<p>Alison McCormick of Touro University, California in the U.S. will test the ability of a low-cost plant-based synthetic biology method to produce a combined viral protein epitope with an antigen RNA expression system for use in an RNA malaria vaccine. Using plants for this viral transfection system could make RNA vaccine production scalable and cost effective.</p>


Alison McCormick of Touro University, California in the U.S. will test the ability of a low-cost plant-based synthetic biology method to produce a combined viral protein epitope with an antigen RNA expression system for use in an RNA malaria vaccine. Using plants for this viral transfection system could make RNA vaccine production scalable and cost effective.