Tongrui Qian

The paper develops a genetically encoded fluorescent sensor to monitor GPR52 activation, enabling detection of endogenous ligand release and real-time activation monitoring.

The paper develops improved GRABDA sensors to monitor dopaminergic activity in vivo, showing high sensitivity and spatially resolved DA release in mice during behaviors.

The paper develops GRAB sensors for detecting neuropeptides with high specificity and sensitivity, enabling in vivo monitoring of their release and function.

This paper develops genetically encoded sensors to measure histamine release in vitro and in vivo, showing high sensitivity and specificity for extracellular histamine detection.

The paper develops a new oxytocin sensor to study compartmental OT release in neurons and finds distinct calcium channel roles and fusion machinery differences in axons and somatodendritic regions.

GESIAP is a MATLAB-based image analysis program that processes genetically encoded sensor data to analyze neuromodulator transmission properties across cell types and species.

This paper develops a genetically encoded sensor to measure serotonin dynamics in vivo, showing its effectiveness in both flies and mice across various conditions.

The paper develops and optimizes GRABDA fluorescent sensors to monitor dopaminergic activity with high sensitivity and resolution in vivo.

The paper develops an optimized GRABACh sensor to measure in vivo cholinergic activity in Drosophila and mice, revealing compartmental ACh signals and single-trial dynamics.