Can mathematicians describe digital cells in the same way they can mimic the behaviour of biological systems?
It appears that digital cells can mimic some behavioural properties, while others are being intensively studied. From some level of approximation, we can use this knowledge to connect the predictive power of these digital cell models to the methods commonly used in clinical general practice. When we refer to a digital biological object, we usually mean a mathematical or computer model of a real object. We shall use the adjective “digital” in this sense. The digitization of the biological cells of digital patients and organisms is the main paradigm of theoretical biology and medicine. It is a crucial instrument for predicting the behaviour of biological systems over scales ranging from nanometres to the whole organism. Researchers at the “Seminar on Mathematical and Computer Predictions of Cell Behaviour”, which has been held for over a decade at the Department of Applied Mathematics (KAM) at Charles University, Prague, Czech Republic, are working on a digital cell project. There are tw
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