Therapeutic RNA corrects splicing defect that causes familial dysautonomia
Scientists have identified a therapeutic RNA molecule that corrects the error in genetic processing that leads to familial dysautonomia...
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Scientists have identified a therapeutic RNA molecule that corrects the error in genetic processing that leads to familial dysautonomia...
26 April 2018 | By Charles River Laboratories
This webinar highlights cell based assays for Parkinson’s disease that include endpoints such as a-synuclein aggregation and mitophagy readouts.
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Using a revolutionary new brain-mapping technology will force neuroscientists to rethink how areas of the cortex communicate with one another...
Scientists have built a computational microscope that can simulate the atomic and subatomic forces that drive molecular interactions...
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Researchers uncover four microRNA molecules in the bloodstream that could predict the onset of atrial fibrillation...
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Small non-coding RNAs may be used to devise a diagnostic blood test for pregnant women...
Improvements to gene-editing techniques hold promise for inactivating the defective gene responsible for this as-yet incurable disease...
Researchers have detailed a molecular atlas of the cells that form the brain's blood vessels and the life-essential blood-brain barrier providing clues to which cell types are involved in different diseases...
Scientists have discovered why Huntington's is so toxic to cancer cells and harnessed it for a novel approach to treat cancer...
Presenting issues and real-life examples within the RNA space, SMi welcome insights and discussions into new technologies for single-stranded RNA, epigenetics to develop first-in class drugs in oncology, patenting RNA Therapeutics and exploring the latest developments in delivery systems, including Exosomes and Nanocomplexes. Read on for your exclusive discount to…
Researchers from the University of Chicago have uncovered the mechanism by which small RNA molecules (piRNAs) locate and silence foreign invading genes, whilst avoiding ‘self’ genes.