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Laser scanning two-photon fluorescence microscopy is widely used for in vivo neural recordings. Commercially available imaging systems can support an imaging rate of up to tens of Hz. With the emergence of faster function indicators, an imaging rate of hundreds of Hz is needed, which is beyond the capability of the widely used systems. To broadly enable such high-speed imaging capabilities in neuroscience research, we have developed an optical gearbox system that is compatible with the commonly available hardware systems. We employed the gearbox-based two-photon system for high-speed recording of neuronal and vascular dynamics in the animal brain.
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