BMCB625:Noncoding Y RNA: Difference between revisions
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Q1. The authors propose that the Y RNAs guide the formation of specific RNP complexes by strand hybridization and that these complexes are necessary for DNA replication. How might you identify nucleic acids which hybridize to a Y RNA? | |||
Q2. How could you test the physiological importance of hybridization between Y RNA and it's target nucleic acid? | |||
Hint: The paper I will be presenting uses some of these techniques to study BC1 RNA. | |||
Revision as of 12:29, 12 June 2007
(Homework) Questions
Larry
Chayne
Jon
Chris
There appears to be a bulge in the stem structure of Y-RNA’s similar to that present in IRE’s (Iron Responsive Elements); in IRE’s this “stem-bulge” is critical for recognition by the Iron-Responsive Protein (IRP).
Does the bulge on the stem structure serve a specific a function in Y-RNA’s? (First off, is it real, and conserved? The "CG-bulge" is most frequently mutated in psuedogene Y-RNA (Perreault, et al., Nucleic Acids Res. 2005; 33(6): 2032–2041).
Structurally, this could be tested with a variety of Nuclease treatments. e.g., RNase V1 (dsRNA), RNase T1 (ssG), RNaseA (ssU & ssC)). Does mutation of this C-bulge change the binding/association with Ro? Any other ideas for testing experimentally?
Jeremy
Q1. The authors propose that the Y RNAs guide the formation of specific RNP complexes by strand hybridization and that these complexes are necessary for DNA replication. How might you identify nucleic acids which hybridize to a Y RNA?
Q2. How could you test the physiological importance of hybridization between Y RNA and it's target nucleic acid?
Hint: The paper I will be presenting uses some of these techniques to study BC1 RNA.
