Overview of C-Med
Quick Facts
| Property | Description |
|---|---|
| Active Ingredient | Sodium Ascorbate (Sodium salt of Ascorbic Acid) |
| Form | Oral Tablet/Capsule, Injectable Solution (Aqueous) |
| Pharmacological Class | Water-Soluble Vitamin / Essential Nutrient |
| General Purpose | Supports Antioxidant activity and Collagen Synthesis |
| Origin | Derived/Synthetic (Pharmaceutical-grade) |
What Type of Medicine is C-Med and How is it Classified?
C-Med is a pharmaceutical preparation classified as a water-soluble vitamin and an essential nutrient, with its active ingredient being Sodium Ascorbate. This compound is chemically defined as the sodium salt of Ascorbic Acid (Vitamin C). The preparation is fundamentally categorized as an essential nutrient because the human body cannot synthesize it and requires its intake for critical physiological processes. The high-level pharmacological class is that of a Water-Soluble Vitamin and a crucial Antioxidant. Vitamin C acts as a necessary cofactor in multiple enzyme reactions and is critical for maintaining overall cellular structure.
C-Med: Composition and General Purpose
C-Med is composed solely of Sodium Ascorbate as its active ingredient, distinguishing it as a mineral ascorbate and a non-acidic, buffered form of Vitamin C. This composition is notable: unlike pure, unbuffered Ascorbic Acid, which is known for its acidity, Sodium Ascorbate is a neutral pH salt. This differentiating feature generally results in reduced potential for gastrointestinal irritation, often leading to better tolerance for individuals sensitive to acidic substances. The single-ingredient product is made available as a Pharmaceutical Preparation in several formats, including an Oral Tablet for digestive delivery, and an Injectable Solution for parenteral administration. Its general purpose is linked to its biochemical role: Sodium Ascorbate functions as a redox agent, aiding in the neutralization of free radicals, and serves as an indispensable cofactor for the specific enzymes required in collagen synthesis. The primary role of the compound is to provide the necessary support for maintaining the integrity of connective tissues and promoting the body’s resistance to oxidative stress.
Regulatory References

