Kunzhang Lin

This paper develops an efficient method for retrograde monosynaptic tracing in larval zebrafish neural circuits using modified rabies viruses.

This paper demonstrates that AAV11 enables retrograde trans-neuronal transduction of astrocytes, providing a tool to study astrocyte-neuron connectivity networks.

This paper evaluates AAV11 vectors with IBA1 promoter and miRNA-9 sequences for microglia-specific transduction, finding AAV11 provides high specificity and efficiency in transducing microglia across brain regions and spinal cord.

The paper identifies rAAV11 as a highly efficient retrograde tracer for projection neurons, with improved transduction and utility for neural circuit monitoring and astrocyte targeting.

The paper improves the production of CVS-N2c-ΔG virus for retrograde tracing, showing higher efficiency and broader application in neural circuit studies.