Case Example: Patient with Atrial Fibrillation Left to right, AcQMap (with input from a clinical specialist), AcQTrack, and SlowZone Locator all independently identify conduction abnormalities in the same anatomical location, providing confidence that the overlapping areas may be contributing to the complex arrhythmia. Physicians can leverage these algorithms to personalize treatment and potentially improve outcomes. AcQMap: Non-contact whole chamber propagation map uniquely enables visualization of cardiac activity during complex arrhythmias such as AF. AcQTrack: Algorithm that automatically identifies abnormal conduction patterns that may be drivers and/or maintainers of complex arrhythmias such as AF. SlowZone Locator (Composite Maps): Algorithm that automatically identifies zones of consistent slow conduction over multiple cycles or maps, which may sustain complex arrhythmias such as AF.
Case Example: Patient with Atrial Fibrillation Left to right, AcQMap (with input from a clinical specialist), AcQTrack, and SlowZone Locator all independently identify conduction abnormalities in the same anatomical location, providing confidence that the overlapping areas may be contributing to the complex arrhythmia. Physicians can leverage these algorithms to personalize treatment and potentially improve outcomes. AcQMap: Non-contact whole chamber propagation map uniquely enables visualization of cardiac activity during complex arrhythmias such as AF. AcQTrack: Algorithm that automatically identifies abnormal conduction patterns that may be drivers and/or maintainers of complex arrhythmias such as AF. SlowZone Locator (Composite Maps): Algorithm that automatically identifies zones of consistent slow conduction over multiple cycles or maps, which may sustain complex arrhythmias such as AF.