Overview of Mesatec
| Property | Description |
|---|---|
| Active Ingredient | Mesalazine (5-ASA) |
| Pharmacological Class | Aminosalicylate Anti-inflammatory Agent |
| Key Forms | Gastro-resistant Tablets, Suppositories, Rectal Suspensions |
| General Purpose | Managing localized inflammation in the bowel |
| Origin/Status | Synthetic, Prescription-Only Medicine |
What Type of Medicine is Mesatec?
Mesatec is a trade name for a specific medicinal product whose active ingredient is Mesalazine, chemically identified as 5-aminosalicylic acid (5-ASA). This compound is classified as an aminosalicylate anti-inflammatory agent, a focused category within gastrointestinal agents. Mesalazine is a synthetic derivative compound, distinct from its chemical predecessor Sulfasalazine, and is designated exclusively as a prescription-only medicine.
Aminosalicylates are utilized for their local anti-inflammatory activity directly within the gastrointestinal tract. This class of medicine is clinically recognized for targeting inflammation that typically affects the distal parts of the colon.
Mesatec Composition and Available Forms
The medication is formulated as a single-active-ingredient product where the sole therapeutic substance is Mesalazine (5-ASA). To ensure this key ingredient reaches the necessary area, it is available in various specialized pharmaceutical preparations. These include oral formulations such as gastro-resistant tablets and modified-release granules, alongside topical formulations like suppositories and rectal suspensions (enemas). The specific form dictates the route of administration, which is either oral or rectal, a strategic design choice intended to maximize the local effect by concentrating the anti-inflammatory agent precisely where it is needed. This localized action is important for managing inflammatory conditions in the bowel.
What is the General Therapeutic Purpose of Mesalazine?
The general purpose of Mesalazine is the management and relief of inflammation, swelling, and tissue irritation in the bowel. It achieves this through a highly localized anti-inflammatory action that works by interfering with the chemical pathways driving inflammation, thereby helping to dampen the excessive immune response directly within the affected lining. This results in the core benefit of helping the inflamed intestinal tissue stabilize.
Regulatory References

