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Episode 5 of the tutorial series focuses on the analysis of time-lapse imaging using tracking algorithms. Dr. Delisa Garcia teaches cell tracking and how to identify migratory phenotypes, enhancing skills in 3D image analysis.

Master 3D Cell Tracking Techniques with Dr. Garcia

Key Takeaways

  • Research focus: 3D image analysis techniques for cell tracking.
  • Model system: Time-lapse imaging of cells.
  • Research goal: Analyze migratory phenotypes in cell populations.
  • Presented by: Dr. Delisa Garcia.
  • Content type: Technical Tutorial on image tracking.
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2 min read
Profile image of Dr. Delisa Garcia

The fifth video in a series of six tutorials to teach microscopists how to conduct 3D image analysis; this time with a focus on object tracking.
In this training video tutorial, Dr. Delisa Garcia demonstrates how to analyse time-lapse images using different tracking algorithms. You will learn how to track cells and identify different migratory phenotypes.

Key Learnings:

Webinar thumbnail: Getting started with ZEISS arivis Pro
Webinar thumbnail: Basic 3D Segmentation & Analysis Tasks
Webinar thumbnail: Array Tomography
Webinar thumbnail: AI Approaches for Advanced 3D Image Analysis
Webinar thumbnail: A Focus on Tracking
Webinar thumbnail: A Focus on Neuron
From Image to Results | Vesicle Trafficking
Desktop monitor showing a screen of the ZEISS arivis Pro software with analysis results of nuclear pore complexes of FIB-SEM volume electron microscopy data.
https://www.zeiss.com/microscopy/en/resources/insights-hub/life-sciences/a-focus-on-tracking.html
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