Fiji: Image Processing for Biotechnology and Toxicology Training Course

Fiji and ImageJ: Introduction to Scientific Imaging Tools

• Overview of Fiji capabilities and their application in advanced scientific research
• Understanding ImageJ architecture and the integration of modular plugins
• Installation and configuration of Fiji for optimal operational performance

Foundational Image Processing Protocols

• Image acquisition standards and supported import formats
• Adjustment of contrast, brightness, and application of processing filters
• Techniques for image stacking and projection analysis

Advanced Quantitative Image Analysis

• Segmentation methodologies: thresholding algorithms and edge detection
• Object counting and particle analysis for histological sample evaluation
• Quantification of areas, perimeters, and morphological features

Analysis of Biological Specimens

• Processing of histological tissue, blood cell, and algal imagery
• Color deconvolution for the analysis of multi-stained tissues
• Time-lapse analysis and tracking of cellular movement

Workflow Automation and Customization

• Development and execution of macros for repetitive operational tasks
• Leveraging Fiji plugins for specialized analytical procedures
• Introduction to scripting using the ImageJ Macro Language (IJM)

Data Stewardship and Reporting Standards

• Exporting results and generating standardized reports
• Image annotation and data preparation for public dissemination
• Best practices for ensuring reproducibility in image analysis for government contexts

Summary and Implementation Guidance