Osbpl11 (NM_176840) Mouse Untagged Clone

CAT#: MC201662

Osbpl11 (untagged) - Mouse oxysterol binding protein-like 11 (Osbpl11), (10ug)

Specifications

Product Data

• Type: Mouse Untagged Clone
• Tag: Tag Free
• Symbol: Osbpl11
• Synonyms: 9430097N02Rik; AI132306; AU019795; ORP-11
• Vector: PCMV6-Kan/Neo
• E. coli Selection: Kanamycin (25 ug/mL)
• Mammalian Cell Selection: Neomycin
• Sequence Data:
  Fully Sequenced ORF

  >BC035278 sequence for NM_176840
  GCTAGCAGGCGGGTGGGTGACCGGCTGTGGGTGGGGCGGCGGCCCGGGCCCTGGCTCTGGCTTTTACGTT TAGGGCTAAGGAAGCTCCAGGGAGCGGTCGGCTCCTGTGAACTCCGTGGGGCTCCAGGGCTAGCGCTCTC GGAGGAGGCCACGGTGAACCCCTCGCCTCCGGCCCAAGCTCAGCGGCCTCGGAGCCCGCGTCCTGCCCGG CGGCGTCTGCCCGACCCTCCGCGGGCTTCGCGCGACCGCTCCGGCTCAGTTCGGGGCTGCGGTGGGAACC GCGGAGCTGGCTGGACAGGGCCCTTTCTCCCGAGGACCCGGCTGAGGAGAAGAAGCGGCGCGGCTGGCCC GACCCCCGAGTCCTGAGGTCAGGCCGTGGGCTCCGGGGCTCCCGGGCCGTGGACCCCGTCCTTGCCCCGC GTTCCCAGGCAGAGGATCCGCGACCTCGCCCGCGCCGCCCGGCTGCTCCTCGGAGTGTGGCACCGAGCCC TCTGGCGGGGTGATTTGTCCTCCTTGTTCTTGCTCGGGAGAGGCATCTATCTGAAGGGTACCCGTGCTCT TTAAAACTTTTAACCAAAGTGGAAATGCGTGTCCTCTTTTTCTGGACCACTGTCGATTTCCACTCTAGCC GAGGTCTGAGATCCCGTTGAGAGTAAAAAAACGAGAGAGAGAAAGGGGGAAAAGTACTTACAAAATAACT CTGCACTTGGTGTCCCTCGCCCGAGAAGGGCAGATGAACTTTGGAGTTAAGATGCAGGGAGGTGAGCCGG CATCGGTGATGAAAGTCTCCGAGAGTGAAGGGAAGCTGGAGGGCTTGGCCACAGCAGTGACCCCGAACAA GAACAGCGGCAACAGCAGCTGTGGGGGTGCCATCAGCAGTAGCAGCAGCAACAGCAGCCGCGGTGGCAGT GCGAAAGGCTGGCAGTACAGTGACCACATGGAGAGTGTTAATGGCTATTTAATGAAGTACACCAACCTTG TCACCGGGTGGCAGTACAGGTTTTTTGTTTTAAACAATGAAGCTGGGCTGTTGGAGTACTTTGTAAATGA ACAGTCTAGAAATCAGAAACCCAGAGGGACTTTGCAGCTTGCGGGGGCCGTGATCTCTCCCAGCGATGAG GACTCGCACACCTTCACAGTGAATGCCGCCAGCGGGGAGCAGTATAAACTCAGAGCCACAGATGCTAAAG AGCGGCAGCATTGGGTGAGCAGACTTCAGATATGTACACAGCACCACACGGAAGCTATTGGAAAGAATAA CCCTCCCCTGAAGTCCCGGAGCTTCTCGCTGGCATCTAGTGGTAATTCTCCCATATCCCAGCGGAGACCA AGTCAGAATGCCATGTCTTTTTTTAATGTTGGACATTCCAAACTGCAGTCAGTCAACAAAAGAGCCCATT TGCATCCAGACCATCTGGTGGAGGTCAGAGAAATGATGTCTCATGCGGAAGGACAACAACGAGACCTAAT TAGACGGATCGAATGCCTTCCTGCTTCTGGCCTTCTCAGTTCCTTGGACCAGGACCTCTTGATGCTTAAA GCTACTTCCATGGCAACTATGAACTGCTTAAATGACTGCTTTCACATTCTGCAGCTGCAGCATGCCTCAC ACCAGAAGGGTGCACTGCCCTCAGGGACAACAATTGAATGGTTGGAACCAAAGATTCCTTTATCAAACCA CTATAAAAATGGAGCTGAGCAGCCCTTTGCAACGGAGCCGAACAAGCCCATGGGAGCCCCGGAAGCGCAG TGCGTTGCAGAGTCTGGAGTATTAGCCAGGGAACCTGAAGACATCAGTGCAGATGATGAGGTAGAGGACA CCTGTGACAACAAGGAGGATGACCTGGGGGCCGTGGAGGAGCAGCGCAGTGTCATCCTGCACCTTCTGTC ACAGCTCAAGCTGGGCATGGACTTAACCAGAGTGGTGCTTCCTACGTTTATCCTGGAGAAGCGTTCCTTA CTGGAGATGTACGCAGATTTCATGTCGCATCCAGACCTGTTCATAGGCATCACCAATGGAGCCACGCCAG AGGACCGAATGATTCGATTTGTTGAGTACTACCTTACCTCATTTCATGAAGGCAGAAAGGGAGCCATTGC TAAGAAGCCGTACAACCCTATCATTGGAGAAACTTTCCACTGCTCCTGGAGGATGCCTAAGAGCGAAGTG GCATCTGGTGTGAGCAGCAGCTCTTCTACCCCAGCCATCACTGATCATGCTCCTCTGCCGGAGGAGGCTC CGACCCAGAGTGTCTCAGACTGCTACACTGTCAGATTCGTTGCTGAGCAGGTTTCCCATCATCCTCCAGT CTCAGGATTTTATGCAGAATGTGCAGAAAGGAAGATGTGTGTAAATGCACATGTCTGGACTAAAAGCAAG TTCTTGGGCATGTCAATAGGTGTGACAATGGTTGGAGAAGGTGTCCTTTGTCTGTTGGAGCACGGAGAGG AGTACACATTTTCTCTGCCTTGTGCATATGCCCGTTCCATTCTCACTGTCCCGTGGGTAGAACTAGGGGG CAAAGTCAGCGTCAACTGTGCAAAGACGGGATACTCAGCCAGCATCACCTTTCATACTAAGCCGTTCTAT GGTGGCAAACTGCACCGAGTCACAGCTGAAGTGAAATACAACCTTACCAACACTGTGGTGTGCAGAGTCC AGGGGGAATGGAACAGCGTTCTGGAGTTCACCTACAGCAACGGAGAGACCAAGTTTGTGGACCTGGCTAA ACTGGCCGTGACAAAGAAAAGAGTGAGGCCTCTGGAGAAGCAGGATCCCTTCGAATCCAGGCGATTATGG AAAAATGTAACAGATTCTCTGAGGGAATCTGAAATTGACAAGGCCACAGAGCACAAACGTTCCCTGGAAG AACGCCAGAGAACAGAAGAAAGGCTGCGGACTGAAACAGGCACACCCTGGAAAACCAAATATTTTATTAA AGAGGGAGATGGCTGGGTGTATCACAAACCCCTGTGGAAAGGAATTCCATCACAACCAGCTGAGTGACAC ACGCTTTCTAAGACTGGACAAACGAGGTTCTCCTCTGTGTACCCCAAGCCCTCTCAGATGGAGTCTTTGC ACTGAGTGACCTGTTTGCTAACTGTACAGCCTGAACACGAATGTCCCTACTGAGCCCATCCCCCTGCAGC AAGACCAAAGTGTTAAGGACAGCCGATGGGCCTCCAGCCTGCTCCCCAACACGAGCAGTGCCATCTCAGA GCCTTCCACCTACCGGTTCCTGCGTCATCTGATCTGCTCTGAACGCTGCTCAAGCCTCTGGTGTTTTCGG GGGCAACAGATGACAGCAGAGAGAACTCAATGACTTGGGTTCCTGTGGAGTCAGAAGTAACGTCTCTTGC AGCATCTGTGTTGCTTTCTGTCCATAGCTGAAGTGTTCACTGCTCTTGTAAGCCAGCCAAGAGGAAGAGG AACGTGACCTCCAAGTGGATTCAGCCGCTGTGCCTGAAGTCAGTGTTCACACATCACTGGGCTGTTGTAC CAAGGCCTCTCTCCTCTGGAGGCCATGCCTGTGTCTGAGGAAGGCCGTCAGTGCTCTGTTGGAACTCTCT TTTAAAAGTGTATTTATAATTAGAATTGTAACCATGGAGGAATTTTTTTCTTCTGAACATTTTAATATAC TTGAAAACAACATTGACTTGAAAAATTTCAGAACATTTTTCAATACCTAGTTTTATTAAATATTATACTT AAGAGACAATTTTTTAAAATGTGTTCATGTCAATATGAGATTTTGGGCTTTCTCAAGAACTAAGGCATTT AAAAAAATAGAAAATATTAAGAAGAAAACTGTTACTTTTCCTTACCTATTTTCACTTGTAGGTTCATATT CAGTATTATGTGCTATCCTGAGCAAGTTTGCTTTATCTGACCTCTGTTCACTCAAAAGTTAAAACTTCAA CCTGTTCATGTCTGTCAGTAATTCAATTATGTCTGTGGCTGAGTACACGTAACATATGGTTTTATTTTAT TTTTCAAGGAAATGTAAACACTGAAGAAAGAGTATGAACTAAAAAGCAGCAATCTGCATTCAGGTAAAAA TTGGTTTTTTATAGGTATTTTATTGGGGTTGAAGAATTGCTGGCGATGAACAGAATCGTGCTAATTATGG TTTTCATTTATTCAAGTATTTGCTGAGCACCCACTCGTGGTGCTGACTCTTGTTACTGCAAGCTACCTTA CTGTCCAGAGTGGTGCCTTACCCTGCTCCTGCCCACGTGGTCTTCCAGTCAGTGTGCAAATGCACCTGGC GCTCGCTCGTAGGCCGTGCCAGGCGGCTGCGGCTGCGCTCTGAGAAACCGTTCTCTTAGTAGGGTTCATA GGGTGAAAACAGCGACAATGATTTTTCAGCAAATTGTAAATTAAAAGAATTGGTCTGTGTTCAACCATTT TAATGATTCCGTTTTCATTTTTGCTGTGAAGTGCACTGAAAAATAAATTTCAAAATGAGCTGTCAAAAAA AAAAAAAAA
• Restriction Sites: RsrII-NotI
• ACCN: NM_176840
• ORF Size: 2274 bp
• Insert Size: 2274
• 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: BC035278, AAH35278
• RefSeq Size: 4489
• RefSeq ORF: 2274
• Locus ID: 106326