… repair of meniscal defects and other fibrous tissues (Figure 6a).112 Another electric-field-assisted
Laminar composite additive manufacturing process was developed to align microsized …

… intact skin organs and eliminating skin tissue scarring. … methods for biomaterials-based
skin scaffolds. Thereafter, we discuss and highlight several design considerations for biomimetic …

… tissues by going beyond a purely biomimetic context toward a set of conditions that promote
organ and tissue … stem cell science with the application of bioengineering methods ( …

… regeneration of damaged tissue or organs. A key component in … for the biomimetic design
and freeform fabrication of tissue scaffolds. … of a BioCAD modeling technique for the design and …

… obtain biomimetic constructs, which can mimic the native tissue … Scaffolds should mimic the
natural ECM of the tissue/organ … through a minimally invasive technique and the advantage to …

… , which replaces damaged tissues and organs, relies on biomaterials… biomimetic signaling
mechanisms of delivery for bone tissue … of the biomimetic delivery technologies for bone tissue …

… methods that have enabled the manufacture of artificial cardiovascular tissue constructs with
biomimetic … We will also review state of the art organ-on-a-chip models of cardiovascular …

… of new methods to … of biomimetic materials is their capacity specifically to store and sequester
growth factors, cytokines, and developmental control factors required for organ and tissue …

… on repair and reconstitution of tissue structure and function … lack biomimicry, and mismatches
in tissue morphology, or … of cell activity and bone tissue formation, including physical (…

… The most common tissue of edible plant organs is parenchyma. It constitutes the cotyledon
of legumes and tree nuts, the endosperm of cereals, the cortex and pith of tubers, the pulp of …