Big breakthrough - The nurses' story is getting out
🚔 Crime & Medical Tyranny 💸
1 hour video
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Arterial calcification is a process that takes place over time. No doubt if you had a scan several years ago it would have shown similar results but obviously to a lesser degree. Just about all older adults have some level of arterial calcification. Therefore, I seriously question Covid being related beyond complicating already present pathology - mostly inflammatory based and immune dysfunction conditions.
One of the treatments that have shown some success in decalcification is chelation therapy. However, it is not cheap. It will take several visits and you would have to find a practitioner in your area.
Vitamin K2 will dissolve arterial calcium deposits over time and then make sure the calcium in your body goes where it's supposed to be like your bones, teeth, and muscles.
The key part of your response is "over time." When someone is dealing with arterial calcification, that itself has taken place over a long period of time, and which needs to be addressed in a more timely manner to lower risk, then IV chelation therapy is by far the best choice. If you have some research on the results of K2 therapy reducing arterial calcifications I would be interested in looking at it. I have not seen any that shows any substantial reductions in arterial decalcifications in the literature other than theoretical assumptions; however, I do not disregard the assumptions because they are based on good biochemistry theory. But until that theory can be demonstrated in clinical results, they remain just that - good theory. Taking K2 certainly is not going to harm most people. So if one can start early enough and keep up with a regiment, then good. But that is where most people fall down. It is difficult to keep up a nutritional supplementation regiment over the long term. Thank you for your comment.
A group of Japanese doctors published a fantastic peer reviewed paper last year showing that among other things, K2 is responsible for shepherding calcium to the places it should be (bones, teeth, muscles, etc) and removing it from places it shouldn't be (such as artery and blood vessel deposits). They showed that it will actually break down calcified arterial deposits. I don't have the link, but it shouldn't be too hard to find online.
Thanks