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分析盐泉水中乌达那温泉熟成后的马萨奇欧利科泥炭

Analysis of Massaciuccoli Peat after Maturation in Sodium Chloride Water of Undulna Thermae.

机构信息

Unit of Cellular and Molecular Pharmacology and Toxicology, Department of Internal Medicine and Therapeutics, University of Pavia, 27100 Pavia, Italy.

Undulna Thermae, 54038 Cinquale, Italy.

出版信息

Int J Environ Res Public Health. 2022 Feb 15;19(4):2169. doi: 10.3390/ijerph19042169.

Abstract

In Italy, peat extracted from the peat bogs of Lake Massaciuccoli is the only peat used for therapeutic purposes. Massaciuccoli peat (M-peat) soaked in the salty bromine-iodine water of Undulna Thermae has given positive results in various pathological situations, mainly in dermatological, rheumatological, and traumatological conditions. Morphological and biochemical analysis were performed using base M-peat samples matured in the salty bromine-iodine water of the Undulna Thermae for different times, to evaluate whether maturation time modifies peat chemico-physical properties. The maturation process induced particle aggregation, with an increase in the fractions with larger particle size. The presence of a high number of proteins derived from organic degradation was observed; after 6 months of maturation, a significant increase in proteins was found, suggesting that salty bromine-iodine water plays a role in the clinical action of the peat. The presence of lipids in M-peat was also confirmed, allowing us to draw important considerations on its therapeutic properties possibly deriving from the relevant interactions between lipids and humic acids. Finally, from our observations, it could be reasonably argued that longer periods of maturation do not result in additional advantages regarding clinical activity.

摘要

在意大利,从马萨西库科利湖的泥煤沼泽中提取的泥煤是唯一用于治疗目的的泥煤。在翁达卢纳温泉的咸溴-碘水中浸泡过的马萨西库科利泥煤(M-peat)在各种病理情况下都取得了积极的结果,主要是在皮肤病学、风湿病学和创伤学方面。使用在翁达卢纳温泉的咸溴-碘水中成熟不同时间的基础 M-peat 样品进行形态和生化分析,以评估成熟时间是否改变泥炭的化学-物理性质。成熟过程诱导颗粒聚集,较大粒径的颗粒分数增加。观察到大量源自有机降解的蛋白质的存在;经过 6 个月的成熟,发现蛋白质显著增加,表明咸溴-碘水在泥炭的临床作用中发挥了作用。M-peat 中还存在脂质,这使我们能够对其治疗特性进行重要的考虑,这些特性可能源自脂质和腐殖酸之间的相关相互作用。最后,从我们的观察结果可以合理地认为,更长的成熟时间不会在临床活性方面带来额外的好处。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c512/8872336/5b572d7d5e7a/ijerph-19-02169-g001.jpg

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