Significados de engineer cartilage en inglés

Cell-based strategies to engineer cartilage tissue offer a promising solution to repair articular cartilage.

Confocal microscopy revealed the presence of EGFP-labeled cells in the engineered cartilage lacuna.

Prosthetic devices limit functionality, and engineered cartilage is prone to scarring and deformities.

Porous chitosan- gelatin complex scaffolds may be a suitable scaffolds for tissue engineered cartilage.

The proteoglycans content in tissue engineered cartilage was close to that of natural swine's auricular cartilage.

In conclusion, in vitro engineered cartilage is a promising pathway for the replacement of cartilage defects.

These studies demonstrate a potential use of genipin as a medium supplement to develop enhanced engineered cartilage.

Bioreactor, which is used for in vitro construction of tissue- engineered cartilage, has been extensively studied by researchers.

This study demonstrated that interactions between zone-specific chondrocytes affect the biological and mechanical properties of engineered cartilage.

Conclusion: Both defect models of cartilage exhibited a heterogeneous strain field due to the engineered cartilage tissue implant.

Further studies need to be performed to find out which individual factors influence the in vitro engineered cartilage's fate in vivo.

Strategies aimed to structurally organize zone-specific cells and encourage heterotypic cell interactions may contribute to improved functional properties of engineered cartilage.

Compared with routine three-dimensional static culture, the microgravity rotating culture system was more effective for the construction of tissue- engineered cartilage in vitro.

We hypothesize that the application of genipin will stabilize the extracellular matrix components and increase the mechanical properties of developing engineered cartilage.

These findings suggest that the hydrodynamic conditions in tissue-culture bioreactors can modulate the composition, morphology, mechanical properties, and electromechanical function of engineered cartilage.

Immunohistochemical staining of the neocartilage with anti- type II collagen showed the presence of type II collagen in the ECM of tissue engineered cartilage.