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For the first time, researchers from the Max Planck Institute (MPI) for Multidisciplinary Sciences and the University Medical Center Göttingen (UMG) have demonstrated how the Nipah virus ...
The researchers tested the RNA origami in a lipid vesicle, a simple cell model system widely used in biology. Using so-called RNA aptamers, the artificial cytoskeleton was bound to the cell membranes.
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RNA origami technique folds nanotubes to create artificial cytoskeletons for synthetic cellsTo implement the blueprint it contains, RNA polymerase is used. The enzyme reads the information stored in the template ... The researchers tested the RNA origami in a lipid vesicle, a simple cell ...
The researchers tested the RNA origami in a lipid vesicle, a simple cell model system widely used in biology. Using so-called RNA aptamers, the artificial cytoskeleton was bound to the cell membranes.
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