Faster Recovery
NAD+ accelerates mitochondrial repair and reduces oxidative stress after intense training, helping you bounce back stronger between sessions.
Athletes & Sports
From sprint recovery to endurance gains - NAD+ works at the cellular level to help athletes push harder, recover faster, and sustain peak output.
NAD+ accelerates mitochondrial repair and reduces oxidative stress after intense training, helping you bounce back stronger between sessions.
By fuelling the electron transport chain, NAD+ supports sustained ATP production - the energy currency your muscles depend on during prolonged effort.
NAD+ activates sirtuins that regulate inflammation and cellular stress responses, supporting muscle integrity under heavy training loads.
High-intensity exercise generates free radicals. NAD+ powers enzymatic antioxidant pathways that help neutralise oxidative damage.
NAD+ supports mitochondrial health in cardiac tissue, contributing to efficient oxygen utilisation and sustained cardiovascular performance.
By supporting DNA repair and sirtuin-mediated gene expression, NAD+ helps your body adapt more effectively to progressive training stimulus.
Performance Pathways
Short-burst performance requires fast-access energy and sharp mental focus. NAD⁺ supports the metabolic processes that enable rapid energy mobilisation, helping the body respond instantly with both physical power and heightened awareness.
How It Works
Every training session creates micro-damage at the cellular level - torn muscle fibres, depleted energy stores, and accumulated oxidative stress. Recovery is where adaptation happens, and NAD+ is central to that process.
NADairX® delivers NAD+ directly to the bloodstream via precision inhalation, bypassing the digestive losses that limit oral supplements. This means faster, more efficient delivery to the cells that need it most - muscle tissue, cardiac cells, and mitochondria.
Whether you're a professional athlete chasing marginal gains or a dedicated amateur looking to train smarter, NADairX® provides science-backed cellular support designed for the demands of high-performance sport.
The Science Behind Athletic Performance
NAD+ drives mitochondrial energy synthesis
NAD+ is an essential electron carrier in oxidative phosphorylation - the primary pathway your muscles use to generate ATP during sustained exercise.
Cellular repair pathways activated post-training
NAD+ activates PARP enzymes and sirtuins that drive DNA repair and reduce inflammation - critical for recovery between intense training sessions.
Optimised oxygen utilisation in muscle tissue
By maintaining mitochondrial health in muscle fibres, NAD+ supports efficient oxygen metabolism - a key determinant of aerobic capacity.
NAD+ supports metabolic waste processing
NAD+ is required to convert lactate back to pyruvate via lactate dehydrogenase, helping to clear metabolic byproducts during and after exercise.
Inhalation delivers NAD+ in under 5 minutes
Pulmonary delivery bypasses digestive degradation, providing rapid systemic NAD+ availability - practical for pre- and post-workout use.
Supports antioxidant enzyme pathways
High-intensity training generates reactive oxygen species. NAD+ powers enzymatic antioxidant systems that help neutralise oxidative damage.