Methodological study demonstrates microsecond hardware-triggered synchronization in bidirectional microscopy, facilitating combined optical stimulation and biological imaging.
Bidirectional microscopy (BDM) combines simultaneous targeted optical perturbation and imaging of biophysical or biochemical signals (e.g. membrane voltage, Ca 2+ , or signaling molecules). A core challenge in BDM is precise spatial and temporal alignment of stimulation, imaging, and other experimental parameters. Here we present Luminos, an open-source MATLAB library for modular and precisely synchronized control of BDM experiments. The system supports hardware-triggered synchronization across stimulation, recording, and imaging channels with microsecond accuracy. Source code and documentation for Luminos are available online at https://www.luminosmicroscopy.com and https://github.com/adamcohenlab/luminos-microscopy . This library will facilitate development of bidirectional microscopy methods across the biological sciences.
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Itkis et al. (2025) studied this question.
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