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A formula of temperature homeostasis of the body during inoculated tumor development was described. The basic data were temperature parameters of tumor S-45 inoculated to 180 rats subcutaneously and intramuscularly. Thermography was used as a method of investigation. An analysis of the results obtained led to a conclusion of a principal difference in the nature of heat processes in the body with tumors at different depths. In addition to it, the heat status of a tumor reflected the state of the vascular system making it possible to assess a necessary degree and nature of therapeutic exposure. Taking into account two periods of a heat status of the body one could choose the most effective therapeutic method during tumor development. The above material formed the basis for producing a heat model of tumor in order to improve methods of cancer diagnosis and therapy.
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
September 1966,
Cancer research,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
October 1948,
Science (New York, N.Y.),
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
January 1973,
Voprosy meditsinskoi khimii,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
January 1964,
Voprosy onkologii,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
December 1915,
Annals of surgery,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
January 1967,
Doklady Akademii nauk SSSR,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
January 1968,
Oncology,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
April 1961,
Proceedings of the Society for Experimental Biology and Medicine. Society for Experimental Biology and Medicine (New York, N.Y.),
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
September 1991,
Journal of electron microscopy technique,
R Ia Vepkhvadze, and
E G Gedevanishvili, and
V V Karpov
November 1969,
Antibiotiki,
