Collagen Peptides for Anti-Aging

$64.00
Collagen Peptides contains the ideal ingredients which support healthy bones & joints as well as workout recovery for a longer, healthier life and a more attractive appearance.*
Description

Collagen Peptides is hydrolyzed for easier absorption and can easily be combined with any beverage. As we age, our bodies produce less collagen than before, leading to age-related issues like wrinkles and joint problems. It is essential to maintain adequate collagen levels in order to enjoy optimal functioning of hair, skin, nails, and joint health. Sports Research® Hydrolyzed Collagen Peptides contains the ideal ingredients which support healthy bones & joints as well as workout recovery for longer, healthier life and a more attractive appearance.*

Ingredients:

Sourced from bovine. Each scoop contains 11 grams of Type I and III collagen peptides, 18 amino acids including glycine, proline, and hydroxyproline, and 10 grams of protein in only 40 calories per serving.

Benefits:

  • Effectively helps to combat the signs of aging better than other collagen-based products.
  • Helps muscle recovery and helps maintain the integrity of joints and skin.
  • Derived from grass-fed cows and identified as raw (unprocessed).
  • Unflavored and readily dissolvable in liquid, and may be added to your coffee, smoothie, or soup.
  • Gastro-friendly formula broken down for easier digestion.

How to use:

  • Add a spoonful of 11 gm to your favorite drink and stir to dissolve. It can also be added to soups or recipes that contain liquids. The ladle or spoon is included with the product.
Collagen can be added to cold or hot drinks such as soft drinks, juices, water, tea, or coffee, in addition to many foods such as oatmeal or yogurt. this product does not gelatinize in cold liquids and does not change the consistency or thickness of liquids.

*Disclaimer: These statements have not been evaluated by the Food and Drug Administration.
These products are not intended to diagnose, treat, cure or prevent any disease.