Supplementary application of deuterium depletion can drastically reduce tumor mortality
Our publication in the journal Biomedicines
Supplementary application of deuterium depletion can drastically reduce tumor mortality
Scientists of HYD LLC for Cancer Research and Drug Development published their latest results in Biomedicines, a renowned international scientific journal. These results showed that reduction of the deuterium, aka. heavy hydrogen, level of the body, when applied as supplementary therapy in tumorous diseases, can substantially increase the survival chance of cancer patients and reduce cancer mortality by 75-80 %. The results presented in the paper were made available by Science Featured to a broader audience interested in science. This Canadian platform aims to share significant breakthroughs and advances of science, gathering content worldwide from high-ranking universities and research institutes. The HYD scientists’ paper was chosen from several ten thousand publications. In the paper, cancer researchers of HYD processed data of 2,649 tumor patients in a follow-up study, with life expectancy as primary endpoint. Supplementary application of deuterium-depleted water (DDW) increased the patients’ life expectancy severalfold. Median survival time was 11.6 years when the criteria given in the paper were met, which was a nearly fivefold increase compared to the 2.4 years median survival of the Hungarian cancer population. The most important result of the study is that supplementary application of deuterium depletion could reduce of cancer deaths by 75-80 % globally. This means that the actual Hungarian cancer mortality of 33 thousand per year could be brought down to 6-9 thousand. Besides reducing cancer mortality, supplementary application of DDW could significantly contribute to increasing life expectancy and prevention of tumorous diseases. The open-access paper published recently by Science Featured is a significant recognition of the work of Hungarian cancer scientists.
The publications mentioned in the press release are accessible under these links:
https://www.mdpi.com/2227-9059/13/4/876/pdf