Best New Composite Part
These biological models and ODE models were developed based on the biological mechanism of GnRH periodic expression and can adapt to the requirements of periodic expression in vitro under various conditions.
The model can be used to simulate and predict the cycle, minimum and maximum of the periodic expression of the target protein in vitro under different conditions, and can play a guiding role in regulating the periodic expression of the protein in the experiment.
Not only that, the model also carries the process of waveform analysis. Through waveform analysis, we can remove the factors that interfere with the experimental results, so that we can truly observe the true expression in the body.
Best Model
These biological models and ODE models were developed based on the biological mechanism of GnRH periodic expression and can adapt to the requirements of periodic expression in vitro under various conditions.
The model can be used to simulate and predict the cycle, minimum and maximum of the periodic expression of the target protein in vitro under different conditions, and can play a guiding role in regulating the periodic expression of the protein in the experiment.
Not only that, the model also carries the process of waveform analysis. Through waveform analysis, we can remove the factors that interfere with the experimental results, so that we can truly observe the true expression in the body.
Best Software Tool
Here we have created three apps so that the team can better understand the biochemical reactions in the biological process and more easily process the model data and experimental data.
Among them, through the Model band APP, users can upload the oscillation data by themselves, which can realize the automatic fitting of the oscillation model and present the parameters of the model, so as to to meet the demands according to the actual situation. Moreover, this APP can also present the waveform map to the user. On the other hand, through the Trend visualization APP, we can visualize the relationship between the parameters in the model. On this basis, we can quantify the relationship between the parameters in the model, thus form a mathematical equation with practical significance to guide the direction of the experimental group and the modeling group.Finally, we create the Visual Analytics APP, which can directly reflect the biological process and biochemical reflection, so that customers can understand, apply and develop our OS system.
