BioImage Archive democratises access to microscopy data
Updates from data resources Users no longer need to download large datasets with the new galleries feature
2023
updates-from-data-resources
Read the latest Issue
Cancer cell ‘decathlon’ to help predict tumour aggressiveness and metastasis
Connections, Technology and innovation The PLAST-CELL project aims to understanding cancer progression by quantifying a cancer cell’s ability to respond to environmental stress that threatens its survival
2023
connectionstechnology-and-innovation
AI4LIFE: AI models for bioimaging
Announcements, Science Researchers across EMBL are helping to make artificial intelligence (AI) models for bioimaging analysis interoperable and openly available to the scientific community.
2022
announcementsscience
Interpreting bioimages with deep learning
Perspectives, Science, Science & Technology Virginie Uhlmann shares her tips for using deep learning for bioimage analysis in the life sciences.
2022
perspectivessciencescience-technology
A cellular atlas of an entire worm
Science, Science & Technology EMBL scientists and colleagues have developed an interactive atlas of the entire marine worm Platynereis dumerilii in its larval stage. The PlatyBrowser resource combines high-resolution gene expression data with volume electron microscopy images.
2021
sciencescience-technology
Welcome: Matthew Hartley
Lab Matters, People & Perspectives The challenges and opportunities when setting up a global archive for bioimages
2021
lab-matterspeople-perspectives
Chan Zuckerberg Initiative recognises EMBL scientists
EMBL Announcements, Lab Matters The Chan Zuckerberg Initiative has recognised four EMBL researchers with their most recent awards, showing how tech trailblazers are integral to advancing science and medicine.
2020
embl-announcementslab-matters
Intelligent software tackles plant cell jigsaw
Science, Science & Technology Starting with computer code and moving on to a more user-friendly graphical interface called PlantSeg, the Kreshuk Group at EMBL and collaborators built a simple open-access method to provide the most accurate and versatile analysis of plant tissue development to date.
2020
sciencescience-technology
No matching posts found
