Overview of Diclofenac-ratiopharm retard
| Property | Description |
|---|---|
| Active ingredient | Diclofenac sodium |
| Form | Sustained-release tablets (retard formulation) |
| Pharmacological class | Non-steroidal Anti-inflammatory Drug (NSAID) |
| Common use | Pain, inflammation, and fever reduction |
| Origin | Synthetic compound (Phenylacetic acid derivative) |
What Type of Medicine is Diclofenac-ratiopharm retard?
Diclofenac-ratiopharm retard is a synthetic therapeutic agent containing the active ingredient Diclofenac sodium, which belongs to the class of Non-steroidal Anti-inflammatory Drugs (NSAIDs). This medication is a single-ingredient product, chemically classified as a Phenylacetic acid derivative.
The Diclofenac compound operates systemically within the body to manage symptoms tied to the inflammatory process. Diclofenac is utilized for its potent anti-inflammatory properties, a characteristic clinically recognized for effectiveness in reducing swelling and associated pain. The drug’s identity is defined by its core chemical structure and its function as a foundational tool for symptomatic relief, often prescribed when sustained systemic action is required.
What Does the “Retard” Formulation Mean?
The term "retard formulation" indicates that the medicine is manufactured as sustained-release tablets designed for oral administration. This modified-release form is a key feature of this specific product, ensuring the Diclofenac sodium is delivered slowly and continuously into the body, rather than all at once.
This design utilizes a solid pharmaceutical matrix to regulate the drug's release over an extended period. This method allows for a more consistent therapeutic concentration, providing prolonged and stable relief from symptoms throughout the dosing interval. Controlled-release forms of Diclofenac are specifically designed to maintain constant drug levels in the bloodstream, supporting continuous symptom control.
What is the General Purpose of Diclofenac?
The fundamental purpose of Diclofenac is to exert combined anti-inflammatory, analgesic (pain-relieving), and antipyretic (fever-reducing) effects across the body. This is achieved by interrupting the key biological processes that create the sensations of pain and swelling.
The mechanism focuses on decreasing the production of inflammatory chemical messengers, enabling the medicine to target the source of the inflammatory stimulus. Consequently, the primary benefit of the drug is providing effective and simultaneous relief from pain and a reduction in localized swelling and elevated body temperature.
Regulatory References

