Medicine & TechnologyScientists at Tokyo Metropolitan University found that the key players in muscle repair proliferate better in low sugar levels after producing pure cultures of satellite cells in vitro.
Xenobots 2.0 is the upgraded version of the living robots from the stem cells of frogs unveiled last year. This new version brings a vast array of upgrades that makes it faster and better than the previous version.
A new study successfully demonstrated the efficacy of a nanobiomaterial in mice with spinal cord injuries - inhibiting inflammation and boosting neuronal growth.
Made from combined alginate derived from seaweed and lung tissue, the bioink allows biocompatible constructs assembling human-sized airways to be 3D printed.
A new study proposes a new technique for artificial muscle regeneration, using direct cell reprograming methods together with a natural-synthetic hybrid scaffolding.
Scientists have utilized a technique to develop bile duct organoids, frequently called 'mini-organs,' in the laboratory and shown that they can fix impaired human livers.
Researchers from the Massachusetts Institute of Technology (MIT) and Boston Children's Hospital have found that physically crowding cells, or "squeezing" them, affects the rate at which they grow and develop.
Researchers discover that autism can be found during early brain development of neuron cells. Better understanding of neuron development is not to cure or prevent autism, but to understand the diversity of brain development.
Scientists create the first embryo-like model from human stem cells. Geneticists can use this new blueprint to understand congenital disabilities and genetic diseases better.
Researchers discovered that stem cells taken from fat tissues have growth hormones that can work on hair. Volunteers ribbed the solution into their scalp twice a day, and 16 weeks later, researchers found a significant increase of hair follicles on the volunteers' heads.