Liqua-A - 13 mL liquid
Vitamin A is an essential nutrient involved in a number of physiological functions, including immune mechanisms, vision, and cell growth and development. Vitamin A also supports the gastrointestinal barrier. Liqua-A™ provides a high-potency antioxidant vitamin A, primarily in the form of beta-carotene, and is delivered in an oil solution for optimum utilization.
Vitamin A is a group of dietary fat-soluble essential nutrients in different biochemical forms. Retinyl forms of vitamin A are converted to retinol and released into the lymphatic system and then circulation. Most of this compound is stored in the liver cells, where it can be secreted into the circulation as necessary.
Vitamin A is a group of dietary fat-soluble essential nutrients in different biochemical forms. Retinyl forms of vitamin A are converted to retinol and released into the lymphatic system and then circulation. Most of this compound is stored in the liver cells, where it can be secreted into the circulation as necessary.
$9.23
Original: $26.38
-65%Liqua-A - 13 mL liquid—
$26.38
$9.23
Description
Vitamin A is an essential nutrient involved in a number of physiological functions, including immune mechanisms, vision, and cell growth and development. Vitamin A also supports the gastrointestinal barrier. Liqua-A™ provides a high-potency antioxidant vitamin A, primarily in the form of beta-carotene, and is delivered in an oil solution for optimum utilization.
Vitamin A is a group of dietary fat-soluble essential nutrients in different biochemical forms. Retinyl forms of vitamin A are converted to retinol and released into the lymphatic system and then circulation. Most of this compound is stored in the liver cells, where it can be secreted into the circulation as necessary.
Vitamin A is a group of dietary fat-soluble essential nutrients in different biochemical forms. Retinyl forms of vitamin A are converted to retinol and released into the lymphatic system and then circulation. Most of this compound is stored in the liver cells, where it can be secreted into the circulation as necessary.
