Tania Rinaldi Barkat

This study shows that cortical neuroprostheses in mice outperform cochlear implants in auditory tasks, generating sound-like percepts through structured neural activity.

The paper shows that somatostatin-expressing interneurons control top-down inputs during associative learning in mice by modulating bottom-up signaling and gating top-down information.

This study shows that curriculum learning improves and accelerates learning in mice by enhancing neuronal discriminability through sequential task complexity.

This study shows that APP17, a peptide derived from APP, does not regulate GABAB receptor activity in heterologous cells or neurons, suggesting sAPP acts through other receptors.

The paper examines how task engagement modulates neuronal activity in the auditory pathway of mice, identifying distinct modulation patterns across brain regions.

This study investigates the role of cortical offset responses in sound termination detection and shows they are behaviorally relevant and generated de novo in the auditory cortex.