Philips Clinical & Medical Affairs Global

This study is testing whether a new imaging system called LumiGuide can reduce radiation exposure during complex aortic aneurysm repair procedures. Researchers will compare radiation times between the new system and standard methods in 182 patients undergoing these surgeries. The…

This study is testing a new medical device called the THOR system to see if it is safe and effective at opening up hardened blockages in the leg arteries of people with peripheral artery disease (PAD). About 155 adults with leg pain from poor blood flow will have the procedure an…

This study is testing if a new, faster hospital process leads to better recovery for stroke patients. Instead of going for a CT or MRI scan first, patients go straight to the treatment room where a special scanner is used to diagnose and treat them without delay. Researchers will…

This study is testing a new, less invasive upper-arm cuff device made by Philips to see if it can measure heart function as accurately as the standard, more invasive heart catheter (called a Swan-Ganz catheter). The study will enroll 75 adults in the ICU or having surgery who alr…

This study is testing how well a new non-invasive blood pressure monitor from Philips works compared to the current gold standard method that requires inserting a small tube into an artery. Researchers will enroll 189 critically ill patients of all ages, from newborns to adults, …

This study aims to check how accurately new Philips fingertip and nose clip sensors measure blood oxygen levels. It will involve 72 healthy adult volunteers. Researchers will compare the sensor readings to results from blood tests to see how well they match.

This study is testing a new upper-arm cuff device from Philips that measures blood pressure and fluid responsiveness. It will compare the cuff's readings to the current, more invasive standard method (a needle in the wrist artery) in 205 adults having surgery or in the intensive …

This study is testing a new feature on a standard finger-clip monitor that automatically calculates breathing rate. Researchers will compare this new reading to a more established method (a small tube under the nose) in 113 adult and child hospital patients. The goal is to see if…

This study is testing a new, non-invasive way to measure blood flow in people with blocked leg arteries (peripheral artery disease). Researchers will compare measurements from a special angiogram scan to the current standard ultrasound method in 30 patients who are already schedu…