es report that glucosamine hydrochloride works best because the HCl group is naturally found in the stomach as an active molecule that aids in the digestion of vitamins and minerals in the body cells. On the other hand, some studies aGeneral Information

Our bodies naturally produce glucosamine, an amino sugar that shares some properties of carbohydrates. However, unlike most carbohydrates, glucosamines in the body are not concentrations of energy but rather these mono-molecules act as building blocks to body parts especially cartilage in the joints. Glucose along with hydrogen and nitrogen amines forms this substance.

Glucosamine, which is commercially-formulated, comes in three forms: N-acetyl-glucosamine, glucosamine hydrochloride more commonly known as glucosamine HCl, and glucosamine sulfate. The first is a neutral form of glucosamine while the latter forms are charged because of the anions, chloride in glucosamine HCl and sulfate in glucosamine sulfate. Glucosamine preparations for supplements normally employ the charged formulations because of their beneficial effects in joint protection, rehabilitation, and repair. Some clinical studies report that glucosamine hydrochloride works best because the HCl group is naturally found in the stomach as an active molecule that aids in the digestion of vitamins and minerals in the body cells. On the other hand, some studies ar

these mono-molecules act as building blocks to body parts especially cartilage in the joints. Glucose along with hydrogen and nitrogen amines forms this substance.

Glucosamine, which is commercially-formulated, comes in three forms: N-acetyl-glucosamine, glucosamine hydrochloride more commonly known as glucosamine HCl, and glucosamine sulfate. The first is a neutral form of glucosamine while the latter forms are charged because of the anions, chloride in glucosamine HCl and sulfate in glucosamine sulfate. Glucosamine preparations for supplements normally employ the charged formulations because of their beneficial effects in joint protection, rehabilitation, and repair. Some clinical studies report that glucosamine hydrochloride works best because the HCl group is naturally found in the stomach as an active molecule that aids in the digestion of vitamins and minerals in the body cells. On the other hand, some studies a

rms: N-acetyl-glucosamine, glucosamine hydrochloride more commonly known as glucosamine HCl, and glucosamine sulfate. The first is a neutral form of glucosamine while the latter forms are charged because of the anions, chloride in glucosamine HCl and sulfate in glucosamine sulfate. Glucosamine preparations for supplements normally employ the charged formulations because of their beneficial effects in joint protection, rehabilitation, and repair. Some clinical studies report that glucosamine hydrochloride works best because the HCl group is naturally found in the stomach as an active molecule that aids in the digestion of vitamins and minerals in the body cells. On the other hand, some studies aosamine HCl and sulfate in glucosamine sulfate. Glucosamine preparations for supplements normally employ the charged formulations because of their beneficial effects in joint protection, rehabilitation, and repair. Some clinical studies report that glucosamine hydrochloride works best because the HCl group is naturally found in the stomach as an active molecule that aids in the digestion of vitamins and minerals in the body cells. On the other hand, some studies aes report that glucosamine hydrochloride works best because the HCl group is naturally found in the stomach as an active molecule that aids in the digestion of vitamins and minerals in the body cells. On the other hand, some studies are in favor of glucosamine sulfate because it effectively binds sulfur and water in the joints due to its absorptive quality.

Aging and Arthritis

As we grow older, our body processes generally slow down. Glucosamine in the body becomes scarce and this deficiency is manifested in various forms of arthritis usually osteoarthritis. Because glucosamine is a primary ingredient that makes our joints healthy, lack of it results in the deterioration of the joints causing bone spurs to materialize. When bone spurs occur, our bones rub against each other and the friction brings in pain and inflammation. We feel this mostly in our weight-bearing joints specifically the limbs, back, hips, and knees. Consequently, mobility, flexibility and activity are reduced.

Osteoarthritis and other forms of arthritis results from aging, post-surgical traumas, traumatic injuries, and dehydration. These conditions are even more aggr