Models of Cell Processes are Far from the Edge of Chaos

In short

The authors analyzed 72 computer models of cell processes using new simulation tools to measure how disturbances spread through these systems. They found that internal changes usually stop quickly or have little effect, indicating that cells are more rigid and orderly than previously thought. This challenges the long-held theory that living systems operate at a chaotic boundary, suggesting instead they maintain stable order over time.

The summaries on this page were written by a small AI model running on my own computer, from the paper's abstract. They can get details wrong; the paper is the source.

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