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. 2017 Jan 20;7:40596. doi: 10.1038/srep40596

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Copyright © 2017, The Author(s)

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Dynamical states of stress p53 driven by Axin, and stress propagation: (A) dynamical states of p53 for different k₂₂ values, (B) permutation entropy S_p53 values of the corresponding dynamical states. (C) Multifractal calulations: plots of F_s vs s, vs q and D_q vs q, (D) A_p53 as a function of k₂₂ for various values of k₃₉:…., (E) phase diagram in the parameter space (), and Δk₂₂ is the range of k₂₂ occupied by sustain oscillation, (F) schematic diagram of stress signal propagation, (G) topological properties of networks of corresponding dynamical states: P(k), C(k), C_n(k), C_B(k), C_C(k) and C_E(k) as a function of degree k, (H) the propagated signal receied by Notch and corresponding dynamical states, (I) permutation entropy (H_Notch) calculations, (J) Multifractal measures, (K) topological properties of the corresponding dynamical states.

Inline graphic — Dynamical states of stress p53 driven by Axin, and stress propagation: (A) dynamical states of p53 for different k₂₂ values, (B) permutation entropy S_p53 values of the corresponding dynamical states. (C) Multifractal calulations: plots of F_s vs s, vs q and D_q vs q, (D) A_p53 as a function of k₂₂ for various values of k₃₉:…., (E) phase diagram in the parameter space (), and Δk₂₂ is the range of k₂₂ occupied by sustain oscillation, (F) schematic diagram of stress signal propagation, (G) topological properties of networks of corresponding dynamical states: P(k), C(k), C_n(k), C_B(k), C_C(k) and C_E(k) as a function of degree k, (H) the propagated signal receied by Notch and corresponding dynamical states, (I) permutation entropy (H_Notch) calculations, (J) Multifractal measures, (K) topological properties of the corresponding dynamical states.