Remodelled Water Adjusted Both Proportion of Intestinal Flora and Peripheral Leukocyte Subset
Received Date: Jan 24, 2018 / Accepted Date: Feb 02, 2018 / Published Date: Feb 08, 2018
Abstract
Around 60% of the body weight consisted with water. So we tried to characterize the quality of the water for human physical factors. Lots of fundamental and clinical studies reported that many kind of water plays an important role in the physiological maintenance of humans as well as animals. This report was design to assess the influence of administration by remodeled water (RMW) on the development of physiological functions in human and experimental animal model. RMW was different from many other water, different from molecule itsself. RMW was proved to absorbed human odor molecule in vitro and in vivo. The animal model of experiment by immune-suppressive agent, RMW recovered the function of phagocytic cell in diabetes meritus (DM) model. In a human trial for intestinal model were shown to increased lactobacillus group other than anaerobic bacillus. More about odor factor, RMW decreased main odor elements, ammonia and hydrosulfate to decrease the odor in the exhaustive faces even after 7 days. In case of combat against infectious agent such as foreign microorganism, an active oxygen is most important in phagocytic cell. However excess level of oxygen is some time harmful for self-tissue, requiring to regulate at minimum level. Therefore, digital reliable assessment is necessary in phagocytic cells, not in in vitro system. In this report, we reported such trial by employing RMW.
Keywords: Quality of life; Digital presentation; Constitution; Remodeled water; Leukocyte subset; Macrophage; Granulocyte; Lymphocyte Antioxidative activity; Diabetes meritus
Citation: Fukai T, Yamaguchi N (2018) Remodelled Water Adjusted Both Proportion of Intestinal Flora and Peripheral Leukocyte Subset. J Tradit Med Clin Natur 7:263. Doi: 10.4172/2573-4555.1000263
Copyright: © 2018 Fukai T, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
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