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This notation takes into account the duality between variables such as membrane potential evolving with respect to a continuous time and raster plots labeled with discrete time.
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In gIF model, membrane potential evolves continuously while conductance is updated with spike occurrence considered as discrete events.
This leads one to consider a somewhat artificial mixed dynamics where membrane potential evolves continuously while spike are discrete events.
Then, we would have to take into account that the information provided by the experimental raster plot is discrete, even if the membrane potential evolves continuously.
On the one hand, the membrane potential, which is the physical variable associated with neurons dynamics, evolves continuously.
On the one hand, the membrane potential, which is the physical variable associated with neuron dynamics, evolves with a continuous time.
Hence, vascular reactivity evolves in a separate but parallel fashion to membrane potential changes resulting in a mechanism of neurovascular coupling and uncoupling, which is as dynamic as the seizure itself.
The time-evolving states characterizing the neuron dynamics, including a filtered membrane potential and the dynamics of the gating variables 2.
the mitochondrial membrane potential.
Membrane potential (mV).
Mitochondria membrane potential.
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