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This page contains various comments which support parts of the models. The Cn numbers are points the models link to.
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C1
The molecule Phosphitydle Inositol 4,5 Biphosphate rests in the cell wall, next to the Calcium Ion pump. When a message is received by the cell, there is a short chain reaction which results in this molecule breaking into two parts. One part acts to turn on the ion pump. The other part enters the inner part of the cell and starts an avalanche of chemical reactions of phosphoralation. The end of this avalanche causes the cell do whatever it is designed to do. - - - (Back button to return)
C2
The author hypothesizes that acetaldehyde damages the Phosphitydle Inositol 4,5 Biphosphate molecule in such a way that it cannot split in two. The result would be that the cell cannot do what it is designed to do. It is known that CIMS disruption will prevent the sustained contraction of smooth muscles, such as are found in veins and capillaries. As the capillaries dilate, the increased blood in the tissues will appear as a blush color. This is the mechanism by which people get a red face after they have been drinking. - - - (Back button to return)
C3
If the CIMS in the fingers is disrupted for a long time, the capillaries will be dilated for a long time, and blood serum will leak into the interstitial spaces faster than the lymph system can drain it away. This produces Candidids. These are areas of small clear blister-like pools of clear sterile fluid just under the skin. The large amounts of interstitial fluid make exchanges between the living cells and the blood supply very inefficient. The result is cell death in the immediate area. Candidids are named as such because they always occur in the immediate vicinity of colonies of Candida albicans in the skin.
The writer has seen Candidids on the fingers, toes, top of the foot, and hands. - - - (Back button to return)
C4
