Overview of Tibolone Teva
| Property | Description |
|---|---|
| Active ingredient | Tibolone (synthetic steroid prohormone) |
| Form | Oral tablet |
| Pharmacological class | Hormone Replacement Therapy (HRT); Selective Tissue Estrogenic Activity Regulator (STEAR) |
| General purpose | Relieves menopausal symptoms and helps maintain bone density |
| Origin | Synthetic (chemically synthesized) |
1. What Type of Medicine is Tibolone Teva?
Tibolone Teva is a synthetic steroid formulated as an oral tablet, clinically recognized as a specialized type of Hormone Replacement Therapy (HRT). The medicine contains the active pharmaceutical ingredient Tibolone, a unique, synthetic compound that acts as a prohormone until converted into active substances within the body. Pharmacologically, Tibolone is categorized as a Selective Tissue Estrogenic Activity Regulator (STEAR). This designation highlights its crucial differentiating feature: a highly targeted, enzyme-modulating action that results in a distinct hormonal profile compared to traditional, non-selective HRT preparations.
2. Composition and Triple Hormonal Activity
The product is a single-ingredient oral tablet containing only the active substance Tibolone, which delivers three hormonal actions after being processed by the body. Following ingestion, Tibolone is metabolized into three distinct active compounds that collectively provide oestrogenic activity, progestogenic activity, and a mild androgenic activity. This conversion process, which is a key feature of the Tibolone INN, enables the medicine to offer a multifunctional hormonal profile from a singular component. This singular compound generating a complex triple hormonal action is a primary differentiator of the Tibolone compound.
3. General Purpose of Tibolone for Postmenopausal Women
The general purpose of Tibolone Teva is to provide relief for the physical and physiological effects of oestrogen deficiency following natural menopause. By restoring hormonal activity, the medicine is routinely used to mitigate the common discomforts associated with the climacteric period, such as vasomotor symptoms and urogenital atrophy. Furthermore, its STEAR class mechanism helps prevent the accelerated loss of bone mineral density. This dual benefit addresses both the quality of life concerns and the underlying skeletal risks experienced by the targeted patient group.

