Introduction Among the newest and most intriguing developments in the SARM (Selective Androgen Receptor Modulator) landscape is RAD-150, also known as TLD-150. Chemically related to RAD-140 (Testolone), RAD-150 offers a unique twist: it features an esterified structure, potentially providing a […]
RAD-150 (TLD-150): The Esterified SARM Advancing Muscle Research Read More »
Introduction S-4, also known as Andarine, is one of the earliest and most widely studied Selective Androgen Receptor Modulators (SARMs). Originally developed by GTx, Inc., S-4 was designed as a tissue-selective androgen receptor agonist, intended to help treat muscle wasting,
S-4 (Andarine): The Selective SARM for Lean Muscle, Strength, and Bone Research Read More »
Introduction Among the many compounds studied in the realm of anabolic science and performance research, few are as intriguing—or as controversial—as YK-11. Often labeled a SARM (Selective Androgen Receptor Modulator), YK-11 is unique because it doesn’t behave like traditional SARMs.
YK-11: Exploring the Myostatin-Inhibiting SARM at the Frontier of Muscle Growth Research Read More »
Introduction In the search for compounds that mimic the effects of exercise, fat oxidation, and metabolic optimization, one molecule stands out: SR9009, also known as Stenabolic or S-9009. Often referred to as an “exercise mimetic”, SR9009 is not a SARM,
SR9009 (Stenabolic): The Metabolic Modulator Reshaping Endurance and Fat Loss Research Read More »
Introduction In the ever-evolving field of metabolic research, few classes of compounds have gained as much traction as Rev-Erb agonists—synthetic molecules that regulate gene expression through the circadian system. Among these, SR-9011 has emerged as a promising tool for investigating
SR-9011: A Rev-Erb Agonist Unlocking New Frontiers in Metabolic and Circadian Research Read More »
Updated for 2025 — For Research Use Only In the world of performance and metabolic research, few compounds have sparked as much scientific curiosity as Rev-Erb agonists—particularly SR9009 and SR9011. These non-hormonal compounds are being studied for their ability to
Everything We Know So Far About Rev-Erb Agonists (SR9009, SR9011) Read More »
Updated for 2025 – For Research Use Only In the world of muscle biology and performance research, few topics spark more excitement—and confusion—than myostatin inhibition. Often surrounded by exaggerated claims and “miracle muscle” headlines, myostatin inhibitors have captured the attention
What Is a Myostatin Inhibitor? (Explained Without the Hype) Read More »
Updated for 2025 – For Research Use Only Endurance is one of the most complex and coveted performance traits in biology. From mitochondrial activity and oxygen utilization to muscle fatigue resistance, the pursuit of compounds that can boost endurance without
How Researchers Are Exploring Non-Hormonal Endurance Compounds Read More »
Updated for 2025 – For Research Use Only Fat oxidation—also known as lipid oxidation—is a fundamental metabolic process that allows cells to convert fat into usable energy. This process plays a critical role in energy balance, endurance, thermogenesis, and metabolic
Fat Oxidation in Preclinical Models: Understanding PPAR and Rev-Erb Pathways Read More »
Updated for 2025 – For Research Use Only Peptides are at the forefront of modern biomedical research. From studies on cellular regeneration and hormonal signaling to models exploring wound healing, metabolism, and inflammation, peptides have become indispensable tools in the
How Peptides Work: A Breakdown of Signaling, Structure, and Research Uses Read More »
