Introduction and Background  3D bioprinting, the process by which cells are combined with bioinks and printed into 3D structures, has become a popular method for engineering tissues, where the specific properties of the bioink used determine how well the tissue can mimic the physiological properties of the desired tissue type. The properties of the bioink chosen should be compatible with the desired tissue type, including its biocompatibility, printability, and the ability to

Summary of the article: Recent advances in personalized 3D bioprinted tissue models by Jonathan P. Walters‑Shumka et. al

3D printed glioblastoma tumors show more natural behavior than 2D counterparts. Novel, fibrin-based bioinks can open up these possibilities