The reported work of the Drs. Perez Garcia and of Dr. Paquette is spiced with many examples of
IPT helping vascular conditions.
A case of varicose veins in
the 1992 patent.
Two cases of obliterating endarteritis
in Dr. Paquette's book. After one or two treatments, patients were walking
without serious pain. Other symptoms improved as well.
An enormous hemorrhoidal mass, 5.5 cm (2
inches) in diameter improved by 75 to 80 percent within a few hours after the
first IPT treatment by Dr. Paquette.
Two cases of major circulatory problems
with vertigo and loss
of taste and smell, returned to a much better state of health, with restored
senses, within one or two days after one IPT treatment by Dr. Paquette.
Cardiovascular disease is a leading cause of impotence. We have one
recorded case on IPTQ (in the 1992 patent) of IPT helping to reverse
impotence. This
would certainly be a big incentive for many men to try IPT. Viagra
works, but only when the drug is taken, and there are hazards and risks for men
with cardiovascular problems. IPT might be a way to clear up those
cardiovascular problems and restore natural potency.
Dr. Perez Garcia y Bellon 2 had a protocol for treating
hypertension
in his practice in 1975.
Possibilities:
There are also potential applications of IPT that are suggested by its use in
other fields, and by the properties of insulin.
A Medline search shows that insulin can have angiogenic action (stimulating
growth of new blood vessels). The results can be seen in anecdotes of
insulin speeding the healing process, helping frostbite and gangrene, and the
examples above. There are probably many other applications. I
believe that we do not need to be afraid of using insulin for healing, as long as
enough glucose is available to for administration to end hypoglycemic symptoms.
There is growing evidence that most cases of atherosclerosis are caused by a
bacterium, Chlamydia pneumoniae. IPT may be an ideal way to
potentiate and deliver antibiotics (usually azithromycin) to all parts of the
circulatory system, and rapidly clear the body of this organism. It could
be that insulin will help antibiotics penetrate into the plaque that lines
diseased vessels, while the insulin at the same time stimulates other changes
which heal the vessel walls.
Another application of IPT might be in avoiding tissue and organ damage
from toxins released during reperfusion of ischemic (oxygen deprived)
tissue. This can happen when clots are bypassed, when a transplanted
organ is first connected to its new blood supply, and when severed limbs are
reattached. My sense is that if a lot of insulin is present in these
situations, cell membrane permeability will be high, and the effects of
ischemia may be less, and toxins can be removed more quickly. Perhaps
IPT can be used to increase insulin availability to the ischemic areas, and to
reduce toxic effects to organs. A number of doctors have developed a
gradual reperfusion technique with a special solution that contains salts,
glucose, and other components. I recommend that they add insulin to this
solution, if it is not already included.
May 28, 2002. Could IPT plus antiproliferative drugs prevent
restenosis of vessels after stent insertion? Could IPT plus clever drug
combinations help the body clear vulnerable plaque from arteries, or make
plaque less vulnerable? If so, IPT could lower the cost and improve the
outcomes of cardiovascular interventions, by eliminating the need for very
expensive radioactive or drug-eluting stents.
