PREDICT-LAA Trial Enrolls First Patient

FEops, a developer of personalized predictive planning for structural heart interventions, announced that the first patient has been enrolled in the physician-initiated PREDICT-LAA trial. The trial is led by Righshospitalet (Copenhagen, Denmark) and aims to assess whether the use of FEops HEARTguide computer simulations based on cardiac computed tomography imaging can contribute to better preprocedural planning and improved procedural outcomes of percutaneous LAA closure procedures with the Abbott Amplatzer Amulet device. The trial is supported by both Abbott and FEops.
 
“Today we enrolled the first patient in PREDICT-LAA at our hospital. In a joined effort with nine other sites, we will test the hypothesis that by using these new computer simulations, a better preprocedural planning of the intervention can be obtained. This is essential information, since today it is not always possible to determine the exact anticipated ‘landing zone’ or ‘position’ of the closure device and, hence, to select the appropriate device size.” said Dr Ole De Backer, principal investigator of the PREDICT-LAA trial.
 
PREDICT-LAA is a prospective, multicenter, randomized controlled trial. In total, 200 patients eligible for percutaneous LAA closure with an Amplatzer  Amulet device (Abbott) will be enrolled; 100 patients will be allocated to the computational simulation treatment arm and 100 patients to the standard treatment arm. Primary endpoints are closure of the LAA, and presence of device-related thrombus. Estimated enrollment completion date is March 2021.
 
“Our support together with Abbott in the PREDICT-LAA trial shows our strong commitment to generate a robust body of clinical evidence with FEops HEARTguide, contributing to better procedure planning and patient outcome.” said Christian Vincent, director of Therapy Development at FEops.
 
FEops HEARTguide, currently available on the European and Canadian market, is a one-in-its-kind cloud based procedure planning environment for structural heart interventions that provides physicians unique insights to evaluate device sizing and positioning pre-operatively using novel computational modeling and simulation technology. Such insights have the power to help improving clinical outcomes in real-world hospital settings. The current release includes workflows for transcatheter aortic valve implantation (TAVI) and left atrial appendage occlusion (LAAo) procedures.