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Explore a comprehensive guide on high content imaging techniques for yeast analysis with a focus on reproducibility, segmentation, and automation. Learn how to acquire and analyze data efficiently. Utilize VBA code to group, classify, and compare colonies between control and experimental plates. Take advantage of tools like the Yeast Robot, flatbed scanner, and Axiovision for automated segmentation and data processing.
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Higher Content Yeast Imaging and Data Processing Richard Alexander Stowers Microscopy Center May 19, 2009
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
Control Plate Experimental Plate
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
High Content Imaging Candidates • Reproducible • Segmentable • Automatable • Acquisition • Analysis
Use VBA Code to… • Group Colonies • Classify Colonies • Compare between control and experimental plates
Use VBA Code to… • Group Colonies • Classify Colonies • Compare between control and experimental plates
A B C • Use VBA Code to… • Group Colonies • Classify Colonies • Compare between control and experimental plates 1 2 3
Summary • Yeast Robot • Pin yeast plate • Flatbed Scanner • Image yeast plate • Axiovision • Automate Segmentation • Automate Data Acquisition • Excel • Automate Data Processing
Acknowledgements • Rong Li • Das Arupratan • Brian Slaughter • Molecular Biology • Dan Bradford • Brian Sanderson