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On-demand webinar
Duration: 32 minutes.
Neuroscience requires advanced tools for visualizing and analyzing brain structures and functions. Thermo Scientific Amira Software offers high-performance 3D and 4D data visualization, processing, and analysis to support neuroscientific research across various subfields. It integrates multimodal imaging data such as MRI, CT, and microscopy, allowing you to create comprehensive models of brain anatomy and function.
With advanced rendering techniques and image processing tools, including segmentation and quantification algorithms, Amira Software extracts meaningful information from complex data. This enables precise measurements of volume, surface area, and connectivity, crucial for understanding neural mechanisms and pathologies.
By enhancing visualization and analysis capabilities, Amira Software advances neuroscientific research, paving the way for new discoveries and therapeutic advancements.
In this webinar, you will learn:
- How to integrate multimodal imaging data from MRI, CT, and microscopy into unified 3D and 4D models for comprehensive brain analysis.
- Techniques for using advanced visualization tools to explore brain structures from large-scale morphology to detailed synaptic connections.
- Methods for applying powerful segmentation, registration, and quantification algorithms to extract and analyze complex neural data.
About the speaker
Maximillian Voll, Product Marketing Manager, Thermo Fisher Scientific
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 Amira Software at Thermo Fisher Scientific.