Date: Thu, 13 Jul 2000 17:12:54 -0500 To: [email protected] From: Pamela Grant <[email protected]> Subject: H2O2 and oxygenation Cc: Bcc: X-Attachments:
> << CAN H2o2 be ingested? Does this oxygenate the blood? > >> > I am still waiting for an answer on that one, from Judith, at her e-mail > address at: [email protected]. Try e-mailing her. Perhaps she'll > write you back. Nada so far, for me. > > Lynn >>I think you will find that a couple of good breathes will supply more > >oxygen to the blood than any amount of H2O2 will furnish. The useful > >action of H2O2 is in its oxidation rather than in its oxygenation. >>Ivan. In response to Ivan's remark: >The useful >>action of H2O2 is in its oxidation rather than in its oxygenation. >>Ivan. Taken from the book: HYDROGEN PEROXIDE: MEDICAL MIRACLE---by William Campbell Douglass,M.D. Dr. Farr in an experiment, uses an oxygen-measuring instrument to measure the oxygen consumption. The patient wears a mask over his face and a delicate, computerized instrument does the rest. the machine calculates the inspired oxygen and the expired oxygen and reports the differnce. The weight of the patient being known, the rate that the body is burning fuel(oxygen) can be easily determined. It's sort of like miles per gallon with your car, except we call it metabolic rate. If the metabolic rate goes up with H2O2 therapy, then Farr is right, and more oxygen is getting to the tissues--OXYGENATION OF THE TISSUES IS THE NAME OF THE GAME FOR GOOD HEALTH AND LONGEVITY. The results of this experiment were unequivocal. In less than two minutes after the beginning of infusion the metabolic rate began to rise. The rate of metabolism went up 100 percent and stayed at that level until the infusion was stopped. The rate returned to pre-treatment levels in about thirty minutes. The other experiment involved the measuring of the change in body surface temperature as a result of expansion of the tiny blood vessels in the skin(vasodilation). If the temperature goes up during the H2O2 infusion, then the body's oxygenation has increased and vasoldilation has occurred. If the blood vessels dilate, the circulation improves and, again, more vital oxygen is getting to the tissues. Within five to ten minutes after starting the infusion, the body surface temperature goes up by one degree, corresponding to the increase in oxygen consumption and vasodilation. A sensitive little photo-electric cell was placed at the end of the index finger to measure the pulse volume. This is an accurate assessment of the expansion of the tiny blood vessels throughout your body. There was a clear and sustained increase of the pulse volume throughout the treatment. All of these measurements-the oxygen consumption, the temperature rise and the blood vessel dilation-were duplicated for six consecutive days on all patients. That doesn't leave much room for coincidence. In fact, the essence of scientific proof is that your results can be consistently repeated in a high percentage of cases studied. 100% repeatability is not too bad. So now you can see the importance of these experiments in your own case. By simply taking your temperature in the armpit and pulse volume at the fingertip we can tell if(1) the H2O2 we are using still has its potency(the solution can deteriorate), and (2) is the H2O2 having the desired effect of the oxygenation of tissue in your body. There are so few treatments in medicine where the results can be so readily and easily determined as with vantage over any other form of treatment. Either it's working or it isn't. There is usually no in-between. Dr. Farr made another brilliant observation from his studies. He perceived that the tiny amount of oxygen couldn't possibly explain the doubling of the metabolic rate observed. He calculated that it would take approximately 416 quarts of oxygen to cause the increase in oxygenation(metabolic rate)observed in the patients. Even if the infusion was continued for 24 hrs., only 3 1/2 qts. of oxygen would be produced-less than 1% of the amount necessary to obtain the results measured. He concluded, therefore, that the increase in oxygenation is due to the infused H2O2 stimulating the body's enzyme systems. So the objections being heard from scientists that only a trivial amount of oxygen could be getting to the tissues is incorrect. They are technically correct, but the results speak for themselves and vindicate Dr. Farr's landmark research. How does this compare to the ingestion of H2O2 and whether or not the same results would be obtained, I do not know, yet. It would be a good experiment. If anyone wants more info on H2O2 I have more written which I can send. But for now I will delete the rest of what I was going to send to you all, unless the interest is there. Pam >>In a message dated 7/11/00 12:09:12 AM !!!First Boot!!!, >[email protected] >>writes: >><< CAN H2o2 be ingested? Does this oxygenate the blood? "the clinical benefit of oxygen saturation of tissue fluid from the oxygen produced by H2O2 may be of secondary importance. Very little peroxide is used in the treatment(intravenously) and, hence, very little oxegen is actually produced. H2O2 is a powerful oxidizer, however, and will oxidize toxic and non-toxic substances alike, which is completely separate from its role as an oxygen contibutor."..Dr. Farr describes the biologic effects observed from the intravenous administration of H2O2 as "oxidative detoxification". However, "Schlegel proved beyond a shadow of doubt that you can oxygenate with hydrogen peroxide. He put some micro-organisms under a one hundred percent nitrogen enviroment. This exclusion of oxygen ordinarily would lead to a quick death. But he bubbled in H2O2 and the organisms lived just as normally as cells in a natural enviroment." "Going back to 1940 and Dr. Singh, the last of the early pioneers of oxygen therapy, he found that dogs could be kept alive for sixteen minutes on intravenous oxygen---without any air going through their lung. It's usually curtains within 3-5 minutes." "Contardictory reports continue to be published. An article in June, 1985, concluded that peroxide infusions in rabbits didn't have any effect on infection. Hydrogen peroxide doesn't work at all to protect the heart of rats(unlike in humans). In fact, it does more harm than good." There is indication that peroxide therapy may help leukemia patients. Maallen and Fletcher found that "patients with leukemia had a seventy percent reduction in H2O2 production by their white blood cells". "Maybe cancer is a peroxide deficency"(it does kill parasites--wouldn't that be another step closer to the truth--just maybe--and perhaps it is not the zappers we should forever rely on but the to get to the bottom of why we have this deficiency in the first place. Is anyone familiar with the importance of probiotics as a catalyst in the production of H2O2 in the body? And does anyone have the book: OXYGENATION--by Regelsberger and wants to sell it? And finally, Dr. Farr states, "No group of patients or classifications of disease at this time can be considered the 'proper selections'. Since intravenous infusions of H2O2 provide oxygenation to highly toxic tissue, kill or inhibit certain bacteria, yeast, virurses, protozoa and parasites, and since it has a stimulatory effect on the immune system, many different pathological conditions seem to respond to intravenous peroxide therapy." After 1935, researchers lost interest in oxygenation therapy with he advent of the drug era. Though in 1988, Dr. P.L. Cortelyou of Marietta, Georgia, reported on the use of peroxide in the treatment of diseases of the nose and throat. "In one case of diptheria, often fatal in those days. He used a nasal spray of peroxide, and the patient was well in one day." Intravenous oxygen therapy isn't the only promising line of research that was dropped in the advent of pharmaceutical revolution. Homeopathy, herbology, electro-medicine, and a lot of other promising lines of research were thrown out." Drugs were in and still are. Dr. Singh had also given H2O2 intravenously to 6 pneumonia patients who were dying. Most people died in those days of pneumonia--and antibiotics deserve the credit of saving people's lives--"But they get more credit than they deserve" today. Out of those 6 cases, 5 of them died. One report said, "There was distinct clinical improvement, but the patient died after 7 days." Oh well, I guess it was discouraging and the new kid on the block looked promising(antibiotics)---if they only knew. >Hullo Pam, > >Sounds like good info. >Yes, I too would like more info on H202 >Thanks, >Tony > >Pamela Grant wrote: > >> >> If anyone wants more info on H2O2 I have more written which I can send. But >> for now I will delete the rest of what I was going to sendto you all, >> unless the interest is there. >> >> Pam > > > >-- >The silver-list is a moderated forum for discussion of colloidal silver. > >To join or quit silver-list or silver-digest send an e-mail message to: >[email protected] -or- [email protected] >with the word subscribe or unsubscribe in the SUBJECT line. > >To post, address your message to: [email protected] >Silver-list archive: http://escribe.com/health/thesilverlist/index.html >List maintainer: Mike Devour <[email protected]>
