Fig. 5.1 Schematic of “working brain” model, showing structures involved in corticothalamic generation of EEGs and the brainstem-hypothalamus ascending arousal system (see section “Arousal State Modeling” for abbreviations), with some…
2.3 Hz) of PD is significantly higher [73]. Second, the symptom severity may be more relevant to the neuronal firing patterns than to the firing rates of GPi [4, 8, 9,…
-molecules, study the properties of the atoms and the inter-molecule interactions like hydrogen bridges and van-der-Waals bounds. Now, to describe a water wave, one has to study millions and millions…
Fig. 9.1 Connectivity of the network model, reproduced with permission from [68] The cortical model and the cortical part of the thalamocortical model is inspired by the anatomy of the…
accumulation. This can help elucidate a mechanism of age-dependent theta oscillation changes in AD mouse models, reflecting changes in synchronous synaptic activity that could mediate oscillation-dependent memory deficiencies and serve…
. In neural systems, these parameters usually correspond to time constants or synaptic strengths of the connections between the system elements. The mathematical form of the dependencies and the pattern…
to indicate the set of all event pairs wherein an event on neuron A precedes an event on neuron B by time . These sets are sometimes referred to as…
Fig. 8.1 Schematic representation of cerebellar circuits. At the sub-cortical levels, afferent fibers carrying sensory information activate the deep cerebellar nuclei and inferior olive cells. In the cerebellar cortex, there…
(1) where E is the expected values operator and τ is the offset, or time lag. To define a network, we define each microelectrode in the MEA as a node,…
(1.1) Where V represents the membrane potential, C represents the membrane capacitance, g m —the conductance of a particular ion-channel, V m is this ion’s reversal potential and I(t) represents…
