Clinical Research Directory

Exoskeleton vs. Standard Lead Apron in EVAR Procedures

The goal of this clinical trial is to learn whether an exoskeleton-supported radiation protection system can reduce radiation exposure and musculoskeletal strain in vascular surgeons during endovascular aortic repair procedures, compared with standard lead aprons. Researchers will compare procedures performed with exoskeleton-supported protection and procedures performed with standard lead aprons. Radiation exposure, physical strain, fatigue, and discomfort will be assessed during and after procedures.

The Radiation ProtEction for Dose RedUction in the Cardiac CathEter Lab Study: The REDUCE Trial

Doctors and nurses who perform heart procedures using X-ray guidance are exposed to radiation, which can be harmful over time. This exposure increases the risk of certain health problems, including cancers, eye damage (cataracts), and DNA damage. Although protective lead clothing is used to reduce exposure, it is heavy, uncomfortable, and can cause muscle and joint problems for those who wear it daily. A new radiation protection device, called RAMPART, may help reduce radiation exposure for heart specialists and their teams. It could also allow them to wear lighter protective gear-or none at all-making their work safer and more comfortable. This study will compare the radiation levels received by doctors and nurses during heart procedures when using RAMPART versus standard protection. By doing so, we hope to find out if this new device can better protect medical teams from radiation, improving both their safety and well-being.