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658 results:
191. Label-free Characerization of Liquid-Liquid Phase Separation  
In a “Nature Communications” paper researchers of the Allain lab (IBC) describe an NMR-based approach to characterize molecular condensates without the need to tag or otherwise label the involved…  
192. How disrupted cell processes promote cancer  
Press Release University of Bern / Medienmitteilung Universität Bern  Researchers at the University of Bern, together with scientists from Stanford University and the European Molecular Biology…  
193. Review on Eukaryotic RNA Guided DNA Elimination  
The Nowacki lab wrote a review on “Functions and mechanisms of eukaryotic RNA-guided programmed DNA elimination” published in Biochemical Society Transactions. A focus is the elimination of DNA…  
194. Modifications Specify a New mRNA Degradation Pathway connected to Cancer  
The Leidel and Steinmetz labs discovered that the relative levels of the mRNA modification m6A and the tRNA modification mcm5s2U control the degradation rate of m6A modified mRNAs. Codons bearing the…  
195. Oxidation Effects at Telomeres Characterized  
Telomeres are known to be an extra sensitive cellular structure regarding damage caused by oxidation which can lead to premature cellular senescence. The Lingner and Doksani labs used a method to…  
196. How human cells repair damaged DNA  
ETH News Article / ArtikelResearchers at ETH Zurich have unravelled the complex network that cells use to repair their genetic material. By examining thousands upon thousands of genetic interactions,…  
197. About  
All events All news Recent Publications Newton's cradle-like allosteric mechanism explains regulatory RsmE RNA binding Single-mRNA imaging and modeling reveal coupled translation initiation and…  
198. Circular RNAs Regulate Neuronal Synaptogenesis  
Much remains too be learned about the function of circular RNAs, which are particulary enriched in neurons. The Schratt lab through the use of siRNAs performed a functional screen on pre-selected…  
199. New strategy against coronaviruses  
Press Release / Medienmitteilung Universität BernResearchers at the University of Bern have analyzed a mechanism by which the coronavirus manipulates human cells to replicate itself. They show that a…  
200. TDP-43-Templated Aggregation Leads to Known and Novel Pathologies  
TDP-43 is a major protein player in the pathology of amyothropic lateral sclerosis (ALS) through gain of pathogenic function and pathogenesis induced by loss of its normal function, which involves…  
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