DIGESTIVE SYSTEM
The digestive system is one of the key life-support systems of the body. It provides not only the digestion of food but also the absorption of water, macro- and microelements, the delivery of nutrients into the blood, the maintenance of metabolism, and the formation of the internal environment of the body.
The stomach, intestines, liver, pancreas, and biliary system function as a single physiological complex. Dysfunction of any of these organs affects digestion, metabolism, immune defense, and the activity of almost all body systems.
That is why the full functioning of the digestive organs is fundamental to maintaining human health.
Why LUGELA research is directly related to the digestive system
The natural therapeutic mineral water LUGELA represents a unique highly mineralized complex of macro- and microelements formed through natural geological processes.
A special place in the history of scientific study of LUGELA is occupied by research focused on its effects on digestive organs. The works of Lezhava, D. V. Dzhavakhishvili, and other researchers examined gastric secretion processes, the condition of the gastric mucosa, motor function of the gastrointestinal tract, liver activity, biliary system, and characteristics of mineral metabolism.
The obtained results showed that LUGELA's action is not limited to local influence on the gastric mucosa. Research indicates a comprehensive effect of the natural mineral complex on physiological processes that determine the normal functioning of the entire digestive system.
Physiological mechanisms of LUGELA action
Scientific studies have shown that the biological activity of LUGELA is associated with its influence on fundamental life-sustaining mechanisms of the body.
Of particular importance are the anti-inflammatory properties of the natural mineral complex, its effect on vascular permeability, mineral metabolism, and tissue repair processes.
The high content of natural ionized calcium combined with other macro- and microelements ensures LUGELA’s participation in enzyme systems, cellular signal transmission, regulation of secretory function, maintenance of physiological activity of gastrointestinal mucosal cells, and tissue regeneration processes.
Researchers considered these properties as the result of the action of a single natural mineral complex whose components are in natural interaction and mutually complement each other’s biological effects.
The importance of the digestive system in implementing LUGELA's action
Digestive organs are the first physiological link in the interaction of LUGELA with the human body.
After intake, the natural mineral components undergo natural absorption processes in the gastrointestinal tract, enter the bloodstream, and become part of the body's internal environment.
Then blood delivers macro- and microelements to all organs and tissues, where they participate in supporting physiological processes essential for life.
Therefore, complete functioning of the digestive system is a necessary condition for realizing the systemic action of LUGELA.
Practical significance
The combination of experimental, pharmacological, and clinical studies allows viewing LUGELA as a natural factor supporting physiological processes responsible for the normal functioning of the digestive organs.
LUGELA's practical significance is of interest in conditions accompanied by:
- gastritis;
- gastric ulcer disease;
- duodenal ulcer disease;
- chronic pancreatitis;
- chronic cholecystitis;
- liver diseases;
- digestive disorders;
- restoration of gastrointestinal tract functions after diseases.
In all the above cases, use of LUGELA is aimed not at eliminating individual symptoms but at supporting physiological processes that ensure the restoration of the functional state of the digestive organs.
Scientific conclusion
The cumulative long-term studies by Lezhava, D. V. Dzhavakhishvili, I. G. Andguladze, and other authors allow considering LUGELA as a unique natural highly mineralized complex of macro- and microelements with systemic biological action.
Scientific data show that LUGELA’s influence targets fundamental physiological processes determining the functioning of the digestive organs: mineral metabolism, secretory activity, inflammatory reactions, microcirculation, tissue regeneration, and restoration of the gastrointestinal mucosa.
It is through the digestive system that LUGELA begins its interaction with the human body. Absorbed in the gastrointestinal tract, its natural mineral components enter the blood and further participate in maintaining physiological processes in all organs and systems.
This explains the special place of the digestive system in the scientific concept of LUGELA and its fundamental role in realizing the systemic biological effect of the natural highly mineralized complex.
Scientific basis of the article
The article is prepared based on analysis of works by Lezhava, monographs, dissertations, pharmacological studies, clinical observations, and other scientific publications available in the LUGELA Scientific Library.
Scientific materials
Scientific basis and safe use
The conclusions of the article are based on monographs, dissertations, pharmacological studies, clinical observations, and other specified primary sources. The results established by the authors are presented within the conditions, methods, and objects of the relevant scientific works.
Scientific data confirm the study of composition, properties, and directions of LUGELA use. The material is of a scientific-informational nature and does not replace diagnosis, prescribed medications, or individual treatment.
LUGELA is a highly mineralized therapeutic drinking water used in the established dosage. Contraindications: hypercalcemia and individual intolerance to components of the natural mineral composition.
Pregnancy, breastfeeding, infancy, and early childhood are not contraindications per se. In cases of severe kidney dysfunction, calcium, mineral or electrolyte metabolism disorders, individual use regimen should be agreed with a specialist for dosage selection and tolerance monitoring.