Unique Natural Phenomenon LUGELA and Its Scientifically Established Differences from Calcium Chloride Solution

Why This Question Is Fundamentally Important

LUGELA is a highly mineralized chloride-calcium therapeutic water. Calcium chloride dominates its composition, so there is indeed an external chemical resemblance to the pharmaceutical solution. However, chemical similarity based on one main substance does not prove identical pharmacodynamic action, absorption, and therapeutic properties.

This question was posed by researchers as early as the first half of the 20th century. D. V. DJAVAKHISHVILI formulated it very clearly: the presence of a large amount of calcium chloride does not justify considering natural water and the artificial solution as identical. Subsequent experimental and clinical studies confirmed the validity of this approach.

Therefore, the correct scientific question is not: how much calcium chloride is contained in LUGELA? It is necessary to establish how the entire natural complex acts, how its components influence each other, and whether the organism's final reaction differs from that to the artificial solution.

Natural Mineral Matrix of LUGELA

In the 1953 monograph, D. V. DJAVAKHISHVILI described LUGELA as a highly mineralized chloride-calcium water. According to the historical data he presented, the dry residue exceeded 53 grams per liter, about 88 percent of mineralization was accounted for by calcium chloride, and the bromine content was approximately 180 milligrams per liter. Sodium, potassium, magnesium, iodine, and other components were also noted in the composition.

Thus, LUGELA is not a solution of a single substance but a multicomponent ionic system. Djavakhishvili characterized it as a complex and exceptionally successful chemical complex. V. Khukhia also emphasized that the elements entering the water should be considered together because their combination forms the final effect.

This position is fundamentally important. In an artificial solution, the concentration of the active substance is set technologically, and the composition is limited by the chosen recipe. In LUGELA, the mineral system is shaped by the natural environment and includes the main component, accompanying ions, and trace elements in a stable ratio. Even small amounts of individual substances can change solubility, absorption, and physiological response to the main component.

Comparative Studies of Calcium Absorption

One of the most indicative differences was established in experiments by G. Gvishiani and E. Kvitsaridze. In a study on 22 dogs, after oral administration of LUGELA, the calcium level in the blood serum rose higher and remained longer than after administration of a comparable 9.5 percent calcium chloride solution.

Researchers linked the difference to the influence of minor mineral water ingredients. Special importance was given to the sodium chloride contained in it, which, according to experimental results, promoted absorption of calcium chloride. On this basis, the authors considered the use of natural water orally more rational than the use of the artificial pharmaceutical solution.

This result shows why comparison based only on the percentage content of calcium salt is insufficient. For the organism, not only the quantity of the substance in the original liquid matters but also its delivery from the digestive tract, interaction with other ions, and the duration of changes in the blood.

Differences in Effects on Diuresis

Works by G. Chimakadze, G. Gvishiani, and E. Kvitsaridze demonstrated the diuretic effect of LUGELA. When taken orally, the mineral water increased diuresis, whereas a 9.5-percent calcium chloride solution in a comparable dose did not have the same effect or acted weaker.

In a later scientific review by I. Andguladze, it was noted that intravenous administration produced similar diuretic effects for LUGELA and calcium chloride solution, but oral administration resulted in a stronger increase in diuresis with LUGELA. This clarification is especially important: the difference manifested during passage through the digestive tract and might be associated with the absorption specifics of the natural complex.

In other words, the same active component did not provide the same result with different mineral matrices. The route of administration also influenced the extent of the differences.

Experiment with Magnesium Anesthesia

Another comparison was conducted on a magnesium anesthesia model. In animal experiments, administration of LUGELA prevented the development of anesthesia or nearly completely abolished it, while an equivalent amount of the artificial calcium chloride solution only altered certain phases of the state.

Additional experiments helped establish the role of the mineral combination. A water model from which sodium chloride was excluded did not reproduce LUGELA's effect. The combination of calcium chloride with sodium chloride significantly approximated the experimental effect to that of the natural water.

Similarity of Individual Effects Does Not Mean Identity

Researchers also noted similar effects. In experiments by G. Gvishiani and V. Khukhia, LUGELA influenced vascular tone, blood pressure, and heart activity in a manner characteristic of calcium chloride. This is natural since calcium chloride is the main component of the water.

However, similarity in the basic direction of action does not negate differences in strength, duration, and combination of effects. I. Andguladze emphasized that ions in LUGELA's composition can weaken, enhance, or qualitatively change the activity of the main component. Therefore, LUGELA may resemble calcium chloride solution in certain reactions but is not its full pharmacological analog.

Data from Experimental and Clinical Observations

Comparative differences were identified not only in laboratory indicators. In studies by M. Lezhava, the effects of LUGELA on blood coagulation and viscosity, parenchymal bleeding, artificial inflammatory processes, polyarthritis, and myocarditis were described. In a number of experiments and observations, the action of natural water was assessed as more pronounced than that of the calcium chloride solution.

Historical clinical materials also contain observations in inflammatory diseases, pleuritis, polyserositis, kidney diseases with hematuria, and other conditions. In some studies, LUGELA demonstrated results not achieved by the artificial solution under comparable conditions. These materials refer to the scientific practice of their time and should be evaluated considering the design and methods of the respective era, but they consistently confirm the main conclusion: natural water possessed its own biological activity.

What the Term "Analog" Meant in Historical Works

In some historical documents, LUGELA was referred to as an analog of 10-percent calcium chloride solution. This term was used primarily in practical terms: the water was proposed for use in areas where calcium chloride was prescribed in medical practice.

Such a definition did not mean complete chemical and pharmacological identity. The same scientific materials directly indicated that composition similarity does not prove identical action, and the results of comparative experiments showed differences in absorption, diuresis, and other reactions. Therefore, it is more accurate to speak of partial functional comparability with proven independence of the natural complex.

Scientific Grounds for Considering LUGELA a Unique Natural Phenomenon

Scientific materials allow highlighting several interrelated foundations:

• LUGELA contains not a single component but a combination of cations, anions, and trace elements.
• Accompanying components affect the absorption of the main calcium compound.
• The elevation of serum calcium after LUGELA was more pronounced and prolonged.
• Oral administration effects on diuresis differed from those of the artificial solution.
• Experimental models showed participation of other components in the overall pharmacological reaction.
• Individual effects of natural water were not reproduced by a comparable dose of calcium chloride solution alone.

These results form a consistent scientific picture. Calcium chloride determines an important part of LUGELA's action but does not exhaust its properties. The final biological activity belongs to the entire natural mineral complex. LUGELA's uniqueness is defined not by the presence of a single substance but by the naturally formed system of components and their joint action.

Practical Significance of Scientific Conclusions

LUGELA cannot be evaluated as a simple calcium supplement or as a household substitute for a pharmaceutical product. It is a highly mineralized therapeutic water used in measured doses and courses. High mineralization requires adherence to a prescribed regimen, and increasing the dose does not mean enhancing beneficial action.

Historical works contain various methods and doses of application, including those used in mid-20th century clinical practice. These data have scientific and historical value. For modern practical use, the official LUGELA instructions, approved dosing, and current recommendations for courses are decisive.

The main practical conclusion is that LUGELA's properties cannot be calculated solely by the amount of calcium chloride. Natural water has its own composition, pharmacodynamics, and scientifically recorded differences from the artificial solution.

Conclusion