We work alongside world-renowned scientists and research institutions to expand the collective knowledge of aging, investigate molecular pathways that influence longevity, and assess the real-world clinical effectiveness of our products.
Our research program is built on three foundational pillars, each designed to advance the science of NAD+ and healthy aging.
Expand the collective knowledge of aging and longevity through rigorous scientific inquiry and collaboration with leading research institutions worldwide.
Investigate molecular pathways through cell culture and animal studies to understand how NAD+ precursors interact with biological systems at the most fundamental level.
Assess the real-world clinical effectiveness of our products through controlled trials, participant-driven studies, and validated outcome measurements.
Our latest participant-driven research initiative, conducted through the Renue Research study portal.
A real-world study exploring whether taking liposomal NAD+ Complete at night influences deep sleep duration, measured by the Oura Ring during a 7-day supplementation period compared with a 7-day baseline period.
Our active research partnerships with leading scientists and institutions around the world.
A randomized, triple-blind, placebo-controlled clinical trial designed to evaluate the efficacy of NAD+ Complete supplementation. This rigorous study design represents the gold standard in clinical research methodology.
Development of an at-home dried blood spot NAD+ testing kit that will allow consumers to measure their NAD+ levels conveniently and accurately without visiting a laboratory.
Investigation of Renue Blue skincare formulations and their effects on mitochondrial function. This multi-phase project spans cell culture analysis through clinical testing on human subjects.
Research into intranasal NAD+ Complete delivery for retinal ganglion cell protection. This study explores a novel administration route for NAD+ supplementation with potential applications in optic neuropathies.
Peer-reviewed research and editorial contributions advancing the science of NAD+ supplementation.
Metabolites 2024, 14, 341
Read PublicationA collaborative publication exploring emerging therapeutic approaches to aging and longevity through NAD+ precursor research.
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