September 11, 2026
New paper on how Galaxy can support FAIR bioimage analysis
A new paper published in the Journal of Microscopy brings together several years of community work around FAIR bioimage analysis in Galaxy.
Imaging techniques have become increasingly popular across scientific fields due to their ability to provide rich and comprehensive information. These images, image series, and videos are invaluable resources, offering researchers a wealth of information to explore and analyse. Despite the widespread use of imaging, the practice of extracting quantitative information from image data remains fragmented across scientific communities. Scientists often work in isolated silos, resulting in limited cross-talk and collaboration. This isolation can lead to redundant work and inefficient resource utilisation, as experts in different domains may duplicate efforts unknowingly. The rise of AI and machine learning further complicates this landscape, with access to the necessary tools and computational resources becoming a significant bottleneck for researchers.
The "FAIR Image Analysis Across Sciences" project addresses these challenges by developing reusable image analysis workflows that can be shared across disciplines such as bioimaging, environmental sciences, and astrophysics.
September 11, 2026
A new paper published in the Journal of Microscopy brings together several years of community work around FAIR bioimage analysis in Galaxy.
October 13, 2025
Euro-BioImaging was excited to participate in the European Galaxy Days 2025 in Freiburg, 1–3 October. We shared updates from our…
June 20, 2025
The first major outcome of the OSCARS FIESTA project is a brand new Galaxy training tutorial on Voronoi-based segmentation. Developed…
May 20, 2025
In April 2025, imaging researchers, tool developers, and data scientists came together for the Galaxy Imaging Hackathon, a four-day sprint dedicated to advancing…
