Bifurcaid 3D

Functionality & Mechanism

Bifurcaid 3D is an educational platform that leverages detailed three-dimensional animations to model percutaneous coronary interventions for bifurcation lesions. The interface guides the selection of lesion characteristics, including left main (LM) or non-LM location and Medina classification. It then generates a tailored, step-by-step animated sequence depicting dedicated two-stent, provisional, or bailout techniques. The system's animations offer unique intra-luminal perspectives to facilitate a comprehensive spatial understanding of complex procedural mechanics.

Evidence & Research Context

• The app's design and scientific underpinnings are detailed in a descriptive research article outlining its development as an educational tool for interventional cardiology.
• The 3D models integrate findings from animal and laboratory bench studies to render realistic stent behavior, including stent crushing and metal carina formation.
• The platform's content architecture encompasses all Medina classification variations, addressing a wide spectrum of clinically relevant bifurcation lesion scenarios.
• A primary pedagogical feature is the visualization of procedural aspects, such as side branch access, that are typically obscured in two-dimensional angiography.

Intended Use & Scope

This application is designed for interventional cardiologists, cardiology fellows, and catheterization laboratory staff. Its primary utility is as a supplementary educational resource for procedural conceptualization and training. The tool is not intended to guide real-time clinical decision-making or serve as a substitute for established clinical guidelines, proctorship, or hands-on procedural experience.