Conventional ABIs rest on the dorsal surface of the cochlear nucleus, which has a 3 mm radius and a complex shape. Rigid electrodes leave air gaps, leading to excessive current spread and ...

While the brain's contribution to the encoding and processing of pain has been widely explored in the past, the role that neural circuits in ... crucial role of Gal + inhibitory neurons in the ...

The evidence supporting this claim is compelling, demonstrating that SPNs uniquely integrate sparse input from variable stretches across the barrel cortex. The study would be of interest to basal ...

These project from the arcuate nucleus to other key hypothalamic nuclei ... cortical areas and reward circuitry known to modulate appetite control. Gut hormones acting via vagal afferents act ...

You have many options for hearing aids, from rechargeable and live music-enhancing hearing aids to nearly invisible models and those with your favorite color. We explain the main features of ...

Abstract: Experimental studies with microelectrodes have resulted in quantitative statistical descriptions of spike discharge patterns of both cochlear nucleus neurons and the cochlear nerve fibers ...

Recording data suggest a form of synaptic homeostasis emergent in both HVC and RA as a result of the profound loss of (inhibitory?) tone in HVC ... despite perturbations in underlying motor circuits.

Specifically, the pathway through the central amygdala is responsible for decoding the negative emotional valence of the distress signal, while the pathway through the dorsal bed nucleus of the ... By ...

While the hemodynamic response is assumed to reflect excitatory neural activity, inhibitory neurons can also play a significant role. Here, we investigated the hemodynamic responses elicited by ...