Philips Clinical & Medical Affairs Global

This study checked how well the Philips EarlyVue VS30 monitor measures blood pressure compared to a standard cuff. 99 adults and children ages 3 to 85 took part. The goal was to make sure the device is accurate for everyday use.

This study tested a new image-processing algorithm called Spectral Precise Image (SPI) on CT scans of the head, body, and heart. Researchers compared SPI images to standard iDose4 images from 126 adult patients to see if the new method provides at least equal image quality and di…

This study checked if Philips SpO2 sensors can accurately measure blood oxygen levels without needing a blood draw. 113 healthy adults aged 18-50 took part. The sensors were compared to standard lab tests to see how well they match.

This study tested a new oxygen sensor that clips onto the nose instead of the finger. The nose is less affected by poor blood flow and closer to the heart and lungs, so it may detect low oxygen levels earlier. Researchers compared the nose sensor to a standard finger sensor in 56…

This study gathered data from 86 hospital patients to help create a new algorithm that estimates breathing rate from standard oxygen-saturation finger sensors. The goal is to make breathing monitoring simpler and less intrusive. No direct treatment was given; the focus was on col…

This study tested a new ultrasound feature that measures liver fat and compared it to the standard MRI method. 60 adults with or at risk for fatty liver disease had both scans. The goal was to see if the ultrasound could give similar results to the MRI, which could make liver fat…

This study tested a software tool that measures blood flow in brain aneurysms to see if it can predict whether the aneurysm will fully close up after a stent is placed. Researchers observed 132 adults with unruptured brain aneurysms for 12 months after treatment. The goal was to …

This study tested a new CT scanner (CT 5400 RT) to see how satisfied users were with its features, ease of use, and safety. 190 people aged 18 to 75 took part. The goal was to check if the scanner's functions, like image quality and software, met clinical needs.

This study tested a new AI feature called Precise Image on a CT scanner. Researchers looked at 30 existing CT scans from a previous study to see if the AI could make the images clearer. The goal was to see if the AI helps doctors get better quality pictures of the body.

This study tested a new device called AirWaze that helps doctors guide a thin tube (bronchoscope) to the right spot in the lungs during a biopsy. 37 adults with lung lesions took part. The main goals were to see if the device was easy to use and if a special low-dose scan could c…

This study tested a new ultrasound feature that measures liver fat in children and teens (ages 5-21) with or at risk for non-alcoholic fatty liver disease. Researchers compared the ultrasound results to standard MRI scans to see if the simpler, cheaper method works well. The goal…

This study tested a new device called MYOTRACE that measures how hard the breathing muscles are working (Neural Respiratory Drive or NRD). Researchers wanted to see if this measurement could help doctors quickly tell if a patient's breathing is getting better or worse. The study …

This study tested how well three new Philips SpO2 sensors measure blood oxygen levels. 86 healthy adults aged 18-50 took part. The goal was to see if the sensors are accurate compared to standard measurements. This helps improve pulse oximetry technology for future use.