Calcification

DRAFT IN PROGRESS - December 2009

David Wolfe teaches that nanobacteria within us cause calcification. See my notes from his October 2009 lecture.

References:

This article "Vitamin K reduces calcification of arteries by 37 percent; blood thinner medications cause calcification" affirms the active nature of calcification, and the role that diet can play in the rate of calcification:

Schurgers and his co-workers fed 10-week old male Wistar Kyoto rats a diet containing the blood thinner warfarin to induce calcium buildup. The animals were then separated into four groups: the first group was given warfarin, and the other three groups were taken off the drug. The three groups of warfarin-free animals were given various doses of Vitamin K. The researchers reported that, in the normal dose Vitamin K group, arterial calcium levels continued to increase even after warfarin administration ended.

"In contrast," the researchers wrote, "high-vitamin K intake (both K1 and K2) not only blocked the progress of further calcium accumulation but also lead to a greater than 37 percent reduction of previously accumulated arterial calcium precipitates within six weeks."

These findings are especially relevant for people who take blood-thinning drugs, which are known to induce arterial calcification by inactivating a protein called matrix GLA, or MGP, a potent inhibitor of calcification. MGP requires vitamin K for activation.

"The medical community now recognizes that vitamin K-dependent MGP plays an essential role in promoting cardiovascular health," said Schurgers, "Our study shows that in an animal model, vitamin K can actually regress preformed calcifications. The health implications for humans are significant."

Vitamin K is found in many kinds of foods, including soybeans, olives, and oils, as well as in dark green vegetables, such as broccoli, kale, spinach and Brussels sprouts.

A detailed list of foods that provide Vitamin K can be found here.

Nanobacteria and the SITS program by David Wolfe

What are Nanobacteria?

Nanobacteria or Nanobacterium sanguineum, were discovered in the 1980's due to the research of Finnish scientist E. Olavi Kajander and Turkish researcher Neva Ciftcioglu while working at the University of Kuopio in Finland. Nanobacteria are living organisms that are roughly the same size as most viruses (approximately 1/100th the size of bacteria).

Nanobacteria form shells made of calcium phosphate, otherwise known as apatite, and/or biofilm. The nanobacteria-secreted biofilm shell calcifies and hardens around the nanobacteria organism, forming a defensive ?outer armor?, shielding it from the body?s immune system. Within these microscopic biofilm shells, toxins such as mercury, pesticides, and plastics are trapped and stored. In this calcified state, these nanobacteria can either reproduce upon themselves forming aggregate, ?budding-like? clusters, or, they can remain in a state of ?relative calcified dormancy.?

These hardened shells shield the nanobacteria, in the same way a snail shell shields a snail, forming a living space for opportunistic viruses, bacteria, and fungi. The immune system has trouble breaking down these hardened shells to get at the ?bad guys? inside.

When this SITS Program is used in conjunction with a well-balanced, organic, raw-food-based diet filled with fruits, vegetables, nuts, seeds, seaweeds, sprouts, herbs, and superfoods (as described in the books The Sunfood Diet Success System and Eating For Beauty by David Wolfe), the cleansing and youthening results generated by the program will be greatly enhanced.

Why are Nanobacteria Harmful?

Once a nanobacteria infection has become entrenched, and the coral reefs are established, the nanobacteria are on a determined path to continue colonizing the body until a course of action, in this case, the SITS Program, is taken against them. The body will attempt to wall these calcium phosphate crystals, using fibrin which causes the tissue to harden around the calcium phosphate shells. Hence the terms: hard of hearing, hardening of the arteries, hard headed, etc.

Over a lifetime, nanobacteria infections will manifest in a physical form as a calcium phosphate crystal and/or a fibrous scar tissue mass that never completely heals. These calcium phosphate crystal shells or reefs eventually build up in size, creating inflammation and sclerosis, laying the foundation for what will eventually become any one of a number of painful chronic conditions.

How the SITS Program can help:

Nanobacteria take many years, sometimes decades, to reproduce and eventually grow into a number significant enough to cause the harm that they do later on in our lives. Therefore, they do not leave the body very easily. By incorporating the SITS Program into our lives, we can destroy and remove the nanobacteria from our bodies. To achieve maximum results, the technologies I am presenting in the SITS Program must be actively applied for a minimum of 100 days. Consistently sticking to the SITS Program for this length of time ensures that we significantly destroy and remove the nanobacteria colonies that have built up throughout our lifetime.

Within each step are various stages of cleansing and detoxification. All the supplements, herbs, and superfoods contained in this program work together to create a powerful protocol that rids our bodies of harmful nanobacteria in a way that has never before been possible.

The Four Main Steps of the SITS Program

1. Nanobacteria Dissolvers:

Strip down the hard shells that surround the nanobacteria.

2. Herbal Immune Boosters:

Destroy and evacuate the nanobacteria and opportunistic viruses, bacteria, and fungi which are hiding behind the hard shells.

3. Cell-Rejuvenating Supplements:

Accelerate and support the entire process by acting as a ?clean-up crew,? removing any debris or bacteria that are lingering in the body.

4. Longevity Technologies:

Destroy and evacuate nanobacteria and other opportunistic organisms through cutting-edge electronic technologies.