Researchers in the field of connectomics endeavor to analyze the complex synaptic network formed by the billions of interconnected neurons. By thinly slicing neural tissue and imaging each section with a scanning electron microscope at high resolution, fine structural details can be visualized. Careful delineation of each neuron in the 3-D volume allows for the high-resolution mapping of all connections made by each cell, providing a detailed wiring diagram of the brain: the connectome. The sheer size and complexity of this scientific challenge is daunting. Tens of thousands of sections or more need to collected and hundreds of thousands of images recorded, resulting in many terabytes of data that require rapid processing, making connectomics a real “speed game.” Automated sample preparation robots and high throughput electron microscopes have now become available, bringing the promise of a larger (1 mm³), high-resolution connectome within reach. However, extracting neuronal circuit information from such large datasets is still a daunting task. This webinar will outline the challenges of connectomics, explain the latest methodological developments that are bringing imaging and data analysis closer to the desired throughput, and provide insights into how this research can provide a deeper understanding of brain function and dysfunction.
During the webinar, the speakers will:
- Provide an overview of high-resolution connectomics and the methods currently used to create dense reconstructions of the brain
- Discuss new advances in the field that are enabling researchers to take the next quantum leap
- Present their own research and provide some thoughts on how connectomics might evolve in the future
- Discuss the limitations of what can be learned with these new approaches
- Answer your questions live during the webinar!
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