Cure diseases and more with electricity? Has anyone seen this yet?

[Chad]

Hi mark

I bought a bob beck device a couple of years ago and i swear by it!.

Ive been doing allot of researching in to coronary heart disease and new evidence is surfacing that Cholesterol isnt the bad guy when infact bacteria are the ones hardening our arteries.

The reason ive wrote the above is because if it turns out to be true then your bob beck device and colloidal silver will kill these bacteria and your chances of developing coronary heart disease from bacteria should be very slim.

Ok from what my research has brought to light is that when our arteries harden they harden not from Fat but from calcium, this is the same substance that forms on your teeth in the form of firstly plaque then tarter.

Apparently there isnt much cholesterol to be found in the hardened arteries as its mostly calcium.

Plaque is basicly live bacteria and when they die they calcify ...they pretty much they turn to stone.. like a fossil ..sort of.

Now this all happens in the mouth so whats it got to do with the cardio vascular system?, its been known for years that people with poor oral hygiene suffer more from heart disease but the link was either ignored or genuinely not made.

But we still dont know why this effects the heart do we....oh yes we do!, testing has been carried out on the calcified plaque found in a deceased patient who died from coronary heart disease and guess what was found living in the plaque?....Oral Bacteria!!!.

Its thought that the bacteria gets into the blood when we cut our mouths or lose teeth etc, and start thriving in the arteries, its a lovely place for them...a constant supply of food from our high blood sugars, which incidentaly could be the other main culprit and not fat.

More sugar more food for bacteria more bacteria flourish and die and calcify and clog up our hearts, western diets are full of processed sugars.

So if you zap your blood with the bob beck device and use colloidal silver then the bacteria living in your heart could be killed off and not effect your heart.

oh yeah have you noticed that when using your colloidal silver you dont get plaque form on your teeth!.

Just thought i share that with you

[Kator01]

Hi Chad,

thank your for your post here on this intersting subject. I can confirm what you describe here..

I can give you an explanation on how the bacteria enter the bloodsystem. They do it via the lypmhatic-system.

There was a time in my life I was so sick ( my heart was so weak ) that I could not take 1 stairway to my appartment.
I came to know a dentist here in germany ( where I live ) who was very aware of the fact that dead teeths are extremly dangerous because of cadaveric poison including bacteria spreading from the area of the dead teeth.

The body uses the lymphatic system to get rid of all poisons regardless what kind of. Once the lymphatic system is overloaded any poison including bacteria assemle in this system and rise upward in this system - starting fom the bleb and the colon. She - denist - told me that they had found coli-bacteria in the maxillary sinus which normally  dwell in the colon.
Now here you have another point : Bad  or wrong food ( sugar, white flavour, milk from the cow, especially homognized and overheated mil) is extremly dangerousnes and leads to dysbacteria in the colon. These dys-bacteria rise upwards via the lymphatic system and enter the tonsils ( swollen tonsils)  and the maxillary sinus and in combination with bad hygiene in the mouth are a very deadly coctail to deal with.

So mouth hygiene, extracting dead teeth ( especially the wisdom theeths, which mostly are dead from the beginning) and proper food is a must. I lost 6 ( ! ) teeth at this time which died unnoticed during a very cold winter ( -25 Degrees Celsius ) while I was working outside for my wholesale-business.
I came to know this fact by a russian person who was imprisioned in Siberia and he said that you do not have a health-problem in this cold environment but one thing : your tooth are in danger to die because of this extreme temperature. The bloddvessel contract to the point of strangulating the blood-stream necessaray to keep your tooth alive.

Now anonther important thing I found out through self-experience : getting deaf while you get older.
Same thing, bacteria from the mouth enter the mandibular-channel ( lower jaw) In this channel there is a big nerve called mandibular nerve. Two things then happen : inflammation of the mandibular nerve, degradation of the jaw-bone and thus more bacteria and poisons and finally bacteria migrating into and up this channel and exit at the area of the temporomandibular joint and from here they affect ( by calcination, as you stated correctly ) the acusticus nerve which leads very slowly to bad hearing and finally deafness.
Its just that simple but no physician will tell you this because of financial reasons.

Hope this gives another perspecitve.

Chad, do you have any reference or documentation about this bacteria-assembling in arteria ?

Regards

Kator

[Chad]

Hi Kator01

This was research i did over a few years ago and all information was stored on my old laptop which subsequently broke losing all my data.

Theres many pieces of information in google but i cant seem to find any studies.......maybe they have been removed for some reason?.

This is a good article below i think youl find interesting.

I also have a theory why men suffer from heart disease more than women and this links into many different ailments the man suffers and all comes together at the end in quite a plausible conclusion.

Anyway hears the article my friend.

Lindy McCollum-Brounley
03/22/2005   

Gum disease has been linked to hardening of the arteries for nearly a decade, and scientists have long fingered a gang of oral bacteria as the obvious suspects behind many cases of the vessel-clogging killer.

Now University of Florida researchers have cornered the bacterial ringleaders of gum disease inside human artery-clogging plaque â€" the first concrete evidence to place the pathogens at the heart of the circulatory crime scene. Their report appears in the current issue of Atherosclerosis, Thrombosis and Vascular Biology.

“Our finding is important because it has proved there are live periodontal bacteria in human atherosclerotic tissue,” said study investigator Ann Progulske-Fox, Ph.D., a professor of oral biology at the UF College of Dentistry. “Now we can begin to understand how these bacteria contribute to the disease process.”

The oral bacteria UF researchers found in the plaque, Porphyromonas gingivalis and Actinobacillus actinomycetemcomitans, are two of the most aggressive offenders in periodontal disease, the leading cause of adult tooth loss. Because of the strong association between periodontal and cardiovascular diseases, scientists have postulated for years that oral pathogens contribute to arterial damage that leads to heart attack or stroke, which kill nearly a million Americans a year. In fact, a recent study conducted elsewhere found a direct correlation between the amount of periodontal bacteria in the mouth and the formation of blockages in the carotid artery in the neck.

To reach the circulatory system, the bacteria have to breech the barrier between tissues in the mouth and the bloodstream, Progulske-Fox said. For patients with periodontal disease, whose gums are inflamed and bleed easily, bristles from even the softest toothbrush can tear tiny blood vessels in the compromised gum tissues, leaving the door wide open for bacteria to enter.

But could the bacteria elude the body’s protective immune response once within the bloodstream?

Researchers worldwide have sought to empirically nab oral bacteria â€" dead or alive â€" in atherosclerotic tissues. They have found remnants of bacterial DNA in arteries, signaling that bacteria had entered the bloodstream. Yet scientists have never been able to grow periodontal bacteria isolated from arterial plaque in Petri dishes, even though the same species of bacteria swabbed from oral plaque can be cultured that way. Therefore, researchers could not be sure the DNA was from bacterial trespassers destroyed by the immune system in the bloodstream, or if live bacteria were actually directly involved in plaque formation within the vessel walls.

“It makes sense that those periodontal bacteria most invasive in the mouth could be able to adapt to the vascular situation,” said study project leader Emil Kozarov, Ph.D., an adjunct associate professor of oral biology at UF and a faculty member at Nova Southeastern University.

Probably only a handful of periodontal bacteria have been successful in making the jump of being infectious to both the oral and vascular tissues. Identifying these bacteria would give researchers the inside scoop on how the bacteria may contribute to cardiovascular disease, said Kozarov.

To find them, Progulske-Fox’s team took the unusual approach of attempting to grow bacteria from arterial plaque directly on human artery cells. They obtained a section of a diseased carotid artery from a 74-year-old, partially toothless male patient undergoing surgery to remove an 80 percent blockage at Shands at UF in Gainesville. After removal, the sample was rinsed and placed on ice, then rushed to Progulske-Fox’s nearby lab in a sealed, sterile container.

Within six hours of leaving the operating room, researchers pureed plaque from the artery and set it to incubate in a brew of healthy arterial cells and liquid growth medium. After 24 hours, the cells were separated from the slurry in the flask, washed several times, then subjected to a series of fluorescent baths containing antibodies sensitive to P. gingivalis and A. actinomycetemcomitans bacteria.

Finally, the cells were fixed to a glass slide and placed under a microscope to search for the presence of invasive periodontal bacteria within the cell structures. If any of the artery cells were infected with the bacteria, fluorescent antibodies would light them up like Alcatraz in lockdown.

Progulske-Fox and her team found the endothelial cells were infected with both P. gingivalis and A. actinomycetemcomitans, proving live bacteria had been present in the atherosclerotic plaque.

“This report certainly provides a smoking gun that live bacteria have become seeded from the oral cavity to become inhabitants of the vessel wall,” said Steve Offenbacher, D.D.S., Ph.D., distinguished professor of periodontology at the University of North Carolina at Chapel Hill School of Dentistry. “The exciting implications focus on the known ability of these bacteria to destroy connective tissue in the mouth, suggesting that when infecting the vessel wall they may contribute to the instability of the atherosclerotic plaque â€" leading to acute events such as heart attack or stroke.”

Progulske-Fox plans to study atherosclerotic tissue samples from 50 to 60 more patients to better understand how bacteria infect arterial cells. She suspects some strains of the bacteria may be more successful in breaching the barriers separating oral tissues from the bloodstream. These bad bugs would become “most wanted” in the fight against periodontal and cardiovascular disease.

“More study samples will show us which strains are implicated in the disease process, so we can design simple diagnostic technology that could be used in a dental office to identify specific bacteria the patient is carrying and whether that bacteria is known to cause atherosclerotic disease,” said Progulske-Fox.

She envisions those diagnostic tests would be the first step in the war against periodontal and cardiovascular diseases, eventually leading to the development of a vaccine that would prevent oral bacteria from ever gaining a stronghold in the mouth. Antibiotic or antimicrobial treatments that could kill the bacteria after they have entered the circulatory system might also someday be possible.

For now, however, she advises people to practice good oral hygiene. “It is important for these patients to have very good dental hygiene,” said Progulske-Fox, “because losing a tooth may not be a big deal to some people, but it can become a life-threatening situation.”

[eastcoastwilly]

Hi Folks,

Here are some audio interviews with Russ Torlage of Sota Instruments talking about the different aspects of the Beck Protocol. (actual interviews are sometimes near bottom of the pages)

http://helloearth.info/electricityforhealth/electricityforhealth.html

Very Interesting stuff !!

Will

[Mark69]

Hi Chad,

This is very good information, thanks!  Now I have even more reason to build one of these machines. 

Mark