Moving from cells into tissue: a new tomography method
Researchers led by Dr Michael Grange at the Rosalind Franklin Institute have developed a robust molecular imaging workflow for brain tissue samples. Their approach utilises plasma ion beams, which increased the size of samples that could be extracted for imaging,…
Mark Basham
Mark’s primary research contributions have focused on the removal of barriers between computational methods, such as AI and data management, and scientific domains where they can be applied, alongside the open development of these techniques. He is a strong advocate…
SciCat
A community driven scientific metadata catalog designed to simplify metadata management, enabling data sharing, discovery, and collaboration.
SuRVoS2
Volume segmentation workbench offering shallow and deep approaches to segment across volumetric imaging modalities.
Red Lionfish
Richardson-Lucy deconvolution for scientists and engineers.
Ot2Rec
Automating the workflow to preprocess, reconstruct tomograms, and sub-tomogram average proteins in cryo-electron data.
AntigenApp
Web-app for managing nanobody data.
OkapiEM
A napari plugin for processing serial pFIB-SEM data.
Harnessing the power of citizen scientists
The Rosalind Franklin Institute’s Artificial Intelligence and Informatics (AI&I) theme and imaging teams are working with citizen scientists on a range of projects.
Digital Twin Cell
Creating a digital replica of a living cell enabling researchers to perform virtual experiments and gain valuable insights into cell biology.