Artificial cells produced with programmable peptide-DNA innovation that directs peptides, the foundation of proteins, and repurposed hereditary product to interact to form a cytoskeleton, displayed in fuscia. Credit: UNC-Chapel Hill
Scientists use advanced techniques to produce practical cells, closing the divide in between artificial and biological products.
In a brand-new research study released in Nature ChemistryUNC-Chapel Hill scientist Ronit Freeman and her associates explain the actions they required to control DOI: 10.1038/ s41557-024-01509-w