Local contact inhibition unifies exponential, radial, fractal, generalized logistic, and Gompertzian growth as outcomes of one microscopic cell model, backed by agent-based simulations matching in vitro data.
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Universal principles of cell population growth follow from local contact inhibition
Local contact inhibition unifies exponential, radial, fractal, generalized logistic, and Gompertzian growth as outcomes of one microscopic cell model, backed by agent-based simulations matching in vitro data.