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[Hypoxic tumor cells--target for directed modification of radiosensitivity in radiotherapy].

Iarmonenko Sp

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Abstract

Two peculiarities of tumor hypoxic cell metabolism developing during adaptation to hypoxia--the lowering of respiratory intensity and a change-over from respiration to glycolysis were considered. They form the basis for tissue radiosensitivity modification in different directions in tumor radiation therapy. The first peculiarity of metabolism makes it possible to use hypoxic gaseous mixtures for the predominant protection of normal tissues, and the second artificial hyperglycemia for a selective enhancement of tumor radiation injuries.

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What this paper is about

Two peculiarities of tumor hypoxic cell metabolism developing during adaptation to hypoxia--the lowering of respiratory intensity and a change-over from respiration to glycolysis were considered. They form the basis for tissue radiosensitivity modification in different directions in tumor radiation therapy. The first peculiarity of metabolism makes it possible to use hypoxic gaseous mixtures for the predominant protection of normal tissues, and the second artificial hyperglycemia for a selective enhancement of tumor radiation injuries.

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Available abstract

Two peculiarities of tumor hypoxic cell metabolism developing during adaptation to hypoxia--the lowering of respiratory intensity and a change-over from respiration to glycolysis were considered. They form the basis for tissue radiosensitivity modification in different directions in tumor radiation therapy. The first peculiarity of metabolism makes it possible to use hypoxic gaseous mixtures for the predominant protection of normal tissues, and the second artificial hyperglycemia for a selective enhancement of tumor radiation injuries.

Key concepts: Radiosensitivity, Hypoxia (environmental), Radiation tolerance, Radiation therapy, Glycolysis, Cancer research, Respiration, Metabolism

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