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Application notes

Large volumetric imaging of intestinal organoids via ExM and REscan
3D reconstruction of an expanded mouse small intestinal organoid imaged 627 µm deep with the AION Line REscan confocal
Large volumetric imaging of intestinal organoids via ExM and REscan

Large volumetric imaging of intestinal organoids via ExM and REscan

Organoids are physiologically relevant models for studying disease, but their dense 3D architecture makes deep,…
Application noteMay 16, 2026 Read More
Ultra-deep live cell imaging in Super resolution
Zebrafish imaged for developmental biology research
Ultra-deep live cell imaging in Super resolution

Ultra-deep live cell imaging in Super resolution

Super resolution (SR) microscopy enables imaging beyond the diffraction limit, which is essential for breakthroughs…
Application noteMay 5, 2026 Read More
Super resolution live cell imaging of the nervous system during development
Super resolution live cell imaging of the nervous system during development

Super resolution live cell imaging of the nervous system during development

The larval zebrafish serves as a powerful model for studying neural circuit development due to…
Application noteDecember 11, 2024 Read More
See more in less time: Combination of Line REscan AION and Kinetix
See more in less time: Combination of Line REscan AION and Kinetix

See more in less time: Combination of Line REscan AION and Kinetix

The combination of the AION Line REscan confocal and the Kinetix camera offers unparalleled capabilities…
Application noteDecember 11, 2024 Read More
Fast functional imaging of the developing visual system of zebrafish
Fast functional imaging of the developing visual system of zebrafish

Fast functional imaging of the developing visual system of zebrafish

Zebrafish is a valuable model for studying the vertebrate visual system. The transparency of zebrafish…
Application noteDecember 11, 2024 Read More

Recent posts

Part 8: Sensitivity in Line REscan confocal microscopy
Tissue sample imaged with Line REscan confocal microscopy
Part 8: Sensitivity in Line REscan confocal microscopy

Part 8: Sensitivity in Line REscan confocal microscopy

Inside Francis Crick’s Core Imaging Facility: Enabling Research Across Biology
Francis Crick Institute
Inside Francis Crick’s Core Imaging Facility: Enabling Research Across Biology

Inside Francis Crick’s Core Imaging Facility: Enabling Research Across Biology

Large volumetric imaging of intestinal organoids via ExM and REscan
3D reconstruction of an expanded mouse small intestinal organoid imaged 627 µm deep with the AION Line REscan confocal
Large volumetric imaging of intestinal organoids via ExM and REscan

Large volumetric imaging of intestinal organoids via ExM and REscan

Ultra-deep live cell imaging in Super resolution
Zebrafish imaged for developmental biology research
Ultra-deep live cell imaging in Super resolution

Ultra-deep live cell imaging in Super resolution

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