
Peter D. Lee
@peterdlee3
Using synchrotrons to computer simulations to characterise microstructure formation in additive manufacturing to biological systems,
ID: 1409127883814146052
27-06-2021 12:35:32
9 Tweet
49 Followers
36 Following


š¬š§ š« First beamtime for the Human Organ Atlas Hub at European Synchrotron Led by UCL MechEng and based on ESRF-EBS, this imaging project HiP-CT is a game changer to study human organs in unprecedented detail, advancing research into aging and disease esrf.fr/home/news/geneā¦

European Synchrotron UCL MechEng HiP-CT Proud to be the first user of the Human Organ Atlas Hub European Synchrotron - imaging our first case of single ventricle disease in adulthood this week. Patient successfully transplanted but we hope to find out why their old heart failed! -research funded by Additional Ventures

Today, the Human Organ Atlas Hub (HOAHub) launched, with the first beamtime experiments starting at the European Synchrotron This Chan Zuckerberg Initiative funded project will enhance the development of the HiP-CT technique and create a network of images accessible worldwide. ucl.ac.uk/mechanical-engā¦


So proud to be director of the Human Organ Atlas Hub which launched with the first member scans today. Credit to the amazing team behind this. Peter D. Lee @dejea5 and the support of UCL MechEng CZI Science European Synchrotron

Meet the members of the Human Organ Atlas Hub: Alexandre Bellier "The Human Organ Atlas Hub provides access to the best tool for exploring the three-dimensional anatomy of the human body at different scales, from the cell to the organ. Siemens Healthineers CZI Science European Synchrotron

