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Duration: 28 minutes.
Following our introductory webinar, join us for watching a hands-on session demonstrating how to apply advanced 3D and 4D visualization and analysis tools in Thermo Scientific Amira Software to revolutionize your neuroscience research.
In this webinar, you will learn about:
Amira Software supports various data formats, enabling integration of multimodal imaging data. Create unified models for comprehensive insights into brain anatomy and function. Advanced rendering techniques generate detailed, interactive visualizations across different scales. Image processing tools include segmentation, registration, and quantification algorithms.
These tools extract meaningful information from complex microscopy data, offering precise measurements of volume, surface area, and connectivity—crucial for understanding neural mechanisms and pathologies.
Enhance your ability to visualize and analyze neural structures with Amira Software, advancing your research and paving the way for new discoveries and therapeutic advancements.
Maximilian is a physicist by training and holds a PhD in life sciences specializing in microscopy and image processing. With several years of experience in the microscopy industry, he is currently responsible for strategic management of Thermo Scientific Amira Software at Thermo Fisher Scientific.
After obtaining her master’s degree in biotechnology, Rosa started her career working on different life science research projects focusing on cell structure characterization and analysis using microscope technologies and imaging software. Rosa has a PhD in Plant Biology obtained at the University of Neuchatel in collaboration with the ETH Zurich. Recently, Rosa joined Thermo Fisher Scientific serving the company as Content Marketing Specialist through the creation of scientific contents for the Amira-Avizo software.
Patrick Barthelemy is a Senior Product Application Expert for Materials R&D and Industrial Inspection at Thermo Fisher Scientific. Since 1987, Patrick has worked and researched 3D visualization and advanced analysis in the medical, oil and gas, material sciences, and industrial inspection fields.