Editor’s Note: Unknown Quantities
By David Yeager
Radiology Today
Vol. 26 No. 5 P. 4

People generally like certainty. With the world being such an uncertain place, who can blame them? In this issue, we’re looking at some scientific and business attempts to quantify the unknown. Whether it be performing a scientific feat that’s never been done or bringing some much needed stability to imaging practices that are already operating on thin margins, the need for answers keeps most of us focused and motivated. What the future holds is anybody’s guess, but even partial answers can be valuable.

For our cover feature, Jessica Zimmer reports on the first X-rays taken in space. For technical reasons, the only medical imaging done in space prior to this milestone has been ultrasound. To successfully perform X-ray imaging, a team of researchers and vendors had to address significant challenges, including the need for light, easy-to-use equipment and questions about the effect of background radiation on image quality. Now, space crews have another tool they can use to monitor bone health—a significant concern on long space trips—as well as other health-related concerns. This will be crucial for future astronauts, especially if humans are going to begin traveling farther into space.

Radiology practices need all the help they can get, and Keith Loria takes a look at some software platforms that can make the business of radiology less cumbersome. Although imaging is the data that physicians use to help make clinical decisions, managing ever-growing volumes of data are becoming increasingly complex. In addition, busy radiology practices need to manage many variables—including regulatory compliance, cyber threats, and burnout—to run smoothly. Loria has a rundown of some of these platforms and the challenges facing practices.

Finally, Rebecca Montz has the latest on advances in fluoroscopy. Long used for real-time imaging of complex IR procedures, new features are expanding the range of this critical tool. Improvements in image quality and motion tracking allow better precision and, as with so many other aspects of health care, AI is enhancing efficiency and accuracy, while helping to reduce radiation dose. Enjoy the issue.

— Dave Yeager
david.yeager@gvpub.com