Question 3

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QUESTION 3

You are making unnecessary complications to your theory by introducing the

additional aspects of intense infrasound, UV light, etc, on top of the

well founded high manganese aspect of your work. I just cannot see why you

need these extra facets when the cause of progressive neuro-degeneration is so

well demonstrated by the high incidence of neuro-degenerative disease amongst

those occupationally involved in arc welding, steel milling, etc, that the

manganese exposure on its own will produce neuro-degenerative disease. And

then the high incidence of prion diseases around tectonic fault lines is,

again, due to the high manganese levels that exude from the volcanoes, etc.

This new idea of sound is simply stupid. I'm sorry but Its crazy.

ANSWER

Well, we must remember we are dealing with TSEs here; diseases which are

complicated and transmissible in the lab; diseases whose pathology and

clinical profile can be distinguished apart from the more common

neuro-degenerative diseases like Parkinsons and amyotrophic lateral sclerosis

to which you refer. So it seems reasonable for me to assume that the causes

of these various diseases could each be independently triggered off by

different variants of metal species - perhaps involving metals that exhibit

different oxidative, quantum or magnetic status. In combination with the

various genetic susceptibility factors which are associated with these

diseases.

Furthermore, I have consistently noticed the presence of phenomena that

generate excessively high intensities of low frequency infrasound (eg; low

flying military aircraft, quarry explosions, earthquake/volcanic activity)

in all TSE clusters that I have investigated to date - to the extent that you

can almost predict the areas of TSE clusters without actual prior knowledge

of the whereabouts of the disease cases. I would doubt that such a 100%

correlation is pure coincidence. I would say that it is crazy not to address

this correlation!

You should also be aware that occupational involvement with welding gear,

steel mills, does not only involve exposure to manganese. It also involves

chronic exposure to the intensive levels of the ultra violet and infrasound

that are generated by the the operation of the welder and the steel mills.

Likewise, manganese emitting volcanoes also radiate high intensities of

infrasound.

What is more, the good work by Dr David Brown at Cambridge showed that prion

protein can bind manganese in the absence of copper and subsequently

transform to the protease resistant form of prion protein as seen in the TSE

diseased brain. But the manganese prions that were generated in these

experiments were not pathogenic - as would have to be demonstrated in order

to provide evidence that the fully fledged causal prion had been created. So

what is so crazy in proposing the additional factor of intensive sound or

light energy, particularly since manganese is well recognised to absorb these

energies - undergoing atomic structural/magnetic modifications at the more

intensive end of the exposure spectrum! The fact that metals such as

chromium and trivalent manganese are used by the audio music industry for

storing the sound energy on music tapes demonstrates the very real basis of

my proposal. How can it be crazy, for gods sake!

At least Japanese scientists at Kobe have taken my work seriously, and they

have beamed manganese prions with near infrared light waves and caused the

prions to aggregate and form the fibril structures that are so characteristic

of the TSE diseased brain.

Mark Purdey


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