Col27a1 (NM_198747) Rat Untagged Clone

CAT#: RN203343

Col27a1 (untagged ORF) - Rat collagen, type XXVII, alpha 1 (Col27a1), (10 ug)

Specifications

Product Data

• Type: Rat Untagged Clone
• Tag: Tag Free
• Symbol: Col27a1
• Vector: pCMV6-Entry
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >RN203343 representing NM_198747
  Red=Cloning site Blue=ORF Orange=Stop codon
  
  TTTTGTAATACGACTCACTATAGGGCGGCCGGGAATTCGTCGACTGGATCCGGTACCGAGGAGATCTGCC
  GCCGCGATCGCC
  
  ATGGGCCTGGCGCGGGCGACCGCGGGGCTGGGGCCGTGCTGTCCGCCTGCTCCGGCGCTCCTGGGCGCAG
  GGCTGCGCTGGGGGGGATTTCTCTTCGCCTGGATCTTGGTCTCATTTTCCTGTCATCTGGCCTCCACCCA
  AGGAGCTCCTGAAGATGTGGATGTCCTCCAGCGGCTGGGCCTCAGCTGGACGAAAGCTGGGGGTGGCCGG
  AGCCCCGCACCCCCTGGTGTCATTCCTTTCCCATCTGGCTTCATCTTCACACAGCGGGCCAAGCTGCAGG
  CCCCTACTACCAATGTCCTTCCCACCACCCTGGGGCGGGAGCTGGCATTGGTGTTGAGCCTCTGTTCGCA
  CCGTGTGAACCATGCCTTCCTCTTCGCCATCCGCAGCAGGAAACACAGGCTGCAGCTGGGTCTGCAGTTC
  CTCCCCGGCAGGACTCTCGTCCACCTGGGACCTCGGCAATCTGTGGCCTTCGACTTGGATGTGCATGATG
  GGCGCTGGCACCACCTGGCCCTAGAGTTGCGTGGTCGCACGGTCACATTGGTGACAGCCTGTGGGCAGCA
  CAGGGTACCTGTTCCGCTGCCTTCCCGTAGGGACTCCATGCTTGACCCCCAGGGCTCCTTTCTCTTGGGG
  AAGATGAACCCCCGAGCTGTCCAGTTTGAAGGTGCACTCTGTCAGTTCAGCATCCATCCCGTGGCGCAGG
  TCGCTCACAATTACTGTGCCCACCTGAGAGAACGGTGCCGACAGGTGGACACGTATGGTCCCCAGGTGGG
  AGCCCTCTTTCCCTGGGACTCTGGCCCAGCCTTTGCTTTGCATCCTGAACCAGCCTTGCTTGGTCTGGGG
  AACCTGACCAGAAACCCAGCAACCCTAGGGTCCAGGCCTATAAGCAGGGGACTCATGGTGACTATGGCTC
  CTGCCGTGCCCACCAAGCCCCTAAGGATGGTCCACCAAGATGTCTCCAAACTCGGCTCTTCTCAGACCCC
  ATTGGTCCCTGCCAAACAGTCAGCCAGAAAAACACCTTCCCCCTTCCCTTCAGCTGCTCTGGCTAATTCC
  ACCAGGGTTTTTCACTCAGCTCCTGCCCAGCCACGACAAATCACAGCTACTAGCCCCACCAAACGTCCCC
  CGACCAAGCCTTCTGTTTCTTCCCTTTCAGTTACCCCCATGAAAAGTCCCCAGGCAATCCAGAAAGCAGG
  TACCCCTTCATTCTCAAGGCCCATTCCAACCACCCAGAAGCCAACACCCCTCACCTCCCACCCATCACCC
  TCCAAAGTCTCTAGTGCCACTGTGAGGCCTGTCCAGAAGACTTTCATGACACCCCAACCTCCAACCCTGA
  GTCCCCAAGCCCTGCACCCTATTACTGGCTTACCTAAGAAGTTCACTATCCCCACAGTAGCAAAACCTCA
  GTCCAAGATGACCAGTTGGGCCAGCAAGCCAGTCTTGGCCCGCACCAATGTCCCTAAGGCTCTTGAGCAA
  ACTGTTGTGGCCCAGTCCTCTGTTTCCTATCTGGGCTCTCAGACACTGGCTACAGCCCTCCCTCCTCTGG
  GTGTTGGAAATTCTAGAATGATGCCTTCCACACGTGACTCTACTTCAACTCCTGCTGGAAGCAAGAAAAT
  CACAGGATTGGAAGCTTCCAAGAAAACCAGACATAAGAGCAGCCCCCGGAAGCCCATACCTCTCAGCTCT
  GGGAAGACAGCCAGGGATGCTTCACCAAGAGACCTGACAACCAAGCCTAGCCAGCTGTCCACTCCAGCCC
  TGGTCCTTGCCCCAGCCCACCTCCTGTCCTCCAGCCCCCAGCCCACCAGCAGCAGCTTTTCTTTCTTCCA
  CCTGCCGGAACCTACACCTTTCCTGATGCTGATGGGGCCTCCTGGCTCCAAGGGAGACTGTGGCTTGCCG
  GGCCCTCCTGGGCTTCCAGGATTACCTGGATCTCCGGGTCCACGAGGTCCTCGGGGTCCTCCTGGGCCAT
  TTGGGAACCCAGGTCTACCTGGACCTCCTGGAGCCAAAGGACAGAAAGGGGACCCGGGACTCTCACCAGG
  ACAGGCTCACGATGGGGCAAAGGGCAACATGGGCTTGCCTGGGCTCGCCGGAAATCCAGGACCCATGGGA
  CGGAAGGGACACAAGGGCCACCCTGGAGCGGCAGGGCACCCTGGAGAACAGGGGCAGCCAGGACCTGAGG
  GCAGTCCAGGGGCCAAAGGTTACCCTGGCAGGCAGGGGTTCCCTGGACCTGTAGGAGACCCTGGCCCCAA
  AGGCAGCAGGGGTTACATTGGGCTTCCGGGGCTCTTTGGCCTGCCAGGGTCGGATGGAGAGCGGGGTCTC
  CCCGGCATTCCTGGCAAGAGGGGCGAGATGGGTAGGCCGGGCTTCCCTGGAGACTTTGGGGAAAGAGGTC
  CCCCTGGACTTGATGGGAACCCTGGGGAAATTGGCCTGCCAGGACCACCAGGAGTGCTCGGGCTCCTTGG
  TGACATGGGAGCATTAGGTCCAGTTGGCTACCCGGGACCAAAAGGCATGAAGGGACTGATGGGCGGCGTG
  GGGGAGCCCGGACTGAAAGGTGATAAGGGTGAACAAGGGGTGCCAGGTGTATCGGGAGATCCTGGCTTCC
  AAGGAGACAAGGGGAGTCATGGCTTGCCAGGGTTCCCAGGTGCCCGGGGGAAGCCAGGGCCTATGGGCAA
  AGCTGGGGACAAAGGCTCACTTGGGCTTCCTGGACCTCCTGGTCCTGAGGGTTTCCCAGGAGACATTGGC
  CCCCCAGGGGACAATGGCCCTGAAGGCATGAAGGGTAAGCCTGGAGCCCGAGGCCTACCTGGACCTCCTG
  GGCAGCTGGGGCCTGAGGGAGATGAAGGACCCATGGGGCCACCAGGAGTCCCAGGCTTGGAGGGTCAACC
  TGGAAGGAAGGGGTTCCCGGGGAGGCCTGGCCTGGACGGCTCGAAGGGGGAACCAGGGGATCCTGGACGG
  CCAGGGCCTGTGGGTGAACAGGGGCTTATGGGATTTGTTGGTCTGGTTGGAGAGCCTGGAATTGTTGGGG
  AGAAGGGAGACCGTGGAGTGATGGGACCCCCAGGGGCACCTGGACCCAAGGGGTCGATGGGCCATCCTGG
  AACACCTGGTGGTGTTGGGGACCCTGGAGAGCCTGGACCCTGGGGCCCTCCAGGATCTCGAGGACTGCCA
  GGCATGAGGGGAGCCAAGGGGCACCGGGGCCCTCGAGGACCTGATGGACCAGCTGGGGAGCAGGGGTCCA
  AGGGCCTGAAGGGTCGTGTAGGGCCTCGGGGCAGACCTGGCCAGCCAGGACAGCAGGGTGCAGCTGGCGA
  GCGAGGCCACTCAGGTGCAAAAGGCTTCCTTGGCATTCCTGGTCCCTCAGGCCCTCCAGGTGCCAAGGGC
  CTCCCAGGAGAACCGGGCTCTCAGGGACCTCAGGGGCCAGTTGGTCCTCCAGGAGAGATGGGACCCAAGG
  GGCCGCCTGGTGCAGTGGGAGAACCTGGCCTTCCTGGGGACTCCGGTATGAAGGGTGACCTTGGACCTCT
  GGGCCCTCCTGGGGAACAAGGGCTCATTGGGCAACGGGGAGAGCCAGGCCTCGAGGGAGACCTTGGCCCA
  GTGGGGCCAGATGGGCTGAAGGGGGACAGGGGTGACCCAGGTCCTGATGGTGAACATGGTGAAAAGGGTC
  AGGAAGGACTGAAAGGAGAGGAGGGGCTCCCTGGGCCCCCAGGCATCACTGGTGTCCGGGGTCGTGAAGG
  GAAGCCTGGCAGTCAGGGTGAGAAGGGCCAGAGGGGAGCTAAGGGTGCCAAGGGCTACCAAGGACAGCTG
  GGAGAGATGGGCATCCCTGGAGACCCTGGCCCCCCTGGCACCCCAGGTCCTAAAGGGTCCCGGGGCACCC
  TAGGACCAATGGGTGCTCCAGGACGGATGGGAGCCCAAGGAGAACCAGGATTGGCTGGTTATAATGGGCA
  TAAAGGCATCACGGGACCTCTCGGGCCTCCCGGGCCCAAAGGCGAGAAGGGGGAACAGGGCGAGGATGGC
  AAGACTGAGGGGGCCCCCGGGCCACCAGGAGAGCGGGGTCCTGTGGGTGATCGAGGAGACCGTGGGGAGC
  CAGGCGACCCTGGATACCCTGGTCAAGAGGGTGTTCAAGGCCTCCGTGGAGAACCAGGCCAGCAGGGCCA
  GCCCGGGCATCCAGGACCCCGGGGACGCCCAGGACCCAAAGGATCAAAAGGCGAAGAGGGCCCAAAGGGA
  AAGCCAGGCAAGGCGGGGGCATCAGGCCGGAGGGGGACCCAGGGGCTTCAAGGGCTGCCAGGGCCGAGAG
  GTGTAGTAGGGAGACAGGGCCCTGAGGGCATGGCTGGACAAGATGGGAATCCTGGCAGGGACGGTCGGCC
  AGGATATCAGGGAGAGCAGGGAAATGATGGGGACCCTGGCCCCGTGGGCCCTGCTGGGAGAAGAGGGAAT
  CCAGGTGTGGCTGGCTTGCCTGGAGCACAGGGGCCTCCAGGATTCAAGGGTGAAAGTGGGTTACCTGGGC
  AACTGGGTCCCCCTGGAAAACGAGGGACAGAAGGTGGAACGGGGCTTCCTGGGAACCAGGGGGAGCCAGG
  ATCCAAAGGCCAGCCGGGTGACTCTGGCGAGATGGGCTTCCCAGGAGTGGCTGGCCTCTTTGGACCCAAG
  GGTCCCCCTGGAGACATTGGCTTCAAAGGCATCCAAGGCCCTCGGGGTCCTCCTGGCTTGATGGGAAAGG
  AAGGTATCATTGGGCCCCCCGGAATGCTGGGACCTTCTGGACTCCCGGGTCCCAAAGGTGACAGAGGCAG
  CCGAGGGGACTGGGGACTGCAAGGCCCAAGGGGTCCTCCTGGTCCGAGGGGGCGGCCAGGTCCACCGGGC
  CCTCCTTGGCATCCTGTCCAGTTTCAACAAGATGACCTTGAGGCAGCTTTCCAAACGTGGATGGATGCTC
  ACGGAGCAGTCAGATTGGAGCAGGGGTACAGCTATCCGGACCAGCTGATGCTAGACCAGGGAGGGGAGAT
  CTTCAAAACCTTACACTACCTCAGCAACCTCATCCAGAGCATTAAGACGCCCTTGGGCACCAAGGAGAAC
  CCAGCCCGGGTCTGCCGGGACCTCATGGACTGCGAACAGAAGATGGCGGATGGTATCTACTGGGTGGACC
  CCAACCTCGGCTGCTCCTCTGATACCATCGAAGTCTCCTGCAACTTTACACATGGTGGGCAGACTTGCCT
  GAAGCCTATCACGGCCTCCAAGGCAGAGTTTGCTGTTAGTCGGGTCCAGATGAATTTCTTGCACCTGCTC
  AGCTCTGAGGGGACACAGCACATCACAATCCACTGCCTGAACATGACGGTGTGGCAGGAGGGACCTGCAC
  GCCCCTCTGCCAGGCAAGCTGTGCGCTTCCGTGCCTGGAACGGACAGGTCTTTGAAGCTGGGGGTCAATT
  CAGGCCAGAGGTGTCTATGGATGGCTGCAAGGTCCATGATGGCCGCTGGCATCAGACACTATTCACCTTC
  CGGACCCAGGACCCCCAGCAGCTGCCCATTGTCAGTGTGGACAACCTTCCACCTGTCTCGTCAGGGAAGC
  AGTACCGCCTGGAAGTTGGACCTGCATGCTTCCTCTGA
  
  ACGCGTACGCGGCCGCTCGAGCAGAAACTCATCTCAGAAGAGGATCTGGCAGCAAATGATATCCTGGATT
  ACAAGGATGACGACGATAAGGTTTAA
• Restriction Sites: SgfI-MluI
• ACCN: NM_198747
• ORF Size: 5568 bp
• Insert Size: 5568
• 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_198747.1, NP_942042.1
• RefSeq Size: 5568
• RefSeq ORF: 5568
• Locus ID: 298101
• Gene Summary: mouse homolog is a fibrillar collagen gene; may be a component of the extracellular matrices of cartilage [RGD, Feb 2006]