Elevating the naturally occurring molecule NAD+ (nicotinamide adenine dinucleotide) improves memory and corrects gene-splicing patterns in a worm and a mouse model for dementia. 

Senior author on the study, Dr. Evandro Fang (front left), with some students (image: evandrofanglab.com)

Brain &amp; Neurons

The interventions that may help fix or reset circadian rhythms, which decline with age. 

A representation of Kairos, not to be confused with Kronos (original image: misel-trogir.com).

Aging &amp; Longevity

The Latest Insight on Anti-Aging Therapeutics Targeting Cardiovascular Disease

According to French scientists, no organ system appears as vulnerable to aging as the cardiovascular system, and anti-aging therapeutics may help mitigate the effects of cardiovascular disease.

(The principal investigator behind the review, aging researcher Guido Kroemer | Olympiad in Cardiovascular Medicine)

Anti-aging therapeutics may prevent and slow age-related cardiovascular dysfunction.

Cardiovascular

Does NAD+ (nicotinamide adenine dinucleotide) really help with aging? A team of international scientists reviews the latest and ongoing clinical trials.

Part of the research team, including Dr. Evandro Fei Fang (middle), from the University of Oslo and Akershus University Hospital in Norway (image: med.uio.no). 

Model: Primary hippocampal neurons from non-transgenic C57BL/6 (nTg) and triple-transgenic 3xTg-AD mice; age groups: young (2–6 mo), middle (8–11 mo), and old (17–28 mo).
Dosage: Nicotinamide 2 mM + EGCG 2 µM applied to cultured neurons for 16 h (in vitro).

Study shows that brief nicotinamide + EGCG treatment restores neuronal energy in 16–24 hours, restores autophagy, reduces amyloid-beta buildup, and boosts neuron survival by ~22% in aging/Alzheimer’s lab models.

Search Result: Autophagy

New Research: Correcting Gene Splicing with NAD+ Boosts Memory

Beyond Aligning Life with Light: Supplements that Counter Circadian Decline

The Latest Insight on Anti-Aging Therapeutics Targeting Cardiovascular Disease

NAD+ and Aging: What the Latest Research Says

Nicotinamide + EGCG Reboot Autophagy and Ease Hallmarks of Brain Aging