Autophagy benefits cells suffering in an unfavorable microenvironment by eliminating garbage and preventing accumulation of toxins.
Due to the spatial localization of large cooperative benefits, cells near population borders grow faster than those farther away.
This process, which allows recycling of intracellular organelles and proteins, benefits cells by (1) removing damaged or unwanted organelles and macromolecules and (2) providing an energy source and building blocks for cellular functions and de novo biosynthesis.
The results indicated that the highly porous and interconnected structure of scaffolds could benefit cell ingrowth.
Bioactive glass is known to benefit cell interactions of polymeric tissue engineering scaffolds.
This is a significant improvement in lifetime determination, which will benefit cell designers.
It suggested that stronger cell substrate interactions benefit cell adhesion, and better cell flexibility improve cell spreading.
In addition, TEM might be capable of guiding tongue-derived cells to the niche, benefiting cell survival, proliferation and differentiation.
The resulted HA scaffold with surface stripe pattern is proposed to benefit cell attachment and tissue ingrowth.
