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chest imaging, chest PA, chest x-ray, dose, patient care, patient outcomes, Patient Safety, Patient-centered care, pediatric imaging, radiation dose, Uncategorized

Carestream solutions help improve patient safety and clinical outcomes. A fundamental goal of radiographers is to complete an imaging exam that provides sufficient information for an accurate clinical diagnosis–and at the lowest possible dose. Fortunately, considerable progress has been made in reducing exposure in digital radiology

Carestream cares, dose, dose reduction, expert insights, Neonatal, pediatric, pediatric imaging, pediatric imaging, radiation dose

Strategies to improve performance at healthcare facilities of all sizes. By Lori Lee Barr, M.D., F.A.C.R., F.A.I.U.M., Radiology Associates of Florida, a Radiology Partners practice. If you work in radiology in a community healthcare facility, you may have low demand for pediatric medical imaging. As a result,

AI, AI in Radiology, Artificial Intelligence, carestream AI, dose, eclipse, Imaging Basics, imaging intelligence, Rad Techs, radiation dose, Radiographer, radiologic technologists, Radiology administrators, Radiology AI, radiology errors, radiology workflow

Carestream customers realized average reject rate reduction of 16%. (1) Do you know that, on average,18% of imaging exams require retakes? (2). Repeating imaging exams increases the workload of your radiographers who are already stretched too thin; increases the exposure of the affected patients; and contributes

AI in Radiology, Artificial Intelligence, carestream AI, dose, dose reduction, expert insights, Imaging Intelligence, imaging intelligence, patient centered care, patient outcomes, Patient-centered care, radiation dose, Radiology AI, Smart Noise Cancellation

Carestream joins research for earlier detection and treatment of idiopathic pulmonary fibrosis. What if you could detect idiopathic pulmonary fibrosis (IPF) earlier – and get patients into treatment sooner? What if X-ray imaging, the most prevalent and accessible imaging modality in the world, could provide the

ALARA, dose, dose reduction, pediatric, pediatric imaging, radiation dose, Smart Noise Cancellation

Learn the techniques behind maximizing dose efficiency for pediatric imaging. Table of contents Pediatric Solutions for Image Acquistion Pediatric Solutions for Image Processing Pediatric Solutions for Image Review and Assessment Pediatric Solutions for Image Review and Assessment Best practices of radiographic imaging follow the principle of using a dose “as low

AI in Radiology, ALARA, Artificial Intelligence, carestream AI, dose, eclipse, Imaging Intelligence, radiation dose, Radiology AI, Smart Noise Cancellation

Study results demonstrate Smart Noise Cancellation delivers significant improvement in dose efficiency. Table of contents Radiation dose reduction study Reader study results Study conclusions Best practice in medical X-ray imaging employs the principle of ALARA – “as low as reasonably achievable” – for radiation dose management. A consequence of this

chest imaging, chest x-ray, chest xray, dose, dual energy, eclipse, Image Quality, imaging intelligence, radiation dose, Radiology

Overcoming the complexities of CXR without a dose penalty. Chest X-rays (CXR) are one of the most difficult radiographs to interpret. The dense chest structure includes complex overlying and underlying patient anatomy, and the ever-present motions of the lungs and heart. Ideally, radiologists would like to