Ferrous Ascorbate & Folic Acid Suspension 150 ML – A Gentle Solution for the Stomach, yet Powerful Against Anemia
RETAFER Suspension 150 ML – Ferrous Ascorbate 30mg + Folic Acid 550mcg
Description:
Ferrous Ascorbate & Folic Acid Suspension is a well-balanced formulation designed to effectively combat iron deficiency anemia and general fatigue while being gentle on the stomach. It contains:
Ferrous Ascorbate – A highly stable and bioavailable form of iron that does not impact gastrointestinal motility. Unlike conventional iron supplements, the presence of ascorbate (Vitamin C) enhances iron absorption and ensures optimal utilization by the body.
Folic Acid – Plays a key role in red blood cell (RBC) formation, addressing folate deficiency and anemia. It is particularly crucial during pregnancy to lower homocysteine levels and reduce the risk of neural tube defects and congenital abnormalities.
Recommended By Specialists:
✅Gynecologists – Supports pregnancy health by preventing iron and folate deficiencies.
✅General Physicians – Helps manage anemia, fatigue, and weakness caused by iron deficiency.
✅Surgeons – Aids in post-surgical recovery by replenishing lost iron and promoting faster healing.
Key Benefits Of Ferrous Ascorbate & Folic Acid Suspension 150 ML – RETAFER Suspension 150 ML
✅Superior Iron Absorption – Ferrous Ascorbate enhances iron bioavailability, ensuring better absorption with minimal gastric discomfort.
✅Supports Red Blood Cell Production – Folic Acid aids in RBC formation, preventing anemia-related fatigue and weakness.
✅Essential in Pregnancy – Helps prevent neural tube defects and supports fetal growth.
✅Boosts Energy Levels – Fights weakness and fatigue associated with iron deficiency.
✅Gentle on the Stomach – Unlike other iron supplements, causes minimal gastric irritation due to its ascorbate-based formulation.
Indications:
✅Iron deficiency anemia
✅Nutritional anemia during pregnancy and lactation
✅Post-surgical anemia recovery
✅Anemia due to chronic diseases
✅General fatigue and weakness caused by iron deficiency