Tuan Vu Bui

The paper validates an optogenetic approach in zebrafish to study fatigable muscle weakness and NMJ function in CMS models, linking behavior, electrophysiology, and genetics.

This study shows that poly-L-ornithine-coated plant scaffolds improve motor recovery and neural repair in rats with spinal cord injury.

The paper models how changes in ion currents during zebrafish development affect primary motoneuron firing properties and locomotor activity.

This study maps the connectivity of dI3 neurons across cervical and lumbar spinal cord segments to understand their role in motor functions.

The paper investigates how neuromodulators like serotonin and acetylcholine modulate the M-current in zebrafish primary motoneurons during development, showing age-dependent effects on firing properties.

The paper shows that spinal dI3 neurons are essential for motor adaptation driven by low-threshold cutaneous afferents in spinalized mice.

This study shows that altering dI3 neuron excitability affects hindlimb motor tone and locomotor recovery after spinal cord injury, with combined serotonergic agonist and dI3 stimulation improving recovery.

This study identifies dI3 neurons in the spinal cord that compare efference copies and sensory feedback to enable rapid movement corrections.

The paper identifies the M-current in larval zebrafish primary motoneurons and shows its developmental role in excitability control.

This study builds and simulates spinal circuit models in developing zebrafish to understand how locomotor movements transition from coiling to swimming.

The paper maps synaptic outputs of V1 neurons in zebrafish to show they inhibit motor targets locally and sensory targets distally, coordinating locomotion.