COOKIES: By using this website you agree that we can place Google Analytics Cookies on your device for performance monitoring. |
University of Cambridge > Talks.cam > MRC LMB Seminar Series > RNP granules in health and disease (via Zoom)
RNP granules in health and disease (via Zoom)Add to your list(s) Download to your calendar using vCal
If you have a question about this talk, please contact Scientific Meetings Co-ordinator. Eukaryotic cells contain multiple assemblies of RNA and protein referred to as RNP granules, or RNP condensates. In the cytosol, ubiquitous RNP granules include stress granules, which form when translation initation is limited, and P-bodies, which are constitutive RNP granules containing mRNAs and the RNA decay machinery. Both stress granules and P-bodies contain complex proteomes and transcriptomes and their assembly/disassembly are regulated by diverse RNP remodeling complexes. Focusing on stress granules, we have provided evidence that stress granule, and presumably other RNP condensate, assembly occurs in part through intermolecular RNA -RNA interactions. However, based on in vitro studies, we demonstrate that RNA condensation should be expected to be a thermodynamically favored process in cells. This argues cells must contain mechanisms to limit RNA driven condensation. We have demonstrated that abundant RNA helicase reduces RNA recruitment to RNA condensates in vitro and in cells, as well as limiting stress granule formation. This defines a new function for abundant RNA helicases to limit thermodynamically favored intermolecular RNA -RNA interactions in cells as “RNA decondenases”, thereby allowing proper RNP function https://zoom.us/j/95181300678?pwd=cUNLN0IwUXZROHYwRlIwQVRUNlhBUT09 Meeting ID: 951 8130 0678 Passcode: 159352 This talk is part of the MRC LMB Seminar Series series. This talk is included in these lists:
Note that ex-directory lists are not shown. |
Other listsPhilosophy 2D VS 3D: WHICH WORKS BETTER FOR YOUR ECOMMERCE? Oxford Summer CoursesOther talksPerformance of drains in earthquake-induced liquefaction mitigation under new and existing buildings 'Direct Optical Nanoscopy with Axially Localized Detection' Scaling AI Systems with Optical I/O Challenge group formation Zoom poll Therapeutic Opportunities in Glycoscience |