Fig. 5: Dependence of oscillation periods on temperature if two reactions are temperature change resistant. | npj Systems Biology and Applications

Fig. 5: Dependence of oscillation periods on temperature if two reactions are temperature change resistant.

From: Systematic analysis of negative and positive feedback loops for robustness and temperature compensation in circadian rhythms

Fig. 5

The image shows how far the period of oscillations varies with temperature in all four oscillatory network motifs (Fig. 1) when the rates of two reactions are fixed simultaneously (indicated in legend) while all others are permitted to respond to temperature change. We only plot here the parameter combinations, which produce the lowest Q10 values. Parameters are shown in the supporting information in Supplementary Table 1. The second fixed parameters along with the primary fixed parameters (Fig. 4) are described in Fig. 1 with yellow and blue shaded boxes respectively.

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