90 Vegetarian Capsules
- Excellent Soluble Fibre Source
- Improves Blood Sugar Balance
- Supports Healthy Weight Control
- Made from Whole Apples
Natural Factors ApplePectinRich® Super Strength includes the healthy goodness of apples and green tea into a convenient capsule for effective antioxidant protection. The super strength formula is standardized to 16% apple pectin, and 10 mg of standardized green tea extract provides enhanced antioxidant protection. Each 500 mg capsule provides 300 mg of fibre.
|Each Capsule Contains:|
|Apple Pectin Extract (Malus domestica) (fruit)||500 mg|
|Green Tea Extract (Camellia sinensis) (leaf) (50% catechins)||10 mg|
Natural Factors ApplePectinRich® Super Strength Apple Pectin Concentrate is a unique pectin-rich product made from whole apples, including the flesh, core and especially the peel, which concentrates pectin and other phytonutrients. ApplePectinRich is standardized to ensure consistency and potency, and provides 300 mg of fibre per 500 mg capsule.
Eating apples is consistently associated with better health due to natural high levels of antioxidants, phytonutrients, and both soluble and insoluble fibre. Pectin is the soluble fibre in apples and is especially beneficial due to its ability to improve digestive health by acting as a prebiotic fibre and promoting healthy stomach and intestinal mucosa. Because it creates bulk and slows gastric emptying, it also increases satiety while balancing blood sugar and cholesterol. Pectins are complex polysaccharides (fibres) present in the cell walls of plants.
ApplePectinRich® also contains green tea extract standardized to 50% catechins for optimal antioxidant protection. Green tea is rich in polyphenols, antioxidant compounds that help prevent free radical damage to cells and promote optimal health. It is often credited with bestowing health and longevity. Natural Factors’ proprietary EnviroSimplex process ensures high-potency extracts that consistently deliver the highest levels and the broadest ranges of key phytonutrients using a low-temperature process.