CORDIS Project
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This project aims to develop advanced sensors and techniques for high-speed, high-sensitivity imaging of single-neuron activity deep within the mouse brain. By combining widefield optical excitation with ultrasonic detection, it seeks to overcome the limitations of current imaging methods, enabling non-invasive observa…
Measuring the electrical activity of neurons in vivo is of paramount importance to understand the underlying principles of the brain.
Current imaging techniques fail to capture this activity across the entire brain with sufficient spatial or temporal resolutions, while leaving brain tissue intact.
Non-linear fluorescence microscopy, the most widespread optical imaging modality in system neurobiology, provides optical diffraction limited resolution and high frame rate, but is limited to shallow d…
CENTRE NATIONAL DE LA RECHERCHE SCIENTIFIQUE CNRS
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