Introduction

High-Purity SARMS Raw Powder Factory Production And Transportation Process

Significant Increase In Strength

Supply Of Various Raw Materials

Fast And Stable Air Freight

Factory-Level Mass Production

Multiple Functions

Order Tracking

Products Description

Precise Physicochemical Fingerprint

High-quality RAD-140 possesses a highly clear physicochemical identity. Its internationally recognized CAS number is 1182367-47-0, its molecular formula is C₂₀H₁₆ClN₅O₂, and its molecular weight is precisely 393.83. In appearance, top-grade research-grade raw material presents as a white to off-white crystalline powder with extremely high chemical purity (typically ≥99%). Regarding solubility, RAD-140 is highly soluble in dimethyl sulfoxide (DMSO) and ethanol, but has extremely low solubility in water. This highly stable crystal structure not only ensures its long-term storage safety under normal temperature and light-protected conditions but also lays a solid physical foundation for precise formulation in subsequent in vitro cell experiments or in vivo animal models.

Superior Tissue Selectivity and Synthesis-Promoting Mechanism

The core advantage of RAD-140 lies in its highly targeted molecular characteristics. Unlike traditional anabolic steroids that act indiscriminately throughout the body, RAD-140 exhibits a strong tissue preference for binding to androgen receptors (AR). It has extremely high affinity for muscle, bone, and nerve tissues, while having negligible stimulating effects on areas traditionally targeted by steroids, such as the prostate and hair follicles. Pharmacologically, it efficiently activates androgen receptors in muscle tissue, significantly promoting protein synthesis and lean body mass gain;

simultaneously, it effectively increases bone density and strengthens skeletal microstructure. Furthermore, its half-life of approximately 20 to 24 hours allows for once-daily dosing in research applications to maintain a stable anabolic effect.

Multi-dimensional Research and Application Potential: The high purity of its premium raw materials ensures extremely high reproducibility in experimental studies. In addition to its classic role as a muscle growth promoter, RAD-140 demonstrates broad translational medical potential in exploring cancer cachexia, senile sarcopenia, and orthopedic rehabilitation models during the perioperative period of total joint replacement surgery. Its unique neuroprotective properties (such as counteracting amyloid-induced neuronal apoptosis) also provide a new entry point for the study of neurodegenerative diseases.

In summary, high-quality RAD-140 active pharmaceutical ingredient, with its well-defined physicochemical parameters, excellent tissue selectivity mechanism, and long-lasting pharmacokinetic characteristics, has always occupied an irreplaceable and unique niche in androgen receptor regulation and metabolic biochemistry research.