Ning Yu

This study identifies P2x2 receptor upregulation in the cochlea as a cause of hyperacusis, showing that antagonists can reduce hearing hypersensitivity.

This study identifies the ATP-gated P2x7 receptor as a key channel in type II auditory nerves, showing its role in hearing sensitivity and noise protection through efferent control mechanisms.

This paper develops a BiLSTM-based method to automatically recognize ABR characteristic waveforms with high accuracy in clinical data.

This study shows that MOC efferent nerves also innervate cochlear supporting cells, modulating gap junctions and affecting OHC electromotility, which impacts hearing sensitivity and noise protection.

This study compares optogenetic and acoustic stimulation in guinea pigs, finding similar auditory responses to light and sound, with increased amplitude at higher light intensity.

This paper develops an automated 3D inner ear modeling method to assess morphological similarities across species, finding mini pigs closely resemble humans in key structures.