Our knowledge of the structure of voltage-dependent K + (Kv) channels, which shape the neuronal action potential, has come largely from studies of prokaryotic channels, which can be expressed at ...

The field of neuroscience has long been intrigued by the complex dynamics of neurons in the cerebral cortex, particularly the transformation of synaptic ...

Together with the artificial neural networks of McCulloch and Pitts ... including the shape and propagation of the action potential, its sharp threshold, refractory period, anode-break excitation ...

In order for a neuron to transmit its own signal, it must first be sufficiently activated by incoming signals from other neurons via its dendrites. Then, an action potential is generated in its ...