SLU-PP-332 / Study library
Filter by study model, then open the original record to examine methods and findings.
3 studies shown
The researchers reported changes in cellular respiration, oxidative muscle fibers, exercise-associated gene expression, and mouse treadmill endurance. Genetic experiments supported a role for ERRα in the endurance response.
Reading limit: These are cell and animal results. They do not establish human endurance improvement or show that exercise can be replaced.
The study reported shifts toward fat utilization and changes in energy expenditure and adiposity. In diet-induced obesity, glucose tolerance improved while the insulin-tolerance test did not show a change.
Reading limit: The response varied by endpoint and model. Mouse metabolic effects cannot establish a human weight-management outcome or validate a marketed formulation.
Researchers treated 21-month-old mice for eight weeks and reported changes in albuminuria, mitochondrial measures, inflammatory markers, and kidney-cell preservation. The findings connect ERR activity with several aging-related pathways.
Reading limit: The intervention was studied in mice. Human tissue comparisons in the paper are not a human treatment trial.
We reviewed the linked primary publications and source records for the claims summarized here. This is a focused educational selection, not a systematic review or a clinical recommendation. Scientific findings are kept separate from supplier catalog descriptions.
The selected evidence comes from laboratory and animal studies. It does not establish human efficacy, an appropriate human-use protocol, or the safety and performance of a commercial formulation. SLU-PP-332 and SLU-PP-915 are distinct molecules and should not be treated as interchangeable.
Confirm molecular identity, batch identification, analytical methods and the actual formulation before relating a commercial material to a publication. A purity percentage alone does not establish all of those facts.
Visit Disguised Alpha or read the extended compound profile.
