SCIENTIFIC AND PRACTICAL RECOMMENDATIONS
From LUGELA Research Results to Practical Medical Application
The scientific and practical significance of LUGELA is determined not by a single publication, but by the consistent accumulation of data on the water’s composition, its physiological effects, pharmacological properties, and results of clinical application.
The works of D. V. Dzhavakhishvili from 1945, 1949, and 1953 laid the scientific foundation for further study of LUGELA as an independent natural therapeutic complex. Subsequent research by G. S. Gvishiani, V. L. Kvitseridze, M. Sh. Lezhava, N. V. Glonti, I. G. Andguladze, and other authors expanded this base with experimental, pharmacological, and clinical data.
Main Principle of Practical Use
LUGELA should be regarded not as ordinary drinking water nor as a simple calcium chloride solution analog, but as a highly mineralized natural complex.
LUGELA research was built precisely around this premise: the water’s effect was determined not only by the predominant calcium component but also by the combination of natural mineral substances forming a unified physiologically active complex. Scientific materials repeatedly compared LUGELA with artificial calcium chloride solutions, and the results of these studies became one foundation for its independent medical application.
Therefore, the scientific and practical approach is built according to the following scheme:
Main Studied Directions of Action
Scientific works allow identifying several physiological and clinical directions that are directly relevant to practical medicine.
Anti-Inflammatory Effect
M. Sh. Lezhava’s studies investigated LUGELA’s effects on inflammatory processes, including experimental myocardium and joint lesions. These works complemented subsequent clinical observations and formed a basis for applying LUGELA in comprehensive programs for conditions accompanied by inflammatory reactions.
Desensitizing Effect
Experimental studies showed LUGELA’s influence on the body’s allergic reactivity. This direction further developed in dermatological research by N. V. Glonti, where LUGELA was used for eczema, and clinical dynamics were evaluated alongside laboratory and functional indicators.
Hemostatic Effect
M. Sh. Lezhava studied LUGELA’s effect on parenchymal bleeding. Experimental works demonstrated pronounced hemostatic effects, including in liver and kidney injuries.
Effects on the Digestive System
Separate studies addressed the secretory and evacuatory functions of the stomach. This direction became a scientific foundation for LUGELA’s application in gastrointestinal diseases and further development of differentiated treatment regimens.
Mineral Metabolism
Clinical and experimental works studied the content of calcium and other electrolytes, as well as differences in LUGELA’s effect compared to artificial calcium solutions. This is relevant to endocrinology, musculoskeletal system, and other fields where mineral metabolism is part of pathogenesis or recovery.
Natural Defense Mechanisms
I. G. Andguladze’s research focused on LUGELA’s influence on the functional state of active mesenchyme and the body’s defense reactions. This direction expanded understanding of LUGELA’s action beyond simple calcium metabolism correction.
Practical Application by Medical Fields
The accumulated scientific base allows using a unified principle: each application direction must be related to specific studies and clinical tasks.
In the professional section of the LUGELA Encyclopedia, these materials are systematized by main directions:
This format allows physicians to move not from a general product description but directly from the specialty and clinical task to the practical application scheme.
Forms of Application
Historical scientific materials describe oral, external, and, in Soviet medical practice, intravenous use of sterilized LUGELA.
In modern practice, the main form is measured oral administration according to current instruction.
For an adult patient, the basic regimen is:
The current instruction allows combining LUGELA with antiviral, antibacterial, and anti-inflammatory therapy. Contraindications include hypercalcemia and individual intolerance.
Special regimens for specific diseases are covered in corresponding professional articles and methodological materials.
Principle of Complex Therapy
Scientific research shows that LUGELA was used both as an independent natural therapeutic agent and as a component of complex treatment.
Practically, this means the following:
LUGELA does not replace essential specialized therapy but is included in the treatment program with a specific physiological task.
For inflammatory conditions — in the anti-inflammatory direction.
For allergic reactivity — in the desensitizing action.
For mineral metabolism disorders — in natural mineral support.
For recovery processes — in support of metabolic and tissue mechanisms.
For gastrointestinal diseases — regarding secretory and functional reaction features.
This approach makes LUGELA application targeted and clinically managed.
Effectiveness Control
Practical application should be accompanied by objective result evaluation.
Depending on the disease, the following are used:
- symptom dynamics;
- state of inflammatory process;
- laboratory indicators;
- mineral metabolism;
- functional parameters of organs and systems;
- tolerance of the course;
- duration of achieved effect.
This principle was precisely used in large-scale clinical studies of LUGELA. For example, N. V. Glonti's dissertation included original clinical and laboratory studies, discussion of results, conclusions, and a separate section of practical recommendations.
Practical Algorithm
- Conduct clinical assessment and define the application task.
- Select the appropriate direction of medical application of LUGELA.
- Study the professional article and the scientific primary source.
- Determine the form and measured dosing regimen of application.
- Include LUGELA in the individual therapeutic or restorative program.
- Define objective control criteria.
- Evaluate the course result and subsequent tactics.
Significance of Scientific and Practical Approach
The key feature of LUGELA’s scientific base is the continuity of research.
Chemical composition study created the foundation for experimental pharmacology. Experimental works allowed transition to clinical application. Clinical observations, in turn, formed specific recommendations and posed new questions to researchers.
That is why professional use of LUGELA should be based not on isolated quotes but on a set of interrelated scientific data.
Conclusion
Scientific and practical recommendations of LUGELA combine three levels:
This approach allows using accumulated scientific experience consistently, professionally, and directly linked to primary sources.
LUGELA is considered a natural highly mineralized therapeutic complex, the application of which is determined by a specific medical task, measured regimen, and objective result evaluation.