Sentence examples for nutrient diffusion from inspiring English sources

A major obstacle to fabricating 3D scaffolds is maintaining adequate nutrient diffusion to cells.

Nutrient diffusion and cellular infiltration are important factors for tissue engineering scaffolds.

Due to the small surface-to-volume ratio and inefficient oxygen and nutrient diffusion, cell necrosis usually manifests.

For the in vitro generation of clinically relevant tissue-engineered grafts, current nutrient diffusion limitations should be addressed.

Introducing porosity in electrospun scaffolds is critical to improve cell penetration and nutrient diffusion for tissue engineering.

Understanding the interplay between assembly expansion, metabolic yield, and nutrient diffusion within a freely growing colony remains a challenge.

Engineering of large articular cartilage tissue constructs remains a challenge as tissue growth is limited by nutrient diffusion.

One of main challenges in developing clinically relevant engineered cartilage is overcoming limited nutrient diffusion due to progressive elaboration of extracellular matrix at the periphery of the construct.

While the scaffold composition will dictate their biocompatibility, their porosity plays a key role in allowing proper cell penetration, nutrient diffusion as well as bone ingrowth.

In tissue engineering, flow perfusion bioreactors can be used to enhance nutrient diffusion while mechanically stimulating cells to increase matrix production.

Hydraulic permeability (k) affects many properties of collagen gels, such as mechanical properties, cell scaffold interactions within three dimensions (3D), oxygen flow and nutrient diffusion.