Jinxin Wang

This study examines how predator-associated chemosignals influence risk assessment behaviors and vomeronasal neuron activity in mice, revealing distinct spatiotemporal patterns and neural responses to different predator cues.

This study shows that the vomeronasal system decodes biological state from bile acid patterns, revealing sensitivity to rare ligands and information encoding through stimulus whitening.

This study identifies Arc-expressing interneurons in the accessory olfactory bulb that contribute to chemosensory social behavior plasticity through increased excitability and chemogenetic manipulation.

The paper develops a layered hybrid machine learning workflow to improve the analysis of mouse risk assessment behavior by combining random forest and hidden Markov models.