How to interpret RNA Tapestation results?
Answers from top 10 papers
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| Papers (10) | Insight |
|---|---|
| These findings reveal how RNA folds to form a precise pocket for its target and how the antibiotic pyrithiamine acts by tricking the riboswitch. | |
| The results should help to improve predictions of RNA secondary structure. | |
436 Citations | Results indicate that RNA "tracks" extend from an internal genome into the nuclear periphery, and that RNA transport may be coupled to transcription. |
723 Citations | These results define the structure of RNA for full RIG-I activation and explain how RIG-I detects negative-strand RNA viruses that lack long double-stranded RNA but do contain blunt short double-stranded 5' triphosphate RNA in the panhandle region of their single-stranded genome. |
14 Citations | The results allow users to gain extensive physical insights into RNA-RNA interactions and their roles in RNA function. |
18 Citations | Significance: These findings help to explain how RNase R efficiently degrades structured RNA. |
40 Citations | RESULTS High-throughput sequencing of small RNA populations allows the locations of the double-stranded RNA precursors to be inferred. |
| This study provides an exceptionally quantitative view of how an RNA molecule folds. | |
119 Citations | We interpret these results as indicating that the tail is not required for RNA assembly but is required for the template to function in RNA synthesis. |
54 Citations | Importantly, we demonstrate how the relative amount of 4sU-labeled nascent RNA influences accurate quantification. |
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