Philips Clinical & Medical Affairs Global

This study will test whether a deep learning-based image reconstruction method can improve the quality of coronary CT scans. Researchers will look at existing scans from 200 patients who had a CT angiogram for suspected heart disease. Two radiologists will rate the images on a sc…

This study will use a special MRI machine to scan the liver for phosphorus and sodium signals in people with liver cancer and healthy volunteers. The goal is to see if these scans can tell the difference between cancerous and healthy tissue. 100 participants will be enrolled to t…

This study will test a new way to create CT images for people with colon cancer. The method uses deep learning to make the images clearer. Researchers will compare the quality of these new images to standard ones. The goal is to see if this technique helps doctors see tumors bett…

This study tests whether an AI method can reduce metal artifacts in CT scans of people who have screws in their lower spine after surgery. About 220 adults will have their scans processed with standard, O-MAR, and AI techniques. Radiologists will then compare the image quality to…

This study will test a new ultrasound catheter called VeriSight Pro that takes pictures from inside the heart. Doctors will use it during procedures like closing a hole in the heart or fixing a valve. The goal is to see if it helps guide these procedures safely and effectively. A…

This study will test a new MRI machine (MR 7700) to see how well it can take pictures of phosphorus and sodium in the body. About 200 adults will be scanned to check image quality, ease of use, and safety. The goal is to improve how doctors look at muscles, liver, heart, and cart…

This study will test a new image reconstruction algorithm called Precise Image in 168 children aged 18 months to 18 years undergoing CT scans. The goal is to see if it produces images as good as or better than the current standard. If it works, it could lead to clearer scans for …

This study tests a new computer method called P-MAR that helps reduce the blur or streaks metal objects (like implants or fillings) cause in CT scans. About 120 adults with metal in their body will get standard CT scans, and the new method will be compared to existing techniques.…

This study tests a new image reconstruction software called Precise Image for CT scans of the shoulder, hip, and knee in adults. Researchers want to see if it produces images as good as or better than the current standard software. About 84 adults will have their existing CT scan…

This study tests a new image-reconstruction method called Precise Image on CT scans taken during medical procedures like needle or probe placement. Researchers want to see if it gives doctors clearer pictures than the current standard. About 55 adults will have their existing CT …

This study will test a new software feature called Precise 3D Surview on two types of CT scanners. The goal is to see if the software can automatically plan scan areas as well as experienced CT technologists can by hand. About 274 adults getting routine non-contrast CT scans will…