Medical Imaging

Physicians utilize medical imaging to see inside the body to diagnose and treat patients. This includes computed tomography (CT), magnetic resonance imaging (MRI), X-ray, ultrasound, fluoroscopy, angiography,  and the nuclear imaging modalities of PET and SPECT. 

Intermittent fluoro method reduces radiation dose during image-guided biopsy

And the method does not come at the expense of diagnostic yield, an uptick in adverse events or increased procedure times.

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New study may give insight into the neurologic dysfunction of some long-COVID patients

Vessel wall imaging—an MRI technique that offers high resolution images of the vessel wall—may hold clues as to the mechanisms by which COVID infections continue to cause neurologic symptoms after initial recovery in some patients.  

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CMS raises reimbursement rate for focused ultrasound prostate tissue ablation

The procedure has a current average reimbursement rate of $4,506. The new OPPS rule would significantly increase that figure.

Ultrasound parameters linked with severe sleep apnea

Independent of age, sex and BMI, lingual height was found to have the most significant association with the severity of patients' sleep apnea.

FDA greenlights intracranial hemorrhage AI

RapidAI has been cleared for U.S. marketing of updated AI-outfitted software that quickly detects or rules out acute brain hemorrhage on unenhanced CT.

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Dynamic chest radiography a suitable, low-cost alternative to V/Q scanning for pulmonary hypertension

Dynamic chest radiography was recently shown to be comparable to lung ventilation-perfusion scanning for detecting chronic thromboembolic pulmonary hypertension.  

Lyme disease neuroimaging uncovers compensatory brain repair

Lyme disease patients treated for “brain fog” may develop compensatory alterations in white matter that show up on MRI and correspond—unexpectedly—with slow but sound cognitive performance.

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Why some women tend to overestimate their breast cancer risks

For women with dense breasts, it can be particularly challenging to differentiate between actual and perceived breast cancer risks.