Live plant cells without cell walls, or protoplasts, were bioprinted along with vitamins, growth hormones and a thickening agent known as agarose – a seaweed-based compound. A new research from North Carolina State University shows a reproducible means of finding out mobile communication among varied kinds of plant cells by “bioprinting” these cells by way of a 3D printer. Live plant cells without cell walls, or protoplasts, Compression Stockings were bioprinted along with vitamins, growth hormones, and a thickening agent known as agarose—a seaweed-based compound.
Live plant cells without cell walls, or protoplasts, were bioprinted along with vitamins, growth hormones and a thickening agent known as agarose – a seaweed-based compound. A new research from North Carolina State University shows a reproducible means of finding out mobile communication among varied kinds of plant cells by “bioprinting” these cells by way of a 3D printer. Live plant cells without cell walls, or protoplasts, Compression Stockings were bioprinted along with vitamins, growth hormones, and a thickening agent known as agarose—a seaweed-based compound.
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