Calcium Chelate 180 mg Albion Chelated Calcium, 180 capsules SWANSON BBD: 11-2026

Calcium Chelate 180 mg Albion Chelated Calcium, 180 capsules SWANSON DDM: 11-2026

DESCRIPTION

Calcium Chelate 180 mg Albion Chelated Calcium 180 capsules SWANSON

Chelation occurs naturally in the body during the digestion process, in order to facilitate the transport of minerals through the intestinal wall, so that they can be absorbed by the body. Unfortunately, many factors present in the digestive tract disrupt the natural chelation process, making it ineffective. ALBION amino acid chelates are the result of two amino acid molecules binding to one mineral molecule. Thanks to this bond, amino acid chelate molecules are characterized by very high bioavailability and absorption. Chelated compounds also occur in a neutral ionic form; therefore, they do not block their own absorption or that of other nutrients. TRAACS is a patented system that guarantees highly effective chelates whose molecular structure has been scientifically proven.
Calcium is one of the macroelements. Nearly 99% of calcium is found in the skeleton and teeth. In bones, it provides compression and flexion, while it gives teeth their hardness. In addition, it helps maintain tissue excitability and contractility. It is also essential for the functioning of many enzymes involved in energy metabolism. Vitamin D, in the form of D3, is present alongside calcium, because the main function of vitamin D is to regulate calcium absorption in our bones.

INGREDIENTS
Calcium diglycinate, vitamin D (modified starch, sucralose, sodium ascorbate, medium-chain triglycerides, silicon dioxide, alpha-tocopherol (vitamin E)), antioxidant, maltodextrin, anti-caking agent: magnesium salts of fatty acids.

DIRECTIONS FOR USE
One capsule twice a day. Do not exceed the recommended daily dose. This product should not be used as a substitute for a varied and balanced diet. This product is not recommended for pregnant and breastfeeding women.

STORAGE
Store at room temperature, out of reach of young children.