Overview of Imedeen
This section defines Imedeen as a nutraceutical system, outlining its identity, composition, classification, and general purpose.
| Property | Description |
|---|---|
| Active ingredients | Marine Proteins, Ascorbic Acid (Vitamin C), Zinc |
| Form | Oral tablet (dietary supplement) |
| Pharmacological class | Dermatological support agent, Antioxidant |
| Common use | Nutritional support for skin health and dermal structure |
| Origin | Derived (Marine Proteins), Essential micronutrient |
What is Imedeen and What Type of Supplement is It?
Imedeen is a proprietary dietary supplement classified as a specialized nutraceutical system, delivered as an oral tablet to provide nutritional support for skin health from within. Defined as a combination product and positioned for adults seeking dermal structure maintenance, it belongs to the pharmacological class of dermatological support agents. Unlike general multivitamins, Imedeen utilizes a focused formulation approach based on the delivery of targeted micronutrients and proteins. The product is intended to complement traditional topical skincare by reinforcing the dermis internally, functioning as a focused collagen support matrix.
Composition: What are Marine Proteins and Essential Micronutrients?
The core composition of Imedeen includes the key active ingredients: Marine Proteins (protein hydrolysate of derived origin), Ascorbic Acid (Vitamin C), and Zinc (Zinc Gluconate). The distinctive feature of the product is the Marine Proteins component, which forms a structural matrix not typically found in standard dietary supplements. Vitamin C is an essential micronutrient required for the biosynthesis of collagen, which is an essential component of connective tissue. Furthermore, Zinc acts as an essential trace element and cofactor, supporting enzymatic functions and stimulating collagen synthesis. This specialized blend is formulated to supply both structural precursors and the necessary antioxidants to support the body's natural process of forming and protecting the dermal structure from oxidative stress.
