Longevity Complex™
Our leading longevity complex combines seven breakthrough compounds that target gene regulation, cellular function and DNA maintenance.
Healthy Aging Supplements
Explore research backed longevity supplements from DynaBind Bio.
NMNH
Research found NMNH produced up to about 10 times the cellular NAD+ response of regular NMN, providing superior stem cell support and DNA maintenance.
NADH
The electron-rich NAD form that drives mitochondrial ATP for physical and mental energy.
NRHM
NRHM brings an NAD+ precursor pathway into research on cellular energy and healthy aging.
CA-AKG
Targets DNA methylation age, cellular energy, epigenetic enzymes and metabolic resilience.
PQQ
PQQ connects mitochondrial signalling with antioxidant defence and age-related cognitive research.
CO-Q10
A mitochondrial powerhouse for heart energy, fatigue reduction and antioxidant defense.
Urolithin A
Urolithin A has been studied in human trials measuring mitochondrial biomarkers, muscle function, and endurance.
Spermidine 3HCl
Spermidine is studied in autophagy pathways and in limited human research measuring hair-cycle, memory, and immune-aging markers.
Pterostilbene
Pterostilbene is studied for antioxidant responses and metabolic pathways involved in healthy aging.
NMN
Replenishes NAD+ for sustained cellular energy, metabolic balance and DNA maintenance.
Fisetin
Fisetin research explores the potential of senescent-cell clearance and tissue resilience during aging.
Trans-Resveratrol
Trans-Resveratrol connects healthy-aging research with vascular function and cellular stress-response pathways.
Nicotinamide Riboside
Nicotinamide Riboside supports the NAD+ precursor pathway examined in human healthy-aging research.
L-Ergothioneine
L-Ergothioneine is a cell-retained antioxidant studied for tissue resilience and healthy-aging pathways.
NAD+
The master coenzyme behind cellular ATP, DNA maintenance and stress resilience.
S1PC
The latest longevity research connects S1PC with cellular energy sensing, muscle function and physical resilience.