TLB 150 (benzoate de RAD-150)

Product Description: TLB 150 (RAD-150 Benzoate)

This advanced liquid formulation delivers 50 ml de l'ingrédient actif à une concentration de 10 mg/mL, soit un total de 500 mg for precise athletic performance protocols.

Composition chimique :

• Poids moléculaire (M.Wt) : 453,498 g/mol
• Formule chimique : C21H18F3N O3S2

Propriétés physiques et chimiques :

• Solubilité: The compound demonstrates solubility in polyglycols, optimizing its suitability for various advanced sports nutrition formulations.
• Pureté: Boasting a purity of supérieur à 99%, this compound ensures exceptional quality and efficacy for targeted athletic applications.

Conditions de stockage :

• Stockage recommandé : Maintain product integrity by storing at 20℃ to preserve formulation stability and potency.
• Durée de conservation : When stored under recommended conditions, the product maintains a potential shelf life of 2 ans, ensuring long-term usability for consistent training cycles.

Informations pharmacocinétiques :

• Demi-vie: The compound exhibits a half-life of approximately 24 heures, providing sustained activity that may support optimized dosing strategies for peak athletic performance.

Informations réglementaires :

• Numéro CAS : 317318-70-0 (This unique identifier supports precise chemical substance tracking for research and development in sports science.)

Considérations d'utilisation :

• Instructions de dosage : Adherence to established dosage protocols is crucial for maximizing performance benefits. For this formulation, precise volumetric administration should align with individual athletic goals and expert guidance.

Date de la dernière modification : Les détails de ce produit ont été modifiés pour la dernière fois le 1er février 2024.

This detailed description provides essential information for the proper handling, storage, and application of this advanced compound, highlighting its key attributes for athletes and fitness enthusiasts focused on optimizing performance and achieving their fitness goals.

This specific chemical compound, with the molecular formula C21H18F3NO3S2, is recognized in sports science for its potential to support various aspects of athletic performance and body composition. While often discussed in the context of metabolic and cardiovascular research, its application within sports nutrition focuses on enhancing training adaptations and recovery. Below are key scientific references relevant to the broader understanding of such compounds:

1. From 1992 to 2007, S.C. Behm et al. conducted various studies…