細菌集団動態と環境多様性の関連付けによる機械学習支援型の増殖決定因子の発見

・A large dataset describing the bacterial growth in a broad environmental gradient of largely varied combinations was experimentally acquired under well-controlled laboratory conditions.
・By applying machine learning with artificial intelligence to this big data to estimate which nutrient determinative affected E. coli proliferation, we found that the decision-making nutrients in the lag, exponential, and stationary phases differed.
・Differentiation in the elements determining various growth phases strongly implied risk diversification in fate decisions as a survival strategy.

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