An extended DMFT framework incorporates epigenetic modifications as slow feedback-driven variables to dynamically reshape the effective potential landscape governing cell fate in GRNs.
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A review of dynamical processes on multiplex networks identifies structural correlations, dynamical correlations, and inter-intra layer interplay as the three mechanisms enabling emergent collective behaviors not possible on aggregated networks.
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Epigenetic feedback reshapes dynamical landscapes in gene regulatory networks
An extended DMFT framework incorporates epigenetic modifications as slow feedback-driven variables to dynamically reshape the effective potential landscape governing cell fate in GRNs.
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Dynamical processes and emergent behaviors in multiplex networks
A review of dynamical processes on multiplex networks identifies structural correlations, dynamical correlations, and inter-intra layer interplay as the three mechanisms enabling emergent collective behaviors not possible on aggregated networks.