Cosmedix 60 capsules

Cosmedix

Cosmedix provides vitamins, minerals, and phytonutrients to help maintain healthy hair and nails.

OVERVIEW

Healthy skin, hair and nails result from a variety of biological factors, including balanced nutrition and a healthy lifestyle. Collagen, the body's main structural protein, makes up 70% of the skin and is vital in helping to maintain the skin's firmness, suppleness and elasticity, as well as the constant renewal of skin cells.

Cosmedix provides several essential vitamins, minerals and phytonutrients needed to support healthy skin, hair and nails. Cosmedix provides betaine HCl, which helps to promote efficient digestion and assimilation of proteins and minerals necessary for hair and nail health. It includes MSM, which provides a bioavailable source of sulfur, for connective tissue integrity. Saw palmetto is added to support normal levels of DHT, known to play a role in the thickness and health of hair. In addition, silica (from horsetail grass extract) is included for its collagen-enhancing properties.

Suggested Use:

2 capsules per day or as recommended by your health care professional.

CLINICAL APPLICATIONS

• Provides Key Nutrients For Skin, Hair and Nails
• Enhances Collagen Formation
• Thickens and Strengthens Hair and Nails
• Promotes Hormone Balance

INGREDIENT BENEFITS

Betaine HCl

Cosmedix supports healthy betaine HCl levels in the stomach, allowing for efficient protein digestion and mineral assimilation necessary for hair and nail health.

Saw Palmetto

Saw palmetto supports normal 5a-dihydrotestosterone (DHT), thought to be involved in supporting the thickness of hair as individuals age.

MSM

Sulfur, the main ingredient in methylsulfonylmehane (MSM), is the third-most abundant element by weight in the body and plays a major role in maintaining joint and soft tissue health. Sulfur is important for the generation of connective tissues including hair, cartilage, and collagen in skin. Sulfur is also crucial for the production of amino acids, which are the building blocks of protein.