Research Pillars

Heart Rhythm Research Brussels

innovation

Our work is structured around several core research pillars that reflect our commitment to addressing arrhythmias comprehensively:

Basic and Translational Research:

Studying the molecular and cellular mechanisms underlying
remodelling.arrhythmias, including ion channel dysfunction and electrical
Identifying novel biomarkers for early detection and stratification, enabling proactive and personalized management.
Translating laboratory findings into clinical applications to improve diagnosis and therapy.

Advanced Imaging and Diagnostics:

Integrating high-resolution imaging technologies like MRI, CT, and electro-anatomical mapping to assess heart structure and function.
Developing AI-powered tools that automate the analysis of imaging and electrophysiological data for faster, more accurate diagnoses.
Creating innovative imaging protocols that guide complex interventions and improve patient outcomes.

Innovative Therapeutics:

Exploring therapies such as gene editing, tissue engineering, and regenerative medicine to address arrhythmia at its root causes.
Advancing minimally invasive procedures, including catheter-based ablation and robotic surgery, for safer and more effective outcomes.
Integrating precision medicine approaches that tailor treatments to each patient unique genetic and clinical profile.

Clinical Trials and Patient-Centered Outcomes:

Designing and executing robust clinical studies to evaluate new
diagnostics, therapies, and devices in real-world settings.
Prioritizing patient-reported outcomes and quality of life measures to ensure that innovations address patient needs effectively.
Partnering with global research networks to accelerate the development and deployment of breakthrough solutions.

Technology and Engineering Solutions:

Developing high-performance medical devices, such as advanced mapping systems, sensor-based technologies, and implantable tools.
Collaborating with engineers and industry partners to refine device functionality and integrate emerging technologies like AI and robotics.
Exploring bioelectronic solutions that leverage electrical signaling to regulate and treat arrhythmias.