Peter D. Lee

Using synchrotrons to computer simulations to characterise microstructure formation in additive manufacturing to biological systems,

[The Heart Academy @UCLHeartAcademy]

@esrfsynchrotron @uclmecheng @hip_ct Proud to be the first user of the Human Organ Atlas Hub @esrfsynchrotron - 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 @AdditionalVent

[European Synchrotron @esrfsynchrotron]

🔬🧠🫁 First beamtime for the Human Organ Atlas Hub at @esrfsynchrotron
Led by @uclmecheng 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
https://t.co/b20xVrNVxn

[UCL MechEng @uclmecheng]

Today, the Human Organ Atlas Hub (HOAHub) launched, with the first beamtime experiments starting at the @esrfsynchrotron

This @czi funded project will enhance the development of the @hip_ct technique and create a network of images accessible worldwide.

https://t.co/XavDo2vO4l

[claire walsh @Claire_L_Walsh]

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. @PeterDLee3 @dejea5 and the support of @uclmecheng @cziscience @esrfsynchrotron

[HiP-CT @hip_ct]

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. @SiemensHealth @cziscience @esrfsynchrotron

[UCL MechEng @uclmecheng]

See inside the human brain with the new @hip_ct technique, which is now being used as part of the Human Organ Atlas Hub (HOAHub) that launched yesterday with @esrfsynchrotron.

Our article shares more about the HOAHub and registering for the upcoming AGM:

https://t.co/XavDo2vO4l

[Chan Zuckerberg Initiative @ChanZuckerberg]

#OTD in 1895 the 1st X-ray allowed us to see bones without surgery.

Today, a revolutionary new X-ray technology @hip_ct can show us inside organs—including lung damage due to COVID-19

#ImagingTheFuture

[Peter D. Lee @PeterDLee3]

@Claire_L_Walsh @naturemethods @hip_ct @cziscience @uclmecheng @esrfsynchrotron Hope everyone will watch the videos at https://t.co/s7qCjmc421

[Peter D. Lee @PeterDLee3]

@Claire_L_Walsh @naturemethods @hip_ct @cziscience @uclmecheng @esrfsynchrotron Amazing working on this project with the UCL, ESRF and other teams. Especially seeing it impact on our understanding of COVI-19's impact on the lung's vascular network, as published by Max Ackermann et al: https://t.co/THIeynkyVz