High-Quality Estradiol Benzoate CAS 50-50-0
A key pharmaceutical intermediate for hormone therapy and endocrine system research.
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Estradiol Benzoate
Estradiol benzoate is a critical estrogen drug that mirrors the effects of estradiol. It plays a significant role in promoting endometrial hyperplasia and enhancing uterine smooth muscle contraction, as well as stimulating mammary gland development and hyperplasia.
- Leverage the estrogenic effects of estradiol benzoate to support hormone therapy.
- Explore its role in enhancing uterine smooth muscle contraction and promoting mammary gland development.
- Understand how estradiol benzoate contributes to increased calcium deposition in bones with high doses.
- Utilize this key pharmaceutical intermediate for advanced endocrinology research and applications.
Product Advantages
High Purity Pharmaceutical Grade
Ensure reliable and effective results in your pharmaceutical applications by utilizing this high-quality estradiol benzoate pharmaceutical intermediate.
Certified Quality Standards
Benefit from ISO 9001 and HACCP certifications, guaranteeing adherence to stringent quality and safety protocols for your manufacturing needs.
Metabolized Effectively in the Liver
Understand the metabolic pathway where this compound is converted to estradiol, binding to target tissues and estrogen receptors for therapeutic effects.
Key Applications
Hormone Therapy
As a potent estrogen drug, estradiol benzoate is instrumental in various hormone replacement therapies, supporting women's health and addressing hormonal imbalances.
Endocrinology Research
Researchers utilize this compound to study estrogenic effects, receptor binding, and metabolic pathways within the endocrine system, furthering our understanding of hormonal functions.
Pharmaceutical Manufacturing
This estradiol benzoate pharmaceutical intermediate is a crucial raw material for the synthesis of various pharmaceutical products aimed at treating hormone-related conditions.
Mammary Gland Development Studies
Its role in promoting mammary gland development makes it a valuable agent for research into breast health and related physiological processes.