For decades, physicians have used CT scanners to take pictures deep inside your body. They’ve become indispensable to patient care, yet even these remarkable devices have their limits. Now, two research organizations are beginning a pilot study of a technology with the potential to produce X-ray images crisper and more precise than existing approaches.
Chicago - October 22, 2021: At this year’s ASTRO 2021 event, GE Healthcare will showcase over 15 innovative multi-modality radiation therapy solutions, offering medical practitioners imaging tools and support they need to improve patient-centered care and advance the practice of precision medicine.
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Wilhelm Röntgen had no inkling that he was about to revolutionize how doctors diagnose and treat injuries and disease.
- The multi-year strategic partnership will enable GenesisCare to offer patients greater access to leading technology, with a plan to explore further collaborations to improve cancer diagnosis, treatment and cardiovascular care
- The agreement is valued at more than USD 130 million over the next five years, including imaging technologies, digital solutions, clinical education and services
- Together, GenesisCare and GE Healthcare aim to achieve earlier, faster and more confident cancer diagnosis and more precise intervention and individualiz
For media inquiries, please contact:
Hannah Huntly
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GE Healthcare
+44 7887 824201
[email protected] Alma Dayawon
+61 4 66507548
[email protected] Bronte Kerr
Media Relations Manager
Genesis Care
+61 411 676 269
[email protected] Angharad Bhardwaj
U.S. Communications Officer
GenesisCare
843-754-2378
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CT scans are one of the most valuable tools to rapidly and accurately diagnose COVID-19 infection and help triage patients for treatment. But because the virus is new, few specialist radiologists have experience in identifying early signs of COVID-19 on CT scans. Equally important as the pandemic escalates globally, a wider set of medical professionals may be called on to interpret CT scans.
“We need patients to be very still for imaging exams. It shouldn’t be a problem with this one,” radiologist Enzo Angeli joked last year as an unusual specimen was wheeled through the doors of his department. Angeli is head of diagnostics imaging at Humanitas Gavazzeni, a hospital in Bergamo, Italy, and his visitor exhibited a condition that, under normal circumstances, might raise a few red flags. Namely, the patient hadn’t moved in nearly 80 years.
First impressions can be misleading. In 1895, when Wilhelm Roentgen trained his cathode ray at his wife’s hand and took what may have been the world’s first human X-ray, she cried out, “I have seen my death!” — or so the story goes.
Lück believed that the precious, 1,600-year-old artifact, which measured just 3.6 centimeters long and 1.5 centimeters wide, contained scriptures in Mandaic — the language of an ancient gnostic religion dating back to Christ's birth. She wanted to read the verse, but unrolling the scroll would destroy it.