Radiologists use diagnostic imaging to non-invasively look inside the body to help determine the causes of an injury or an illness, and confirm a diagnosis. Providers use many imaging modalities to do so, including CT, MRI, X-ray, Ultrasound, PET and more.
Two months after a cluster of cases occurred on a cruise ship, experts are offering insight into how radiologists can help spot the "silent" signs of the deadly virus on imaging.
For the first time, research has identified diaphragmatic dome height measured on chest X-rays as an indicator of what patients’ post-op recovery will look like following surgery for cancer or other lung disorders.
Freestanding EDs demonstrated meaningful operational advantages over hospitals when using an accelerated troponin pathway. This included earlier discharges for low-risk chest pain patients.
Boston Children's Hospital and Harvard Medical School physicians added that the virus is "far more" than just a respiratory illness in this population.
A separate study published Wednesday found dose reduction methods in chest tomosynthesis dramatically impacted image clarity, highlighting the difficulties with cutting patients' exposure.
High-contact athletes were three times more likely to have a blood brain barrier leak, with some who did not complain of severe symptoms also showing brain abnormalities on imaging.
They did find that patients with prior neurological conditions and those over age 60 were at an increased risk for developing new onset complications—including central nervous system infection, seizures and consciousness disorders.
Among more than 6,500 older adults, those with smaller pathways relative to lung size had the poorest lung function and were eight times more likely to develop the disease, researchers reported in JAMA.
Some hospitals have even shied away from ordering brain MRIs for suspected stroke patients with the novel virus either because they are too sick to physically move into a machine or for fear of contamination.