Nes (NM_016701) Mouse Untagged Clone

CAT#: MC202576

Nes (untagged) - Mouse nestin (Nes), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Nes
• Synonyms: AA166324; C78523; ESTM46; Ifaprc2; Marc2; RC2
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC062893 sequence for NM_016701
  CGCTGGGTCACTGTCGCCGCTACTCCCTTTCTCCCCCTTAAAAGCTCCAAGGGCCACTCCCTTCTCTAGT GCTCCACGTCCGCTTGCCCTCGGGGGGCCAGACCAGCGACATGGAGGGTTGCGTCGGGGAAGAATCTTTT CAGATGTGGGAGCTCAATCGACGCCTGGAGGCCTACCTGACCCGGGTCAAGACGCTGGAGGAGCAGAACC AGCTGCTCAGTGCCGAGCTTGGGGGACTCCGGGCGCAGTCCGGGGACGCCTCCTGGCGAGCCCGAGCCGA CGACGAGCTGGCAGCCCTGCGGGTCCTCGTCGATCAGCGCTGGCGGGAGAAGCACGAGGCTGAGGTGCAG CGCGACAACCTTGCCGAAGAGCTGGAGAGCGTGGCGGGCCGGTGCCAGCAGGTGCGGCTCGCCCGGGAGC GGACCATCGAGGAGGCGGCCTGCAGCCGGCGCGCGCTCGAGGCGGAGAAGAATGCGCGGGGCTGGCTGAG CACCCAGGCTGCCGAGCTGGAGCGCGAGTTAGAGGCTCTGCGAGCGTCGCACGAGGAGGAGCGCGCGCAC CTGAACGCCCAGGCCGCCTGTACGCCGCGCCGACCCCCCGCGCCGGCCCACGCATCCCCCATCCGGGCCC CTGAAGTCGAGGAGCTGGCCAGGCGCCTAGGCGAAGTGTGGCGCGGGGCGGTGCGTGACTACCAGGAGCG CGTGGCTCACATGGAGAGCTCGCTGGGCCAGGCCCGCGAGCGTCTGGGCCAAGCCGTGCGGGGCGCTCGG GAGAGTCGCTTAGAGGTGCAGCAGCTGCAGGCTGATCGCGACAGCCTCCAGGAGCGCAGAGAGGCGCTGG AACAGAGATTGGAAGGCCGCTGGCAGGACCGGCTGCAGGCCACTGAAAAGTTCCAGCTGGCTGTGGAAGC CCTGGAGCAGGAGAAGCAGGGTCTACAGAGTCAGATCGCTCAGATCCTGGAAGGTGGGCAGCAACTGGCA CACCTCAAGATGTCCCTTAGTCTGGAAGTGGCTACATACAGGACTCTGCTGGAGGCTGAGAACTCTCGCT TGCAGACACCTGGAAGAAGTTCCCAGGCTTCTCTTGGCTTTCCTGACCCCAAGCTGAAGCTGCATTTCCT TGGGATACCAGAGGACCAGCACCTGGGATCTGTGCTCCCTGTCCTCAGCCCAACATCCTTCTCTTCCCCC TTGCCTAATACCCTTGAGACTCCTGTGACAGCCTTTCTGAAGACACAGGAATTCCTTAAGGCCAGAACCC CCACCTTGGCCAGCACTCCCATCCCACCTATGTCTGAGGCTCCCTATCCTAAAAATGCAGAGGTCAGAGC CCAGGATGTCCCCCATTCCCTGCTCCAGGGTGGGAGGCAACAGGCTCCAGAGCCTCTTTGGGCTGAGGCC ACAGTGCCCAGTTCTACTGGTGTCCTCCCAGAGCTGGAGGAGCCTGGGGGCGAGCAGCCGGACCACTTCC CTGATGATCCAACCTCCTTAGCCCCACCCCTCAACCCTCACCACTCTATTTTAGAGGCTAAAGATAGAGA ATCCAGTGAGTCTAGAGTTTCTAGCATATTCCAGGAAGAAGAAGGGCAAATCTGGGAACTTGTAAAGAAA GAAGCAGCCACAGAGGTAAAAGTAGAAAACAGCTTAGCACAGGAAATACAAGAAAGTGGTCTGGACACAG AAGAAATCCAGGATTCCCAGGGACCTTTGCAGATGGAAACCCTGGAGGCTCTAGGAGATGAGCCACTGAT GTCTCTGAAAACCCAGAACCATGAGACCCCAGGAAAGGAGAATTGCAATTCATCTATAGAAGAGAACTCG GGGACAGTAAAAAGCCCAGAAAAAGAAAAACAAACACCACTGAAGTCTTTAGAAGAAAAGAATGTAGAGG CAGAGAAAACTCTAGAAAATGGGGTTCTTGAACTATCTAAACCTTTAGGAGAAGAAGAACCAAGAATGGA GGATCAAGAATTAATGTCTCCTGAACACACACTAGAGACAGTTTCATTTCTAGGAAAGGAAAATCAGGAA GTAGTGAGGTCTTCAGAAGAACAGAACTTAGAATCATTGATAACTTTTAAAGAGGAGAGCCAATACCCAC TGGGAGGTCCAGAAGCCGAGGACCAGATGCTTGAAAGACTGGTAGAGAAAGAGGATCAGAGGTTCCCAAG GTCTCCAGAAGAAGACCAGCAGGCGTTTAGACCTCTGGAGAAAGAGAATCAGGAGCCACTAAGATTTGAA GAAGCAGAGGACCAGGTGCTTGAGAGACTGATAGAAAAGGAAAGGCAGGAGTCCCTGAAGTCTCCAGAAG AAGAGGACCAGCAGGCATTTAGACTTCTGGAGAAAGAGAATCAAGAACCACTAAGGTTTGAAGACGCAGA GGACCAGGTGCTTGAGAGACTGATAGAAAAGGAAAGACAGGAGTCCCTGAAGTCTCCAGAAGAAGAGGAC CAGCAGGCATTTAGACTTCTGGAGAAAGAGAATCAAGAACCACTAAGGTTTGAAGAAGCAGAGGACCAGG TGCTTGAGAGACTGGTAGAAAAGGAAAGTCAGGAGTCCCTGAAGTCTCCAGAAGAGGAGGACCAGAGGAC TGGGAAGCCTCTAGAAAAAGAAAATCAGGAATCTCTGAGGTCTCTTGATGAAAACCAGGAGACAATTGTA CTGCTAGAAAGCAAGAACCAGAGGCCACTGAGATCTCTAGAAGTAGAAGAGGAGGAGCAGAGAATTGTGA AACCTCTAGAAAAAGTGAGCCAGGTCTCCCTCGAATCTCTCGAAAAAGAGAATGTGCAGTCACCAAGGTA TCTGGAAGAAGATGACCACATGATTAAGAGCCTGCTAGAAGACAAGACTCATGAGATCCTGGGATCTCTT GAAGATAGAAATGGGGAGAACTTTATACCACCTGAAAATGAGACCCAGGGTTCATTGAGGCCTCCAGAAG AAGAGGACCAGAGGATTGTGAACCATCTAGAAAAAGAAAGCCAGGAGTTCCTGAGGTCTCCAGAAGCAGA GGAAGAAGAAGAGCAGGTGATGGTGAGATCTCTAGAAGGAGAGAACCACGACCCACTGAGCTCTGTGGTG AAAGAGGAGCAGATGGCTGAGAGCAAGCTAGAGAACGAGAGTCAGGACTCCAGGAAGTCTCTTGAAGATG AGAGCCAGGAGACCTTTGGGTCTCTGGAAAAAGAGAATCTAGAGTCCCTGAGGTCTCTAGCAGGACAGGA CCAAGAGGAACAGAAACTCGAACAAGAGACCCAGCAGCCACTGAGGGCTGTAGAAGATGAGCAGATGACA GTGAACCCTCCAGAAAAGGTGGATCCAGAGTTACCAAAGCCTCTTAGAAATGACCAGGAAGTAGTCAGAT CTCTTGACAAGGAGAATCAAGAGTCACTAGTGTCACTGAATGAAGGAGGTATGGAGACAGTGAAGTCTTC AGAAACAGAGAACATAGAATCACTGGAGACTGTGGGAGAGTGCCTGGGAAGAAGGAAGTCTGTAGATACT CAAGAGCCATTGTGGTCTACGGAAGTGACTAGTGAGACAATAGAACCTCTAGAAGATGAGACCCAAGAAC CACTGGGGTGTGTGGATGAGAACCAAGAGGTGCTGACACCCCTTGAAAGGGAGAGTCAAGAACTGAGATC TCTGGGCAAGTGGAACCCAGAGACTGTGGAATCACCAGGAGGGGTGGAGGACAGTCAGCAGTGCCTGGAA GTGGAAGAGGGCCCGGAGAGGGAGCAGCACCAAGAGTCTCTGAGGTCTCTGGGAGAGGTGGAATGGGAGC TGCCTGGATCTGGAAGTCAACAGAGGTGGGAGGATGTGGTGGAGGATGGAGAAGGTCAGGAAGCATCCCT GGGGGCTACAGGAGTGGAAACTGAGGATAAGGCAGAGTTGCATCTGAGGGGCCAAGGTGGGGAGGAGAAA GCTGTAGAGGAGGGAGAGCTGCTGCAGGATGCTGTGGGGGAGGCCTGGAGTCTGGGGAGCTCGGAGCCCA AGGAGCAGAGGGTCCCTGCTGAGCCCCTCGATGACCTGGAGGGACAACCAGAGCAGACGGGAACCCTAGA GGTCCCAGTTGCTCAGGGAATGCCAGAGGCAACAGAGCAAGATGAGGACAGAGCCCAAGCAGGTGAACAA GACTCCGTAGAGGTGACCCTTGGGTTAGAGGCTGCCAGAGCTGGACTGGAACTCGAGCAGGAAGTGGTAG GGCTAGAGGACCCAAGGCATTTCGCCAGGGAGGAGGCCATTCACCCATCCCTGGGGGAGGAAAGTGTGAA GGCAAAGATAGATCAGGGCTTGGAAGAGCCTGGAAAGGAACCAAAAGAGGCAGGTGCTCTGGACTCAGGC ATCCCTGAATTACCCAAGACTAGCAGTGAGACTCTGGAATGCAAGGGCTGGGAAGAGTCTGGGGAGGGCT GGGGAGAAGAGGAGGCCTCGCTGGAGACCTCAGACCATGAGGGCAGCCATGCCCCTCAGCCCAGGCCCCC TAAGACAGAGGAAGATGAGGGTCTACAGGCAGCGCTAACAGTCCCTGGTCCCAAGCTCCTGGAACCCTGT TCACCCATCCCGATCTTGACAGATGCCCATGAGCTGCAGCCCCAAGCTGAGGGGATCCAGGAGGCTGGGT GGCAGCCGGAAGCTGGGACTGAAGCACTGGGAAGAGTAGAAGATGAGCCAGAGTTTGGTCGTGGGGAGAT TCCTGAGGGCCTCCAGGATTGGGAGGAGGGCAGAGAAGACAGTGAGGCAGATGAGTTAGGGGAAACTCTC CCTGACTCTACTCCCTTGGGCCTCTACCTGAAGTCTCCTGCCTCCCCAAAGTGGGAGCAAGCTGGAGAAC AGAGGCTTTTCCCTCAAGGGGAGGCCAGGAAGGAAGGCTGGAGTCCTGCTGCCCTGGCTGCCCAGGGTCT CAGTGACCCACCAGAGGAAGAGCAGCAAGGCCATGACTCTGACCTCTCATCTGAGGAATTTGAGGACCTA GGGACTGAGGCCTCTCTTCTTCCAGGGGTTCCCAAAGAGGTGTCCGATCATCTGGGCCAAGAGCCCCCCG TACTGCAGCCTGCATGCTGGGATCAGGGTGGGGAGTCTGATGGGTTTGCTGATGAGGAAGAGAGTGGGGA AGAGGGAGAGGAAGAAGATGCTGATGAAGAAGAAGGAGCAGAGTCAGGGACTCAGTGGTGGGGGCCAGGG CCCTCTGGTGGAGGTGTCAAGGTCCAGGATGTCACCCAGAGAGGGGACCTGGAACATGAATCTGTGGGTG ACAGTGGCCTCTGGGATGATGGCTTGAGTGGGGCTGCAGCTAATGTTCTTGTAACTGCCCTAGAGACGGT GTCTCAGGACAGTGCTGAGCCTTCCGGGTCAGAGGGGTCTGAGTCTGCTTCCTTGGAGGGGGAGGAAGGT CAAGCGATTGACCATTTAGATGCCCCCCAAGAGGTGACTAGCGTGGTCCCAGGGGCAGGAGACACCTTTG ATATCAGTGGCCAGGGCCCCAACCTGGAGTCAGAGCAAGTGAATGGGAGGATGGAGAATGGACTAGAGCA GGCTGAGGGTCAGGTGGTTCTGCATGGGGACGAGGATCAAGGCATCCCTTTACAGGAACAGGGTACCCTC AAGGCCCCTTTAGTAGGGTCTCCTGTGCATCTAGGCCCAAGCCAGCCGCTGAAGTTCACTCTGAGTGGGG TAGATGGAGACTCCTGGTCCTCAGGGGAAGATTAGAAACTGCCCCTCTGGCACTGAGGACTTAGTGGGGG GTGGGGGGAATGTCCCTCCCTGCTCTGGGCCAGCACTCTTAGCTTTGATAACTTGACCTGTGGTATCTCT CGTGGAGAGGTGTGGCTGGCTGAGACAGGTGAGATCCTGCCTGGATCACCCTGAAGGCTCAGGTCAGCTG AGCCTATAGTTCAACGCCCCCTTTCTTCTGTGGCTCACCTGCTGGAAGAGGCTTGGGCCCAGAGCTTTCC CACGAGACTGCTCTGGCCAGAGCTTGCTAGCCCTGCCTGTCTACAGTAGCACCACCTGCACAGGGTCTGG TGCATGCCCAGAGGAGCAGCAATGATGAGTGACTCTCATCATCTCAGCCTGCTGAGATCTTGTTTCTCTC TTCCTCCCTTGAATAAAGCTGTATCCCTACCTACAAAAAAAAAAAAAAAAAAA
• Restriction Sites: AscI-NotI
• ACCN: NM_016701
• ORF Size: 6100 bp
• Insert Size: 6100
• 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: BC062893, AAH62893
• RefSeq Size: 6143
• RefSeq ORF: 6100
• Locus ID: 18008