Aromasin – Exemestane Tablets 12.5mg (60ct)

Aromasin (Exemestane) is a steroidal aromatase inhibitor widely used in scientific research to study estrogen suppression, endocrine system behavior, metabolic pathways, and tissue-response models under altered hormonal conditions. With 12.5mg of Exemestane per tablet, this formulation supports precise, controlled dosing for in-depth experimental studies.

Researchers often utilize Aromasin in studies exploring:

• Aromatase enzyme inhibition and estrogen reduction

• Hormonal regulation and feedback-loop behavior

• Metabolic and endocrine pathway mapping

• Tissue preservation and response modeling

• Comparative studies with non-steroidal AIs

Produced under strict laboratory-grade quality standards, this 60-count tablet format ensures consistency, purity, and stable performance throughout repeated research cycles.

Lab Research 

Aromasin is designated exclusively for scientific and analytical laboratory research.

• Not for human or veterinary use

• Not a dietary or performance supplement

• Must be handled by qualified research personnel

• Store and use according to approved chemical safety protocols

Use only in controlled laboratory environments.

Frequently Asked Questions (FAQs)

1. What is Aromasin?

Aromasin is a research formulation containing 12.5mg Exemestane per tablet, supplied in a 60-count bottle for controlled scientific studies.

2. What is the active compound and dosage?

Each tablet contains:

• Exemestane: 12.5mg
  Package size: 60 tablets

3. Is Aromasin intended for human consumption?

No. Aromasin is strictly for laboratory research only, not for human or animal use.

4. What research applications is Aromasin commonly used for?

Typical uses include studies on:

• Aromatase inhibition and estrogen control

• Hormonal pathway regulation

• Metabolic and endocrine feedback mechanisms

• Tissue-response modeling in altered hormonal environments

5. How should Aromasin be stored?

Store in a cool, dry, temperature-controlled environment away from direct sunlight. Follow standard laboratory storage protocols.