THE CURE FOR ALL ADVANCED CANCERS
results. They had been in touch with him and wanted to please him. What he
wanted most was a “good” MRI, with contrast. George asked why I would
not permit contrast. “Contrast,” I nearly shouted, “And get all that dye back
into the cyst we have been cleaning so carefully?” Its only gadolinium, he
said, prompted, no doubt, by his oncologist. It must leave quite soon. I have
had several already. Could you test for gadolinium at my cyst? I hesitated,
for fear he would make his point, but agreed. Shockingly, gadolinium was
Positive and still very high at cerebrum, liver, and bone marrow, places that
had been cleared of other toxins long ago. Gadolinium was Negative at the
white blood cells of these organs. So none of it was being removed. He still
had the gadolinium in him from his first scan with contrast, nearly two years
ago. But not only gadolinium. He was also Positive for ytterbium, scandium,
yttrium, terbium, thulium, and lanthanum (others not tested). Was the con-
trast material so impure that all the other lanthanides came along for the
ride? It seemed a distinct possibility.
But why had I not discovered this sooner? This simple truth had waited
for his boyish and creative mind to express itself.
I immediately noticed the disturbance in human (not Clostridial) DNA
formation typical for lanthanides. It would start late and end even later so the
total time of its production would be about 27 seconds, instead of the normal
20 seconds, as seen with the Syncrometer. This was still going on at the
cerebrum and globus, but not at the spleen. At the spleen, lanthanides were
Positive, but the excess iron deposits were gone. At cerebrum and globus, the
lanthanides came associated with both ferrous and ferric iron deposits, as is
usual. I wanted to research this further at once, but George had cold sores to
attend to, needed to go home, and gone was all inclination to request a CT
scan with contrast.
A week later I searched for our set of 14 lanthanide metals. All were
present in George’s cerebrum, but none were present in the cerebrum white
blood cells! Yet they were not ferritin-coated. They should have been able to
“eat” the lanthanides to remove them. They had one obvious abnormality;
they had iron and calcium deposits. Somehow this interfered with their abil-
ity to eat toxins. We would soon see how.
At the end of his fourth month, the new CT scan (not shown) still
showed no change in the size or appearance of his tumor-cyst. His cerebrum
and globus (with the cyst location) were still filled with lanthanides and iron
and calcium deposits, in spite of trying EDTA, a very strong metal chelator,
very high doses of vitamin C, and DMSO, a penetrant. The cerebral and
globus white blood cells were empty, were not eating the intruders. But a
new fact had emerged. Wherever there were calcium and iron deposits the
normal digestive enzyme pancreatin was missing. Could this be significant?
All normal tissues were supplied with pancreatin which lasted for many
hours after a meal. Normal tissues also had phosphatydyl serine, a molecule
in the cell membrane that could declare the cell was ready for digestion. Cal-