Diclofenac 50mg + Paracetamol 325mg + Serratiopeptidase 15mg

Description

Digesty-SP Tablet is a triple-action formulation designed to provide comprehensive support in conditions where combined analgesic, anti-inflammatory and enzymatic assistance is considered beneficial by healthcare professionals. This advanced blend brings together the strengths of two well-recognized pain-relieving agents with a proteolytic enzyme that supports the body’s natural recovery processes, offering a balanced and synergistic approach. Diclofenac, a non-steroidal anti-inflammatory drug (NSAID), plays a key role in reducing inflammation and discomfort by inhibiting prostaglandin synthesis through cyclo-oxygenase (COX) enzyme modulation. Paracetamol, known globally for its central analgesic and antipyretic activity, helps elevate pain thresholds and contributes to overall comfort. Together, these two agents provide dual-mechanism support useful in managing both inflammatory and non-inflammatory pain components. Serratiopeptidase, a proteolytic enzyme, complements this combination by assisting in the natural breakdown of protein-based inflammatory mediators. Its inclusion is aimed at supporting tissue recovery, helping reduce localized swelling, and enhancing mobility in affected areas. This triple combination is frequently chosen when a more robust and multi-dimensional approach is needed, as judged appropriate by a healthcare provider. The tablet is formulated for convenient oral administration, with attention to consistent dissolution and absorption profiles that promote predictable performance. Its design helps ensure that each component contributes effectively to the overall therapeutic intent while maintaining patient comfort. Use of this combination should always follow professional medical guidance. Consideration of individual health status, concurrent medications, and recommended duration helps ensure safety, tolerability, and responsible use. As with any analgesic and anti-inflammatory product, adhering to the advised course supports optimal outcomes while minimizing unnecessary exposure.