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| Nanobacteria Infection |
Last updated: May 05, 2008 |
Conditions that suggest it | Contributing risk factors | It can lead to... | Recommendations
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Baylor scientists and others have searched for years to prove that a virus or other infection might explain why some get severe heart disease and others get none. A breakthrough in Finland, by Nobel Prize nominees Neva Ciftcioglu PhD and Olavi Kajander MD, PhD, has opened the door to a stunningly successful treatment program, now available locally.
Their discovery was an unsuspected, incredibly tiny bacterium-called Nanobacter-that appears to cause or worsen a variety of ailments, including heart disease. These tiny bacteria, seen only with powerful electron microscopes, "ooze" a protective shell of calcium, coating themselves just like the sugar glaze on a donut. When enough Nanobacter are present, specks of calcification appear and grow-hardening arteries, creating kidney stones, perhaps even cataracts and gum disease. Research is now underway at Mayo Clinic, Harvard, NASA, and other centers around the world.
Preliminary treatment trials have shown, within 6 months, decreases of 50% in heart artery calcifications, with dramatic improvements in symptoms, EKG tracings, and other tests. Also noted were better memory, more energy, return of sexual function, better physical performance, improved vision, even better hearing. Researchers saw lessening angina heart pains, lower blood pressure, better diabetes control, better circulation overall, even improvement in arthritis joint pains.
John Parks Trowbridge M.D., specialist in alternative approaches for over 20 years, sees this discovery as an exciting new choice in health care. Rather than just treating disease, people can choose to restore better health, reduce use of drugs dramatically, even avoid risks of surgery and hospital tests.
"Nanobacter treatment," explains Trowbridge, "is one of the last pieces in the puzzle of not just treating but even preventing heart disease, perhaps high blood pressure, and a whole host of other "degenerative" long-lasting diseases." Head of the Advanced Training Program in Heavy Metal Toxicology in 1996-1998 and a Fellow of the American College for Advancement in Medicine, Dr. Trowbridge pioneered development of an advanced chelation therapy program since 1993. "Nanobacter treatment," explains this author of 7 books including 3 on chelation as an effective method to remove unsuspected toxic metals contributing to heart and blood vessel diseases, "adds a dramatic new dimension to our efforts to return people to active, independent living."
Trowbridge has completed extensive revisions to incorporate Nanobacter treatment into his already advanced protocols. "Doctors without sufficient background in nutrition and toxic metal removal run the risk of needlessly creating new problems while trying to solve others," he cautions. "Our 20 years of experience produce safe and consistent results ...and adding treatments for the Nanobacter infections will be even more successful in meeting people's needs more quickly and with less expense, with the convenience that most of the treatment is done at home."
Finally feeling better, according to Dr. Trowbridge, has never been easier and never been more affordable. Insurance companies, he claims, have ignored many advances that help restore better health, programs that people would demand if they knew the real facts. "One reason that our advanced programs, and now Nanobacter treatments as well, are so wonderful is that they treat the causes of many problems, not just the discomforts.
People who come for help with 'heart disease' often brag about better digestion, fewer prostate problems or menopausal hot flashes, better sleep, fewer headaches, better skin tone, and on and on. We're thrilled to share in their successes and looking to help other who want the same."
This concept is highly controversial and may yet prove to be inaccurate. Further studies are needed.
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Conditions that suggest Nanobacteria Infection: | |  | | | | Autoimmune | Scleroderma | Researchers have identified tiny bacteria, known as nanobacteria, that may play a role in the formation of calcification found in scleroderma and other disorders. Cells infected by these bacteria develop deposits of the mineral apatite on their walls.
This is a very new field of research which is highly controversial, however it has recently attracted the attention of researchers at the Mayo Clinic and NASA. Nanobacteria have been found in kidney stones, Alzheimer's disease, heart disease, prostatitis, and some cancers.
A lot of the controversy surrounding nanobacteria has to do with its very name, in that some researchers do not believe that it represents a life form and thus cannot properly be named "bacteria", because the research on its purported nucleic acid has not been completed yet. Thus, some believe that "nanoparticles" would be a better description for it. |
| Circulation |
Atherosclerosis | Organ Health |
Kidney Stones (Urolithiasis) | Tiny little bacteria that build a mineral shell for themselves could be the cause of kidney stones, Finnish researchers recently discovered. They said they found the bacteria, known as nanobacteria because of their small size, in human blood serum and also in kidney stones.
``Nanobacteria are the smallest cell-walled bacteria, only recently discovered in human and cow blood and commercial cell culture serum,'' they wrote in their report in the Proceedings of the National Academy of Sciences. They found nanobacteria in both human and cow serum. When they let the serum sit in a test tube for a little while, the bacteria settled on the bottom. They quickly developed a thick shell. ``These apatite shelters ... were apparently the dwelling place of the organisms,'' they wrote. These could be the starting points of kidney stones, which build up layer by layer, something like a pearl forming on a piece of sand inside an oyster. So they looked at kidney stones.
``We performed a pilot survey on 30 human kidney stones to assess whether nanobacteria might be found.'' Tests showed they were in all 30 kidney stones. Blood serum itself, they said, contains chemicals that suppress the formation of mineral layers. But they said they had found earlier that nanobacteria can be transported from the blood to the kidneys. |
| Risks |
Increased Risk of Coronary Disease / Heart Attack |
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Risk factors for Nanobacteria Infection: | |  | | | | Symptoms - Female | Having possible/having breast calcification | Although early in the discovery of nanobacteria and its consequences, calcium deposits in the breast and a link found to heart disease suggest that this bacteria may be present.
A large scale study of women for 20 years found breast ductal calcification was associated with a 1.9 fold increased risk of coronary heart disease, while breast vascular calcification was linked to a 1.4 fold increased risk. [Family Practice News, January 1, 2002;32(l): p.12] |
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Nanobacteria Infection can lead to: | |  | | | | Autoimmune | Scleroderma | Researchers have identified tiny bacteria, known as nanobacteria, that may play a role in the formation of calcification found in scleroderma and other disorders. Cells infected by these bacteria develop deposits of the mineral apatite on their walls.
This is a very new field of research which is highly controversial, however it has recently attracted the attention of researchers at the Mayo Clinic and NASA. Nanobacteria have been found in kidney stones, Alzheimer's disease, heart disease, prostatitis, and some cancers.
A lot of the controversy surrounding nanobacteria has to do with its very name, in that some researchers do not believe that it represents a life form and thus cannot properly be named "bacteria", because the research on its purported nucleic acid has not been completed yet. Thus, some believe that "nanoparticles" would be a better description for it. |
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Recommendations for Nanobacteria Infection: | |  | | | | Detoxification | Chelation Therapy | Rectally administered EDTA, given with tetracycline, has exhibited definite signs of pathologic calcium removal from the coronary arteries. Nanobacter Laboratories is apparently accumulating data showing that rectally administered EDTA in the presence of an antibiotic is able to deliver an important benefit to patients whose primary concern is a high calcium score on the ultra high-speed CAT scan study of their coronary arteries.
The nanobacteria theory and EDTA treatment are controversial and have opponents. The truth remains to be seen. |
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Antibiotics | Ciftcioglu and Kajander (confirmed later in clinical research by Mezo) found Tetracycline Hydrochloride to be the only antibiotic effective against Nanobacteria. Not even the close sisters of Tetracycline, Doxycycline and Terramycin, will work (Mezo). The larger studies have not shown Azithromycin to be effective in preventing coronary disease or in affecting it’s outcome; Azithromycin does not prevent restenosis. Tetracycline, because of its chemical structure, is able to specifically kill nanobacteria. However, effective treatment regimes are still being worked out.
Treatment may require the use, at least for now, of NanobacTX, Dr. Mezo's Nanobiotic treatment. This is used in conjunction with tetracycline and EDTA to produce reports from cardiologists like James C. Roberts MD who say "I am seeing symptomatic improvement, often striking, in at least 90% of the patients I have treated with NanobacTX. This improvement is occurring in patients with new onset coronary symptoms, and in patients who are "too far gone" for any other standard or alternative therapies. |
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KEY |  | Weak or unproven link |  |  | Strong or generally accepted link |  |  | Proven definite or direct link |  |  | Likely to help |  |  | Highly recommended |
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