SLU-PP-332 - 60 Servings

Fat burning without muscle loss: Stimulates fatty acid oxidation (beta-oxidation) directly in metabolically active tissues.

Increased energy expenditure: Raises basal metabolic rate, allowing for more calorie burning at rest without affecting appetite.

Reduction of fat mass: Decreases the accumulation of white adipose tissue (particularly visceral fat) and prevents weight gain.

Mitochondrial biogenesis: Stimulates the creation of new mitochondria (the cell's "energy factories") via the PGC-1α pathway.

Increased ATP production: Improves the efficiency of cellular respiration and energy synthesis.

Mitophagy and repair: Promotes the recycling of dysfunctional mitochondria, reducing oxidative stress.

Increased endurance capacity: Significantly extends exercise duration and running distance without prior training (gains of up to +45% to +70% observed in preclinical studies).

Muscle fiber conversion: Promotes the transition toward type I and IIa muscle fibers (slow- and fast-twitch oxidative fibers), which are more fatigue-resistant.

Improved VO2 max: Optimizes the muscles' maximum oxygen utilization capacity.

Improved insulin sensitivity: Helps regulate blood sugar levels (fasting blood glucose) and reduce the risk of insulin resistance.

Reduction of liver fat: Contributes to reversing hepatic steatosis (fatty liver) and lowering blood triglycerides and cholesterol.  Cardiac and renal protection: By activating the ERRγ isoform in cardiac tissue, it supports ventricular function, reduces fibrosis, and indirectly protects kidney function.

Oral bioavailability: Effective when taken orally (tablets/capsules), avoiding the injections associated with conventional peptides.

Non-hormonal: Does not act on estrogen receptors (despite the "ERR" name) and does not disrupt the endocrine axis (no suppression of testosterone or steroid hormones).

No need to cycle: Observational data indicate it does not lead to tolerance or rapid receptor desensitization.

Targeted action on energy-demanding tissues: Acts preferentially where demand is highest: skeletal muscle, heart, liver, and brown fat.