Alzheimer’s
J. Miklossy
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3171359/
1. An average of 90% of autopsied Alzheimer's disease (AD) patient brains are found to be infected with pathogenic spirochetal bacteria. Lyme bacteria are found in 25% (this is 13 times higher than in the control population) of autopsied Alzheimer's brains. The mouth is another source of pathogenic spirochetes, and they can migrate from that location to the brain, either through the bloodstream, or via nerve pathways between the brain and mouth. Such bacteria are found in 93.7% of autopsied AD brains, but are found in only 33.3% of non-AD brains. These percentages produce a statistically significant difference between the AD and normal populations.
2. Lyme disease and syphilis are both caused by spirochetal (motile cork screw shaped) bacteria.
3. Syphilis is known to cause dementia. Also, Lyme disease (an infection by the spirochetal bacterium Borrelia burgdorferi, transmitted to humans by tick bite) is known to be capable of causing severe cognitive impairment.
4. The bacterial infection described above is co-located with the Alzheimer's plaques.
5. The A-Beta protein which accumulates in Alzheimer's brains is an anti-microbial protein (i.e. it can kill bacteria). This (along with #4 above) suggests that its proliferation may be a physiological response to infection.
6. When mammalian neural cells are cultured with added Lyme bacteria, the characteristic pathological hallmarks of Alzheimer's disease (i.e plaque build-up, fibrils, etc.) are found to occur.
In Alzheimers bacteria can insert their DNA into the human Chromosomes
All brains tested so far have lyme or something similar
1.) 1986- JAMA- Borrelia in the Brains of Patients dying with Dementia demonstrated:
1. Pure cultures of Borrelia burgdorferi from two patients - Confirmed with immunoreactivity + for H5332 ( OSP A- burgdorferi) H9724 ( Flagellin antibody for both burgdorferi group For Borrelia miyamotoi group and for Relapsing Fever group.
2.) My paper in 1987 in Human Pathology , "Concurrent Neocortical Borreliosis and Alzheimer's Disease"
Case report -1 patient- Alzheimer’s confirmed by strict neuropath outside consultation { Armed Forces Institute of Pathology [AFIP]}. This case was Positive by brain culture for pure growth of Borrelia Burgd. Imprint cytology and tissue sections were positive for Borrelia. burgd with Monoclonal Antibody H5332
3.) Year 1988- " Concurrent Neocortical Borreliosis - a case demonstrating a Cystic Spirochetal form"
{First report in the world of a Borrelia Cystic Form.} Cystic form was positive for Monoclonal Antibody H5332. Cystic borrelia was embedded inside of an Alzheimer Plaque in autopsy Brain.
J. Miklossy
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3171359/
1. An average of 90% of autopsied Alzheimer's disease (AD) patient brains are found to be infected with pathogenic spirochetal bacteria. Lyme bacteria are found in 25% (this is 13 times higher than in the control population) of autopsied Alzheimer's brains. The mouth is another source of pathogenic spriochetes, and they can migrate from that location to the brain, either through the bloodstream, or via nerve pathways between the brain and mouth. Such bacteria are found in 93.7% of autopsied AD brains, but are found in only 33.3% of non-AD brains. These percentages produce a statistically significant difference between the AD and normal populations.
2. Lyme disease and syphilis are both caused by spirochetal (motile cork screw shaped) bacteria.
3. Syphilis is known to cause dementia. Also, Lyme disease (an infection by the spirochetal bacterium Borrelia burgdorferi, transmitted to humans by tick bite) is known to be capable of causing severe cognitive impairment.
4. The bacterial infection described above is co-located with the Alzheimer's plaques.
5. The A-Beta protein which accumulates in Alzheimer's brains is an anti-microbial protein (i.e. it can kill bacteria). This (along with #4 above) suggests that its proliferation may be a physiological response to infection.
6. When mammalian neural cells are cultured with added Lyme bacteria, the characteristic pathological hallmarks of Alzheimer's disease (i.e plaque build-up, fibrils, etc.) are found to occur.
the American pathologist Dr. Alan MacDonald, who discovered Lyme bacteria in the brains of Alzheimer patients, and has created 3 video presentations (total viewing time is about 80 minutes):
(Preview)(Preview) (Preview)
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