Sentence examples for fabrication of a construct from inspiring English sources
The ultimate goal of bone tissue engineering is the fabrication of a construct that matches the physical and biological properties of the natural bone tissue.
Here, we describe a step-by-step framework for the fabrication of a large osteochondral construct with correct anatomical architecture and topology through a combination of high-resolution imaging, rapid prototyping, impression molding, and injection molding.
Presenting their project through prototypes of a constructed chair and an arch, the team behind Augmented Skin also used a digital fabrication program to superimpose their architectures into natural landscapes.
Here, we demonstrate the fabrication of a stromal cell-based construct, which serves as a lymphoid-like organ with immune regulatory characteristics.
The present work reports the fabrication of a bioinspired 3-D sandwich construct of mesoporous silica fibers and gelatin for bone tissue engineering.
A spinner flask with framework promoted proliferation and chondrogenic differentiation of ADSCs within chitosan/gelatin hybrid scaffolds and accelerated dynamic fabrication of cell hydrogel constructs, which could be a selective and good method to construct tissue engineered cartilage in vitro.
The methods described in this article are explored through the scope of articular cartilage tissue engineering and the fabrication of osteochondral constructs, but may be applied to the engineering of a variety of different tissues.
The ex vivo fabrication of cartilage constructs is central in addressing this complex problem in a cogent manner.
It makes LAB compatible with the (industrial) fabrication of 3D constructs of physiologically relevant sizes.
In this chapter, we discuss the rationale of extrusion-based bioprinting for fabrication of tissue constructs.
3D bioprinting technologies enable the digital fabrication of living constructs encapsulating cells, biomolecules, and biological moieties in spatially patterned structures.
