Medicine & TechnologyThe production of huge numbers of muscle stem cells opens the development of stem cell-based treatments for muscle damage due to injury, disease or illness.
A new study proposes a new technique for artificial muscle regeneration, using direct cell reprograming methods together with a natural-synthetic hybrid scaffolding.
Organoid technology have allowed scientists to grow 3D tissue structures similar to organs like the heart and lungs. This is the first time that researchers have developed mini-intestine organoids that carry out multiple intestinal functions due to its extended lifespan.
Purified Cells, through and isolation of unwanted cells are more potent than the conventional procedures for cellular transplant. The miRNAs are utilized for deep penetration in cells so as to bond these molecules with cells for infusion to the patient for treatment of various diseases.
An exciting breakthrough in stem cell research was just announced by the University of Toronto. Using a gel-like biomaterial, scientists were able to prolong the lives of stem cells, improve their integration in living tissues, improve motor coordination following stroke, and even restore partial vision to the blind.
In a significant development in the science world, scientists have used human skin cells and embryonic stem cells to create gametes. This breakthrough at the University of Cambridge is the first for human cells.
Researchers from the Harvard Stem Cell Institute and Massachusetts General Hospital have discovered a way of transforming stem cells into a cancer-killer machine.