“The problem of aging, like the problem of cancer, lies in
stereochemistry of molecular matter!“
Gilbert Ling
Intro
In recent years, the issue of becoming sour or alkalized has acquired a sharpness in society, which has formed into an urgent question – what to do? But the very formulation of the question, either-or, is fundamentally wrong and erroneous from the very beginning. Most people are arranged in such a way that their worldview base is based on a chain of small, usually emotional choices, or fragmentary information. This is due to the physiological characteristics of the nervous organization. The experience of visual summation of perspective points of external space formed the psychological summation of worldview choices.
This is why most people choose from several extreme points, not being able to think in a matrix. People always choose a mono-priority, in the form of a favorite character in a novel, the best politician, actor or football club. Often this manifests itself in aggressive forms – are you for the whites or for the reds, are you a believer or not? Exactly the same situation either – or has developed in the question – to become sour, or alkalized. The body is a complex system of balances, where the two extreme elements control and complement each other.
But why is society tormented by the question: alkalize or oxidize?
Perhaps this is fear from the horrifying statistics of the growth of cancer, with the search for simple methods of prevention. Perhaps this is a new feature of society to think about approaching old age in advance. Perhaps these are signs of the beginning of disappointment, unjustified expectations from medicine.
Certainly, modern information capabilities allow any person to put their five cents into the problems of society. And this has created some problems of choice, since the lack of a level of special knowledge determines the emotional choices of people. A simple principle often works here – if I don’t understand, then it’s not mine and it doesn’t suit me. So why is the formulation of the question either-or initially not correct?
Answers in the structure of our body
I think everyone understands that living beings are some works of nature, with a very complex internal organization. Medical science plunges deeper and deeper into this ingenious construction, and the end of the edge is not visible. And since we understand that this is some kind of a given of a brilliant nature, it means that the entire physiological structure of the body, up to the appendix, was not created by chance and not on a drunken head.
The whole organism is a complex system of interaction, but there are several key systems that underlie the entire life support structure. One of them is the proton pump system, which is involved in ion exchange. The essence of this system is to maintain a balance in the body between its acidic and alkaline environments. Vibrations of the proton and electron determine the pH of the medium. Protons determine the acidic environment of the body, and electrons balance it towards the alkaline. If nature within us has created a mechanism for the interaction of particles that are involved in all processes of the universe, then the question of whether the body needs acids or not disappears.
We know that living organisms contain an overwhelming amount of liquid. But this is not just water, but liquids enriched with various substances, ionized by the interconnection of protons and electrons. The most complex of them is the intercellular tissue fluid, which is the main reservoir for all body systems. This is not a static, but a dynamic system, which during the day, in a cyclic mode, is converted into various biochemical and electrochemical modifications – the physiological step of the tissue fluid. Previously, it was believed that tissue fluid, like blood and lymph, is characterized by a certain constancy. But the active research of the last ten years in electrochemistry suggests that this is some kind of more active liquid formation. Of course, this could have come earlier, by analyzing the relationship between catabolic and anabolic processes in the body. But then, electrochemistry did not even allow the thought that the catholyte could be acidic, and
anolyte alkaline.
But let’s get back to the origins of public fears about acids.
The infection of public brains has occurred along a number of lines:
- Otto Warburg’s conclusions that oncology is born in an acidic environment, with the absorption of glucose, without the participation of oxygen.
- Fundamental principles of molecular biology that molecules in living systems are represented exclusively by left-handed (L) isomers, and carbohydrates and other substances of photosynthesis by right-handed (D) isomers.
- Today’s stage of confidence in electrochemical science is that anolyte can only be acidic and catholyte can only be alkaline.
- Knowing that the entire intestinal environment has an alkaline pH.
- The emotional choice of the society towards the name they like – “Livewater”.
- It is fashionable, especially among young women, to prioritize vegetarianism.
All this in total created vacillation in society. The word sour has become an epidemic of fear and choosing the opposite extreme. Therefore, I will try to turn off these fears by returning to the old philosophical truth – the universe is built on the principles of interaction, opposite states and properties of matter.
I already wrote that the scientific phenomenon of Bolotov formulated the astro-biological unity of the concept of life, in the form of the interaction of photo- and beta-synthesis, in living and non-living systems. Biologically, it manifests itself in the similarity of building substances, primarily amino acids and proteins. But their more fundamental opposite unity is manifested in the liquids (juices) that flow in plant and animal organisms. These differences began to be noted by science more than a hundred years ago. But the peak interest arose in the period of 60-80 years, when military electrochemistry began to work closely with heavy water.
Academician D.B. Davidyan, in his work “The Colloidal Nature of Cancer” wrote; “At the heart of the living state is a membrane galvanic cell, with separately controlled electrodes.” Physicists and chemists, analyzing the provocative behavior of A.S. Samohotsky during operations, unanimously and in all countries of the world, came to the conclusion that the chest opens with the key of stereochemistry. A race has begun in attempts to replicate the physical, chemical, and especially stereochemical characteristics of body fluids and, first of all, intercellular tissue fluid. The 2000s gave an understanding that this galvanic element is the body itself, or rather the brain, where its two hemispheres are separate electrodes.
Our body daily is in the acid-base fluctuation, called the anabolic and catabolic process. It is formed and regulated by the number of electrons and protons in body fluids.
Their distinguishing features:
1. Anabolism
- activates alkaline processes in the body – the breakdown of plant products and fats, the construction of cellular material;
- liquid levels fluctuate between pH = 10.5 – 11.0;
- can reach a charge of up to -800mV. This means that there is an excess of electrons in the solution;
- Liquids with similar properties and an alkaline pH reaction are popularly called “Living Water” (is the (L) isoform).
2. Catabolism
- activates acid processes in the body – the breakdown of animal products, the dissolution of old cells (alkalis, radicals), the dissolution of viral and fungal infections, the removal of decay products from the body;
- liquid levels fluctuate between pH = 2.8 – 3.0 mV;
- can reach a charge of up to plus + 1000 mV. This means that the solution is supersaturated with protons;
- Liquids with similar properties and an acidic pH are popularly called “Dead Water” (it is the (D) isoform).
The cyclic balance is manifested in the fact that the first stage of anabolism is the last stage of catabolism.
Due to various metabolic and exogenous reasons, acid-base balance may fail in the body. A shift towards anabolism (alkalinization), is a conductor of photosynthesis and leads to alkaline diseases – hypoxia, diabetes, excess radicals, viral and fungal infections, skin diseases, excess cellular material (tumors) and many other diseases. A shift towards catabolism (acidification), is a conductor of beta synthesis and leads to acidic diseases – ulcers, skeletal diseases, sarcopenia, an overactive nervous system and many others.
Thus, we can state that both intentional acidification with the help of diets and various substances, and intentional alkalization lead to either acidic or alkaline diseases. Therefore, the body needs an acid-base balance, and our brains understand that any food for a person always carries risks. Health is the ability of the body to maintain balance and keep in good shape both acidic and alkaline digestive secretions, which largely determine its ability to completely break down and assimilate food, pushing back old age. The brain does not know products by name, it perceives them only as building materials, with a different composition of the substance.
Mirror World
Now I would like to return to the very beginning of my article, to the epigraph. The great Soviet surgeon A.S. Samohotsky, prompted medicine to activate saline solutions, with the formation of their stereochemical characteristics. Russia is a pioneer in this matter and it gave a scientific wave, which has become today the main issue around the topics of regeneration, oncology and longevity. In the 90s, it became obvious that nature, both in plants and in living beings, makes liquid solutions with stereochemical characteristics that a person cannot yet repeat. Stereochemistry has been developing for more than a hundred years, but it has never been so relevant forunderstanding the nature of living and non-living matter.
In this scientific garden, Boris Vasilyevich Bolotov also left his fundamental sowing, which is focused on ions, as the main regulator in the nature of balance. Since almost all liquid liquids are crossed with an aqueous component, they all become laboratory rabbits of stereochemistry. The role of Bolotov is that he gave a fundamental understanding of the differences between liquids at the same pH, or the same charge, or the same isomerism. This understanding gives an answer whether Otto Warburg was right in his observations or not. It turns out that he was absolutely right, but the result of his observations became possible to understand only in the last twenty years. What is the peculiarity of Warburg’s paradox, when an acidic environment under hypoxic conditions allows cells to devour glucose and form cellular cellulose (plant cancer cells)?
The peculiarity of biological objects is that they always remember what synthesis became their derivative. And the pH indicator is not the only one to determine the properties of a substance.
Acidic pH reaction with a positive charge gives both lemon juice and stomach juice. But one is a derivative of photosynthesis, and the second is beta synthesis. This difference is manifested in the fact that lemon juice is the classic D-isomer with a positive charge and an acidic pH, while gastric juice is a paradoxical L-isomer with a positive charge and an acidic pH. Fundamental electrochemistry says that this is impossible, but nevertheless, nature can do such tricks. Therefore, Warburg really faced the acidic environment that photosynthesis gave rise to. And this is no exception. Almost all plant fruits retain the seed (bone) of their fruit in an acidic environment – citrus, pomegranate, plum, apricot, cherry, raspberry, blackberry, apple, passion fruit, papaya, and other plants.
To this day, these comparative characteristics remain a dead end, from which theoretical electrochemistry cannot yet get out. For example, the composition of the lymph contains microelements of the acidic group (copper and chlorine). However, it is the L-isomer, with an alkaline pH=12 reaction and a negative charge that fluctuates throughout the day. The same can be said about the daily electrochemical characteristics of our blood, the molecules of which are L-isomers, but with a neutral or slightly acidic pH during the day. Electrochemistry, with the obviousness of many paradoxes of nature, cannot yet formulate in a fundamental text that a catholyte can be acidic, and an anolyte can be alkaline.
And here is the time to remember the fluids of our body, one of which is the intercellular tissue fluid. It is from her that all organs and systems drink, it is she who quenches the thirst of the brain and is the source for stereochemical transformations during the day. Even the pH of the internal environment can be seen to fluctuate to plus or minus. Even according to the fluctuation of what the body no longer needs, urine has different daily pH values. The body forms a physiological, cyclic, daily step of tissue fluid, where during the day it may have differences in chemical characteristics.
If we talk about stereochemical characteristics, then electrochemistry has come close to understanding that (L) and (D) isomers can still have different charges. But the memory of nature marked every rogue with the fact that biological objects formed by photosynthesis can only be D-isomers, and biological objects formed by beta synthesis can only be L-isomers. From here you can very simply write down the differences between sour lemon juice and sour stomach juice – (DD +) and (LD +). It was here, near the letter (L), that the doctors got confused, believing that since the molecules of the body are left-handed, we will tell everyone that the body needs to be alkalized.
Cyclic transformation of tissue fluid during the day, its various modifications are made – both acidic catholyte (LD+) and alkaline anolyte (LD-). All D-isomeric biological forms that enter our body are converted into left-handed molecules (isomerization), with a positive or negative charge.
If we return to oncological diseases, then these are acidic D-isomers in liquid and molecular modifications (D+), (DD+), (D-), (DD-), (DL-), (DL+). And here there is no disagreement with Otto Varberg, because it has long been known that all vegetable carbohydrates are D-isomers. After Bolotov’s school, these conclusions were reached by Gilbert Ling and almost 20 years of research at the Institute. Academician N.N. Blokhin, voiced in 2019 by Professor Dmitry Arlimov (Unknown 2018 – Dmitry Arlimov). And although in his lecture there is a claim to the heuristic priority that in case of oncology the body needs to be acidified, this has been practiced by me for a long time, since 1993.
Thus, the acid-base balance in our body is regulated by the functions of the brain and the intestinal nervous system (second brain). And the greater the difference between the capillaries of blood and lymph, the stronger the ion exchange processes will go – direct and reverse osmos. If it’s quite simple, then the stronger the acidic and alkaline environment in the body, the better for the body.
But what you read is for a system that works flawlessly without getting old. If all this is weighed, then the question is not acidification, but acidification of the body, especially after 35-40 years, becomes a preventive necessity. We have an acidic environment inside only in the stomach and it does not spread further, as this is monitored by the brain and the intestinal nervous system, which regulate the pH environment of the stomach before releasing its contents into the intestines. The second acidic environment of our body is the skin surface with a pH of up to 4.8, protecting us from external bombardment of infections. There is also an acidic environment of the vagina with a pH of 4.2-4.8, which is also in contact with the outside world. For acid digestion, 1500 ml-2000 ml of gastric juice, which is an acid, is allocated per day. For alkaline digestion, 2000 ml is allocated per day. bile, which is alkali.
The conclusion is very simple. A person must maintain an acid-base balance all his life, by restraining the natural alkalization of his body as a result of vital activity. This is necessary because by about the age of 50-60, the acidic environment of the body weakens five times. Age-related natural alkalization occurs, with a violation of acid-base balance.
