Mammalian BK channels with ~250 pS conductance are more efficient and precise in neuronal activation than invertebrate channels with lower conductance.
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Mammalian BK channels with ~250 pS conductance are more efficient and precise in neuronal activation than invertebrate channels with lower conductance.
A new mean-field model of neuronal populations driven by ion-exchange mechanisms can reproduce diverse activity patterns and modulate neuroelectric activity through extracellular ion fluctuations.
Random noise and diversity together can significantly enhance the stability of collective behaviors in biological systems.
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