Chst3 (NM_016803) Mouse Untagged Clone

CAT#: MC205469

Chst3 (untagged) - Mouse carbohydrate (chondroitin 6/keratan) sulfotransferase 3 (Chst3), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Chst3
• Synonyms: C6ST; C6ST-1; GST-0
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC055055
  CTTAGCCACTGAACCATCTCTCCAGCCTCTGTTTTGGGGTGTTTGTTTGAGACAGAATCAAAAGGCTGGT CTAAAGTACATATTGTAGCTAAAGATGGCTTCCAACTCCTGCCTTGCCTCCAGAGTGTTAGGGTGTGACC TTTAAATGACCTATTAAAGAAACCCCAACAGGTGTAGAGTACACCTGTGATCCCAGCTCTTAGGAGGTTG GACAGATGGATAAAGAGGTCCAGGTGTCCCGGACTACATAGAGAGACCCTATCTCAAAAGAGAGGCGAAG ACTTAGGTTTTGAGAGTGGGCCTGAGGTCTCTCTTCAAAAGTTTTATAGAAAGATGTCTCTGTTCCCTGT CTATGAACACGGATGGCCTGAGCACCTGTCTCTTCACAGGATCAGAGTGTCCCCCACCTGAAGAGGGCTG ATTGGGTCCCAAGCTATGCTCCTGAGCTGAGTGCCTGCAGCCAGTCTGAGGAACTCCATGGCGCCCCCTC TCCCCATGGAGAAAGGACTCGCTTTGCCTCAGGATTTCCGGGACCTTGTACACAGCCTAAAGATTCGAGG CAGATACGTCTTGTTCCTGGCATTTGTGGTCATAGTTTTTATCTTCATTGAAAAGGAAAATAAAATCATA TCCAGGGTCTCCGACAAGCTGAAGCAGATCCCTCATTTTGTGGCAGATGCCAACAGCACTGACCCAGCCC TGCTCTTATCGGAGAATGCATCTCTCTTGTCCCTGAGCGAGTTGGATTCCACCTTTTCCCATCTGCGGAG CCGCCTGCACAACCTGAGCCTGCAGCTGGGCGTGGAGCCAGCAATGGAGAGCCAGGAGGCTGGGGCAGAG AAGCCATCCCAGCAGGCTGGAGCAGGGACCCGGCGCCACGTGCTTCTCATGGCCACCACCCGCACGGGTT CCTCGTTCGTGGGCGAGTTCTTCAACCAGCAGGGCAATATCTTCTACCTCTTCGAGCCACTGTGGCACAT CGAGCGCACCGTGTTCTTCCAGCAGCGAGGCGCCAGCGCGGCTGGTTCAGCCTTGGTCTACCGTGATGTC CTCAAGCAGTTGTTGCTATGCGACCTGTATGTGCTGGAGCCCTTCATCAGCCCTCCGCCCGAGGACCACT TGACTCAGTTCCTGTTCCGCCGGGGATCCAGCCGTTCACTCTGCGAGGATCCGGTGTGCACACCCTTCGT CAAGAAGGTCTTTGAGAAGTACCACTGCAGGAACCGTCGCTGCGGGCCACTCAACGTGACCTTGGCGGGC GAGGCCTGCCGCCGCAAGGACCACGTGGCCCTCAAGGCTGTGCGCATCCGTCAGCTGGAGTTCCTGCAGC CGCTAGTTGAGGACCCGAGGTTGGATCTACGAGTCATTCAGCTGGTGCGCGACCCCCGGGCCGTGCTGGC TTCACGCATAGTGGCCTTTGCGGGCAAGTATGAGAACTGGAAGAAGTGGCTGTCCGAGGGGCAGGACCAG CTGAGCGAGGATGAGGTGCAGCGATTGCGGGGCAACTGTGAGAGCATCCGCCTGTCTGCAGAGCTGGGCT TGCGGCAGCCAGCCTGGCTGCGCGGTCGTTACATGCTGGTGCGCTATGAGGATGTGGCACGCAGGCCACT GCAGAAGGCCCGAGAGATGTACAGCTTTGCGGGCATCCCCTTGACCCCGCAGGTGGAGGACTGGATCCAG AAGAACACGCAGGCGACACGCGACAGCAGCGATGTCTACTCCACTCAGAAAAACTCTTCTGAGCAGTTTG AGAAGTGGCGCTTCAGCATGCCTTTCAAGCTGGCACAGGTGGTACAGGCTGCCTGTGGCCCGACCATGCA CCTCTTTGGCTACAAGTTGGCCAGGGATGCCGCCTCACTCACCAACCGCTCCATCAGCCTGCTGGAGGAG CGGGGCACCTTCTGGGTCACGTAGTGGGGGATGTCTGGGACCCTTGGAACTCCTTCTTGTGAAAGGCTGG CCCTGCTTCCCTCACACCCAGCCTGGCAGTGAGACATAGCCCTGGCAGAAAGTCAAAATGGGGAGCGATG ATGGGAACATAGCCCCTGGCTGTAGCGGTAGGGCCCCCTGCCAGCTAGACTCCCCAGAGCAGCTACAGCT AGGGCCTTGGGCTCCTCTGAGGACACCCTGTCTCCTTAGTGGTACTGGTCATAAGGTGTCCTCACCCTAT GACCTGCAGTGTCCCGAGCAGGTCAAGGTAGGTTCCTGTGTGTGGACACACCTCCCTAGCTCTTTCTCAC ACAGTCTACACGAAGCCTGTAAAGGCCTGTAGGTTGTGTGGGCTGGAGTCCAAGTATTTAACAACCAGAA GGGGTGTAGACCCTCTGCAGCCTCTCAGACCTCCTACTGTATTAAGTGTTAACCTCTTCCGCTCTGAGTC AGAGAAGCTGGGATCTGGCTGAGTCCTGGGAAGGAGGAGGACAGCCTAGGGTGAGGAAGGGGACCTTTGA AGCTCCTCAGGGAACAGTGGCTGTGTACCAGCTCATAGAAAATGGTTTGATCAGCTGTTCTAGTCACTCA TGAGTATCAATCAGCCTGTGTAGAGCAAGACACACAAAGTGCATTGAAAACAGACAAGGCCAGGGGTGTG GCTCAGCGGTAAAGCCCTTGCCTCTCTCATGCCCAGGGCCCTAGGTGTGATTCTTAGCACTATAAATATA AGGGAAAATAAGCCATACATACGTGTGCAGTACAGAGAGAGACAGAAAAGCGTAATAAACATTCCCCCCT CTCATAAGCACACGCTCTGCCTCTGTCTCTGTCTCTGTCTCTCTCTGTCTCTGTCTCTCTCTGTCTCTCT CTCTCACTCTCTCTCTCTCTCTCTCTCTCTCACACACACACACACACACACACACACAAACACACACACA CACACTGGTACAGAAAAGCTTCCCTTCTCCACTCTTTATGCTCACCATGTTTTTAGGATTTTTGTTTGTT TGTTTTGTTTTGGGTTTCTATATATCTAAACAAGGAGCCTTAAATTACATCTTTTTGGGATTACGTGGCG AGGGGGAGCAGCAGGGAGCATTTGCTTCTGGTAAAAGGATAGACCAGAAAGGACTTCCCCTTGGATGATC GGAGTCATGCAGAGCCCCCAGGGTCCCACATGTTCTGTGTGAACTTCATGTGGAATGACTCACAGAAGTG ACTACCTTAGGCGCTCGCTCTGTAGCTCAATGTGCGTAGAGTTTGTCTATTGTATAGGAAGCCCTGGGTT CTGTGCCCTGCCCCACACCATATAGGTATGATGGCGTGTACCCATATCCCAGCATTCAGGAAATCAAAGG TTGGCGGTCAAAAGTTCAAGGTGCAGCTATGTATCTTTTGAGATGTCCGAGTCTATAAGCTCCCTCTACT GAGAGCTGCTAGTATTCCTTCTCAAGAACAGGTTATTTGAAAATCTCTTCTTGTAAGCCCCAACATTTGG GGGAGGGGAGGATGGGGGAACTCTTGACTGAGCAGCTAGGTTTCCCCAAGCAGAAGTTCTTCTCTCCCAG TGCAAGCTGAGGTTTAGTGCCCCGGCTAGCCTCGGAACTGGCTCAGTGGGGGTTGGCACGCTGACTTCCT GGACAATTGCTGCATCTGACACTGTGAGCGCCCAGGACACCGGATGTGTAGCATGGATGTGGGCCTAGCA CAGGTGTGGAAGAGGACAGTCAGGACACTCACTGTTGGTGTTTGTTATCCACCTGTTCAGCCGCCGGGTC CCACACATAGGTCATCTTTCGTCACTCAAGCCGGCCTCTGTTTTTGATTTTAACAATCCAAGAGCAAGTG TGTAGGGGACAAAGAGACACCAGCTCTTCATACTTGATGGAGACCGGGACAGGATGCTGCAGGCAGGCTC GGGAGTGCATTATCGTTTCTTCTGAGCTCTTCATCCAGGCCATATTCCCTTTTCTGCATCGCATCTGGGG TGGGAGGGGCTGAGCTGGGAGTTTCCGTCCTTCTTCCCTGTGGGGGTGGGAGATGGGGCTCAAGGTCTCC ATCTCTCGGCTCCCTGAGGACAGAACCCCCACAGTGGACCTTTGGGCCTTCTCAGGACATTGACAATGTT GTGTGCACTGCAAGTTGACTTTATTTATTTTGTAGGAAAAAGAGATGGTATTCTTTAGCAGGATCTGAAA CTGTACCCTAGTCAAGAAGTACAATTAATAACATTATTATTAATAACAATTGGGATGATTCAAAGGTCAC ACACACACCAGACCACCCAAGAACCATGTAGGAGATGAGGCGGAGCCAGGTCATGGAAGCCCAGAATGCT ACAGAGATTCTGTGGGTCTATTATTGATCAGAAAATACAACATGGGGGGGCCTTTTCTATGGCATAACTC AGGTGTCTGCAAAGACAGAGCAGCTCAGGTGGGTGGATAGGCAGGCAGATGGAGCCTTGAATCACATCCC CTGAGGCTCAGCCAGCCAGTGCGAATCCTCAAGGTTCGGAAAGGGACAGTGTAGCGGCAAACTACTGGGC ATCTTCTCTGATGCTTAGAGGCTCTTACCAAGGAGCTTGATGGAGAAAGTGGCCATGTTGGTGGCATGGG ACAACTGCTCACCCAACTTCAAAGATCAAAGGGCACCCAGGTGGCCTATGACAGTGACACTCTTTCCTAC CATTAGGGGTGTCTGCCCCCACTGAAAGCCATGAAATTTCTGGCCCTAAGGGGGTAGGAAGGACTTAGGA GTAGCAGATGGTTTGATCCCATCCCCCCCACACACACACACACATCCCTCAGCTGTCTTCCACATTAGAG CCACTTCAGTTGTCCATGGACTTGTCCCTTTGAGACATCCTGGATTTTGAAGGATAGAAACATCCCCAAG ATGGTCTCGTGTTAATCCCACAACAGAGGCAGAAGGGTCATACTGAGAGAGAGAGAGAGAGAGAGAGAGA GAGAGAGAGGAGTGGGGGCCAGACCCTCAAGAAGCCAAGTGGGTCTGGTCAACCTGTGCACATGAGAAGG AGGGAACATCACTAAAATCAGGGCCTGGGCTGGTGTGTTGTTGGTGAGATCCCGTGGAGTGGCTGGCTAG ATATGGATGAGTTTTCTGAGCATGCTCACACACCCCCAACTTCACATTCTTAGAAATAGCACAACCATAA TGCCTTACCTCAAAAGGATGAGGCAAAGCTTGCAATTAATTCCCAGTGTCTGAAGACCTCCGGGATCCTT TGAGCTGTGTGTCCTTGTCAGTACATGGGGACAGGCTCCTTAGGTATTCCTGACATAGAGGTAAGGTGCT GCCCTTGCTGCCTTGCATAAGCTGTGACAAGCTTCTTACTGGGCACATAGAACGGCTCTGTCATCTGCTT CCACTAAATTTGGGCTTGGACTTTGCCTCCTGCCAAATCTCCATCTCTGCTGGATAGTCTAGTCCCTAGG GTCTAACCACCACCCTCCACTTCCTGGTGGGTCCTACAAGCGCTGTCTTTGTGCCAGTACCCGGATGGTG TCCTGCCTCATGGCTAAATGGTACAGGACATCTTCCCAGACTGAGTGGTCATGGCATGTGCATGTATGTT CATGAGTACATGCATGGTGTGTGGGGGTGGATGGGTGCATTCTGTTCTGCTTCTGGTGCAGCTACACAGC CACAACCTCTTTCTGTCATTGACCTTCTTGGTCTTCTTGTAGCCACAGATAATCTTCCAATGCCCGATTC TGCTGTTCTCATCTGAGAGCTGACAACCCAGCGCTCAGAGTAGAGTTCATGACCTAGGAAACCCTTCTCC TGGTAGCTTACTGAACTTATTTAATTAAAAACGAACATATAGGGGTTGGAGAGATGGTTCATTGGTTAAG AGCACCGGCTGCTTTTGCAAAGGACCTGAGTTCAAATCCCAGCAACCATATGGTGGCTTACAACCATCTG TAATGAGTTCTGGTGCCCTCTTCTGGCATGCAGGTGTACATGCAGATAGAGCACTCCTATGCATAAAATA AATAAATCTTTTAAATAAATAAATAAATGAACATGAAAAAAAAAAAAAAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_016803
• ORF Size: 1419 bp
• Insert Size: 1419
• 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: BC055055, AAH55055
• RefSeq Size: 6000
• RefSeq ORF: 1419
• Locus ID: 53374