IPT, Cancer
In this video, Les Breitman spends about 26 minutes speaking on "IPT, Cancer" at the 32nd Annual Cancer Convention held on Labor Day weekend by the Cancer Control Society.
About Les Breitman
LES BREITMAN, M.D. received his Medical Degree from California College of Medicine, University of California at Irvine in 1964. He then completed his Internship at Santa Monica Hospital, California in 1965.
Dr. Breitman became enamored with the Practice of Complementary/Integrative Medicine and in particular Preventive and Anti-Aging Medicine. He then founded the Institute for Anti-Aging Medicine in Vista, California. He is currently directing the Integrative Cancer and Medical Treatment Center in Oceanside, California, which he Co-Founded with Juergen Winkler, M.D. in 2005. At his Clinic he treats with Nutritional Therapies, Oxidative Therapies and Hormone Therapies, including (HGH) Human Growth Hormone. HGH is a veritable fountain of youth.
The Institute also offers (IPT) Insulin Potentiation Therapy, which is an innovative cancer treatment modality that allows physicians to take advantage of the powerful cell-killing effects of conventional chemotherapy drugs – but with much lower dosages and without all their devastating side effects. Because cancer cells have a greater number of insulin receptors, insulin can interact much more strongly with cancer cells. The effect is to greatly strengthen the impact of chemotherapy directly on cancer cells, with little effect on normal tissue. The program includes Nutrition, Detoxification and Stress Reduction Programs for a comprehensive cancer care.
Dr. Breitman may be contacted at his Clinic by phone 760-439-9955, website, www.ipthealing.com and e-mail [email protected].
Transcription
Thank you. It's an honor to be here before you, and I want to thank Frank Cousineau and Lorraine Rosenthal for inviting me and our friend through speaking. They're the ones who want to complain to.
I want to talk to you about insulin potentiation therapy today. This is a form of chemotherapy. And I don't want you all to rush out of here as soon as you hear that word. This is a different kind of chemotherapy. And I think you'll find it very interesting, very illuminating.
I forgot how he trained me to do this. A cancer cell is a survivor.
It's a very interesting type of for some of its foreign to our body. It's alien from outer space. And it has certain attributes we want to discuss.
I usually drop something, break something. OK, thanks. For my next trick, OK?
I'm afraid this is this is the culprit. This is a cancer cell and it's different from other cells. Other cells are sort of smooth. This is a hairy cell. You see all these little things around here. Those are receptor sites for insulin. We're going to talk about insulin receptor sites are going to be very important for this form of therapy.
Cancer cells are survivors.
That's why they win, they don't undergo a pop ptosis like all the other normal good cells of our body. A pop ptosis is cellular death. It's programed cell death. All the cells in our body die and then are replaced one by one. Well, maybe several at a time. A blood cell, a red blood cell, for example, lives for 120 days. It dies. But it's being replaced. We wish we could figure out a way to program a cancer cell to die. It doesn't die. Consider this. You've all seen people in their fight in the final throes of cancer when they're about to die. They've wasted away their skinny, scrawny, emaciated, but their tumor continues to grow. Their cells die. But the tumor doesn't. It continues to grow. It outlives the host.
Cancer cells have something called a chemical pump, the cancer cell will effect efficiently, inject noxious elements such as chemotherapeutic agents. It's another defense mechanism, an attribute of the cancer cell that enables it to survive. Another thing that the cancer cell does is it steals all the glucose. It does this effectively because you see a cancer cell means glucose to survive. It works in an anaerobic environment. It doesn't like oxygen. It requires glucose. And in order for the glucose to get into the cell, there has to be an insulin receptor on the cell wall. Now, let's define receptor a little