… , which has great application prospects in tissue engineering. 3D printing technology has
led to major innovations in periodontal regeneration methods, allowing the printing not only of …

… Improvements in biomaterial formulation and 3D bioprinting technologies also have opened
… the development of complex 3D constructs for regenerative medicine strategies and for in …

… 3D bioprinting technology can individually replicate in vitro the … Functional design of a nerve
tissue-specific glycerol-silk … the safety and efficacy of stem cell therapy. Second, increasing …

… process, biomaterials and living cells are precisely mapped to the target location to achieve
sophisticated printing of complex structures. Based on the high flexibility of 3D printing, this …

… Ideal renal decellularized scaffolds should have a vascular network and unique tissue-specific
structure, as … Semi-xenotransplantation : the regenerative medicine-based approach to …

… In this paper, we introduced the three-dimensional bioprinting technology in categories, …
of three-dimensional bioprinting technology applied in the field of skin tissue engineering, and …

… into the 3D printer to guide the efficient preparation of the corresponding 3D printing scaffolds…
rapid design and fabrication of tissue specific 3D printing scaffolds with bionic structure and …

… The morphology after 3D bioprinting and cross-linking was observed. The low-temperature …
lADPC-Bioink AG had a similar morphology to Bioink AG after 3D bioprinting and cross-…

… :bladder tissue engineering; hydrogel; biology material; hybrid scaffold; 3D bioprinting Cited
as… Research advances in bio-derived hydrogel in bladder tissue engineering[J]. Acad J Chin …

… GelMA hydrogel and divided into 3D bioprinting group and non-printing group. On culture day
1, … in 3D bioprinting group show no statistically significant differences to that in non-printing …