About Oxandrolone 10 ZETTA
Oxandrolone 10 ZETTA is a synthetic anabolic steroid compound derived from dihydrotestosterone, specifically engineered for comprehensive laboratory investigations into androgenic receptor binding mechanisms and anabolic pathway research. This research-grade compound enables scientists to study the molecular interactions between modified steroid structures and cellular receptor systems. Researchers at Stroid UK Shop frequently investigate this compound’s unique properties in controlled experimental settings. The compound’s modified structure provides valuable insights into how synthetic modifications affect receptor affinity and cellular response patterns compared to natural testosterone derivatives.
Laboratory Applications
Scientific investigations commonly examine Oxandrolone’s interactions with androgen receptors in muscle tissue samples, making it valuable for studies comparing different anabolic compounds available through specialised research suppliers. Researchers analyse how this compound influences protein synthesis markers in vitro, particularly in comparison to other research chemicals like those found in SARM collections. Laboratory studies frequently evaluate the compound’s metabolic effects on cellular energy systems and nitrogen retention mechanisms. Scientists also investigate potential synergistic effects when combined with research peptides in controlled experimental protocols.
Technical Specifications
| Parameter | Value |
|---|---|
| Active Compound | Oxandrolone |
| Concentration | 10mg per unit |
| Chemical Formula | C19H30O3 |
| Molecular Weight | 306.4 g/mol |
| CAS Number | 53-39-4 |
| Storage | Cool, dry conditions |
| Purity | Research grade |
Research Compliance
Oxandrolone 10 ZETTA is supplied exclusively for in-vitro research purposes and laboratory analysis. This product is not intended for human consumption, therapeutic use, or any application outside controlled scientific environments. Researchers must ensure proper laboratory protocols and safety measures when handling this compound.
