Adi Mizrahi

This study shows that olfactory training in mice increases neurogenesis in the olfactory epithelium, which improves odor discrimination in the olfactory bulb.

This study shows that fatherhood in male mice enhances auditory cortex plasticity through prolactin signaling, improving pup vocalization discrimination.

This study shows that adolescent mice have less accurate and slower sound processing in auditory cortex during a difficult auditory discrimination task compared to adults, due to immature cortical representations and weaker cognitive control.

This study shows that olfactory function can be preserved in mice with severe olfactory bulb degeneration due to altered circuitry compensating for lost structures.

This study shows that the temporal association cortex (TeA) in mice processes sounds with sparser neuronal responses, enhancing sensitivity to complex sounds like frequency modulated sweeps.

The paper identifies that motor preparatory inputs activate auditory corticothalamic neurons before orofacial movements in mice.

This study shows that the medial geniculate body encodes task, motor, and learning-related information during auditory discrimination learning in mice.

This study shows that mouse mitral cells in the olfactory bulb flexibly represent odour categories based on task demands, with changes in response patterns following learning.

The paper investigates how perceptual learning of pure tones versus natural sounds affects neural plasticity in the auditory cortex, finding that natural sounds induce sparsening and decorrelation, improving discrimination of complex sounds.