SLU-PP-332, with exercise mimetic activity
SLU-PP-332 achieves fat loss and blood glucose regulation by promoting fat oxidation and improving insulin sensitivity; it improves non-alcoholic fatty liver disease (NAFLD), reducing liver fat content; provides metabolic support for individuals who cannot exercise, maintaining muscle mass and function; reduces muscle loss during the fat loss process; and has broad prospects in the areas of fat loss, endurance enhancement, and metabolic improvement.
While stimulants and appetite suppressants dominate the fat-loss category, peptides like SLU-PP (Selective Lipid Uptake Peptide) are beginning to shift the conversation. Instead of relying on heart-rate elevation or calorie restriction, SLU-PP is being studied for its ability to optimize lipid uptake and utilization at the cellular level.
SLU-PP-332 is a research chemical that acts as an "exercise mimetic," meaning it mimics the effects of exercise without physical activity.
Benefits of SLU-PP
While research on SLU-PP is still in its early stages, the potential benefits centre on how it influences fat metabolism, body composition, and performance. Unlike traditional fat burners that rely on stimulants, SLU-PP works behind the scenes by adjusting how your body processes energy.
While it has shown promise in animal studies for weight loss and energy metabolism - SLU-PP could impact athletic performance, metabolic health, and body composition in ways that differ from both peptides and traditional fat burners.
SLU-PP 332 - HPLC, HNMR, LCMS & COA
What is SLU-PP?SLU-PP
Short for Selective Lipid Uptake Peptide, is an experimental research peptide being investigated for its role in metabolic regulation and fat utilization.
Unlike conventional fat-loss aids that rely on appetite suppression, stimulants, or hormonal shifts, SLU-PP is designed to directly influence how the body transports and uses lipids (fats) for energy.
Created in laboratory settings, SLU-PP is not a naturally occurring peptide but a designed compound aimed at altering lipid metabolism.
It works by interacting with pathways that regulate lipid uptake in muscle, liver, and adipose tissue, potentially reducing fat storage while increasing fat oxidation.Rather than accelerating metabolism through thermogenesis (like caffeine or yohimbine), SLU-PP aims to reprogram cellular fuel selection to fat as an energy source.