… the thalamus, "Thalamic Oscillations and Signaling" describes the morphological organization
of the thalamus, the intrinsic and network properties of thalamic … on thalamic operations. It …

… within the thalamus creates an intrinsic oscillatory unit whose … relay neurons and inhibitory
thalamic reticular neurons along … cortex and thalamus reinforce the thalamic oscillatory activity …

… thalamus is the gateway to the cortex for most sensory modalities. Nearly all thalamic nuclei
… In this study, the spatiotemporal properties of synchronized thalamic spindle oscillations (7 …

… is of particular importance to cortical networks, since active modifications of local recurrent
circuitry appear to compensate for the absence of a thalamic signal for Up state initiation (see …

… ); this pathway will be addressed in the context of thalamic oscillations in the final section
of this review. Layer 6 CT-RT activation results in feedforward inhibition of TC cells ( …

… quality of thalamic and neocortical responses to prethalamic stimuli. The thalamus is the
first brain relay station where obliteration of postsynaptic responses to incoming signals is …

… receptor subtypes expressed in thalamus in the modulation of thalamic oscillations. We have
previously reported that Y 1 receptor blockade disinhibits thalamic network oscillations [25]. …

… for understanding thalamic function … oscillations (4). We have studied the cellular mechanisms
of spindle wave generation in thalamic slices and the transformation of these oscillations …

… suggest three thalamic sub-regions responsible for the coordination of oscillatory activity and
… networks provide different channels by which task-driven top–down control signals from the …

… While some types of thalamic and cortical oscillations (such as, eg, thalamic delta (2-3 Hz) …
evoked brain oscillations could modulate the signal processing. We hypothesize that the brain …