Slc28a3 (NM_022317) Mouse Untagged Clone

CAT#: MC203735

Slc28a3 (untagged) - Mouse solute carrier family 28 (sodium-coupled nucleoside transporter), member 3 (Slc28a3), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Slc28a3
• Synonyms: Cnt3
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC013783
  GCAGGTGGCCCTCTGACATAGCAGAGGTGGTGCTTGCTCTCTCTCTGTCTCTGAGCAGAGGATGTCCAGG GCAGACCCGGGAAAGAATTCCGAGCCCAGTGAGAGCAAGATGAGCCTGGAGCTGAGGCCAACAGCCCCCA GCGACCTGGGCCGCAGCAATGAAGCCTTTCAGGATGAAGACCTTGAACGGCAGAACACTCCAGGAAACAG CACAGTCAGGAACAGAGTTGTACAAAGCGGGGAACAAGGACACGCCAAACAGGACGACAGGCAGATCACG ATTGAACAGGAGCCTCTAGGAAACAAAGAAGACCCAGAGGATGATAGCGAAGATGAGCATCAGAAAGGGT TCTTGGAGAGGAAGTATGATACAATTTGTGAGTTTTGTAGAAAGCACAGAGTTGTTCTCCGAAGCACCAT CTGGGCCGTTTTACTGACAGGTTTCCTGGCCCTGGTGATTGCAGCCTGTGCGATAAGCTTCCACAGAGCC CTTCCTCTTTTTGTGATCACCTTGGTGACCATCTTCTTTGTCATCTGGGATCACTTGATGGCCAAATATG AACAGCGAATAGATGATTTCCTGTCTCCTGGCAGAAGGCTTCTCGACAGGCATTGGTTCTGGCTGAAATG GGTGGTCTGGAGTTCATTGATCCTGGCGATTATTCTCTGGCTGTCTCTTGACACTGCCAAACTGGGCCAA CAAAACTTGGTATCCTTTGGCGGACTCATCATGTACCTTATCCTGTTATTTCTGTTTTCCAAACATCCCA CCAGAGTTTACTGGAGGCCTGTCTTTTGGGGAATTGGACTACAGTTTCTTCTTGGGCTCTTAATTCTAAG AACTAGGCCTGGATTTGTTGCTTTTGATTGGATGGGGAGACAAGTTCAGACTTTCCTGGGGTACACTGAT ACTGGAGCCAGGTTTGTCTTTGGGGAAAAGTATACAGACCACTTCTTTGCATTTAAGATCCTGCCCATCG TGGTTTTCTTCAGCACTGTGATGTCTATGCTTTACTATCTGGGGCTGATGCAGTGGATCATCAGAAAGGT CGGGTGGCTAATGCTTGTCACGATGGGGTCATCTCCCATTGAGTCTGTAGTTGCTGCTGGCAACATATTT ATTGGGCAAACAGAGTCTCCACTACTGGTCCAACCATATTTACCACACGTCACCAAGTCGGAACTCCATA CCATCATGACAGCTGGCTTTGCCACGATTGCTGGAAGTGTATTGGGCGCATATATCTCTTTTGGGGTGTC GTCCACGCATTTGCTAACTGCTTCGGTCATGTCTGCGCCTGCAGCCCTGGCTGTGGCCAAACTCTTTTGG CCTGAGACAGAGAAACCCAAAATAACCCTCAAGAGTGCCATGAAGATGGAAAATGGTGATTCAAGGAATC TCCTGGAGGCAGCCTCTCAGGGCGCATCCTCGTCCATCCCTCTGGTGGCAAACATTGCTGCGAATCTGAT CGCCTTCCTGGCCTTGCTCTCCTTTGTGAACTCTGCCCTGTCTTGGTTTGGAAGCATGTTCAACTACCCA GAGCTGAGTTTTGAGCTCATTTGTTCCTACATCTTCATGCCCTTCTCTTTCATGATGGGAGTCGACTGGC AAGACAGCTTTATGGTCGCCAAACTCATAGGTTACAAGACATTCTTCAATGAATTTGTGGCTTATGACCA CCTCTCAAAATTAATCAATTTGAGGAAAGCGGCTGGACCTAAATTTGTGAATGGCGTGCAGCAATATATG TCAATTCGCTCTGAGACCATCGCAACCTATGCCCTCTGTGGTTTTGCCAATTTTGGTTCCCTAGGAATCG TGATCGGTGGACTTACATCCATAGCACCATCCAGAAAACGAGACATCGCCTCTGGAGCCATGAGAGCCCT GATTGCTGGCACCATTGCCTGCTTCATGACAGCCTGCATCGCAGGCATCCTCTCTGATACCCCGGTGGAT ATCAACTGCCATCACGTTCTAGAGAACGGCAGAGTACTCAGCAACACAACCGAAGTGGTGTCTTGTTGCC AAAATCTGTTCAACAGCACTGTTGCCAGGGGACCAAATGACGTCGTCCCAGGAGGAAACTTCAGCCTCTA TGCTTTGAAGAGCTGCTGCAACCTGCTGAAACCACCAACGCTGAACTGCGATTGGATCCCTAATAAATTG TGATCTCAGCCATGTGTCCAGTGGGATTCTGCATGCAGATGCTGGAGTTCCTGCCCTGGAGGGGATAGAA AACTCCGTCATGGACTCAGACTTAATGGCAAAGGAGGAACAAGGTCAGGAGTGAGTCCTCCTGAGCTACA GTGTCTCCCTTCTCCTTTCTCTCCTTAGCCCACCATCTCTGCATGGAGAACTAGGATGTTGTCCCTAGCT GAGGTGTGATCCTAAGCCCCAACAATATTTTCTGACTTTATAGTTTCAAGGCATTTCATGAAAAAATATG TGTATATAAACAAATATATACACATATATATGTCTGTGTGTATATGTATATATATACACATGTAATAGTA TATATATGCATACCATATATATTTATATAAATATATATATGGTAGTTCCCAGCAACTGGGCCAGATAGAT AGATAGATAGATAGATAGATAGATAGATAGATAGATAGATGTGTGTGTGTGTGTGTGTGTTAGTTCCCAA TATGATTTAAACACATCTCAGGCAAGGTCATTCCACCCTCACTCAAGGTCGTCTGAAATACCTTCAACTT GAATCTCATGTGAAGGAGGGCTATTCTGCAATGGCCCATTCATTCGCTACCATCCAGAAGTTTCTCATAG ATCAAGAGTCCTTCAGAAAAGCACGCAGGCCATACGAAAGCCAATACTTGAGTCCATAAACATAGAGCCT TGTAAGCAGCGAGCTTCCATCCACCTATGCTGCAGAGACTTCCCGCTAACTTCAACATCTTACAAATCTT TTATGGATATGTTTGAAATGCTCGGCTTCAAGATTCTAAGTCTCATCAGCCTCAGAGGCTTGTAAGCAGT CGTCCTCCATCTTTTTAAAGTTAACATTGTATTTTTTGAATGAATATCTTTTATTCTTTGGCAATTTTAC ACATGTGTATAATGTACTTTGATCATACCTACCCTTAATTCCCACTGCCCCCACCCTCCTAGACACCCCT CAGCTTGTCTCCACCTCACCTTCTTGCCCTCTCCTCTATGTTTTGTAACCTTCTGAGTCTAGGGCTGCCT GCCACAATGTTGCCTGGCACTGTTGGCTTGATCTTGTGGGAGTGACCATTTCTTCTGTAACTTACTAAGT CTAGGGTTGCCTGCAACAATGTTGCCTGGCACTGTTGGCTTGATCTTGTGGGAGTGACCATTTCTACCTT GAGCTCATGAGTGCAAAGTCTGTCCTGTTCGGAAGACAGCATCTCACAGCTCTTCCCCAGCCCCTGGCTC TCACATTCTTTCCTCCCCATCTTGAGCTCTATTCCCTGTGCCTCAAGGAAGTAGCTATAAATGTTCCAGT TGGGGCTGAGCACTCTGTAGTTGTTTATTCTCACATTTATCAGCCATGAGTCTCTGCATTGCTAAACTGG GGTTTAATCGTGTCTGTTTTCAGTACCCTGGCTAAAAGAAGTGGTCCCTATATGGGCTGACCTTAGGGAA ACATGCAGAAACAGTGTAATAGCTCTTAACTTTGCTGCTAGGAGCCAGATTTGGTGCACACTCCTGTATT CCAGCTCTGGGAAGCTGAGACAGGAAGATTATGAGCTCAAAACCAGCACAGGGTACATAGCAAGAGTGTG TCTCCAAGCAGCAACAGCAAAATTTATACAAGGTAATAACACTCTTCATTTCCACTCTGTGCTGTGAGCC AGAGGAAGTTCTGTGACAAGGAGGTGTCTGAGGCCATAAATGAACTATCCCTGTCACAAGAGGAAAACAG TGGACACTTTGAAGAAGTCAATAGACTACCATGGTGCCTGATATCCAAGTCTCTGTGATTGTGTATATAG ACCTGTTGGTGTGCAATTTTGTTACATTCCTGATTAAGACTGTAAAACATTAGTTAGTGCTCAGTCAAAA AGCCACGTAAGCGCCAACTATGAAGGACACTCAATGCCCACTGAGGTGGGGATGGCTTTCACTGGCTCTC CTGTCAATCAGCAAGACACCAGCATCATGAGTGCTCCCTGGGGGTTATCAGCAGAACTCGCTTTAACGAA ATAAGTATCGACGGTGCAGAGAACACACTGAGGAAAACCTGAGCCAAAGACGACTCAAAAGGAAGAGTGT CAGCGGGGAAAGGGTTATGCAATACCTTAGATGATGTATTCTGTTTCCCCTTCTGACCATGCACGAGAGC AATTAAAAAATAATCTATGCATAAAAAAAAAAAAAAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_022317
• ORF Size: 2112 bp
• Insert Size: 2112
• 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: BC013783, AAH13783
• RefSeq Size: 4377
• RefSeq ORF: 2112
• Locus ID: 114304