Atrial Fibrillation2026-06-18T06:49:54+00:00

Atrial Fibrillation

In Atrial fibrillation (AF) is the most prevalent sustained arrhythmia globally. Its pathogenesis involves a complex interplay of electrical, structural, calcium-handling, and autonomic remodeling, representing a functional disorder that spans a continuum from molecules and ion channels to cells, tissues, and the whole organ. Current therapies remain limited: antiarrhythmic drugs are often ineffective or pro-arrhythmic, while catheter ablation still fails in 30–50% of persistent AF cases, largely due to the inability to precisely locate AF drivers. Bridging the gap between basic research and clinical translation requires a systematic, multi-scale understanding of AF pathophysiology.

AF is multifactorial, and current therapies often underperform, partly due to difficulty in pinpointing dynamic drivers. MappingLab integrates optical, electrical and calcium for synchronised multi scale electrical/Ca²⁺acquisition, supporting human models, optogenetics, CiPA screening, and ablation testing, with modular expandability for cross disciplinary research—accelerating mechanistic discovery and therapeutic translation for AF.

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