ABOUT THE POSSIBILITY OF CANCER DIAGNOSTICS BY ANALYSE OF ISOTOPIC CONTENT OF HYDROGEN IN HUMAN FLUIDS.

О.S. Vakhrusheva1, А.А. Timakov2,  G.А. Kalabin1,  V.V. Keshelava3 

1Peoples' Friendship University of Russia, 8/5 Podolskoye Shosse, 113093 Moscow, Russia
2MTC Iceberg Ltd, , 14 office, bld.1, 88 Volokolamskoe rd., 125424 Moscow, Russia
3Russian Scientific Centre of Roentgeno – Radiology, Profsojusnaja 86, Moscow, Russia

Cancer diagnostics is one of the main problems of clinical oncology. We report  some results on D/H ratio analysis of urine tests of cancerous patients and healthy humans and discuss the possibility of cancer diagnostics by analysis of isotopic content of hydrogen in human fluids.
 The urine of healthy humans is enriched in deuterium (-60) – (-82) ‰ in comparison with the average deuterium content in drinking water of  Moscow region (-8) – (-89) ‰. Our data are in accordance with the results [1], but the difference was much less. The water deuterium content of urine tests of patients with different cancer diseases is depleted in deuterium (-85) – (-96) ‰ and is diminished or close to the average deuterium content of local drinking water. The analysis of our results and their comparison with other data, [2,3],  allowed to make a supposition about accumulation of deuterium in a neoplasm tissue, that produces the depletion in deuterium of human fluids. In that case antineoplasic properties of deuterium depleted water (DDW), [4], can speak about the change of moving direction of deuterium in a human organism. Really, decrease in deuterium content in human fluids, by replacement of  drinking water with DDW,  should naturally lead to its diminution in a tumor.

References:

1.	U. Zimmermann, U. Cegla, “Der Deuterium-und Sauerstoff-18-Gehalt der Korperflussigkeit des Menschen und seine Anderung bei Ortswechsel”, Natur wissenschaften, 60, (1973), 243.
2.	P.Berdea, Cuna Stela, M.Cazacu, M.Tudose, “Deuterium variation of human blood serum”, Studia Universitatis Babes-Bolyai, Physica, Special Issue, 2, pp. 256-258,(2001)
3.	P.Berdea, Cuna Stela, M.Cazacu, M.Tudose, “Deuterium depletion in blood, blood plasma and neoplasm tissue from patients. Diagnosis and treatment implications”, http://www.itim-cj.ro/PIM/2003/FullText/poster/Berdea.doc
4.	G. Somlyai, G. Jancso, G. Jakli, K. Vass, B. Barna, V. Lakics and T. Gaal, “Naturally occurring deuterium is essential for the normal growth rate of cells”, FEBS 317, (1993), 1-4.
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