Biosense Webster (israel) Ltd.

Oshrat Ben Zaken

Natan Sharon Katz

Ben Ami Novogrodsky

Amiram Sheiner

Benjamin Cohen

Lior Zar

Meir Bar-Tal

Daniel Osadchy

Moshe Ingel

Assaf Pressman

Shiran Eliyahu

Toam Shemesh

Dror Berman

Konstantin Feldman

Shmuel Cohen

Display screen or portion thereof with icon

An interactive event timeline system and method are disclosed. Multiple events and/or signal indicators are captured during a medical procedure, such as a cardiac procedure. Event data relevant to the cardiac procedure may include, tags, user generated points, ablation events, pacing events and other like events. An interactive event timeline is generated from the captured events and displayed on a visual display device. The interactive event timeline is correlated with a vertical listing of the events and a selected event viewer. All three views may be displayed simultaneously. The interactive event timeline allows a physician or user (collectively 'user') to see temporal relationships between the captured events. The user can see, for example, simultaneous events, long duration events versus short duration events, continuous events and specific event types.

System and method for interactive event timeline

A method, including calculating locations of first sensors attached to a probe that has been inserted into a human patient, and calculating positions of second sensors attached to a sheath via which the probe is inserted. The method also includes calculating respective shapes of the probe and the sheath, to achieve a best fit to the calculated probe sensor locations and sheath sensor positions, while restricting the probe to pass through the sheath. The calculated respective shapes of the probe and the sheath are used to present an image of the sheath aligned with the probe.

Registering probe and sheath images on a display

As part of a real-time three-dimensional (3D) cardiac imaging system and method, anatomical data of a cardiac structure may be acquired and a 3D model of the cardiac structure may be generated. Visual data relevant to a cardiac procedure may be generated, such as location and orientation of a catheter, tags, points, color-coded temperature information, and/or color-coded local activation times (LAT) for the cardiac structure. The visual data superimposed on the 3D model of the cardiac structure may be visually displayed on a visual display device. A glass state view may be generated by generating a modified set of the visual data that includes removing at least a portion of the visual data that obscures a view of an anatomical feature of interest and/or the catheter, and adding edge enhancement to the cardiac structure. The glass state view may be requested to be visually displayed on the visual display device.

System and method for glass state view in real-time three-dimensional (3D) cardiac imaging

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Shimshit, Israel

Oshrat Ben Zaken