Search

The authors focus on water resources and the use of mineral waters in human nutrition, especially in the different stages of life, in physical activity and in the presence of some morbid conditions. Mineral water is characterized by its purity at source, its content in minerals, trace elements and other constituents, its conservation and its healing properties recognized by the Ministry of Health after clinical and pharmacological trials. Based on total salt content in grams after evaporation of 1l mineral water dried at 180 degrees C (dry residues), mineral waters can be classified as: waters with a very low mineral content, waters low in mineral content, waters with a medium mineral content, and strongly mineralized waters. Based on ion composition mineral waters can be classified as: bicarbonate waters, sulfate waters, sodium chloride or saltwater, sulfuric waters. Based on biological activity mineral waters can be classified as: diuretic waters, cathartic waters, waters with antiphlogistic properties. Instructions for use, doses, and current regulations are included.

The authors remind the main epidemiological and clinical findings of Chronic Obstructive Pulmonary Disease (COPD); the prevalence and incidence of COPD is increasing and COPD is now the IV cause of death in the world. Moreover, it is cause of increasing pharmaceutic and hospital charges. COPD has multifactorial etiology, linked to genetic and exogenous factors, as tobacco smoke, air pollution, microbial infections and cold. The GOLD guide lines of the medical therapy of the COPD are showed. The spa therapy of COPD is based on the inhalation use of mineral water, mainly sulphurous and salsojodic. Sulphurous mineral waters have vasodilating activity on vessels of bronchial mucose, improving its trophic state, and increase the production of secretory IgA and muco-ciliary clearance; they have fluidificant activity on bronchial secretion. Clinical trials showed improvement of cough, sputum and functional indexes as FEV1 and CV. Salsojodic mineral waters increase the fluidity of the bronchial mucus, muco-ciliary clearance and the trophism of the bronchial mucose. The authors remind the properties of sulphate and bicarbonate mineral waters in the spa therapy of COPD. Finally authors refer about some effects of spa therapy and climatic-environmental situations on COPD morbidity.