Cancer cells have unique properties such as continuous growth and the ability to metastasize, distinguishing them from normal cells. These cells deceive the immune system by secreting factors that suppress immune response and by leveraging the Warburg effect, where they prefer glycolysis over aerobic metabolism to optimize for cellular building blocks and lower the surrounding pH, effectively evading immune detection. Despite Warburg's initial misconception about defective mitochondria, cancer cells do not rely on defective mitochondria but rather prioritize cellular building blocks over energy to support rapid cell division. These insights underscore the intricate and evolutionary tactics of cancer cells to outsmart the body's immune defense and thrive.

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