Hydrolysed Kangaroo Collagen delivers multiple benefits for Men's Vascular Health
For men, vascular health is a vital part of maintaining overall physical and emotional wellness. Men’s health and physical vitality can be significantly affected by the hardening of the walls of blood vessels, as well as by the increase in blood pressure, which may also affect men’s sexual performance if it fails to open the capillaries and let the blood in to strengthen an erection.
These characteristics place Kangaroo Collagen among the most potent bioactive peptides to regulate blood flow:
- Contains Natural ACE inhibitory Peptides including Proline
- May Improve Blood Flow
- May Support Cardiovascular Health
- May Support Healthy Blood Pressure
- May Support Men's Sexual Health
A non-drug solution for restoring a healthy vascular system in men
Key Features
- Sports Nutrition
- Hormone Free
- Antibiotic Free
- Preservative Free
- >95% Protein
- Easy to Digest
- Paleo Friendly
- Non-GMO
- 100% recyclable packaging- no fancy packaging just great collagen
- Up-cycled Kangaroo hides that would have been wasted
- Tasteless so you can mix into any beverage or food
Typical amino acid composition for kangaroo collagen (%)
Glycine 23.9
Alanine 9.0
Arginine 7.7
Aspartic Acid 5.0
Glutamic Acid 9.5
Histidine 0.5
Proline 13.9
Hydroxyproline 12.9
Lysine 3.8
Leucine 2.5
Isoleucine 0.8
Methionine 0.8
Phenylalanine 1.7
Serine 3.5
Threonine 2.1
Tyrosine 0.2
Valine 2.1
How to Use
Add 1 teaspoon to your favourite hot or cold beverage, once per day.
Our collagen can also be added to smoothies, soups, curries and is dissolvable in hot or cold liquids.
*Please note that this product is not suitable for making jellies*
We have Organic Gelatin Powder which is suitable
Serves
40 x 5g serves per packet
Origin: Made in Australia*
* Partially processed in New Zealand
FAQs
Where does the Kangaroos used in your product come from?
This product is made from kangaroo hides that are typical disposed of and wasted by Kangaroo meat processors.
Up-cycling is a method whereby value is extracted from a waste stream, reducing the burden to dispose of such materials.
Reference