Can we better understand aging cells?
Researchers study senescent cells — cells that stop dividing but remain active in the body — to learn how they may contribute to age-related changes.
Scientists are exploring the biology of aging — and asking a fascinating question: can we help people live healthier lives for longer?
Explore the science A closer look at the research shaping tomorrow's medicine.Aging is a complex biological process. Researchers around the world are studying why cells change over time, how tissues repair themselves, and whether some age-related processes can be influenced.
There are no proven treatments that let people live to 150. But the science of healthy longevity is developing — and the questions are bigger than ever.
These research areas are helping scientists understand aging and explore new approaches to age-related disease.
Researchers study senescent cells — cells that stop dividing but remain active in the body — to learn how they may contribute to age-related changes.
Early-stage research explores whether carefully controlled biological signals can reset certain features of cell aging while preserving cell identity.
Stem-cell research, tissue engineering and other regenerative approaches aim to improve how damaged cells and tissues may be repaired.
It involves many interacting biological processes, not one single switch.
Many promising findings are at an early stage and need much more testing.
Preventing disease and preserving independence are central goals of healthy-aging research.
Science cannot promise a 150-year lifespan. But by studying the biology of aging, researchers are working toward a future where more people can enjoy more years in good health.
Discover the research againEducational content only. This page does not provide medical advice. Experimental longevity research is not proof that human aging can currently be reversed or that a 150-year lifespan is achievable.