Overview of Medoril
| Property | Description |
|---|---|
| Active ingredient | Calcium Dobesilate |
| Form | Oral formulation (Capsule, Tablet) |
| Pharmacological class | Angioprotector, Vasoprotective agent |
| General purpose | Support for microcirculation and capillary integrity |
| Origin | Synthetic compound |
What Type of Medicine is Medoril and What is its Active Ingredient?
Medoril is a systemic therapeutic agent whose active ingredient is Calcium Dobesilate, a synthetic compound derived from benzenesulfonic acid. This medicine is classified under the Anatomical Therapeutic Chemical (ATC) classification system as a vasoprotective agent (C05BX01). It is a single-active ingredient product and is often referred to by its chemical name, 2,5-dihydroxybenzene sulfonate calcium salt, or simply Dobesilate. The clinical purpose of Calcium Dobesilate is well-recognized for its action on compromised blood vessel walls. This indicates that the medication is intended for its ability to target and support the microcirculatory system.
Is Medoril an Oral Formulation? Understanding its Presentation and Class
Yes, Medoril is an oral formulation, typically administered as a capsule or tablet for systemic action throughout the body. The choice of the oral route of administration defines it as a drug intended for internal action, often requiring a prescription (Rx Status is common for this class of drug). The pharmacological class of veno-tonic and vasculoprotective compounds is central to its identity, indicating that the drug's therapeutic focus is on correcting underlying vascular abnormalities rather than providing surface-level relief. Unlike some other oral angioprotectors, Calcium Dobesilate is specifically pharmacologically supported for its influence on the microvascular endothelium.
What is the General Therapeutic Purpose of this Angioprotector?
The general therapeutic purpose of Medoril is to address structural and functional deficiencies in the microvasculature, aiming for capillary stabilization and overall microcirculation improvement. The vasoprotective effects of the compound focus on its ability to reduce capillary hyperpermeability. This means that the drug is recognized for its capacity to reduce leakage from the smallest blood vessels. The compound is intended to mitigate conditions rooted in excessive capillary permeability and capillary fragility disorders, providing a foundational systemic benefit for managing issues where the small blood vessel network is compromised.
Regulatory References

