Abstract:Tissue Engineering
When engineering tissues in vitro it is essential to mimic the heterogeneity present in native tissues, both in composition and biological components. While different approaches and manufacturing technologies are used in literature, bioprinting holds great promise, being able to recapitulate complex architectural 3D features and use bioinks to support biological requirements. These considerations are reviewed in article 2202110 by Manuel Salmeron‐Sanchez.
“… 4 This microenvironment potentially includes many different cell types and biomaterials that serve as tissue scaffolds. 5 These scaffolds not only provide structural support but can also regulate function, including cell–cell communication, tissue homeostasis and immune cell responses (reviewed in ref. 5 and 6 ).…”
Section: Introductionmentioning
confidence: 99%
“… 5 These scaffolds not only provide structural support but can also regulate function, including cell–cell communication, tissue homeostasis and immune cell responses (reviewed in ref. 5 and 6 ). Therefore, biomaterials are critical enablers of a broad spectrum of tissue engineering applications in both health and disease.…”
Despite many reports detailing silk hydrogels, the development of composite silk hydrogels with homotypic and heterotypic silk nanoparticles and their impact on material mechanics and biology have remained largely unexplored.
“… 4 This microenvironment potentially includes many different cell types and biomaterials that serve as tissue scaffolds. 5 These scaffolds not only provide structural support but can also regulate function, including cell–cell communication, tissue homeostasis and immune cell responses (reviewed in ref. 5 and 6 ).…”
Section: Introductionmentioning
confidence: 99%
“… 5 These scaffolds not only provide structural support but can also regulate function, including cell–cell communication, tissue homeostasis and immune cell responses (reviewed in ref. 5 and 6 ). Therefore, biomaterials are critical enablers of a broad spectrum of tissue engineering applications in both health and disease.…”
Despite many reports detailing silk hydrogels, the development of composite silk hydrogels with homotypic and heterotypic silk nanoparticles and their impact on material mechanics and biology have remained largely unexplored.
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