Collagen peptides are essential for maintaining joint health and even better, a youthful appearance.
Collagen itself is a big molecule. It’s too big to be absorbed through the skin or the digestive tract. Collagen is also one of the most difficult proteins for the body to produce. This is why as we age, our skin wrinkles and our joints start to show signs of wear and tear.
- Hair and nails become thicker and stronger.
- Joint aches and pains begin to diminish.
- Fine lines and wrinkles can start to diminish in appearance.
Over longer periods, increasing collagen production has more dramatic benefits. Faster replenishment of collagen increases the production of new cartilage. As a result, worn cartilage between joints can be partially restored. This results in less chronic joint pain and an increase in joint flexibility and suppleness.
COLLAGEN PEPTIDES
Long Term Joint and Bone Benefits
In studies, both athletes and seniors taking collagen peptides for six months, have all reported improvements in joint comfort. Some research also suggests that collagen can strengthen bones as well as cartilage. This makes collagen peptides particularly popular among senior females.
Not all Collagen Peptides are Created Equal
In theory, synthetic collagen peptides should result in similar benefits to animal-derived collagen peptides. Sadly, this is not the case in practice. For this reason, Ebodymuscle only makes available collagen peptide supplements using 100% pure grass-fed collagen. (Collagen derived from pasture-raised cows.)
100% Natural and GMO-Free
By using 100% pure grass-fed collagen you can be assured that all Ebodymuscle collagen supplements are 100% natural and GMO-free. We also boost the efficacy of our formula by using a state-of-the-art Hydrolysis process. Don’t take our word for that, though. Experience the benefits for yourself!
How Collagen Peptides Work
It isn’t possible to artificially replace collagen in the body. However, it is possible to help the body produce newer collagen more quickly. To do this we break collagen down using a process called Hydrolysis. This process sees us left with three polypeptide chains of amino acids.
In effect, we break collagen down into the building blocks of collagen. These building blocks are called peptides and are much smaller than whole collagen molecules. Because of this, peptides are easily absorbed through the digestive tract.
When collagen peptides we create are absorbed by the body, they equip the body with everything it needs to assemble brand new collagen fibrils. These, in turn, eventually form new elastic collagen fibers.
