In remembrance of Jane Goodall: The science-backed lifestyle factors that likely contributed to her long life and sound mind.  

Jane Goodall, PhD (image: thenationalnews.com).

Aging &amp; Longevity

Model: Aged mice (18 months old) underwent exploratory laparotomy under isoflurane anesthesia to induce POCD.
Dosage: Berberine was given by oral gavage at 100 mg/kg per day for 14 days after surgery.

Ancient Plant Compound Shows Promise for Protecting the Aging Brain 

Study shows berberine, a natural plant compound, protects memory in aging mice after surgery by reducing brain inflammation, stress, and cell damage.


Brain &amp; Neurons

Researchers Identify Key Cellular Changes Around Age 50 That Accelerate Aging

The Chinese Academy of Sciences' findings may explain why aging makes us sicker and suggest new ways to detect and reverse aging.

(Chinese Academy of Sciences | Ferdowsi University of Mashhad)

99-Year-Old Dick Van Dyke’s Secrets to Thriving Longevity

Despite his previous battles with alcoholism, Dick Van Dyke is approaching his 10th decade of life and serves as a beacon for preserving physical function into his golden years.

(At age 99, Dick Van Dyke still maintains a remarkable degree of physical function | NBC News)

At age 99, Dick Van Dyke avoids harmful foods, eats foods high in antioxidants, and keeps moving, a regimen that may have contributed to his astounding longevity.

Making CAR-T Cells Young Again: Restoring NAD+ to Rejuvenate Immunotherapy in Aging

A combined treatment of NMN with 78c (a small molecule that inhibits an NAD+-degrading enzyme) enhances the effects of the anti-cancer CAR-T cell therapy in aged mice and human cells.

(A CAR-T cell [red] attacking a cancer cell [blue] | Crown Bioscience Blog)

Search Result: learning

Remembering Jane Goodall: The Simple Habits That Kept Her Mind Sharp for 91 Years

Ancient Plant Compound Shows Promise for Protecting the Aging Brain

Researchers Identify Key Cellular Changes Around Age 50 That Accelerate Aging

99-Year-Old Dick Van Dyke’s Secrets to Thriving Longevity

Making CAR-T Cells Young Again: Restoring NAD+ to Rejuvenate Immunotherapy in Aging