2008Yaoxue jinzhanRequires access

Cancer Cells' Warburg Effect and Developments on the Anti-cancer Agents

Xiuhua Chen

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Abstract

Warburg effect is that cancer cells exhibit an increased dependence on glycolytic pathway for ATP generation. It provides a biochemical basis for the design of the anti-metabolic agents for cancer treatment. The Warburg effect and the explanations of its main possible mechanisms are introduced, and the anti-cancer agents developed in recent years based on this effect are summarized.

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What this paper is about

Warburg effect is that cancer cells exhibit an increased dependence on glycolytic pathway for ATP generation. It provides a biochemical basis for the design of the anti-metabolic agents for cancer treatment. The Warburg effect and the explanations of its main possible mechanisms are introduced, and the anti-cancer agents developed in recent years based on this effect are summarized.

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Available abstract

Warburg effect is that cancer cells exhibit an increased dependence on glycolytic pathway for ATP generation. It provides a biochemical basis for the design of the anti-metabolic agents for cancer treatment. The Warburg effect and the explanations of its main possible mechanisms are introduced, and the anti-cancer agents developed in recent years based on this effect are summarized.

Key concepts: Warburg effect, Cancer, Cancer cell, Glycolysis, Cancer research, Chemistry, Biology, Medicine

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