Pak-Ming Lau

This paper presents a high-speed imaging system for whole-mouse peripheral nerve mapping at subcellular resolution, revealing detailed neural projections and patterns.

This paper introduces TINIscope, a compact head-mounted microscope for simultaneous calcium imaging in multiple brain regions of freely behaving mice, demonstrating its ability to record over 1000 neurons across four hippocampal subregions.

This paper develops a high-throughput method for whole-brain imaging of rhesus monkeys at high resolution, enabling detailed connectome mapping of axonal fibers.

The paper identifies the in situ structure of GABAAR in hippocampal inhibitory synapses and describes its hierarchical organization, revealing mesophasic self-organization that balances stability and flexibility.

This paper introduces a light-sheet microscopy method for fast, large-scale volumetric brain imaging at synaptic resolution, achieving whole mouse brain scans in 2 hours.