Col6a5 (NM_001167923) Mouse Untagged Clone

CAT#: MC225380

Col6a5 (untagged) - Mouse collagen, type VI, alpha 5 (Col6a5), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Col6a5
• Synonyms: Col29a1; EG665033; Gm7455
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >MC225380 representing NM_001167923
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGAAGCTCCGGCTAATTGCGTTTGTCTTAATCCTCTGGACTGAAACCCTGGCAGACCAGAGCCCAGGGC
  CAGGCCCCGAGTACGCAGACGTGGTGTTTCTGGTGGACAGCTCCAATTACCTGGGAATTAAGTCCTTCCC
  ATTTGTGAGAACTTTTCTCAACAGGATGATCAGCAGCCTCCCCATAGAGGCCAACAAGTACCGCGTGGCC
  CTGGCCCAGTACAGCGATGCTCTCCACAATGAGTTCCAGCTGGGCACCTTCAAGAACAGGAACCCCATGC
  TGAACCACCTGAAGAAGAACTTCGGGTTCATCGGTGGCTCCCTGAAGATAGGGAACGCCCTGCAGGAGGC
  TCACAGGACCTATTTCTCTGCTCCCACAAATGGGAGAGACAAGAAACAGTTCCCCCCAATCCTGGTGGTG
  CTGGCTTCAGCAGAGTCTGAGGATGATGTGGAAGAGGCTGCGAAGGCCCTGCGGGAAGATGGGGTGAAAA
  TCATCTCTGTGGGGGTGCAGAAGGCTTCTGAGGAAAACCTGAAGGCGATGGCCACCTCTCAGTTCCATTT
  CAATCTCAGGACTGCCAGAGACCTCGGCATGTTTGCCCCAAACATGACACGGATCATCAAGGATGTGACT
  CAGTACAGGGAAGGGACAACTGTGGACTTAATCACAGCTGTAGCCCCAACCACACCTGCAGCCCCAGCCA
  CACCTGCAGCCCCAACCATACCTGCAGCTCTAACCACAGCTGCCAACCACGTTGATAAGACAGTTCCCTT
  TCCCACCTCTTGCCAGAAGGACTCCCTTGCCGACCTTATATTCTTGGTGGATGAGTCAGTGGGGACCACA
  CAGAATCTGAGGGACCTGCAGAACTTCCTGGAGAATGTCACCAGCTCTGTGGATGTGAAGGACAACTGCA
  TGCGGCTTGGGCTGATGAGCTTCAGCGACAGGGCTCAGACTATTTCTTCCCTGAGGTCAAGCGCCAACCA
  GTCTGAATTCCAGCAGCAAATCCAGAAACTCTCTCTCCAGACTGGGGCATCTAATGTTGGGGCCGCCATT
  GAGCAGATGAGGAAAGAAGGCTTCTCAGAGTCCAGTGGCAGCAGGAAGGCCCAGGGCGTCCCCCAGATTG
  CTGTGCTGGTCACCCACAGAGCATCAGATGACATGGTGCGGGAGGCTGCACTGGATCTGCGCTTGGAGGG
  TGTAACTATGTTTGCAATGGGCATCGAAGGGGCCAACAACACGCAATTAGAAGACATAGTGTCATACCCT
  TCCAGGCAGAGCATTTCCACACACAGCTCCTACAGTCACTTGGAATCATACAGTGGGAACTTCCTGAAGA
  AGATCCGCAATGAAATCTGGACCCAAGTTTCTACTCGTGCTGAACAAATGGAGCTGGATAAAACCGGCTG
  TGTGGATACAAAGGAGGCCGACATCTATTTTCTCATTGATGGGTCGTCCAGCATCCGTAAGAAAGAGTTT
  GAGCAAATCCAGATATTTATGTCATCTGTGATAGACATGTTTCCTATCGGCCCCAACAAAGTTCGGGTCG
  GAGTTGTGCAGTATTCACATAAGAATGAAGTGGAATTTCCTGTCTCTCGCTACACGGATGGCATTGACTT
  GAAAAAGGCTGTTTTTAACATCAAGCAACTCAAAGGTCTTACATTCACCGGGAAAGCCCTGGATTTCATA
  TTGCCTCTCATAAAGAAGGGAAAAACAGAGAGGACCGACAGAGCCCCCTGTTACCTCATCGTGCTGACTG
  ATGGAAAGTCAAATGACAGCGTTCTCGAACCTGCCAACAGACTGCGGGCTGAGCAGATCACCATTCACGC
  CATCGGGATTGGCGAGGCAAACAAAACACAGCTGCGGCAGATTGCTGGGAAGGACGAAAGGGTTAACTTC
  GGGCAGAACTTCGATTCTCTGAAGAGCATAAAAAATGAAATCGTTCACCGCATCTGCTCTGAAAAAGGAT
  GTGAAGACATGAAGGCAGACATCATGTTTTTGGTGGACAGTTCTGGAAGCATAGGGCCTACAAATTTTGA
  GACAATGAAAACTTTCATGAAAAATCTGGTGGGGAAGATTCAGATTGGCGCCGACAGATCCCAAGTCGGT
  GTTGTTCAATTCAGTGACTATAACAGGGAAGAATTCCAGCTTAATAAATACTCCACGCATGAGGAAATTT
  ATGCAGCCATAGATAGGATGTCTCCCATCAACAGAAACACTCTGACAGGAGGAGCACTAACCTTTGTAAA
  TGAATACTTTGACCTTTCCAAGGGGGGGCGCCCCCAGGTCAGAAAGTTCCTTATCCTCCTCACAGATGGA
  AAAGCTCAGGACGAAGTGGGGGGCCCAGCCACGGCTCTCAGGAGCAAAAGTGTGACCATCTTCTCCGTGG
  GTGTGTATGGGGCCAATAGGGCTCAGCTGGAGGAGATCAGTGGAGATGGCAGTCTGGTTTTCCATGTTGA
  GAACTTTGACCATCTGAAGGCCATAGAGAGTAAACTCATCTTTCGAGTGTGTGCTCTGCATGATTGCAAG
  AGGATCGAACTCTTAGACATCGTGTTTGTGCTGGACCACTCAGGCAGCATAGGTCCACGTGAGCAAGAAA
  GCATGATGAACCTCACCATCCACTTGGTGAAGAAGGCAGACGTTGGTAGGGACCGAGTGCAGATTGGAGC
  GCTCACATACTCCAACCATCCCGAGATCCTCTTCTATCTTAACACTTACTCAAGTGGATCAGCCATTGCT
  GAGCATCTGAGGAGGCCCAGGGACACCGGAGGGGAGACCTACACTGCCAAGGCTCTTCAGCATTCCAACG
  TCCTGTTCACAGAAGAGCATGGCAGCCGCCTGACGCAGAACGTGAGGCAGCTGATGATTGTCATCACGGA
  TGGCGTGTCCCACGACCGAGATAAACTCGACGAGGCAGCACGGGAACTCAGAGACAAAGGCATCACCATC
  TTTGCAGTGGGTGTAGGAAATGCCAACCAAGATGAACTGGAGACCATGGCAGGGAAGAAAGAAAACACTG
  TCCATGTAGACAACTTTGACAAACTGAGAGATATTTACCTGCCTCTGCAAGAGACTCTGTGTAATAATTC
  ACAAGAGACTTGTAACCTTCCGGAAGCTGATGTGATTTTCCTTTGTGATGGCTCTGACATGGTGTCTGAT
  TCAGAGTTCGTTACCATGACAACTTTCTTGTCAGACTTAATTGATAATTTTGACATTGAGTCTCAAAGAA
  TGAAGATTGGGATGGCTCAATACGGGAGCCGGTATCAGGAAATTATTGAGTTGGAAAGCTCTCTGAACAA
  GACTCAGTGGAAGTCTCAGGTCCACAGTGTGGCCCAGAGCAAGGGGTTGCCACGCCTTGACTTTGCTCTC
  AAGCATGTGAGTGACATGTTTGATCCATCCGTTGGCGGGAGAAGGAACGCTGGTGTCCCTCAGACTCTGG
  TTGTTATAACATCTAGTTCTCCACGCTATGATGTGACAGACGCGGTAAAGGTCCTGAAAGACCTTGGCAT
  CTGTGTCCTGGCTTTGGGCATAGGGGATGTTTATAAGGAACAGCTTCTGCCCATCACAGGCAATTCAGAA
  AAGATAATTACTTTCCGAGACTTTAATAAGCTAAAGAATGTGGATGTGAAGAAGAGAATGGTTCGTGAAA
  TTTGCCAGAGCTGTGGGAAAGCCAATTGCTTTGTGGATGTAGTGGTCGGGTTCGACATTTCCACTCACCG
  TCAGGGCCAGCCTTTGTTCCAGGGCCATCCCCGCTTAGAATCCTACCTCCCGGGCATCTTGGAGGACATC
  ACCTCTATCAGAGGGGTGAGCTGTGGTGCAGGTGCAGAGGCGCAGGTGAGCCTGGCCTTTAAGGTGAACA
  GTGACCAAGAGTTCCCAGCCAAGTTCCAGATCTATCAGAAAGCAGCGTTTGACAGCTTGTTGCACGTCAC
  AGTCCGTGGACCAACTCATCTGGATGCACCGTTCTTGCAGTCACTTTGGGACATGTTTGAGGAAAGATCT
  GCATCCAGGGGCCAGGTTCTGCTCATCTTCTCAGACGGTCTCCAGGGTGAAAGCATCACCTTGCTGGAGC
  GGCAGTCAGACAGGCTCAGAGAAGCAGGACTTGATGCTCTGTTGGTGGTGTCCCTTAACACATTCGGTCA
  CGATGAGTTTTCCAGCTTTGAATTTGGAAAAGGATTTGACTACAGGACTCAGCTGACCATTGGGATGCTA
  GACCTGGGCAAGACGCTCTCACAGTACCTGGGAAACATCGCAGAAAGGGCTTGCTGCTGTACATTTTGTA
  AATGTCCGGGGATTCCAGGACCTCATGGAACCCGGGGACTCCAAGCCTCAAAGGGTTCTTCAGGTCCAAA
  AGGTAGCAGAGGACACAGGGGAGAGGACGGAGACCCTGGAAGACGAGGAGAAATTGGGCTTCAAGGAGAC
  AGAGGAGTCGTGGGATGCCCGGGGACTCGAGGTCAAAAGGGAGTCAAAGGATTTTCAGGAGCTCAGGGGG
  AACATGGAGAGGACGGGCTGGACGGACTGGATGGAGAAGAAGGATTTTACGGATTTCGTGGGGGAAAGGG
  ACAAAAAGGTGACCCTGGCAATCAGGGTTACCCAGGCATCAGAGGCGCTGCTGGGGAAGATGGCGAGAAG
  GGCTTCCCAGGGGATCCCGGTGACCCAGGAAAAGACAGCAACATCAAAGGCCAGAAGGGCGAGAAAGGAG
  AACGAGGAAGACAAGGGATAACTGGGCAGAAGGGGACACATGGCCGTCCTAGCTCCAAAGGAAGCAGGGG
  AATGGAGGGCCAGAGGGGGCCCCAGGGTCCCTCAGGGCAGGCAGGAAACCCAGGACCTCAAGGTACACAA
  GGACCTGAAGGACTACAAGGCTCACAGGGATCAAGTGGAAATCGTGGAGGGAAAGGAGACAAAGGAAGTC
  AAGGTTATCAGGGACCTCAGGGTTCTCCTGGGCCAGCAGGACCCAGAGGGGATATTGGAAGACCTGGATT
  TGGGGGGAGAAAGGGGGAACCTGGAGTTCCTGGAGGCCCAGGACCAGTGGGGCCCCCTGGACAGCGAGGA
  AAGCAGGGAGATTATGGCATCCCGGGCTATGGTCAGACAGGAAGAAAAGGAGTTAAGGGCCCAACAGGAT
  TCCCTGGGGACCCAGGGCAGAAGGGTGACGCTGGCAATCCTGGAATTCCTGGGGGACCTGGACCCAAAGG
  ATTCAAGGGACTGACTCTCTCTCAAGGCTTGAAAGGCAGGAGTGGACTTCAGGGGTCTCAAGGCCCTCCT
  GGTCGGAGAGGTCCTAAAGGCACAGCAGGGCAACCTATATATTCCCCCTGTGAACTGATCCAGTTCCTGA
  GGGACCACAGCCCCTGTTGGAAAGACAAGTGCCCTGTGTATCCAACAGAGCTGGTCTTTGCTCTGGACCA
  GTCCTCTGGTATCACAGAAAGGAGATTTAATGAAACAAGGGACACCATCACTTCAATTGTCAGTGACCTC
  AACATCAGGGAGAACAACTGTCCCGTGGGAGCACGGGTTGCCGTGGTCTCCTATGACTCAGACACCAGCT
  ATCTCATCCGTGGCTCTGACTACCATAACAAGAAGCATCTCCTACAGCTTCTTTCCCAGATAAAATACCA
  AGTGCCCCGGAAGGCCAGGGACATTGGCAATGCAATGAGGTTTGTGGCCCGCAACGTTTTCAAGCGGATG
  TCTGCGGGAACCAACACCAGGAGAGTGGCTGTGTTTTTCAGCAATGGCCAGGCAGCCAGTAGAGCATCCA
  TCCTCACGGCCACCATGGAGTTGAGTGCCCTCGATATCAGCCTTGCCGTCTTTGCTTATAACGAAAGAGT
  GTTCCTTGATGAGGCTTTTGGGTTTGATGACACTGGGACATTTCAGGTGATTCCAGTCCCCCCAGTTGGA
  GATTATGAGCCACTGGAGAAGCTTCGGCGCTGCACACTTTGCTATGACAAGTGTTTTCCAAACACCTGTG
  CAGAAGAGCCTTTCTTTCCTGAGAATTCCTACATGGATGTTGCATTCCTCTTAGACAATTCCAAAAACAT
  CGCCAGCGATGACTTCCAAGCCGTGAAAGCGCTGGTGAGCTCAGTGATTGACAGCTTCCACATCACTTCA
  AACCCTTCAGCCTCAGAGTCTGGTGACAGGGTTGCTTTGCTGAGCTATTCTCCCTCAGAGAGCTCCAGAA
  GGAAGGGCAGGGTGAAGACAGAGTTTGCCTTTACAACCTACGACAACCAATCAATCATGAAGAACTACAT
  CTACACTTCCCTTCAACAGCTCAATGGAGATGCTACTATTGGCCTTGCCCTACAGTGGGCCATGGAAGGT
  CTCTTCCTGGGAACCCCCAATCCAAGAAAACACAAGGTCATCATTGTGATTTCAGCTGGAGAAAACCATG
  AGGAGAAGGAATTTGTGAAGACGGTGGCTTTGAGGGCCAAATGTCAAGGCTATGTCGTATTTGTGATATC
  TCTGGGCTCCACACAAAGAGATGAGATGGAAGAATTAGCCAGCTACCCACTCGATCACCATCTGATACAG
  CTTGGGAGAATGTACAAGCCAGATCTGAATTATATTGTGAAATTTCTGAAGCCCTTTATATACTCGGTCA
  GACGCGGATTTAATCAATACCCACCACCCACGCTGAAGGACGACTGCAGACTTGTTGAGTTAGAGAGGGG
  AGACACACTGCCCCATGGCCTCAGATTGACTGCTAAGCTGCGTGAGGTTCCTGAGAGCACAATCAGCCTG
  GCTGATCAAGAGCTGAACGCTGGGAAAGACTCATCTTTTGTGTTGGAGGATCACAGAGGCGACCATTTGG
  TTTACGTTCCAAGCCAGATGCTAGAGCCACATAAGTTAGTGAGCCACTATGGAAATGACCGGGAATCTGT
  AGCAATGGCGAGTCTCACTTCTGAACATGAAAGTCATGGCAGAGAAGAACTGGGTCTTGCTCATGAGCCT
  GGGGATGCTTCTCTTCAAGAATATTACATGGACGTGGCTTTCCTCATAGATGCTTCTCAACGAGTAGGAG
  GACGTAACGAGTTTAAGGAAGTGAGAACTTTGATAACGTCAGTACTGGATTACTTTCACATTGCCCCAGC
  TCCACTGACCTCTGTCTTAGGAGACAGAGTGGCTGTCCTGACCTACTCTCCCCCAGGCTATCTGCCAAAC
  ACTGAAGAGTGCCCAGTCTACCTGGAATTCGATTTGGTCACTTACAACACTGTACATCAAATGAAGCATC
  ATCTCCAAGAGTCTCTTCAGCAGCTCAATGGTGATGTTTTTATTGGGCATGCCCTTCAGTGGACAGTTGA
  CAATGTCTTTGTAGGAACCCCCAATCTGAGGAAAAACAAAGTTATCTTTATAGTAACTGCAGGTGAAACC
  AACCCTTTAGACAAAGAAGTTTTAAGGAATGCATCTCTGAGAGCCAAGTGCCAAGGCTACTCCATATTTG
  TATTTTCCTTTGGTCCGATACACAATGACATGGAGTTAGAAGAATTAGCAAGCCACCCTCTGGATCATCA
  CTTAGTCCGGCTTGGCCGGGTACACAGGCCAGATTTGGACTATGTCATCAAGTTCATCAAGCCATTTGTT
  CATTCGATCAGACGTGCTATCAACAAATATCCCGGCAGAGACCTGCAAGCCAAGTGTGATAATCTCACCT
  TCCCTGGCCCAGAGAATGCTGGCACAGAAGACAGTGCATTACTCATCCCCGAGGTGTACAGAATCGAGGC
  AGGAGAGAATGAGCTGTCTGGAGACTCTGGATCTCAGGAGCAGCATTTCTTCCTCCTAGGGAACAGTCAT
  GGCAACCATTCAGAAAGCACTGCTGATCTGATGCGGCAGTTGTACCTGCTCCTCTCCTCCGGGGAACTGA
  TGGTGAATGATAAGGAAGAGCCTTGTTCCGCAGAGACCCCAGCTCCAGTGAACAGCAAACAAGATGGCGA
  AGATGCAAGATGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_001167923
• ORF Size: 7923 bp
• Insert Size: 7923
• 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_001167923.1, NP_001161395.1
• RefSeq Size: 9297
• RefSeq ORF: 7923
• Locus ID: 665033