Publications by authors named "Benoit Turcotte"

Article Synopsis
  • The integration of AI into microscopy greatly improves image acquisition and analysis, particularly in super-resolution microscopy.
  • The development of AI-assisted microscopy is hampered by the lack of extensive biological datasets and challenges in standardizing methods across varied samples.
  • The pySTED platform provides a realistic simulation environment that aids in training AI models and optimizing microscopy strategies, demonstrating successful application on actual systems without needing extensive adjustments.
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Article Synopsis
  • Super-resolution fluorescence microscopy is key for studying nanostructures in biological tissues, but it involves a balance of competing factors like resolution and light exposure.
  • The task-assisted generative adversarial network (TA-GAN) enhances image resolution and quality by incorporating related tasks like segmentation while processing images from various microscopy techniques.
  • By integrating TA-GAN into the microscopy pipeline, it optimizes image acquisition by predicting nanometric details, reducing light exposure, and allowing for better observation of dynamic molecular processes.
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