Transplanting age-driving senescent cells in the skin triggers muscle aging, bone aging, and cognitive decline in mice.  

Brain &amp; Neurons

Will Interventions that Delay Aging in Animals Work for Humans?

Researchers have shown that using certain agents targeting hallmarks of aging (like inflammation) can extend lifespan in mice, yet human trials are just beginning to uncover whether they work in humans.

(Aged individuals may benefit from aging interventions that work in animal models | NAD.com)

Aging &amp; Longevity

Scientists say combining exercise with NAD+ (nicotinamide adenine dinucleotide) precursors may synergistically improve physical performance.  

A potentially transformative antibody that inhibits the IL-11 protein increases mouse lifespan by 22% by targeting the same pathways as metformin and rapamycin. 

Antibody prolongs the lifespan of mice by 22%. 

With the most accurate measurements to date, researchers show that whole-brain NAD+ levels decline with age in healthy subjects, confirming previous studies of smaller brain regions. 


Scientists discover how to measure measure NAD+ across the entire human brain. 

Search Result: Mouse Study

New Mayo Clinic Research Finds Aged Skin Cells Cause Cognitive Decline

Will Interventions that Delay Aging in Animals Work for Humans?

Unlocking Youth: The Combined Power of NAD+ and Exercise

Anti-Aging Antibody Significantly Extends Life by 22% in Breakthrough Study

Whole-Brain NAD+ Levels Decline with Age, New Study Shows