Stem cell therapies, regenerative medicine, tissue engineering, and cellular reprogramming
170 articles
Small trial tests autologous bronchial stem cells to repair damaged lung tissue in chronic obstructive pulmonary disease patients.
New research reveals how stretching forces activate stem cells and immune cells to rebuild facial bone structure through collagen remodeling.
New research reveals how high blood sugar directly impairs muscle stem cells, leading to weaker muscles and poor injury recovery.
New tissue-engineered heart conduit could restore normal circulation in children with congenital heart defects, potentially extending lifespans.
Enhanced stem cells reduced inflammation and improved bladder function in rats with nerve damage.
New gene therapy vectors using baboon virus envelopes outperform human versions for delivering genes to T cells, B cells, and stem cells.
Groundbreaking cellular therapy gets green light for human testing, potentially reversing aging at the cellular level.
New research reveals how muscle stem cells fine-tune their activation through alternative RNA splicing mechanisms.
Researchers developed 50 stem cell lines from HIV patients to understand genetic factors that determine disease progression.
International society creates comprehensive roadmap to translate pluripotent stem cell research into approved medicines worldwide.
New research reveals how a key protein's behavior changes during intestinal cell development, offering insights into tissue regeneration.
Researchers discover that microbes from young mice can rejuvenate aged intestinal stem cells, opening new paths for longevity interventions.
