ENDOCRINE SYSTEM
Diabetes mellitus is a systemic disease of the endocrine system, accompanied by disturbances in carbohydrate, energy, and mineral metabolism. The pathological process affects blood vessels, immune regulation, tissue condition, and the body's regenerative capabilities.
Of particular scientific interest is the clinical observation presented by N. V. Glonti in a thesis dedicated to the use of natural therapeutic mineral water LUGELA in chronic dermatological diseases.
Clinical Observation
The thesis describes a patient suffering from chronic eczema and concomitant diabetes mellitus. The initial therapy goal was the treatment of the skin disease. However, during the use of LUGELA, the author noted positive changes that were not limited to skin condition.
Alongside a marked positive dynamic in eczema, favorable changes were noted in the course of the accompanying diabetes mellitus. This result attracted special attention from the researcher, as it indicated LUGELA's effect on processes beyond the local dermatological condition.
N. V. Glonti considered eczema not as an isolated skin lesion but as a disease associated with metabolic disorders, functional states of the nervous and endocrine systems, gastrointestinal tract, and other interrelated body mechanisms. Therefore, the study assessed not only the dynamics of skin manifestations but also changes in the patient's overall functional state.
Significance of Mineral Metabolism
One important research direction of N. V. Glonti was studying calcium, potassium, sodium, and chloride levels in the blood before and after using LUGELA.
The researcher aimed to determine whether the clinical effect of the water was solely due to its high calcium content or was conditioned by the entire natural complex of its mineral components.
The obtained results allowed concluding that LUGELA's action cannot be reduced to simple replenishment of a single mineral element. During treatment, changes were observed indicating the regulatory influence of the natural mineral complex on electrolyte balance and metabolic processes in the body.
This is fundamentally important for understanding the described clinical case. In diabetes mellitus, metabolic disorders affect enzyme systems' function, cellular signal transmission, vascular condition, and compensatory mechanisms. Restoring a more stable mineral balance creates physiological conditions for normalizing the interrelated processes of the body.
The Complex Action of LUGELA
LUGELA significantly differs from ordinary calcium chloride solution. Its biological effect is determined by the natural combination of calcium, chlorides, bromine, macro- and microelements formed by natural geological processes.
Research by N. V. Glonti, I. G. Andguladze, D. V. Dzhavakhishvili, and other authors allows considering LUGELA's action as complex. It is associated with influence on interrelated physiological mechanisms:
- mineral and electrolyte metabolism;
- immune regulation;
- inflammatory reactions;
- vascular permeability and microcirculation;
- enzymatic processes;
- protective and compensatory capabilities of the body.
The human body functions as a unified self-regulating system. Therefore, restoration of fundamental metabolic and regulatory processes can be accompanied by positive changes simultaneously in multiple organs and systems.
This may explain N. V. Glonti's observation, where the use of LUGELA during chronic eczema treatment was accompanied by positive dynamics of concomitant diabetes mellitus.
Connection of Skin, Immune, and Endocrine Systems
Skin, immune system, and metabolism are closely interconnected. Chronic dermatological diseases may be accompanied by disorders in immune regulation, endocrine functions, microcirculation, and mineral metabolism. Therefore, improvement in skin condition simultaneously with positive changes in the course of a metabolic disease should not be regarded solely as a local effect. The described observation points to a broader, systemic character of the biological action of the natural mineral complex LUGELA.
In this case, regenerative changes affected both the primary dermatological disease and the concomitant endocrine pathology. This supports the scientific concept that LUGELA's action is aimed not at a separate symptom but at physiological processes ensuring the coordinated work of the organism.
Scientific Significance of the Observation
The clinical case by N. V. Glonti holds special value as it was documented within a systematic scientific study including clinical observation and laboratory study of mineral metabolism.
The described result aligns with conclusions from other experimental, pharmacological, and clinical studies of LUGELA regarding the complex nature of its natural mineral composition's action.
One clinical observation does not replace specialized research on LUGELA's use in diabetes mellitus. However, the documented result provides scientific grounds for further targeted investigation of its influence on metabolic processes and the functional state of the endocrine system.
Scientific Conclusion
The clinical observation presented by N. V. Glonti shows that LUGELA's effect in treating chronic eczema was not limited to the skin process. The positive dynamics of concomitant diabetes mellitus testified to the complex influence of the natural mineral composition on interconnected physiological mechanisms of the body.
A body of many years of experimental, pharmacological, and clinical research allows considering LUGELA as a unique natural highly mineralized complex of macro- and microelements, contributing to restoration of mineral balance, maintenance of immune regulation, and strengthening of protective and compensatory capabilities of the body.
The systemic character of LUGELA's action may explain the clinical observation in which treatment of chronic dermatological disease was accompanied by positive changes in the endocrine system.
The case described by N. V. Glonti is of significant scientific interest and forms the basis for further study of LUGELA in diseases associated with metabolic and endocrine function disorders.
Scientific Basis of the Article
The article is prepared based on the thesis by N. V. Glonti, dedicated to the use of natural therapeutic mineral water LUGELA in chronic dermatological diseases, as well as materials from experimental, pharmacological, and clinical studies available in the LUGELA Scientific Library.
Scientific Materials
Scientific Basis and Safe Use
The article's conclusions are based on monographs, theses, pharmacological studies, clinical observations, and other referenced primary sources. The authors' established results are presented within the conditions, methods, and subjects of respective scientific works.
Scientific data confirm the studied composition, properties, and application directions of LUGELA. The material is scientific and informational and does not replace diagnosis, prescribed medications, or individual treatment.
LUGELA is a highly mineralized therapeutic drinking water used in 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 case of significant kidney dysfunction, calcium, mineral, or electrolyte metabolism disorders, individualized use is agreed with a specialist for dosage selection and tolerance monitoring.