THE CURE FOR ALL ADVANCED CANCERS
seen on a scan. Take three drops, three times a day (excess is
toxic). It is also a traditional tumor shrinker.^103
Restore Major Minerals
Calcium. There is a serious deficit of calcium in all cancer
patients even when tumors themselves have too much and blood
levels are much too high! But we cannot give more while blood
levels are too high, called hypercalcemia. The problem in this
case is in the thyroid gland. As soon as the thyroid problem, it-
self due to toxins and bacteria from teeth, is corrected, the cal-
cium level may plummet, revealing the true shortage. Only re-
peated blood tests would show you this sudden change, in time
to treat the hypo calcemia (low levels) that suddenly develops.
The amounts we recommend are in the 21 Day Program. Don’t
exceed the Program because taking too much calcium could
precipitate it in the wrong places. Excess calcium could even
trigger cell division in some settings. Be sure yours is lead-free
(ask for an analysis).
Magnesium (oxide) should be taken as a powder, like cal-
cium, to help it dissolve in the stomach. Taken as a powder, it
does not cause diarrhea. It is a major enzyme activator. There is
a severe deficit in cancer patients. Magnesium helps to detoxify
phenol. Phenol is produced by Streptococcus bacteria, and also
comes from benzene. Phenol is even produced during digestion
by the liver. High doses of magnesium are needed during the
time when benzene, dyes, and plasticizers are being mobilized
from the body tissues and newly opened tumors. After this, a
lower dose may be taken. Take at the beginning of meals. Mag-
nesium also reduces anxiety, relieves pain, protects the heart,
and stops spasms of many kinds.
Potassium gluconate. There is a severe deficiency of potas-
sium in the tissues of a cancer patient. Even ½ teaspoon of po-
tassium gluconate powder, which contains 240 mg potassium,
(^103) Strong, L.C., Possible Effect of Oil of Gaultheria in Diet of Mice Susceptible to
Spontaneous Carcinoma of the Mammary Gland, Am. J. Cancer, v. 28, 1936, pp.
550-58.