After a few minutes I persuaded him to concentrate on lifting his left leg. This time the leg responded and he was able to lift it up a few inches but not without the pull to his stomach muscles. After alternating between resting and exercising for a period of twenty minutes, we called in his mother and friend.

As they watched Mike's legs respond to his wave messages, tears of emotion welled in the eyes of both women. "I can't believe it! This is the first time since the accident he has been able to lift and control his legs." His mother's excited voice continued, "It's like a miracle!"

Mike returned home with instructions to practice lifting his legs for a period each day. Also, he was instructed to neutralize morning and night using a round container of solid ice, in order to keep his newly reinstated circuits in a steady magnetic state. A static condition would disrupt a weak circuit and his gains would be lost.

Mike and his mother worked conscientiously and returned in two weeks. The boy had retained his gains and the stomach muscles no longer hurt when he lifted his legs. We worked for several days together and reached one platform after another, each one bringing further improvement. As an example one set of receptors was responsible for moving his feet sideways and had to be specifically reinstated before he could accomplish this particular movement.

Now that Mike could manipulate better we devoted our efforts to eradicate his X-ray interference. This further strengthened his spine and enabled him to sit up alone. Next, he commenced to crawl supporting himself on his knees and moving them at will back and forth. Each day his ability improved and now when I pinched his leg it was accompanied by a loud "Ouch!" Life and feeling were flowing more and more through the young boy's legs, but unfortunately with the feeling came pain in the right knee. The knee that had been so badly broken and never set properly.

At each session groups of disturbed code receptors were reinstated with their correct energies and each correction brought more magnetic flow into his limbs; but time and extra nutrients also had a place in building necessary muscles. After a short time he started to take a few steps assisted by a person on each side. We were amused one day as he commented, "I don't know if I want to learn to walk."

"Mike! Why do you say that?" I remonstrated.

"Because grown-ups get so many corns", he replied with a laugh.

However, Mike really did want to walk and my suggestion was overruled that he should first concentrate on crawling and forget the walking until his leg bones had plenty of time to strengthen. To walk became an obsession and after Mike returned home, he started on his own using crutches without the leg braces. At last report he was walking quite a distance in this manner but at times his right knee buckled unexpectedly and it was becoming increasingly painful. He is scheduled shortly for an operation on the knee which will involve taking out the pins, rebreaking and resetting. We hope this will provide the correct answer, for he could not expect to use the knee in the manner it had been set originally, twisted and out of alignment to his leg.

Speculating upon the reason why Mike had the complete use of both arms but was paralysed in the legs led me to another significant discovery. The bullet perforated Mike's left hand, but his mother felt it was of little consequence compared to his other wounds since it merely pierced the flesh between the left thumb and forefinger and he had soon regained its full use. Up to this point I had ignored the part of the hand between the thumb and forefinger but on a hunch I tested the area on my husband's left hand. I found that as he sent a message to move his leg the communication was received by receptors located in this section; receptors that became stimulated and registered an alternating motion in the recording wire. The stimulation ceased when the message terminated. Further testing revealed that nearly all wave messages were recorded in the various parts of this left hand area but similar messages were not picked up in the same area of the right hand. Testing showed the corresponding section between the big (first) and second toes of the left foot was also a vital communication centre.

This was an avenue that had not been explored with Mike, so it was arranged as a research project that he attend the seminar in Nanaimo, B.C., held November 1970. We tested his receptors between the thumb and forefinger of the left hand and between the first and second toe of the left foot and found these communication areas and associated receptors on the head with distress signals. About six hours after the correction of the code receptors the improvements became apparent and Mike now had much greater ability to lift his knees.

This delay after correction might appear inconsistent with our earlier results but when code receptors alone have their necessary energy pattern reinstated, a time element is often noticed as they gradually gather momentum before their influences are felt by the specialized receptors. Generally, the correction of code receptors automatically reinstates the function of the specialized receptors dependent upon them.

Another discrepancy that plagued Mike for nine years was lack of bladder control. Normal signals were not received advising that his bladder needed emptying. As a consequence, he had to suffer the indignity and inconvenience of always having to wear a leg bag. Since that day at Nanaimo there has been no further need even during the long hours spent in school. There has been no need for wave signals are now received and the bladder reflexes have developed normal control.

I reflected upon this sudden transition and it was a sudden transition. For nine years no signals were received and presto, normal responses were reinstated. There is always a story to be told and another piece of the puzzle to be fitted. What activated the signals so suddenly?

The change had taken place immediately after the communication area between the left index finger and thumb had been stimulated and specifically channelled. I wave tested various people in this area of communication and discovered that shortly before their bladder needed emptying a receptor in this section continuously emitted wave signals; detected in the recording wire by a continuous alternating motion. The same receptor gave off no wave signals after the bladder was emptied, (see Figure 10). This area of communication will be discussed further in the following chapter.

- - Left hand

X - Marks site of signal from bladder. Shaded area represents - the communication area

FIGURE 10