Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o]

Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o]

Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o] is a premium analytical standard designed for researchers in the field of pharmacology and toxicology. This metabolite is essential for understanding the biochemistry of Cybutryne, a widely studied compound. Our product offers high purity and concentration, ensuring accurate and reliable results in your experiments. With a volume of 1ml and a concentration of 100 µg/ml, Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o] is your go-to choice for precise measurements.

• High purity: Ensures accurate analytical results.
• Convenient 1ml volume: Simplifies handling and usage.

Product Specifications

Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o] is meticulously formulated to meet the highest standards of quality control. Our product is available in a convenient 1ml vial, containing 100 µg/ml of the metabolite, dissolved in acetonitrile. The CAS No. for this metabolite is 30125-65-6, making it easily identifiable in your research. With these specifications, you can trust that Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o] will be an invaluable addition to your analytical toolkit.

• Volume: 1ml
• Concentration: 100 µg/ml
• Solvent: Acetonitrile
• CAS No.: 30125-65-6

Practical Applications

Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o] is a versatile tool for researchers in various scientific disciplines. Its use extends to the analysis of drug metabolism, toxicology studies, and pharmacokinetics research. This metabolite is particularly beneficial for those working on understanding the effects of Cybutryne in the body, as it provides crucial insights into its metabolism and potential side effects. Whether you're a pharmaceutical scientist, toxicologist, or biochemist, Compact Cybutryne Metabolite M1 Limited Time 35% Off [3sWVNj0o] is an indispensable resource for your research.

• Drug metabolism analysis: Understand how Cybutryne is processed in the body.
• Toxicology studies: Assess the potential risks and side effects of Cybutryne.
• Pharmacokinetics research: Evaluate the absorption, distribution, metabolism, and excretion of Cybutryne.