I searched for calcification and found this, too: nanobacterias causing calcification, also in the prostate. They protect themselves by using calcium as a protective cover. Important: calcification causes inflammation. Step by step.
Bob Klein, MD, mentioned prostate stones.
On a forum - no more existing - someone said “nanobacteria were a calcium bomb”.
en.wikipedia.org/wiki/Nanobacteria
newscientist.com/article.ns?id=dn5009
ajpheart.physiology.org/cgi/cont … 87/3/H1115
So, what to do? Any cure? Yes, there are some possibilities.
A) The drug protocol: This is the protocol of a member who had success.
EDTA (Chelat) erases the protective cover of the nanobacterias.
Tetrazyklin given will destroy the unstealthed nanob.
B) The Kalium Protocol (Potassium)
K1! : broccoli (as mentioned the broccoli protocol), spinach!!!, parsley…
K2: the Soja ferment product “natto”, fermented products in general
[0013] It has also been discovered that high intake of vitamin K can lead to removal of calcified precipitates from blood vessels that have already been affected by pre-existing calcification. This is a new and stunning discovery with great importance for patients with existing artery disease. Implications for the nutrition industry are that vitamin K-enriched foods and food supplements may be developed.
0065] The term “reducing calcification” or reduction of calcification includes decreasing the rate of calcification in and/or on the blood vessel. As used herein, the term “reversing calcification” includes removing pre-existing calcium deposited in and/or on the blood vessel. While the mechanism is not completely understood, it is believed that vitamin K enhances MGP (matrix Gla-protein) to rigorously protects against further accretion of calcium, whereas other proteins or cells (macrophages, osteoclast-like smooth muscle cells, or others) participate in the actual removal of the calcium. Alternatively, MGP’s Gla-residues (formed under vitamin K influence) have some structural resemblance to EDTA, and may act as such to directly dissolve the calcium. Finally, it may be that MGP (through its Gla-residues) may directly bind to the calcium precipitates (as all Gla-proteins do) and exert chemo-attractant activity towards macrophages, which are then thought to remove the calcium-MGP complexes.
Best…