SWEETFX™ - Metabolic Health Boosting Sweetener

Our sugar-free sweeteners are formulated with molecules targeting key biochemical processes such as extracellular ATP signaling, ribose-driven nucleotide salvage, niacinamide’s NAD⁺ role, and more, providing a comprehensive metabolic intervention.

Each inclusion is mechanistically mapped. Peak ATP® has human trials showing increased torque, blood flow, and lean mass. Ribose is documented in energy-deficit recovery, particularly for cardiac and skeletal muscle ATP replenishment. Niacinamide is central to the salvage pathway feeding NAD⁺, a cofactor underpinning mitochondrial and sirtuin function. DMG has peer-reviewed data on oxygen utilization and lactate modulation. The sugar-substitute matrix is designed around maintaining insulin sensitivity and cellular redox balance, supported by both metabolic and nutritional research.

You can feel certain effects in the first session — more power, less fatigue, cleaner recovery. Those are mediated by acute ATP signaling and oxygen efficiency. But the more profound benefits — higher work density week to week, less soreness, better HRV, smoother sleep, tighter glucose control — compound over weeks as nucleotide pools, NAD⁺ availability, and mitochondrial adaptation shift. It’s both a sprint and a marathon.

It layers directly. For example, during fasting, ribose and niacinamide provide substrate and salvage without breaking the fasted state in a meaningful way. With beets or aminos, you stack NO-mediated perfusion on top of ATP-mediated excitability!

Track power output per watt or torque per rep in TrainingPeaks, Garmin, or WHOOP. Watch HR recovery post-intervals. Monitor HRV or DFA-alpha1 for autonomic resilience. Use simple NO test strips if stacking with beet protocols. For metabolic blends, watch fasting glucose stability, post-prandial curves, or CGM variability. The point is not just “feel better” but to see reproducible shifts in the data you already use.

Yes. These aren’t exotic new-to-nature molecules; they’re cofactors and substrates that support existing pathways. Doses are within clinically validated ranges and third-party tested. For longevity, they sustain NAD⁺, mitochondrial efficiency, redox balance, and metabolic flexibility.