Alpha Lipoic Acid

Key features of Natroceutics Alpha Lipoic Acid Bioactive:
Bio-Enhanced® Na-RALA
Enhanced absorption and cellular transportation
Pure ‘R’ form Alpha Lipoic Acid
Demonstrated 10x the peak plasma concentration of standard R-Alpha Lipoic Acid
3x More Bioavailable than standard R Alpha Lipoic Acid
 
About Natroceutics Alpha Lipoic Acid Bioactive:
Natroceutics Alpha Lipoic Acid Bioactive exclusively utilises Bio-Enhanced® Na-RALA, a potent, stable, and nature identical form of ALA, supported by science to deliver therapeutic and health-enhancing benefits.
 
All known biological systems that utilize alpha lipoic acid (ALA) rely exclusively on the R-form, the natural enantiomer synthesized in the mitochondria and incorporated into enzyme complexes that convert food into cellular energy and support antioxidant defenses. This form plays a role as both an electron-transfer agent and redox-active coenzyme, supporting mitochondrial energy metabolism,  cellular detoxification, and overall physiological resilience.
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Despite its biological significance, R-ALA lipoic acid in its conventional form is  chemically unstable, and poorly soluble. These are factors that limit absorption and therapeutic utility when taken orally.
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Natroceutics® Alpha Lipoic Acid Bioactive addresses these limitations with a stabilized sodium salt form of R-lipoic acid, scientifically shown to deliver superior bioavailability.
 
The benefits of Natroceutics Alpha Lipoic Acid Bioactive:
Nerve Health
Increased ATP Production
Lipid & Carbohydrate Metabolism
Cellular Detoxification (endogenous antioxidant recycling)
Heavy Metal Chelation
 
 
How it works:
The body produces Alpha Lipoic Acid in the R-form. It plays a crucial role as an antioxidant and in cellular energy metabolism.
Rapidly absorbed and selectively transported by the human body, Na-RALA ensures targeted intracellular delivery of the body’s active antioxidant form. Developed for clinical professionals, Natroceutics® Alpha Lipoic Acid is a precision antioxidant designed to provide support for neuroprotection, metabolic function, and cellular resilience.
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