High-Quality Megestrol Acetate Powder and Dispersible Tablets for Pharmaceutical Use
Discover USP grade Megestrol Acetate, a potent hormone for appetite stimulation and cancer treatment.
Get a Quote & SampleProduct Core Value

Megestrol Acetate Dispersible Tablets and Powder
Megestrol Acetate is a vital pharmaceutical chemical recognized for its efficacy as an appetite stimulant and its role as an antineoplastic agent in treating various cancers. It functions predominantly as a potent agonist of the progesterone receptor, offering significant therapeutic benefits.
- Expertly manufactured to USP standards, ensuring high quality for your pharmaceutical needs.
- Offered in both powder and convenient dispersible tablet forms for versatile application.
- A key component for hormone regulation and endocrine function management, supporting patient well-being.
- Reliable supply for both human and veterinary medicine, addressing critical health conditions.
Product Advantages
Purity and Quality Assurance
We provide high-quality Megestrol Acetate with an assay of 99% min, adhering to GMP certification for trusted pharmaceutical use.
Versatile Pharmaceutical Forms
Whether you need Megestrol Acetate powder or dispersible tablets, we offer both to meet diverse formulation requirements.
Therapeutic Efficacy
Leverage the potent progesterone receptor agonist activity of Megestrol Acetate for effective appetite stimulation and cancer treatment.
Key Applications
Appetite Stimulation
Widely utilized as an effective appetite stimulant in patients experiencing weight loss or reduced food intake due to various medical conditions.
Cancer Treatment
Serves as an antineoplastic agent, particularly in the treatment of breast, endometrial, and prostate cancers, offering therapeutic options.
Veterinary Medicine
Extensively used in veterinary practice to treat medical conditions in cats and dogs, supporting animal health and recovery.
Hormone Regulation
Its function as a progesterone receptor agonist makes it valuable for regulating endocrine functions in both human and animal patients.