mechow
11-05-2004, 10:09 PM
I have been reading Dr. Vladimir Frolov's book about Endogenic Respiration, trying to understand the process of breathing which this theory suggests, doing online research, and I have come to several points that I need clarification on. I do not know much about this process, and am glad that Dr. Frolov made the attempt to educate me. I am not suggesting that the theory is incorrect, Im just trying to figure things out. If anyone can educate me, it would be appreciated very much.
As far as I can tell, Dr. Frolov states that by slightly increasing the air and blood pressure in our lungs on exhalation, and increasing the duration of the exhalation, and by inhaling only to 75% of the total lung volume, we can cause the oxygen 'bubbles' that are diffused through the alveoli walls to become smaller and more numerous. This causes proportionate rise in the number of erythrocites that are carrying oxygen, and a smaller and less damaging 'fuel flash' when the oxygen is carried through the energy conveyor by the erythrocite.
In my attempt to understand, I have not found mention of a 'fuel flash' in the movement of oxygen onto hemoglobin and throughtout the body. Also I found that hemoglobin can carry four oxygen molecules at once. There is no bubble being carried, but the smallest unit of oxygen up to x4.
Dr. Frolov says that the larger fuel flash of the traditional respiration damages the cell walls of the vasular bed, leading to arteriosclerosis and the general, gradual breakdown of the body's enery conveyor.
Can anybody help me? Where is the 'fuel flash' that leads to arteriosclerosis? And the bubbles of varying size?
Once again Im not trying to discredit Dr. Frolov, only to clear something up for my own understanding.
Thanks
Dan
As far as I can tell, Dr. Frolov states that by slightly increasing the air and blood pressure in our lungs on exhalation, and increasing the duration of the exhalation, and by inhaling only to 75% of the total lung volume, we can cause the oxygen 'bubbles' that are diffused through the alveoli walls to become smaller and more numerous. This causes proportionate rise in the number of erythrocites that are carrying oxygen, and a smaller and less damaging 'fuel flash' when the oxygen is carried through the energy conveyor by the erythrocite.
In my attempt to understand, I have not found mention of a 'fuel flash' in the movement of oxygen onto hemoglobin and throughtout the body. Also I found that hemoglobin can carry four oxygen molecules at once. There is no bubble being carried, but the smallest unit of oxygen up to x4.
Dr. Frolov says that the larger fuel flash of the traditional respiration damages the cell walls of the vasular bed, leading to arteriosclerosis and the general, gradual breakdown of the body's enery conveyor.
Can anybody help me? Where is the 'fuel flash' that leads to arteriosclerosis? And the bubbles of varying size?
Once again Im not trying to discredit Dr. Frolov, only to clear something up for my own understanding.
Thanks
Dan