Overview

    Our inspiring modeling work has been closely related to the wet lab experimental work. The models help our group conduct wet experiments more wisely and get a deeper understanding of some quantitative characteristics as well as some attributes in our whole system.
    Firstly,The simbiology-based model successfully validated our overall design ideas, enabling the experimental group to proceed in a clear direction.
     Then, our oscillator model explained the oscillation module specifically. According to final results, we learned the effect of protein degradation rate and colonysize on the oscillation behavior, which provided the experimental group with some suggestions on the oscillator modification.
     Thirdly,after having designed the oscillation module, we use the molecular concentration prediction model to simulate the change of drug concentration in the blood. Moreover, both single dosing and multiple dosing scenarios are discussed in detail to analog the situation of a person taking medication in daily life. According to final results, we adjust various parameters of the model to guide the experiments of the wet experimental group.
     Finally, we also use visualization methods to depict our model results, which allows judges input parameters and obtain simulation results more obviously. In conclusion, our models match with wet experiments perfectly and are more close to daily life.