Model: C57BL/6J mice, J20 mice, and 3xTg mice 
Dosage: 4.3 μEq l−1 of lithium in drinking water starting at 10 to 12 months of age and continued for 10 to 14 months during aging

Harvard Study: A Low Dose of Lithium May Preserve Cognitive Resilience with Age

Researchers uncover significantly lower brain lithium levels in Alzheimer’s disease patients, and supplementing with a low-dose lithium salt restores memory in an Alzheimer’s disease mouse model.

(The study’s principal investigator, Bruce Yankner [center], with four laboratory employees | The Boston Globe)

A Harvard study suggests lower levels of lithium in the brains of patients with Alzheimer’s disease and that lithium supplementation may help preserve cognitive resilience.

Brain &amp; Neurons

Anti-Aging Breakthrough? Harvard's David Sinclair Predicts Age-Reversing Pill by 2035

A leading thinker in the field of aging research, Dr. David Sinclair, shares insights on the rapid pace of advancements in aging research and predicts the availability of age-reversing pills within the next 10 years.

(Dr. David Sinclair believes an age-reversing pill is under development | YouTube)

Harvard’s Dr. David Sinclair believes an age-reversing pill may become available within a decade and that researchers may find a way to one day double human lifespan.

Aging &amp; Longevity

Model: Ten-month-old male EFAD mice 
Dosage: 14.4 ppm of alfatradiol in diet for five months

USC Study: Longevity-Promoting Drug Counteracts a Genetic Predisposition to Alzheimer's

The drug alfatradiol, also known as 17ɑ-estradiol, reduces cognitive errors on a test of memory and lowers neuronal plaques in mice genetically predisposed to Alzheimer’s disease.

(The University of Southern California | College Matchpoint)

Researchers unveil data suggesting the drug alfatradiol improves signs of frailty, reduces cognitive errors, and reduces neuronal plaques in mice with a genetic predisposition to Alzheimer’s disease.

Seragon’s RESTORIN and the Evolution of Aging Interventions Containing NAD+ Precursors

Aging interventions that include NAD+ precursors have evolved, adding components targeting various hallmarks of aging, from inflammation to cell waste elimination.

Some aging intervention products with NAD+ precursors, like Seragon’s Restorin, have evolved to include additional components targeting multiple hallmarks of aging.

A molecule known as miR-302b prolongs the life of mice by “waking up” senescent cells — “sleeping” cells that contribute to life-shortening chronic diseases. 

Depiction of microRNA molecules (Image: Artur Plawgo/iStock Photo/MIT.edu). 

Search Result: Mayo Clinic

Harvard Study: A Low Dose of Lithium May Preserve Cognitive Resilience with Age

Anti-Aging Breakthrough? Harvard’s David Sinclair Predicts Age-Reversing Pill by 2035

USC Study Suggests Longevity-Promoting Drug Counteracts a Genetic Predisposition to Alzheimer’s

Seragon’s RESTORIN and the Evolution of Aging Interventions Containing NAD+ Precursors

New Age-Reversal Therapy Prolongs Life by Targeting Senescent Cells