199 天前 - … to support the cultured tissue or organ. Stimuli-responsive … the fabrication of
scaffolds for various applications in tissue … 3D printing techniques allow fabrication of complex, …

200 天前 - … spatial and geometric control of bioprinting to assemble … bioprinting and tumor
organoids. Furthermore, we discuss the potential to incorporate organon-a-chip with bioprinting …

200 天前 - … However, the absence of adequate cell-cell interactions is a significant limitation
in the realm of 3D bioprinted tissues. Research has demonstrated that robust cell-cell …

203 天前 - … tissues and organs is still driven by the growing need for personalized medicine,
enabling bioprinting … a bibliometric analysis of the 3D bioprinting scenario of PLA scaffolds for …

209 天前 - … of dECM-based (bio)inks in the bioprinting of therapeutic products for skin repair as
well … recent advances in the bioprinting of dECM-based (bio)inks for skin tissue engineering, …

209 天前 - The repair and regeneration of the injured tissues or organs is a major challenge
for biomedicine, and the emerging 3D bioprinting technology as a class of promising …

209 天前 - … the development of different bioprinted tissue models for … The needs and advantages
of bioprinted tissue models as … and bioprinting techniques used to develop tissue models …

210 天前 - … (3D) bioprinting is a significant advancement in tissue engineering as it enables
the printing of relevant scaffolds used for tissue repair and treating conditions like organ failure. …

215 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 …

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