内容紹介
RVSをベースに開発された3D sim-Navigatorはこれまでバイポーラ型電極によるmultipolar ablationで活用されてきた。最近焼灼予測範囲シミュレーション機能であるE-fieldが追加された。モノポーラ型電極で焼灼部位周辺に重要な脈管や臓器がある場合や複数回穿刺焼灼の症例での活用が期待されている。実際にE-fieldを使用した治療症例は十分な焼灼範囲と周辺への過度な焼灼がなく有用な治療が行えた。
3D sim-Navigator was developed by improving on the real-time virtual ultrasonography system. This system has been utilized to achieved the insertion of some bipolar electrodes appropriately. Recently, E-field was added as a new simulation system to predict ablation area before treatment. By using E-field, both the patients with hepatocellular carcinoma in Spiegel lobe and segment 6 were treated completely and safely by monopolar electrode.
目次
3D sim-Navigator was developed by improving on the real-time virtual ultrasonography system. This system has been utilized to achieved the insertion of some bipolar electrodes appropriately. Recently, E-field was added as a new simulation system to predict ablation area before treatment. By using E-field, both the patients with hepatocellular carcinoma in Spiegel lobe and segment 6 were treated completely and safely by monopolar electrode.