230 天前 - … 3D bio-printing can recognize tissue and organ production in vitro and has extensive
applications in basic research and pharmacy. 3D bio-printing has developed efficiently …

232 天前 - … bioprinting has witnessed remarkable advancements in recent years, revolutionizing
the fabrication of biological tissues and organs … of diverse bioprinting technologies, ranging …

232 天前 - … bioprinting technology has received considerable attention owing to its potential for
the fabrication of biomaterials in tissue and organ … context of bioprinting tissues and organs, …

233 天前 - … fabricated via a two-channel extrusion-based bioprinting technique in this study.
Composite hydrogels made from GelMA and methacryloyl alginate (AlgMA) were investigated …

236 天前 - … for BIOMEDICAL APPLICATIONS The book provides essential knowledge for the
synthesis of biomedical products, development, nanomaterial properties, fabrication processes…

240 天前 - … Fabrication of biocompatible and degradable product, bio printing of bio mimicking
living tissues are the level three and four, respectively. 3D printing can be utilized for bone …

244 天前 - … be used for tissue engineering applications. Chapter 9 introduces 3D and …
bioprinting technology for tissue engineering applications focusing on organ and tissue bioprinting…

244 天前 - … 3D bioprinting of bones and cartilages. Several studies have demonstrated the use
… bio printing techniques to fabricate 3D scaffolds that are similar to native organs and tissues, …

254 天前 - … of organ function and organ-to-organ interaction. In this study, we propose a simple
and new method fabricating … environment by using 3D bioprinted perfusion platform. Micro-…

257 天前 - … 3D bioprinting technology is widely used to fabricate various tissue structures.
However, the absence of vessels hampers the ability of bioprinted tissues to receive oxygen and …