Stem cell therapies, regenerative medicine, tissue engineering, and cellular reprogramming
188 articles
International assessment exposes inconsistencies in iPSC testing that could impact regenerative medicine safety and efficacy.
Researchers identify deuterosomal cells as crucial for developing the tiny hairs that sweep pathogens from our lungs.
Two decades of induced pluripotent stem cell research have revolutionized regenerative medicine and opened new pathways for rejuvenation therapies.
Breakthrough research reveals how adult brains can generate new neurons, opening doors to treatments for cognitive decline and brain diseases.
Researchers developed functional adrenal tissue from stem cells, opening new paths for treating hormone disorders and aging.
Researchers reprogrammed immune cells to restore tolerance and heal autoimmune hepatitis, offering hope for treating autoimmune diseases.
New research reveals how endogenous formaldehyde causes stem cell damage, leading to clonal blood disorders throughout life.
Researchers developed biological pacemaker cells from stem cells that successfully restored heart rhythm in animal studies.
