THE LUGELA PHENOMENON: SCIENTIFIC SYNTHESIS
From experimental research to a systematic concept of medical use
Unique natural composition as the original foundation
The scientific significance of LUGELA is not defined by a single property or the result of one study. It is formed by a combination of data on the natural composition of the water, its pharmacodynamics, effects on physiological processes, and medical application results.
The concept of the LUGELA phenomenon should be viewed as the outcome of many years of scientific study of the natural mineral complex, whose effects were investigated at different levels of the organism and across various medical fields.
LUGELA is a highly mineralized natural water with a pronounced chloride-calcium profile. Modern laboratory data confirm the high concentration of calcium and chlorides, as well as the presence of bromine and other mineral components.
I. G. Andguladze described LUGELA as an extremely rare water in terms of chemical composition and noted the absence of data about similar mineral water in the USSR or other countries in the scientific literature available to him.
Thus, the original uniqueness of LUGELA is primarily connected to its natural mineral composition and the combination of its components.
The action of LUGELA is not limited to calcium chloride
The high calcium content is one of LUGELA's features, but scientific research shows that the action of natural water cannot be considered solely as the effect of a separate calcium component.
N. V. Glonti pointed out that the natural healing water LUGELA differs from a 10% artificial calcium chloride solution not only in chemical composition but also in pharmacodynamic and therapeutic effects. The dissertation included a comparative evaluation of these two agents.
This is of fundamental importance for understanding the effect of LUGELA as a natural mineral complex.
One mineral complex — many physiological processes
Calcium is one of the most important regulatory elements of the body. It participates in the functioning of cell membranes, neuromuscular processes, muscle contraction, vascular reactions, hemostasis, and bone tissue formation.
In the scientific materials relied upon by N. V. Glonti, the influence of calcium ions on the permeability of capillaries and biological membranes was separately considered, which was associated with the anti-inflammatory effect of calcium.
At the same time, physiological processes of the organism are interconnected and do not depend on a single substance. Mineral components enter the body, participate in metabolic processes, are regulated by endocrine mechanisms, supported by kidney function, and utilized by cells and tissues.
Therefore, studying the natural mineral complex implies considering its effects not only on individual indicators but also on interconnected physiological processes.
Experimental research
The scientific study of LUGELA gradually went beyond analyzing its mineral composition.
Inflammatory processes, allergic reactivity, vascular permeability, mineral metabolism, hemostasis, gastrointestinal functions, excretory system, and protective reactions of the body were investigated.
Comparative studies of the desensitizing effect hold a special place. In the materials of N. V. Glonti, data from M. Sh. Lezhava are presented, according to which, in experimental studies, LUGELA showed advantages over a 10% calcium chloride solution as a desensitizing agent.
This body of research expanded the understanding of LUGELA's physiological effects and allowed it to be studied not only as a calcium source but also as a natural mineral complex.
Clinical research
The next stage was the clinical study of LUGELA.
The dissertation of N. V. Glonti included analysis of scientific literature, comparative study of LUGELA and the artificial calcium chloride solution, original clinical and laboratory observations, discussion of results, conclusions, and practical recommendations.
The study evaluated not only the subjective state of patients but also objective indicators, including laboratory data and dynamics of blood mineral composition.
Thus, the scientific study of LUGELA developed from experimental observations to clinical evaluation of its application results.
Systematic physiological action
If individual LUGELA studies are considered independently, they relate to different medical fields.
Overall, the following were studied:
- inflammatory processes;
- allergic reactivity;
- vascular-tissue processes;
- hemostasis;
- mineral metabolism;
- digestive system functions;
- excretory processes;
- body protective mechanisms;
- clinical dynamics in certain diseases.
Many of these processes are linked to fundamental physiological mechanisms involved in the functioning of various organs and systems.
Therefore, the results of LUGELA studies obtained in different medical areas can be viewed within a unified concept of the complex physiological action of the natural mineral composition.
Application and significance of the course regimen
The physiological action of the natural mineral complex must be considered in light of the regimen of its application.
LUGELA is a highly mineralized therapeutic water, so its use implies adherence to the established regimen and dosing. Scientific and documentary materials emphasize the importance of course application and use of small doses.
Thus, the assessment of results is related not only to the properties of the water itself but also to compliance with the method of its use.
Scientific basis of the term «LUGELA phenomenon»
The term «phenomenon» applied to LUGELA has scientific meaning only in combination with research results.
The main provisions formed in scientific materials include:
- unusual natural mineral composition;
- high mineralization;
- pronounced calcium-chloride profile;
- difference between the effect of natural water and artificial calcium chloride solution;
- experimental study of various physiological effects;
- clinical research;
- dissertation studies;
- practical recommendations from scientific authors.
It is precisely this combination of data, not a single indicator, that forms the scientific content of the «LUGELA phenomenon».
Main scientific conclusion
Accumulated research allows presenting the development of scientific views of LUGELA in the following sequence:
This approach makes it possible to regard the scientific legacy of LUGELA not as a set of separate observations but as a sequential development of research into the natural mineral complex.
Conclusion
The LUGELA phenomenon lies not in a single property but in the combination of the natural mineral composition and interconnected physiological effects studied by different generations of researchers at experimental, functional, and clinical levels.
Scientific works show that LUGELA's effect is not limited exclusively to calcium intake. The natural mineral complex was studied in relation to mineral metabolism, vascular-tissue processes, inflammatory reactions, protective reactions, and other physiological mechanisms.
Comparative studies with artificial calcium chloride solution became one of the bases for independent research of the pharmacodynamic and therapeutic action of natural LUGELA water.
Thus, the scientific content of the term «LUGELA phenomenon» is formed by a combination of data on its natural composition, experimental research, and clinical application.