Wei Xu

The paper describes the preparation and application of anterograde trans-neuronal viral vectors derived from YFV-17D for mapping brain connectivity.

SpinalTRAQ quantifies the CST synaptic projectome in cervical spinal cords of healthy and post-stroke mice, revealing changes in connectivity and plasticity.

The paper develops YFV-17D viral vectors that selectively target astrocytes in specific neuronal circuits, enabling genetic control and study of their roles in brain function and disease.

The paper develops a method for tracing polysynaptic neuronal circuits between the hippocampus and striatum and reveals their wiring diagram.

This study identifies an inhibitory hippocampo-septal projection that bi-directionally controls locomotion and exploratory behavior in mice.

This study compares neuronal activity patterns in two mouse strains during fear conditioning, revealing distinct mechanisms for memory and generalization.

This study identifies SLM interneurons that modulate hippocampal activity to switch between memory encoding and retrieval modes.