johnwester130
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- Joined
- Aug 6, 2015
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A red herring in vascular calcification: ‘nanobacteria’ are protein–mineral complexes involved in biomineralization
"Interestingly, these small particles could change from small spherical bodies to films and clumps of mineralized material containing hydroxyapatite, the main mineral of bone. Further research revealed that similar structures existed in body fluids including blood and urine. These entities were deemed ‘infectious’ because ‘inoculating’ mineral-containing fluids with these entities caused a slow ‘reproduction’ of these entities. Ultimately, nanobacteria were considered the causative pathogens for many diseases from kidney stones to cancer [7, 8]. Polycystic kidney disease was assumed to be caused by these agents [9], and nanoparticles were associated with calcified blood vessels [10] as well. These particles seemed to contain DNA, proteins and synthesized RNA. These findings caused a major boom for nanobacteria, to the extent of receiving tabloid press coverage followed by the founding of highly promising start-up companies."
"However, in the year 2000, Cisar et al. [11] explored the so-called nanobacteria and determined that phospholipids could bind and, thereby, facilitate the formation of calcium–phosphate crystals which resembled these nano-sized structures. Secondly, it was observed that the crystalline structures were shown to grow and replicate in vitro as if they were alive. Thirdly, it was demonstrated that the nucleic acid sequences thought to be a diagnostic marker of nanobacteria were in fact common sequences of nucleic acid frequently contaminating laboratories [11].
In addition, Martel and Young [12] performed a series of experiments on the origin of putative nanobacteria. Indeed, non-mineral compounds such as proteins interfered with the crystallization process. Surprisingly, calcium phosphate, together with non-mineral compounds, grew into nanoparticles that resembled the putative nanobacteria in structure and shape. Moreover, these nanoparticles showed a high-binding capacity to charged molecules such as ions, carbohydrates, lipids and nucleic acids. Depending on the ratio of mineral to non-mineral compounds, either crystallization to hydroxyapatite or to more complex forms took place [13, 14]. Raoult et al. [15] found that the main protein of the so-called nanobacteria was fetuin-A. Besides fetuin-A, other proteins such as albumin or apolipoproteins could also be identified [16]. Moreover, Young et al. [16] determined that polyclonal antisera raised against nanobacteria strongly cross-reacted with fetuin-A and albumin. Consequently, the term ‘nanobacteria’ was discarded and replaced with the term ‘nanoparticles’ [17]."
salt to be the working ingredient.”
Salt intake has increased, so has mpb130 - is it possible mpb hair loss is merely a salt deficiency. Maybe just dehydration?
Do you guys who eat tons of salt have plenty of hair on top?
The stereotypical fat man who eats a SAD diet and is bald/ing must have a high salt intake, with all the processed foods he's eating, so don't think there's a corelation.Salt intake has increased, so has mpb
Which does not mean topical salt is not effective ofc.
Not sure it would help with hair but, may in fact help with increased blood flow to the brain for those who may be lacking and therefore susceptible to gullibility.Thinking out the box but would an inversion table help retaining hair, or has there been any studies on use of??
Thinking out the box but would an inversion table help retaining hair, or has there been any studies on use of??
130 - is it possible mpb hair loss is merely a salt deficiency. Maybe just dehydration?
Do you guys who eat tons of salt have plenty of hair on top?
@johnwester130
Part 4 of the article you linked (Calcification: The Undertaker (Part 4) | Vancouver Wellness Blog) recommends Liquid Zeolite, MSM, and Cacao as options for removing calcified nanobacteria. Do you have experience with these supplements and could you recommend sources for them if you have?
Has any1 ever tried it?honestly, no they are not the solution
the solution would be k2, and proteolytic enzymes like serrapeptase. people have dissolved scars taking it
I have also confused calcification with fibrosis, but if you wanted reverse fibrosis, both work
honestly, no they are not the solution
the solution would be k2, and proteolytic enzymes like serrapeptase. people have dissolved scars taking it
I have also confused calcification with fibrosis, but if you wanted reverse fibrosis, both work
Would you use the proteolytic enzymes both topically for the scalp and internally for the nanobacteria?
As for the K2, I'm planning on getting Haidut's Estroban supplement (EstroBan - Liquid Vitamin (K, A, D, E) Mix) as a source for the fat-soluble vitamins until I can organize a proper way to get the majority of my micro-nutrients from my diet.
the drug spironolactone alters something in the body to do with salt, and it regrows hair very well some reason
at the moment here is what I believe.
the taurine, gelatin, fruit, progesterone/dhea, a,d,e,k2, aspirin, methylene blue etc prevent fibrosis
the remove existing fibrosis you need serrapeptase, bromelain and papain
So we supplement with some digestive enzymes and k2? Simple enough for people to try. Why the k2? A lot of guys here have said k2 made their hair look worse or start to shed.
So we supplement with some digestive enzymes and k2? Simple enough for people to try. Why the k2? A lot of guys here have said k2 made their hair look worse or start to shed.
this is an incredible article about reversing fibrosis
Why Scars Happen, Plus the 7 Best Scar Treatments