As a working hypothesis I suggest that all code receptor waves are carrier waves which traverse the hypothalamus and thalamus. Therefore, code receptors are probably part and parcel to the communication system of these two related organs. Code receptors are certainly all receptors of magnetic influence with a specific pattern of magnetic energies imprinted upon their waves. This in turn links them to the energies at our Vivaxis. The lower central portion of the brain is also the centre of our magnetic influence and here is where the hypothalamus lies, with its partner the thalamus, as an immediate neighbour.

Researchers have shown the hypothalamus to be the part of the brain controlling the visceral functions of the body. They refer to it as a switchboard and messenger centre co-ordinating vital functions of the nervous system. The vital functions that it controls include, body temperature, pain, water balance, appetite, fear, anger, sex urges, blood pressure and a host of others. Receptors representing many of these senses can be located on the tongue when they become stimulated. This is a very revealing experiment and is detailed further in this chapter.

Experiments with rats have demonstrated there are several centres in the hypothalamus that control eating. One point, sometimes termed "appestat", when stimulated creates the desire to eat, even in the case of an overfed animal; if this point becomes injured there is a significant loss of appetite. As another example, suppose a creature is confronted by one of the opposite sex. The sense organs transmit a message to the hypothalamus which, by way of its blood connection to the anterior pituitary, stimulates the latter to excite the gonads. Thereupon the gonads secrete more sex hormones and enable the animal to respond appropriately to the situation.

FIGURE 12

The hypothalamus, one of the most vital organs of the body, is located in the lower central portion of the brain where its position provides maximum protection from physical injury. It has one of the richest blood supplies of any part of the body. It is quite small despite its importance; in man it is approximately the size of a small prune.

The hypothalamus is just above the pituitary and in addition to the proximity of the two organs they are intimately associated in other respects. The blood supplies to the hypothalamus and the anterior pituitary have an unusual link by which the veins leaving the hypothalamus feed capillaries in the latter. The hypothalamus and the posterior pituitary are joined by a stalk-like connection through which pass nerves from the former to the pituitary. Thus, the hypothalamus and the pituitary (orchestra leader of the endocrine glands) form a link between the two principal control systems of the body, nervous and endocrine systems.

Hypothalamus disturbances in many instances appear to stem from prolonged mental frustration and worry. Consequently correction through channelling is only part of the adjustment required if the energies are to remain in correct balance; the underlying cause of the mental stress must also be corrected. Medicine has become increasingly aware that so often the mind must first be cured before the body can be healed.

Thumbing through notes made many years ago, my attention became focused on a multiple sclerosis case. She described that slightly prior to an attack, involving loss of equilibrium and reflexes, etc., she would notice points on her temples with pain and burning sensation. For years this person had been under considerable mental strain which apparently affected the communication circuits leading through the hypothalamus and thereby caused a chain reaction throughout her entire system.

During a recent study group we had the opportunity to witness the close relationship between disturbed hypothalamus code receptors and the endocrine organs. One of the members present was a woman in her early forties who, after a cancer diagnosis some years previously, had suffered the removal of her uterus. The doctors at the time suggested removing her breasts as a precautionary measure, warning her these organs are so closely allied that cancer of the womb often manifests itself in the breasts. She refused the breast operation and decided to take that risk. In our meeting she brought to our attention a matter causing her great concern; a sore lump on her right breast about the size of a pigeon egg, with smaller ones branching from it. The growth was wave tested by four members of the group who all confirmed it had a chaotic circulating pattern. Normally the remedial procedure for her to follow would be the specific stimulation of the affected area and associated receptors before channelling.

However, at the time we were a research group bent on exploring the influence of the hypothalamus in relation to the endocrine system. Both the hypothalamus and the pituitary gland of this member had disturbed signals from the sites of their respective receptors. Further, she had for some time been under considerable stress, a condition which generally precedes a disturbed hypothalamus. As a consequence the group decided she should work only on her hypothalamus; a decision to which she agreed. She stimulated the hypothalamus code receptors of her head as well as the terminal receptors located in the fingers and toes and then channelled. Within half an hour no disturbance could be detected in those code receptors, nor in those of the pituitary. Within twenty-four hours the lump had completely disappeared.

This was another illustration of the chain reaction to the endocrine glands brought about by the specific channelling of the code receptors leading to the hypothalamus. It emphasized the close relationship of the nervous and endocrine systems and the fact that due to this relationship prolonged emotional stress will upset the balance of energies in the endocrine system. Cancer of the sex organs, ulcers of the stomach and many other diseases of the vital parts of our body can probably develop as a result.

A short time ago, I conducted an experiment to test the stress on the hypothalamus and pituitary. My husband's hypothalamus communication code receptors were in a normal quiet state but I asked him to concentrate on a particularly disturbing incident that he had experienced. After an interval I tested and found his hypothalamus code receptor on the left temple and also pituitary receptors were producing distress signals. An hour later they were still unaligned but even though I knew their balance could be reinstated by channelling, it was my desire to try another method. Like most men my husband is very responsive to tender feminine caressing and I wished to see if the readjustment could be achieved in this way. He obviously enjoyed the pleasant technique of soothing his nervous system. After an interval I wave tested again but the communication code receptors of the hypothalamus were still disturbed. It is an understatement when I comment, the lack of response was more than shattering. Thereupon my husband suggested a drink of ale might be beneficial. I argued it would probably aggravate the chaotic state but to no avail. Shortly after he had consumed his drink the receptors were in a quiet steady state.