Cancer – the principles of prevention and treatment Part 2 by Dr. Sarah Myhill

Starve out the cancer cells

Cancers are evolutionarily primitive cells and can only survive on glucose. In this respect they are very much like yeast and rely entirely on anaerobic metabolism. Glucose is fermented in the absence of oxygen to produce energy. This is very inefficient and produces lactic acid. Indeed, this inefficient burning of glucose probably explains the cancer cachexia (weight loss) seen in advanced cases.

My guess is that a fermenting gut is also a risk factor for cancer because of production of endogenous toxins.
Normally animal and of course human cells get the vast majority of their energy from mitochondria. This is extremely efficient, mitochondria can use not just glucose, but also energy from fat and protein. All these uses require oxygen. The reason it is important to understand this is because mitochondria control cell division. If mitochondria are switched off, this control is lost and the cell turns into a cancerous cell. Indeed this may well be part of the mechanism by which cancer begins.
The difference between a cancer cell and a normal cell, therefore, is how it gets its energy. By substantially reducing sugar supply, one starves out the cancer cell. In this event, cancer cells up-grade the mechanism by which they absorb sugar, which is the same mechanism by which they absorb vitamin C and vitamin C is extremely toxic to cancer cells. So the first two key interventions are:

1. Low Glycaemic Index Diet. Cancers are evolutionary primitive cells and can only survive on glucose. Therefore their growth is encouraged by a high carbohydrate diet because all carbohydrates are broken down into monosaccharides such as glucose. Eat a low glycaemic index diet based on meat, fish, eggs, nuts, seeds and vegetables. Foods such as grains, root vegetables, fruits and sugars are all high GI food and should be avoided. By doing this one starves the cancer cells of their fuel and slow their growth. Normal healthy cells can work very well on long and short chain fatty acids and protein, sugar is not essential for mitochondria to work well.

2. High Dose Vitamin C. When cancer cells run short of a glucose supply, they upgrade the mechanism by which glucose is absorbed into the cells. This same absorption mechanism also absorbs vitamin C. Vitamin C is highly toxic to cancer cells. Take vitamin C to bowel tolerance. The cheapest source is ascorbic acid, but if this is not tolerated then magnesium ascorbate can be used instead. All drinks and meals should be supplemented with one or two grams of vitamin C to get the total daily dose up to at least ten grams and ideally twenty or more grams a day. Because vitamin C has such a short half life in the blood, it needs to be given in lots of small doses throughout the day. Too much vitamin C causes loose bowel motion and if these doses are not tolerated then it might be worth considering injectable intravenous vitamin C. Humans, guinea pigs and fruit bats are the only mammals which cannot make their own vitamin C – they have to eat it. If one extrapolated from other mammals what our “normal” daily dose should be one would get to about 4 grams daily.

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