Voltage imaging of neurons distributed across entire brains of larval zebrafish
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TL;DR - Researchers achieved voltage imaging across much of the larval zebrafish brain at 200.8 Hz by optimizing a remote-scanning light-sheet microscope. This enables high-speed observation of neuronal electrical activity distributed across the brain.
- Uses voltage imaging to monitor distributed neuronal activity.
- Covers much of the larval zebrafish brain.
- Achieves an imaging rate of 200.8 Hz.
- Relies on an optimized remote-scanning light-sheet microscope.
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Voltage imaging of neurons distributed across entire brains of larval zebrafish
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TL;DR - Researchers achieved voltage imaging across much of the larval zebrafish brain at 200.8 Hz by optimizing a remote-scanning light-sheet microscope. This enables high-speed observation of neuronal electrical activity distributed across the brain.
- Uses voltage imaging to monitor distributed neuronal activity.
- Covers much of the larval zebrafish brain.
- Achieves an imaging rate of 200.8 Hz.
- Relies on an optimized remote-scanning light-sheet microscope.