Combining Fluorescence Microscopy and 3D Reconstruction to Investigate Neuron-glia Interaction in Different Neurological Diseases

OI Academy | Webinar
Combining Fluorescence Microscopy and 3D Reconstruction to Investigate Neuron-glia Interaction in Different Neurological Diseases

Dr. Danielle Beckman, Project Scientist at the California National Primate Research Center, will introduce how they apply high-resolution confocal microscopy to help the development of different primate models for neurological disorders. She will also show how acquisition of z-stack images in association with 3D reconstruction performed at Imaris helps them investigate neurodegeneration and neuroinflammation in different disease models.

Learning Objectives:

  • Microglia morphology: Learn how to create and edit 3D surfaces to analyse microglia volume and interaction with other cell types. Understand what the indicators are for microglia activation and neuroinflammation.
  • Viral infections: Discover how to identify and quantify different markers for viral infection.
  • Neuronal death: Understand how to detect neurons dying using multilabel confocal microscopy, especially in combination with neuroinflammatory markers
On Demand
Time:

On Demand

Duration:

1 hour

Language:

English

Businesses:

Imaris, OI Academy

Watch on demand

Speaker

Dr. Danielle Beckman - University of California, Davis
Associate Project Scientist

Danielle Beckman has a Ph.D in neuroscience and currently works as Project Scientist at the California National Primate Researc...

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