GACTCAGTGACCTTTCCAGTGTGCAGCTTTCTGAGGTTTCATTTCCTGGTTGTTCGACGATCCATCCTCA
  GTTCCTCTCTGAGTCTTCAGGCCATGAGGATCCCGGACTGGTGGCTTGTGTAGACAGCATGACTGGAGCA
  GTCCTCAATGATCCTTACATGGACTCTGCTAGTGGCTGCCCAGAGGAGGTTCCAGAACTGTCGCTGGGAT
  CACCCACCCATCAGCCAGAAGTTACTCAACAGCTTGAGCTCAAGGGGGCTAGCCAGGTGTCTCCATCAGA
  ACAGAGCCCTGAGGCCGACGAGAAACTATCTGGACAGGCTACTCGGTCAAGCCAGTCTCCAAAAAAGCCT
  TCCAACAGTATTATTGAACACCTGTCAGTGATATTCCCATGTTATACCAGCACTGAGCTTGCTGGGTTTA
  TTAAGAAAGTTAGAAACAAAACCAAGAACTCATTCTCGGGATTAACTATTGAGGAGATTGTGGAGAAAGT
  GACAGAACACATTGTCGATGAGCAAAAGAAGAAAAAGCCAAATCCAGGAAAAGACAAGAAGACATCTGAG
  GCTCATTCGGCTGCCTCTGTGGCCAAGTCCTCCCAGAGTCCACCCTTGGCAGCTGCTGGACCATCAGCTA
  GAACCAAAGGCCAGAAAAAAGATGATGTCCCTGCACCAGATGGAAATTCCTGTGAGATATGCCATGAAAT
  ATTCAAGTCAAAAAACATGCGTGTGCTAAAATGTGGGCACAAGTTTCACAAAGGGTGCTTTAAGCAGTGG
  CTGAAAGGGCAGAGCACGTGCCCCACCTGTGGCAGCAGTGACCTGCTGTCAGAAGAGTAA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_009441
• ORF Size: 5940 bp
• Insert Size: 5940
• 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).

Reference Data

• RefSeq: NM_009441.2, NP_033467.2
• RefSeq Size: 7295
• RefSeq ORF: 5940
• Locus ID: 22129