Sea moss is a valuable source of Taurine

A mineral which lowers blood pressure, Taurine is known to support a healthy metabolism and assist the body with binding bowel fats. As a result, is is actively involved in promoting the breakdown, digestion and absorption of nutrients.

Taurine is also essential for healthy heart function and helps the body to maintain mineral balance within cells.

Sea moss is rich in Carbohydrates called Polysaccharides

Polysaccharides from certain seaweeds have been studies and found to help strengthen the immune system. They have been found to assist with the reduction of tumor growth and autoimmune diseases.

These long chain polysaccharides are an inter sting form of insoluble fiber, and they have been found to help manage cholesterol, inflammatory bowel disease, and they may also hold the key to tackling one of the biggest health concerns today associated with carcinogenics.

Sea Moss is known to help fight and even prevent varicose veins

A reliable source of potassium chloride, it is full of nutritional value, including Matrix metalloproteinase 2. This is helpful in combating conditions like varicose veins.

Potassium chloride is a key mineral which is very effective at dissolving catarrh.

Sea moss helps to strengthen connective tissue

Being full of collagen, Sea Moss is a great support to healthy hair, skin and nails. Some people have even reported that it helps to stimulate the regrowth of hair.

But, as mentioned earlier, any source of nutritional value you body gets that will support life will be used for this purpose primarily.

Collagen plays a key part in healthy bones and connective tissue. As these are more essential to keeping you alive and healthy than fighting wrinkles, this is where it will be used as a priority when you ingest it.

When you stop to think about the aging process, the skin changes in a more pronounced way when it is exposed to UV rays. These rays can stimulate the production of matrix metalloproteinase (MMP) which contributes to the degradation of collagen.

As we age our genetics may see us being exposed to higher secretions of MMP and the resultant deterioration of collagen type I and collagen type III.