What are the special features of our
MSM?
MSM (methyl sulfonyl methane) is a natural sulfur component and is involved in a variety of metabolic processes. Despite its many positive properties, MSM is mainly used by athletes as a “joint substrate.”
MSM is enriched with vitamin C and is therefore proven to contribute to normal collagen formation and cartilage function, among other things.
MSM has a very good price-performance ratio, but cannot compare to the Multi-Formula Arthro Stack.
What can I expect from MSM?
MSM provides your body with an important sulfur component as well as a key substrate for collagen formation, which is important for the proper functioning of cartilage, joints, bones, skin, teeth and gums.
Maximum overall effects can only be expected in the context of a joint-conscious diet with lots of omega-3 fatty acids and fewer omega-6 fats, lots of collagenous protein, fruit and vegetables as well as additional supplementation (glucosamine, Ultra AZ, DHA/EPA/GLA).
Functionality and mode of action of MSM:
Methylsulfonylmethane (MSM) is a sulfur component that occurs naturally in foods such as milk, tomato paste, onions and tea, as well as in the human body . MSM is the substance that brings tears to our eyes when we cut onions.
Sulfur makes up about 0.25% of the human body and is a component of the proteinogenic amino acids cysteine and methionine as well as all peptides, proteins and co-factors based on them. In this respect, sulfur is a component of every cell in the body.
As a sulfur component , MSM is involved in a variety of metabolic processes and is present in almost all body cells within 24 hours of consumption, where it unfolds its functionality.
MSM with added vitamin C (100% RDA) is an effective supplement that contributes to normal collagen formation in intensively training athletes, but also in all other people. This can support the correct function of cartilage and joints, teeth/gums, skin, blood vessels and bones. Furthermore, the formula is able to support the immune system and protect cells from oxidative stress.