chemically modified synthetic sgrnas Search Results


chemically modified grnas  (Biospring)
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Biospring chemically modified grnas
hADAR2- and hADAR1-mediated editing of <t>selected</t> <t>IRD</t> mutations can be induced in the presence of <t>gRNAs</t> (A) Schematic representation of the dsRNA structure formed when the “tail” containing the selected gRNA sequences folds back at the RNA level on the target to form the dsRNA structure for ADAR recruitment. (B) A table describing the contents of the strains (denoted as I–V) tested in (C)–(F). Strain I mimicked the outcome of perfect editing by ADAR and served as the positive control, while the negative controls (strains IV and V) carried an “hADAR1-mediated editing of selected empty” LEU2 plasmid without the ADAR enzyme. (C and D) Growth curves of the indicated strains were produced as described in two dimensions in the presence of hADAR2 (top) and hADAR1 (bottom). The numbers representing the editing levels at the target A’s are the average (n = 3) obtained on NGS analysis.
Chemically Modified Grnas, supplied by Biospring, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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chemically modified grnas - by Bioz Stars, 2026-10
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hADAR2- and hADAR1-mediated editing of selected IRD mutations can be induced in the presence of gRNAs (A) Schematic representation of the dsRNA structure formed when the “tail” containing the selected gRNA sequences folds back at the RNA level on the target to form the dsRNA structure for ADAR recruitment. (B) A table describing the contents of the strains (denoted as I–V) tested in (C)–(F). Strain I mimicked the outcome of perfect editing by ADAR and served as the positive control, while the negative controls (strains IV and V) carried an “hADAR1-mediated editing of selected empty” LEU2 plasmid without the ADAR enzyme. (C and D) Growth curves of the indicated strains were produced as described in two dimensions in the presence of hADAR2 (top) and hADAR1 (bottom). The numbers representing the editing levels at the target A’s are the average (n = 3) obtained on NGS analysis.

Journal: Molecular Therapy. Nucleic Acids

Article Title: A pipeline for identifying guide RNA sequences that promote RNA editing of nonsense mutations that cause inherited retinal diseases

doi: 10.1016/j.omtn.2024.102130

Figure Lengend Snippet: hADAR2- and hADAR1-mediated editing of selected IRD mutations can be induced in the presence of gRNAs (A) Schematic representation of the dsRNA structure formed when the “tail” containing the selected gRNA sequences folds back at the RNA level on the target to form the dsRNA structure for ADAR recruitment. (B) A table describing the contents of the strains (denoted as I–V) tested in (C)–(F). Strain I mimicked the outcome of perfect editing by ADAR and served as the positive control, while the negative controls (strains IV and V) carried an “hADAR1-mediated editing of selected empty” LEU2 plasmid without the ADAR enzyme. (C and D) Growth curves of the indicated strains were produced as described in two dimensions in the presence of hADAR2 (top) and hADAR1 (bottom). The numbers representing the editing levels at the target A’s are the average (n = 3) obtained on NGS analysis.

Article Snippet: All chemically modified gRNAs used for the editing of IRD mutations were purchased as high-performance liquid chromatography (HPLC)-cleaned, 60-mer RNAs at a 4–6 nmol scale from Biospring.

Techniques: Positive Control, Plasmid Preparation, Produced