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Сообщение от корнак7
При физической нагрузке возможна рвота. Но связана с накоплением углекислоты
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Корнак, даже название есть -
лактат-ацидоз. Вот РОМ не даст соврать.
И к чему всё время споры о рН и пище? Я же привёл сведения из книг по биохимии. Всё предельно ясно.
Касательно Бутейко - там не всё так прямолинейно. Метаболический ацидоз может приводить к дыхательному алкалозу. И наоборот - дыхательный алкалоз может вызвать метаболический ацидоз.
The theory of the pathogenesis of diabetes mellitus. Basic principles of hormone therapy.
K. P. BUTEYKO Ph.D.
Science consultant The Institute of Clinical Experimental Medicine Siberian branch of the Academy of Medical Science, USSR
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The theory of the deep breathing disease is based on the principles of physiology. However, our
opponents holding higher positions in our medicine, are still not able to grasp the fundamental idea
stating that the deep breathing causes hypoxia.
Let me get back to the laws which underlie the theory of the deep breathing disease.
1. Hyperventilat ion, or deep breathing, does not add oxygen to arterial blood. Under normal
breathing the blood contains the maximum amount of O2 (normoxia) and is simply not able to
absorb more.
It is known that regardless of how long one will breathe pure oxygen, the level of oxygen in
their haemoglobin increases insignificantly, at 1 - 1.5% only. With that, the 02 partial
pressure in plasma increases and spasms of the bronchi and vessels occur. That is why pure
oxygen supply to the patients suffering from asthma and vessel pathology causes increased
hypoxia. Thus, to inhale more pure oxygen means to pump 02 into an organism without
taking into consideration the mechanism of hypoxia.
2. Hyperventilation does not intensify metabolism. In other words, the organism is not a furnace:
the more one blows into it, the better it works. On the contrary, the deeper and more
intensely the organism breathes, the less oxygen goes into blood. As a result, hypoxia
develops, metabolism products become underoxidized. That is the way our body works.
Next, the metabolism deteriorates, blood pH increases in the alkaline direction and the blood
itself begins to accumulate underoxidized products. This is how metabolic acidosis occurs.
1st stage of hyperventilation is respiratory, or gaseous, alkalosis caused by CO2 deficiency.
2nd stage is the development of metabolic acidosis. It is caused by the accumulation of
underoxidized products which happens due to hypoxia and represents a compensatory reaction
against gaseous alkalosis.
Our opponents are still not able to understand the reason for deep breathing of asthmatics, to
comprehend what was studied and explained by us a long time ago. Confusion about the acidalkaline
balance continues. But we have sorted it out: such patients have got both gaseous
alkalosis and metabolic acidosis. They compensate each other (a dynamic process for a short
period of time). However, both gaseous alkalosis and metabolic acidosis can be liquidated by
normalising breathing.
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While reducing the depth of breathing some oxidizing occurs due to gaseous acidosis. When lactic
and pyruvic acids along with other underoxidized products get oxidized, non-gaseous metabolic
acidosis decreases. That means everything goes back to normal with the normalisation of
breathing. However, we have got an impression that nobody looked into the matter except us.
3rd stage states: in consequence of changes caused by 1st and 2nd laws, all enzymes and vitamin
activities become erratic. That leads to destruction of all types of metabolism. Consequently,
diabetes mellitus develops. So, diabetes mellitus is nothing else but a destruction of carbohydrate
metabolism. Thereby, I offer the theory that diabetes mellitus is caused by CO2 deficiency.
CO2 deficiency causes a whole range of destruction of the metabolism at all levels of the organism
right up to the level of the cell. What is happening during those processes? All body organs and
systems are getting depressed. I consider that deep breathing is a body stress.
Any stress, whichever you are going through, inevitably leads to deepening of breath. That is an
ancient body reaction. Its role is to avoid CO2 deficiency in the organism. [Ed: Query?] The point
is that in cases of positive or negative emotions, an intensive CO2 exhalation from the body
occurs. As a result, the central nervous system becomes overreactive and the breathing deepens.
Because of deep breathing the oxygen content in lungs slightly increases. Finally the strong tension
develops which is necessary to mobilise physical strength to attend the stress - in the form of
fighting, attacking, defending, fleeing, etc. We have to view the increase in CO2 exhaling, the
boost of energy and the intensification of metabolism as compensatory factors. That is why any
emotion must be discharged physically. That is our point of view. I.P. Pavlov failed to explain why
undischarged emotions are so bad for the organism. We did it.
I want to emphasize once again that we consider deep breathing to be a stress. It means that
during stressful situations, in order to eliminate stress, one has to lessen his depth of breathing, in
other words, to use our method and by doing that to calm the nervous system down.
During a stress some psychotropic substances - such as adrenaline, noradrenaline and others -
are produced. They stimulate our defence and attack reactions, enhance our muscle strength, and
so on. At the same time the production of insulin goes down and its concentration in blood drops.
Deep breathing causes some body reactions leading to the increase of sugar content in blood
which helps the body to cope with the energy upsurge. The increase of blood sugar is useful when
there is enough insulin in the body because it enhances the gaseous substances flow into muscles,
brain and cells and consequently normalises their functions. However, if deep breathing lasts
longer, the compensatory mechanism turns into a pathological one as with time an insulin
deficiency develops. Together with CO2 deficiency it leads to all kinds of metabolism destruction.
For example, due to stress and deep breathing, arthritis patients have got an increased cholesterol
content. We have confirmed by experiments that by decreasing the depth of breathing the
cholesterol content in blood returns to normal.