This NAD+ precursor shields the heart from injury caused by a chemotherapeutic in rats, preventing the disruption of tissue organization and blood pumping abilities.

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Woman,With,Cancer,During,Chemotherapy,Recovering,From,Illness,In,Hospital

Supplementing with NMN protects the heart against chemotherapy-induced heart complications that include disrupted tissue organization and blood pumping abilities.

JUUL E-Cigarette Aerosols Induce Brain and Heart Inflammation 

UC San Diego researchers find that JUUL aerosols - flavored pod-based e-cigarettes - increase markers for systemic inflammation in the brain and heart of mice. 

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Cardiovascular

Boosting NAD+ Improves Features of Muscular Dystrophy 

French scientists find that by inhibiting CD38 – an enzyme that breaks down NAD+ – in a mouse model for Duchene muscular dystrophy, heart and muscle function can be improved.


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Raising NAD+ Improves Exercise Performance

By eliminating CD38 – an NAD+ consuming enzyme – scientists from Uruguay, Argentina, and the United States find that exercise performance and heart rhythms are improved in mice. 


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Preventing the breakdown of NAD+ in mice improves exercise performance and cardiac function, according to a study.

NR supplementation improves mitochondrial function and affects inflammatory response in heart failure patients

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A study indicates administering NR provides a heart failure therapy by reducing inflammation and improving cardiac function.

How Increasing NAD+ May Protect Humans From Heart Failure

NAD+ precursor decreases atrial fibrillation susceptibility and duration in mice.

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NR decreases the susceptibility for atrial fibrillation along with its duration.

Rodent Study Shows NMN Protects the Heart from Chemotherapy Toxicity

Study Shows JUUL E-Cigarettes Increase Inflammatory Gene Activity in the Brain and Heart of Mice

Blocking NAD+ Degradation Improves Heart and Muscle Function in Duchenne Muscular Dystrophy

Scientists find that Suppressing NAD+ Degradation Improves Exercise Performance and Prevents Abnormal Heart Rhythms in Mice

Preliminary Clinical Trial Data Shows NAD+ Improves Inflammatory Response in Heart Failure

The Nampt/NAD+ Axis may be a Potent Therapeutic Target for Individuals with Atrial Fibrillation