Creating Complex Polyacrylamide Hydrogel Structures Using 3D Printing with Applications to Mechanobiology
Abstract
Due to its favorable physical and chemical properties, including chemical inertness, low fouling by biological molecules, high porosity and permeability, optical transparency, and adjustable elasticity, polyacrylamide has found a wide range of biomedical and non‐biomedical applications. To further increase its versatility, this communication describes a simple method, using readily available reagents and equipment, for 3D printing polyacrylamide...
Paper Details
Title
Creating Complex Polyacrylamide Hydrogel Structures Using 3D Printing with Applications to Mechanobiology
Published Date
Jun 17, 2020
Journal
Volume
20
Issue
7
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