Description

ALLMAX R+ALA Pharmaceutical-Grade R-Alpha Lipoic Acid Supplement

ALLMAX R+ALA delivers 212.5 mg of stabilized Sodium R-Alpha Lipoic Acid (Na-R-ALA) per capsule, yielding 150 mg of active R(+)-ALA per serving, the biologically active form the body uses for antioxidant defense, support of glucose metabolism, and nutrient delivery to working muscles. Manufactured in a pharmaceutical-grade, cGMP-registered, FDA-inspected facility and lab-tested for every lot, R+ALA is vegan, free of artificial fillers, and formulated for athletes and active adults who demand efficacy and purity.

Key Features at a Glance:

• 212.5 mg Na-R-ALA per capsule. Yielding 150 mg active R(+)-ALA per serving
• Supports antioxidant defense. Helps neutralize free radicals, the molecules that can damage DNA within cells, generated during intense training
• Supports healthy glucose metabolism. May help the body convert glucose into usable cellular energy
• Promotes nutrient delivery to muscle. Supports healthy insulin activity to help shuttle glycogen and amino acids into muscle cells
• Highly bioavailable stabilized form. Na-R-ALA resists degradation for superior absorption vs. regular ALA and unstabilized R-ALA
• Pharmaceutical-grade, FDA-inspected, cGMP-registered facility, lab-tested every lot
• Vegan, 60 capsules per container

Why Na-R-ALA Offers Superior Absorption Compared to Regular Alpha Lipoic Acid

Standard ALA supplements contain a 50/50 mix of the R- and S-isomers. The S-isomer is not naturally occurring in the body and delivers less benefit. ALLMAX R+ALA provides only the active R-form bound to sodium as Na-R-ALA, creating a stabilized molecule that resists degradation, offers superior absorption, and delivers a higher active payload per serving. The reformulated ALLMAX formula increased the input from 150 mg to 212.5 mg, raising the active R(+)-ALA yield from 125 mg to 150 mg per capsule and delivering enhanced potency at the same retail price.

R-Alpha Lipoic Acid and Antioxidant Defense During Training

R-ALA functions as a universal antioxidant active in both water-soluble and fat-soluble environments within the body. This dual-environment activity makes it uniquely capable of helping neutralize the free radicals generated during intense or muscle-damaging training. R-ALA may also support glutathione levels, contributing to immune resilience and overall cellular protection against physical and environmental stressors.

Glucose Metabolism and Nutrient Partitioning Support

R-ALA acts as a co-factor for two mitochondrial enzymes involved in glucose metabolism, helping the body convert blood glucose into usable cellular energy more efficiently. By supporting healthy insulin activity, R+ALA may help promote the uptake of glycogen and nutrients into muscle cells, making it a practical addition around training for those focused on nutrient utilization and metabolic performance.