Cancer, Heart Disease
In this video, James Privitera spends about 29 minutes speaking on "Cancer, Heart Disease" at the 27th Annual Cancer Convention held on Labor Day weekend by the Cancer Control Society.
About James Privitera
JAMES PRIVITERA, M.D. graduated in 1962 with a B.S. Degree in Biology and Chemistry from Canisius College, Buffalo, New York. Later he took Biochemistry at University of Buffalo Graduate School. He gained research experience at Roswell Park Memorial Institute, Buffalo, New York, but decided to go into medicine. In 1967, he graduated with his M.D. Degree from Creighton University School of Medicine, Omaha, Nebraska, followed by a one year Internal Medicine Internship at Providence Hospital, Seattle, Washington. For the next year he took an Internal Medicine Residency at Presbyterian Hospital, San Francisco, California. From 1969-1970 Dr. Privitera took a Clinical Fellowship in Allergy, Immunology and Rheumatology at Scripps Clinic and Research Foundation, La Jolla, California. From 1970 on he entered a private practice of Allergy and Nutrition and practices in Covina, California. Dr. Privitera has done original scientific research with the dark field microscope, analyzing and identifying 25 factors with various disease conditions and nutritionally deficient states. He has co-authored a book on the subject with Alan Stang, Silent Clots, Life's Biggest Killers.It deals with Lockstep Medicine's Conspiracy to suppress the test that should be done in emergency rooms throughout the world. He may be contacted by calling (626) 966-1618.
Transcription
Thanks, Jim.
It's a little more difficult with the speaker, but we'll manage. This is a very apocalyptic age, and clotting is very very important. I wrote a book called Silent Clots, Life's Biggest Killer. And then we looked around and found and there wasn't another consumer book on clots per se. There's heart books, there's cancer books, there's other disease books, but not a specific book on clotting, which is life's biggest killer.
I point this at this. Well, it says forward here and....
Oh, OK. It's over here on my right.
All right.
OK. So you can see the image of me in the back of the blood. I don't know what we're going to do. OK. There you go. Terrific.
OK. So, what we have is red cells are separate and distinct, and they shouldn't be anything but....
OK. So these are red cells and they should be round and distinct. There's other parts of the blood system also, which I hope to show you. OK. So we have some eiosinophils here and we have neutrophils. We're gonna go very fast.
How Does Your Blood Clotting Effect You
We have red cells sticking together, which is an abnormal finding, which is not very common. And it can be easily mistakenly gotten by having too big of a drop on a slide. But when it does occur, it is important it occurs in multiple myeloma. And what it means is the red cells are sticking together of course, that there possibly could be abnormal pair of proteins, and also it could be a situation where there's not enough hydrochloric acid which separates these red cells.
So this obviously is going to decrease oxygenation quite a bit. And the situation is same there where the red cells are sticking together. Here is a situation where the blood is separated from the white cells. So this is not only going to impair oxygenation, but it's also going to impair immunity, because of what white cells cannot really be that functional with the red cells in another layer. And you have a situation where somebody is going to say, put a needle in this blood vessel, take some fluid out and say the hemoglobin is only 10.
So what you need is you need more homogenisation of the blood. You really don't need more blood. Unfortunately then, people are going to get more blood when they don't need more blood. All they need is these red cells to be separated. So that happens in very ill people such as this.
This is a diagram of clotting. And what I mean by clotting is platelet aggregation. And I want to