ART, RFT, BRT in the diagnosis of pH by organs and treatment

AUTHORS : Eliseeva O.I.

RELEVANT UNIVERSITIES : Eliseeva Methodological Center”, Moscow, Russia

YEAR : 2004 | Category : Method of Treatment

Acid-base balance – the ratio of the concentration of H + and OH- ions – an active reaction. To establish the type of active reaction, the pH is determined. A shift in the pH value by 0.4-0.5 in the blood, especially towards the acidic side, leads to severe dysfunctions of the body, up to its death. Speaking of such a subtle maintenance of pH, it should be remembered that acidic and alkaline compounds are constantly entering the bloodstream, which are formed in the gastrointestinal tract from food.

At the same time, in the process of metabolism, various acidic products (lactic acid, carbonic acid, ketone bodies, etc.) and alkalis (ammonia, etc.) are produced, and there are more acids than alkalis. Therefore, to maintain a constant blood pH, the body must have a powerful regulatory system that would prevent pH shifts. The body has several systems to protect the pH of the blood from significant fluctuations.

These systems are called buffer systems in chemistry; they consist of a mixture of weak acids and salts. Such mixtures prevent changes in the pH of the medium after adding acids or bases to them. Buffering systems play the role of equalizing the pH in the blood. How acidosis, and so alkalosis can be: compensated, subcompensated, uncompensated.

1. If through the interaction of the buffer systems of the blood, as well as the function lungs, kidneys and other organs, blood pH is kept within the normal range, the violation of the acid-base balance is considered compensated.

2. With a subcompensated form, pH reaches extreme values of the norm (with acidosis: 7.34 – in arterial blood, 7.20 – in venous blood, 6.2 – in urine, with alkalosis: respectively, – 7.6-6.6).