They self-renew and become many cell types key to repair, research, and future therapies.
The Big Types
Embryonic, adult, and iPSC. Different origins, powers, and ethical considerations.
Bone Marrow Basics
A classic source for blood disorders; well studied, more invasive, moderate yield.
Fat (Adipose) Advantage
Minimally invasive harvest, high cell yield, strong promise for tissue repair.
Umbilical Cord Options
Cord blood/tissue are rich, bankable sources with broad clinical applications.
iPSC's in the Lab
Adult cells reprogrammed to pluripotency personalized models, fewer ethical issues.
Emerging Alternatives
Dental pulp, amniotic, placental sources widen options for regeneration.
Ethics and Regulation
Embryonic work is powerful yet regulated; standards vary by country.
Nutritional Support for Stem Cells
Antioxidants, omega3s, and compounds like resveratrol or curcumin may support stem cell function diet can complement regenerative strategies.
Recovery After Stem Cell Therapy
Gradual recovery; early fatigue/pain. Support with rest, rehabilitation, nutrition, and follow-up. Watch for infection. Recovery within a few weeks or months.