MSM supplements can be a very important joint health supplement and may even help to keep away arterial calcification.
What is MSM?
MSM or MethylSulfonylMethane is the organic form of sulfur.
And MSM is the biologically active sulfur which contains many therapeutic health benefits.
And one of the most common uses of MSM supplements is being a very effective joint health supplement because of the role that this type of sulfur plays in maintaining healthy joints.
Rainwater contains a lot of MSM and that is why it is important to water your garden with rainwater as plant roots rapidly absorb this sulfur compound.
MSM is also found in fresh grass fed meats, wild seafood, cow's milk (mainly raw grass fed milk), and free range poultry. It's also found in some fresh vegetables, nuts, seeds, and fruits.
However, MSM is very volatile and is rapidly lost during heating as well as storing of food.
That's why it is important to eat fresh foods that have just been picked, harvested, or produced.
Unless you're eating a good amount of fresh foods that contain an ample amount of MSM, you are likely to be deficient in MSM.
Low concentrations of MSM in your body can result in numerous health problems such as depression, fatigue, and a host of degenerative diseases.
MSM can be important for helping many problems including arterial calcification and other calcification issues in your body.
And can be a very effective joint health supplement - used for the joint health of humans and their pets.
Look for MSM supplements made from the highest quality ingredients and without unnecessary additives.
Nanobacteria has been linked to arterial calcification or Calcification of Arteries as well as other calcification issues.
Nanobacteria grows more slowly than normal bacteria and may not even be alive. And they've only been discovered about 20 years ago.
These substances have been implicated in the formation of calcium compounds (which resemble coral) that could lead to arterial calcification and joint problems.
And MSM may actually play an important role in the prevention of arterial
calcification created by nanobacteria.