CN
Deuterium depleted water

Generally speaking, the deuterium content in water is expressed by absolute ratio: D/H. Since the deuterium content is generally relatively low, it is usually expressed in ppm (one millionth). That is to say, for example, water with a deuterium content of 150ppm means that the ratio of deuterium atoms to hydrogen atoms in the water is 150/million (one hundred fifty millionths). The deuterium content of most water on the earth is about 150ppm, so it is defined in a physical and chemical sense. The academic circles call water with a deuterium content lower than 150ppm "deuterium-depleted water".

boiling point melting point density
DDW <100℃ <0℃ <1.0g/mL
plain water 100℃ 0℃ 1.0g/mL
heavy water 101.4℃ 3.82℃ 1.105g/mL
DDW is beneficial to living organisms

Agre P of Johns Hopkins School of Medicine in the United States discovered the water channel protein on the cell membrane, which unraveled the absorption mechanism of water in organisms. At the same time, he pointed out that only orderly and structured small molecular clusters of water can enter the cells to participate in the energy of human substances. , Information metabolism. Due to the reduction of deuterium elements, the deuterium-depleted water has a unique structure of water molecular clusters. It has been confirmed by O17 NMR analysis that the molecular clusters of deuterium-depleted water are more than 50% smaller than those of ordinary water. With water channels of similar diameter, these smaller molecular clusters move through the body more quickly and efficiently than other types of water, allowing the body to rehydrate faster and more effectively. Therefore, deuterium-depleted water is an activator of life, can activate human cells and functions, and improve metabolism.

Effects of deuterium on living organisms

Effect of Deuterium in DNA Structure

According to Kirk Goodall, a senior member of NASA's technical staff, the lower the deuterium concentration, the less frequently irreversible errors will occur in the DNA structure.

Affect metabolism and body growth

Deuterium creates bonds that are stronger than ordinary hydrogen bonds, and tighter deuterium bonds stiffen proteins and require more energy to break during metabolic reactions.

Deuterium interferes with ATP production

Deuterium also interferes with normal proton movement in any proton channel - including channels involved in ATP (energy) production. Its presence causes "stuttering" of proton motion, which reduces efficiency.
Use of deuterium-depleted water in life