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Medical Imaging

Image: The ClearRead Xray deep learning algorithm allows clinicians to see beyond bone structure barriers (Photo courtesy of Riverain)

AI Algorithm Enables Radiologists to See Past Bones and Vessels in Chest X-Rays

Traditional X-rays can make it difficult to identify lung abnormalities due to the presence of the body's 12 sets of ribs and clavicles that obstruct the view of radiologists who are often limited by their visual observations. A unique suppression technology removes these obstructions from the image, thereby enabling radiologists to more effectively detect actionable nodules on frontal chest X-rays. More...
24 Mar 2023
Image: Viz.ai is the first to receive FDA 510(k) clearance for an AI algorithm for abdominal aortic aneurysm (Photo courtesy of Pexels)

AI Algorithm Flags and Triages Suspected Abdominal Aortic Aneurysms from CTA Images

A novel artificial intelligence (AI) algorithm flags and triages suspected cases of abdominal aortic aneurysm (AAA), facilitating healthcare providers in swiftly identifying and detecting individuals with AAA, while also automatically directing those at imminent risk of rupture for further evaluation and care. More...
23 Mar 2023
Image: The Brainomix 360 e-ASPECTS stroke AI imaging software has received FDA clearance (Photo courtesy of Brainomix)

Cutting-Edge Stroke AI Imaging Platform Provides Real-Time Interpretation of Brain Scans

A cutting-edge stroke artificial intelligence (AI) imaging platform supports doctors by providing real-time interpretation of brain scans. This can help in making treatment and transfer decisions for stroke patients, ensuring they receive treatment at the right time and in the appropriate location. More...
22 Mar 2023
Image: Artificial intelligence has the potential to automate hip fracture diagnosis (Photo courtesy of Pexels)

AI As Good As Expert Radiologists in Diagnosing Hip Fractures from X-Rays

New study findings suggest that AI has the potential to automate hip fracture diagnosis, although overly complex and uninterpretable AI models may not yield any significant benefits when it comes to predicting patient-specific outcomes compared to the traditional, interpretable models. More...
21 Mar 2023
Image: New scan measures tumor oxygen levels in real-time to help guide treatment (Photo courtesy of ICR)

Oxygen-Enhanced MRI Technology Allows Cancer Doctors to See Inside Tumors

Imaging researchers have come closer to accomplishing their goal of identifying cancers that are deprived of oxygen, which would aid in tailoring effective, targeted treatments for these cancers. More...
20 Mar 2023
Image: A study has found the use of generative models for augmenting and generating radiological data to be feasible (Photo courtesy of Charité University Berlin)

Novel AI Image Generation Tool Has Promising Future in Radiology

New research indicates that the DALL-E 2 deep learning model for text-to-image generation could have a bright future in health care, particularly for image generation, augmentation, and manipulation. More...
20 Mar 2023
Image: New approaches to 3D MRE sequences could help measure liver fibrosis and inflammation simultaneously in obese patients (Photo courtesy of KCL)

Non-Invasive MR Elastography Could Provide Alternative to Liver Biopsy in Obese Patients

Three-dimensional MR elastography (MRE) scans have the potential to simultaneously assess liver fibrosis and inflammation. However, existing 3D MRE methods present several challenges, such as multiple sequences, each requiring the patient to hold their breath, which can reduce the precision of the liver’s geometric alignment and hinder clinical acceptance. This issue is exacerbated in obese patients, as their high body mass index (BMI) can interfere with the penetration of mechanical waves. To address these challenges, researchers have investigated a new approach that involves a single breath-hold, which obese patients can more easily tolerate and reproduce. More...
17 Mar 2023
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The Medical Imaging channel of HospiMedica deals with Radiography, MRI, Ultrasound, Nuclear Medicine, and similar items.
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