Latest news from Materials Science and Engineering: C on Newswise en-us Copyright 2024 Newswise 115 31 / /images/newswise-logo-rss.gif /articles/neural-nbsp-stem-cell-laden-3d-bioprinting-of-polyphenol-doped-electroconductive-hydrogel-scaffolds-for-enhanced-neuronal-differentiation/?sc=rsin /articles/neural-nbsp-stem-cell-laden-3d-bioprinting-of-polyphenol-doped-electroconductive-hydrogel-scaffolds-for-enhanced-neuronal-differentiation/?sc=rsin Mon, 10 Jan 2022 12:00:39 EST The development of three-dimensional (3D) bioprinting technology opens a door for constructing bionic nerve tissue scaffolds on demand for nerve injury repair. However, the electrical insulation of the current nerve tissue scaffolds fabricated by ... Materials Science and Engineering: C /articles/macromolecular-modulation-of-a-3d-hydrogel-construct-differentially-regulates-human-nbsp-stem-cell-nbsp-tissue-to-tissue-interface/?sc=rsin /articles/macromolecular-modulation-of-a-3d-hydrogel-construct-differentially-regulates-human-nbsp-stem-cell-nbsp-tissue-to-tissue-interface/?sc=rsin Mon, 27 Dec 2021 03:00:02 EST The simultaneous generation of multiple tissues and their functional assembly into complex tissues remains a critical challenge for regenerative medicine. The tissue-to- tissue interface connecting two adjacent tissues is vital in effective tissue function ... Materials Science and Engineering: C