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Ventricular Dyssynchrony Imaging

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    Ventricular Dyssynchrony Imaging

      Investigational Device
      • Home
      • Product
      • News
      • Library
      • Contact
      • About us
      • …  
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      • UHF-ECG Mapping

        Visualize ventricular activation & dyssynchrony

      • Understand ventricular activation during pacing

        Real time UHF-ECG depolarization map examples

        Conductive System Pacing

        Visualize ventricular synchrony during pacemaker implantation

      • How UHF-ECG works

        Real-time, non-invasive, regular 12(14) lead ECG setup

        12(14) lead ECG setup is all to start to meassure

        No need to couple with pre-procedural CT/MRI imaging

        UHF-ECG signal is location specific.

        UHF-ECG captures the activation of the myocardial segment under each chest lead.

         

        Instanteneous visualization of ventricular activation

        VDI UHF-ECG System helps during pre-operative patient selection, implant procedure, and post-operative care.

         

        Records UHF-ECG ventricular activation V1 - V8.

         

        Depolarization of the myocardial cells that work as transmitters generates a UHF electrical signal (150 -1,000 Hz)

        Synchronous UHF-ECG activation example

        All ventricular segments under chest leads are activated almost at the same time.

         

        Dyssynchronous UHF-ECG activation

        Dyssynchronous activation shows a significant time delay between individual chest leads.

         

        Ventricular activation vizualization

        UHF-ECG activation sequence describes the time difference between the activation of ventricles

         

        Ventricular Electrical Delay (VED or e-DYS) calculation is available in automated and manual modes.


      • From high fidelity ECG to UHF-ECG map

        Advanced processing of ultra-high-frequency μV signals

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