Love Your Cells
Give your body cellular support for everything you want to do. A refreshing, caffeine-free drink with NAD+ and key cellular molecules that support the energy behind every moment.
Why NAD4Me
FEELING YOUR BEST STARTS AT THE CELLULAR LEVEL
Trillions of cells work every second to help you think, move, recover, and keep going. NAD4ME makes supporting them refreshingly simple, with a daily drink you’ll actually look forward to.
NAD+ is a molecule your cells require to create energy. NAD4Me makes it drinkable and enjoyable.
Love your cells
Support what keeps you moving
NAD+ and 9 key nutrients in a can
NAD+
L-tryptophan
Trigonelline
Ergothioneine
Inositol
Vitamin C
Vitamin B3
Vitamin B6
Vitamin B12
Vitamin B5
Longevity science meets everyday enjoyment
NAD4Me is your daily vitality ritual.
real ENERGY STARTS IN YOUR CELLS
Every cell in your body
relies on NAD+
NAD4Me makes NAD+ accessible and enjoyable
Every sip helps your cells access the NAD⁺ they need for daily energy and optimal function.
Experience sustained energy that comes from your cells themselves, not from external stimulants that lead to inevitable crashes.
Support your cellular machinery with the essential nutrients needed for optimal performance and longevity.
Build resilience at the cellular level to better handle the demands of modern life and daily stressors.
Support brain function and mental clarity with cellular energy that powers cognitive performance.
Backed by over a century of research
Not a buzzword. It's proven science.
NAD+ can directly and indirectly influence many key cellular functions, including metabolic pathways, DNA repair, chromatin remodelling, cellular senescence, and immune cell function.
Source:
Nature Reviews Molecular Cell Biology
Promising preclinical findings indicate that increasing NAD+ abundance is causally linked to improvements in physiological function and select markers of healthspan.
Source:
The Journals of Gerontology
Age-related reduction in cellular NAD+ concentrations results in metabolic and aging-associated disorders, while the consequences of increased NAD+ production seem beneficial.
Source:
International Journal of Molecular Sciences