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The idea that cancer cells do not display density-dependent inhibition is supported by observations. Cells can only expand to a certain density before their growth is stopped, possibly as a result of interactions.
The term for this is "density-dependent inhibition." It is common for tumor cells to lose density-dependent inhibition. Normal cells in culture cease multiplying and enter a state of quiescence once they reach a particular cell density. Regardless of cell density, tumor cells still continue to grow.
Cancer cell lines, which provide useful model systems to investigate pathways relevant to cancer development, are often used in biomedical research, which advances our understanding of cancer cell biology. In the development and testing of fresh anticancer drugs, these cell lines are also used. Cancer cells have a lack of differentiation in their membranes, cytoskeletal proteins, morphology, and patterns of growth and division.
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