| PACKAGING TYPE: | 16x15 Blister |
| COMPOSITION: | Nifedipine Sustained Release 20mg Tablet |
| FORMULATION: | Tablet |
| Description: | NIFEDIA RETARD-20 Tablet contains Nifedipine Sustained Release 20mg, a calcium channel blocker used in the management of hypertension (high blood pressure) and angina pectoris (chest pain). Nifedipine works by inhibiting calcium influx into vascular smooth muscle cells, resulting in relaxation of blood vessels, reduced peripheral resistance, and improved blood flow. The sustained-release (retard) formulation ensures gradual drug release, providing prolonged and stable blood pressure control throughout the day. It is widely used for long-term cardiovascular management and prevention of angina episodes. |
| Side Effects: | Common side effects may include: Headache Flushing Dizziness Swelling of ankles (edema) Rare but serious side effects: Severe hypotension Palpitations Shortness of breath Allergic reactions Note: Seek medical attention if serious side effects occur. |
| How to Use: | Take NIFEDIA RETARD-20 Tablet as prescribed by a healthcare professional Usually taken once daily Swallow whole with water; do not crush or chew Can be taken with or without food Regular monitoring of blood pressure is recommended |
| Precaution: | Use with caution in patients with low blood pressure or heart conditions Do not crush or chew the sustained-release tablet Avoid grapefruit juice as it may affect drug metabolism Inform your doctor about all medications being taken Avoid abrupt discontinuation |
| Product Benefits: | Effectively lowers high blood pressure Helps prevent and manage angina (chest pain) Provides sustained and controlled drug release Improves blood circulation and reduces vascular resistance Reduces risk of cardiovascular complications Suitable for lo |
Frequently Asked Questions
It is used to treat high blood pressure and prevent angina (chest pain).
It provides gradual drug release for prolonged and stable blood pressure control.
Yes, ankle swelling is a common side effect due to vasodilation.













