Maximise Your Microscope Images With Imaris 10.1, Powered By AI

Join our Imaris Expert, Lynsey Hamilton, to discover how to get the most out of your microscope images with Imaris 10.1, powered by AI. This online seminar will present how researchers use the latest Imaris innovations to visualize, analyse and interpret their multi-dimensional data using research examples from cell biology and neuroscience applications.

We will walk you step-by-step through the Imaris workflow, from importing your images to image processing, detection, quantitation, and data interpretation all with the accuracy, repeatability and throughput required to validate your hypothesis.

This is an excellent opportunity for both experienced Imaris users and those less familiar to learn how Imaris can accelerate your microscopy projects.

Learning Objectives

• Converting your images directly from your microscope’s raw format.
• Creating a visual narrative by interactively rendering your images in 3D/4D.
• Preparing for analysis with stitching, filtering, and GPU-accelerated deconvolution.
• Segmenting your biological features with 3D models, including AI pixel classification
• Tracing neurons (with spines), astrocytes, microglia, blood vessels, mitochondria, and other filamentous structures with AI-powered tracing for morphological analysis.
• Tracking objects over time to quantify motility, changes in size, intensity, and morphology.
• Detecting your cells and their sub-cellular compartments on a per-cell basis.
• Interpreting your quantitative results with AI object classification and multi-dimensional plots.