There is new hope for many of those affected with paralysis but unfortunately not for all. What is the point of no return and can it be prevented?

In answer to the first part of the question it appears the point of no return arrives when muscles and nerves have shrunk away, one from the other, and no longer make effective contact. I think the point of "no return" could be prevented in most instances by correction before atrophy has caused complete disability.

"Nerve damage, dead nerves, " many times we hear these words applied; yet in my experience rather than "dead nerves, " I find receptors with disturbed circulating patterns. Further, once this is corrected the receptors become alive and responsive. In the book Vivaxis I discussed a multiple sclerosis case which was my initial encounter with a paralytic disease. Since that time I have gained considerable experience and have learned to first test the wave pattern of the brain receptors. Worries and frustrations are a common spawning ground of this disease and therefore it is not surprising that disturbed wave patterns of brain receptors are generally found.

Currently I am assisting such a case in our search for more knowledge. For five years his balance was so pathetically inadequate that he was unable to sit in a chair or on his bed without tumbling over. A particular group of four brain receptors were the main cause of his lack of equilibrium. One of these disturbed receptors was located in the centre of the forehead, two others a few inches away on either side (see Figures 7 and 8), the fourth was located at the back of the head towards the top. These were all corrected with specific polarizing. About a half an hour later this man was able to sit without support in an armless chair having regained control of his equilibrium. A few days afterwards his wife reported that he was now able to sit on the bed and dress himself. In the space of a short half hour he overcame a discrepancy that had plagued him for five long years.

Figure 7

Figure 8

Front and back views showing respiratory and brain receptors.

The eye receptors are not marked but they are generally found in close proximity to brain receptors.

In this instance the man was in a wheelchair and was not considered a good subject for polarizing. Efficient polarizing should be done standing with both feet separated in order to ground the two different energies. Tests have showed that during polarizing the heart responds with a strong co-ordinated rhythm with wave vectors alternating in a wave channel to the person's Vivaxis. In contrast, polarizing while sitting is inclined to cause a confliction in the magnetic wave pattern of the heart and consequently polarizing is only attempted in a wheel chair if the participant shows muscle and reflex response sufficient to indicate that after an initial start he will be able to polarize standing up.

In this man's case he had no ankle X-rays and we were able to place a round container of ice between his bare ankles as he sat with his feet on the floor and his head aligned in his channel. His ankles introduced his two correct opposing quanta into the ice and this served to pull his energy waves down into his feet. This man is now walking with assistance (for the first time in five years) and in the future polarizing will be attempted while standing.

I receive numerous letters from multiple sclerosis cases and their desperate pleadings bring a big lump to the throat. However, even if it was humanly possible to handle them all, I must refuse because I am not licensed to do so. Therefore, I suggest that these desperate people appeal to the Multiple Sclerosis Society and medical profession to investigate this law of magnetics that controls wave messages to the reflexes.