Overview of Ibuprofen Wockhardt
| Property | Description |
|---|---|
| Active Ingredient | Ibuprofen |
| Form | Tablet, Caplet, Suspension (Oral) |
| Pharmacological Class | Non-Steroidal Anti-inflammatory Drug (NSAID) |
| General Purpose | Relief of pain, inflammation, and fever |
| Origin | Synthetic, Propionic acid derivative |
Ibuprofen Wockhardt: Classification as an NSAID and Unique Features
Ibuprofen Wockhardt is defined by its active component, ibuprofen, which is classified as a Non-Steroidal Anti-inflammatory Drug (NSAID), placing it specifically within the propionic acid derivative group. This medication is a synthetic compound that is neither a steroid nor a narcotic. The primary classification as an NSAID is significant because the drug is used to deliver three distinct high-level therapeutic benefits: functioning as an analgesic to relieve pain, an antipyretic to lower elevated body temperature, and an anti-inflammatory agent to mitigate swelling and associated physical discomfort.
Composition and Form: A Single-Ingredient Oral Preparation
The medicine is characterized as a single-ingredient product, containing only the active pharmaceutical substance ibuprofen. The active substance itself is defined as a racemic mixture, though the therapeutic effect is predominantly attributed to the S enantiomer. Ibuprofen Wockhardt is typically presented in forms intended for oral administration, such as a coated tablet or caplet. These formulations utilize inert pharmaceutical excipients as a base, which facilitates the absorption of the active compound into the systemic circulation via the digestive system after oral administration.
General Purpose: Alleviating Pain, Inflammation, and Fever
The general purpose of Ibuprofen Wockhardt is to provide relief from mild to moderate pain, reduce the symptoms of inflammation, and mitigate elevated body temperature or fever. It achieves these general benefits by temporarily inhibiting the synthesis of key chemical messengers in the body, primarily prostaglandins, which are responsible for generating signals related to pain and inflammatory responses. This mechanism is associated with temporary symptomatic relief, allowing the body to reduce its acute discomfort response.
Regulatory References

