CT imaging offers new opportunities to ensure seamless integration of anatomical and morphological information into the cath lab for interventional planning and implementation. The seamless combination of syngo PCI CONNECT with syngo.CT Coronary Cockpit enables next-level CAD interventions by providing quantified CT data for planning and preparing coronary interventions in the cath lab.
Discover how you can implement the CT-guided PCI workflow with our software applications.
syngo PCI CONNECT supports interventional cardiologists to develop an optimized PCI strategy with CT data derived from syngo.CT Coronary Cockpit. This software tool provides AI-powered data on anatomy, lesions, and plaques for pre-procedural planning. Based on quantitative total plaque burden for the whole coronary tree, it recalculates instantaneously with adapting HU thresholds. Having CT information in the cath lab provides an overview of coronary anatomy and pathology, and may aid intraprocedural decision-making, boosting cath lab efficiency.
Based on lumen and plaque analysis, syngo PCI CONNECT supports to define lesion preparation, landing zone, stent length, and size before the intervention for a more precise PCI. Staff needs, required materials, and timing can be established in advance, ideally optimizing cath lab utilization. It also delivers optimal angulation support and other information side-by-side with live fluoroscopy, resulting in potentially shorter procedures that require less contrast media and radiation.
syngo PCI CONNECT is designed to offer new opportunities for precise CT-guided PCI. It aims to enable next-level CAD interventions by providing CT data from syngo.CT Coronary Cockpit for planning and guiding coronary interventions in the cath lab.
syngo.CT Coronary Cockpit provides AI-powered data on anatomy, lesions, and plaques for pre-procedural planning.