Understanding and predicting how microbes respond to environmental fluctuations is a central challenge in present-day microbiology. Erickson et al. have proposed a quantitative and (kinetic) parameters-free model of Escherichia coli growth that successfully anticipates changes in gene expression and biomass accumulation in response to nutrients up- and down-shifts.
Modelling the Kinetic Response to Nutrient Fluctuations / Fondi, Marco*. - In: TRENDS IN MICROBIOLOGY. - ISSN 0966-842X. - ELETTRONICO. - 26:(2018), pp. 4-5. [10.1016/j.tim.2017.11.009]
Modelling the Kinetic Response to Nutrient Fluctuations
Fondi, Marco
2018
Abstract
Understanding and predicting how microbes respond to environmental fluctuations is a central challenge in present-day microbiology. Erickson et al. have proposed a quantitative and (kinetic) parameters-free model of Escherichia coli growth that successfully anticipates changes in gene expression and biomass accumulation in response to nutrients up- and down-shifts.
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