
Developed the RNA2seg notebook workflow for the Image-Analysis-Hub/Pasteur-BioImage-Analysis-Course-2025 repository, enabling scalable cell segmentation in large biological images with a focus on spatial transcriptomics. Leveraged Python scripting and Jupyter Notebooks to implement a five-step segmentation process, incorporating data analysis, visualization, and parameter tuning for reproducibility and teaching applications. Addressed a key bug by correcting placeholder path and alignment issues, ensuring accurate data handling and improved visualization. Enhanced documentation and technical writing supported user onboarding and workflow clarity. The work demonstrated depth in bioimage analysis, bioinformatics, and Zarr data handling, emphasizing reliability, performance, and maintainability throughout development.
Summary for 2025-05 (Image-Analysis-Hub/Pasteur-BioImage-Analysis-Course-2025): Delivered a robust RNA2seg notebook workflow enabling scalable cell segmentation in large biological images with spatial transcriptomics focus, with improvements to reliability, documentation, and performance metrics. Implemented core notebook development and usage workflow, fixed a placeholder path and alignment issue, and enhanced documentation and parameter tuning to support reproducibility and teaching use-cases. Major bug fix addressed placeholder path and text alignment to ensure correct data paths and improved visualization.
Summary for 2025-05 (Image-Analysis-Hub/Pasteur-BioImage-Analysis-Course-2025): Delivered a robust RNA2seg notebook workflow enabling scalable cell segmentation in large biological images with spatial transcriptomics focus, with improvements to reliability, documentation, and performance metrics. Implemented core notebook development and usage workflow, fixed a placeholder path and alignment issue, and enhanced documentation and parameter tuning to support reproducibility and teaching use-cases. Major bug fix addressed placeholder path and text alignment to ensure correct data paths and improved visualization.

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