Rad To The Bone

11/01/2026

07/01/2026

Images in Cancer shows cinematic rendering of thymoma causing superior vena cava syndrome. https://bit.ly/498gnEC

06/01/2026

***ABSTRACT SUBMISSIONS EXTENDED***

The abstract submission deadline for the ISRRT World Congress in Dubai in 2026 has been extended to January 31. There is still time to get your abstract in and be part of this amazing experience!

https://isrrtdubai.com/

04/01/2026

Postmortem CT is expanding the role of imaging in forensic and clinical death investigations. By providing rapid, permanent 3D insight before incision, PMCT helps guide autopsies and uncover critical findings. Learn how radiology is intersecting with forensic science.

Read more: https://bit.ly/4akylEV

30/12/2025

29/12/2025

26/12/2025

On 26 December 1898, Marie Skłodowska and Pierre Curie announced the discovery of radium, a chemical element naturally found in uranium ores and, to a lesser extent, thorium ores.

Marie first found radium after separating uranium from unrefined uraninite — a uranium-rich mineral and ore. She noticed that the uraninite had more radioactivity than the separated uranium alone. After refining several tons of uraninite, she was able to obtain tiny amounts of a compound similar to barium.

Finding that the barium-like compound was insoluble, the Curies could separate it further and successfully discovered the new element that came to be known as radium.

The properties of radium were not fully understood for many years, and the Curies handled radium in ways which we now know to be unsafe. Radium was falsely believed to have therapeutic attributes and was used in products such as toothpaste and face creams. It was also used to create radioluminescent paint for various devices including watches.

22/12/2025

December 22, 1895, marks the first documented human x-ray. After discovering the medical use of x-rays, Wilhelm Röntgen took this radiograph of his wife's hand.

21/12/2025

17/12/2025

New in : A Review of Cherenkov Imaging for Real-Time Verification in Radiation Therapy. https://tinyurl.com/prorobinson

12/12/2025

Increased CMR-derived epicardial adipose tissue volume is associated with more extensive acute myocardial injury after myocardial infarction 👇

07/12/2025