… of 3D structured tissue, biomimetic scaffolds with controllable physical … The breakthrough in
engineering biomimetic scaffolds has … of 3D scaffolds before implantation to target tissue with …

… the scaffold and its by-products, the change of biomimetic surface … superior biomimetic
scaffolds for bone tissue engineering. … insights in the engineering of superior biomimetic scaffolds. …

… Although this review paper focuses on biomimetic scaffold fabrication and modification, it
should be pointed out that the recent development in the area of genetic engineering may …

… These advantages can be mostly attributed to the development of biomimetic scaffolds, …
scaffold is to provide a 3D environment for cells and tissue to grow on. For a biomimetic scaffold, …

… In summary, biomimetics in tissue engineering … of biomimetic scaffolds for tissue engineering
are at the cutting edge of the field. The inclusion of nanophase design elements in scaffolds …

… use as a biomimetic scaffold. This review focuses on the design of biomimetic scaffolds, kinds
of … and methods used to fabricate biomimetic scaffolds, growth factors used with biomimetic …

… Thereafter, the design principles for engineering biomimetic skin scaffolds are discussed.
This review focuses on the design of skin tissue engineering scaffolds, covering the basic …

In recent years, interest in tissue engineering and its solutions has increased considerably.
In particular, scaffolds have become fundamental tools in bone graft substitution and are …

… suggesting that the scaffolds could be used for tissue engineering applications [Citation23].
Similar to collagen, 3D biomimetic scaffolds for bone tissue engineering have also been …

… promising technologies in tissue engineering and regenerative medicine to fabricate
advanced 3D scaffolds. It allows to produce more defined and biomimetic scaffolds with bioactive …