Research Articles
Unveiling the Cell's Secret Social Network: A 3D Map of Life's Building Blocks
Discover how super-resolution fluorescence-assisted diffraction computational tomography reveals the 3D landscape of cellular organelle interactions
Unveiling the Hidden World: How Electron Tomography is Revolutionizing Fungal Research
Explore how electron tomography is transforming our understanding of fungal ultrastructure, revealing 3D cellular organization and advancing antifungal research.
Single-Molecule Techniques in Biophysics: A Review of the Progress in Methods and Applications
Explore how single-molecule biophysics reveals the hidden machinery of life through advanced techniques like smFRET, optical tweezers, and super-resolution microscopy.
Unveiling the Invisible River: A Microscopic Race Against Time
Explore how bright-field microscopy reveals the fascinating fluid dynamics of rapid processes within microfluidic devices.
ShareLoc: Democratizing Super-Resolution Microscopy Through Open Data Sharing
Discover how ShareLoc is revolutionizing super-resolution microscopy data sharing through an open platform that enables researchers to visualize, share, and analyze SMLM data.
Through the Lens of Innovation: How Europe's Young Scientists are Shaping Bioimaging
Explore the latest trends in bioimaging and how Europe's young scientists are building collaborative networks to drive innovation in this rapidly evolving field.
Microscopic Marvels: How the Unseen World is Revolutionizing Our Future
Explore how microscopic technologies from diatoms to quantum devices are transforming medicine, communications, and our future.
Seeing is Believing: How Open Source Tools Are Revolutionizing Cellular Microscopy
Explore how open source bioimage informatics tools from University of Dundee are transforming cellular microscopy research.
Beyond the Blur: How AI and Super-Microscopes Are Revealing Life's Hidden 3D World
Exploring how super-resolution 3D reconstruction combines advanced microscopy and AI to reveal biological structures at unprecedented scales.