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    • 1. 发明授权
    • Composite structures and methods for ablating tissue to form complex lesion patterns in the treatment of cardiac conditions and the like
    • 用于在治疗心脏病况等中烧蚀组织以形成复杂病变图案的复合结构和方法
    • US07413568B2
    • 2008-08-19
    • US09870288
    • 2001-05-29
    • David K. SwansonSidney D. FleischmanThomas F. KordisDavid L. McGee
    • David K. SwansonSidney D. FleischmanThomas F. KordisDavid L. McGee
    • A61B18/18A61N1/00
    • A61B18/1492A61B2017/003A61B2018/00083A61B2018/00196A61B2018/00214A61B2018/00267A61B2018/00577A61B2018/00839A61B2018/1437A61B2018/1467A61B2018/1497
    • A method of ablating tissue in the heart to treat atrial fibrillation introduces into a selected atrium an energy emitting element. The method exposes the element to a region of the atrial wall and applies ablating energy to the element to thermally destroy tissue. The method forms a convoluted lesion pattern comprising elongated straight lesions and elongated curvilinear lesions. The lesion pattern directs electrical impulses within the atrial myocardium along a path that activates the atrial myocardium while interrupting reentry circuits that, if not interrupted, would cause fibrillation. The method emulates the surgical maze procedure, but lends itself to catheter-based procedures that do not require open heart surgical techniques. A composite structure for performing the method is formed using a template that displays in planar view a desired lesion pattern for the tissue. An array of spaced apart element is laid on the template. Guided by the template, energy emitting and non-energy emitting zones are formed on the elements. By overlaying the elements, the composite structure is formed, which can be introduced into the body to ablate tissue using catheter-based, vascular access techniques.
    • 心脏中消融组织以治疗心房颤动的方法将所选择的心房引入能量发射元件。 该方法将该元件暴露于心房壁的一个区域,并向该元件施加消融能量以热破坏组织。 该方法形成包括细长的直线损伤和细长的曲线损伤的褶皱病变图案。 病变图案沿着激活心房心肌的路径引导心房心肌内的电脉冲,同时中断再入电路,如果不中断,将引起原纤维化。 该方法模拟外科迷宫手术,但适用于不需要开放心脏手术技术的基于导管的手术。 用于执行该方法的复合结构使用在平面图中显示用于组织的期望损伤图案的模板来形成。 间隔开的元件阵列放置在模板上。 在模板的指导下,在元件上形成能量发射和非能量发射区。 通过覆盖元件,形成复合结构,其可以引入体内以使用基于导管的血管通路技术来烧蚀组织。
    • 2. 发明授权
    • Composite structures and methods for ablating tissue to form complex lesion patterns in the treatment of cardiac conditions and the like
    • 用于在治疗心脏病况等中烧蚀组织以形成复杂病变图案的复合结构和方法
    • US07837684B2
    • 2010-11-23
    • US11923373
    • 2007-10-24
    • David K. SwansonSidney D. FleischmanThomas F. KordisDavid L. McGee
    • David K. SwansonSidney D. FleischmanThomas F. KordisDavid L. McGee
    • A61B18/14
    • A61B18/1492A61B2017/003A61B2018/00083A61B2018/00196A61B2018/00214A61B2018/00267A61B2018/00577A61B2018/00839A61B2018/1437A61B2018/1467A61B2018/1497
    • A method of ablating tissue in the heart to treat atrial fibrillation introduces into a selected atrium an energy emitting element. The method exposes the element to a region of the atrial wall and applies ablating energy to the element to thermally destroy tissue. The method forms a convoluted lesion pattern comprising elongated straight lesions and elongated curvilinear lesions. The lesion pattern directs electrical impulses within the atrial myocardium along a path that activates the atrial myocardium while interrupting reentry circuits that, if not interrupted, would cause fibrillation. The method emulates the surgical maze procedure, but lends itself to catheter-based procedures that do not require open heart surgical techniques. A composite structure for performing the method is formed using a template that displays in planar view a desired lesion pattern for the tissue. An array of spaced apart element is laid on the template. Guided by the template, energy emitting and non-energy emitting zones are formed on the elements. By overlaying the elements, the composite structure is formed, which can be introduced into the body to ablate tissue using catheter-based, vascular access techniques.
    • 心脏中消融组织以治疗心房颤动的方法将所选择的心房引入能量发射元件。 该方法将该元件暴露于心房壁的一个区域,并向该元件施加消融能量以热破坏组织。 该方法形成包括细长的直线损伤和细长的曲线损伤的褶皱病变图案。 病变图案沿着激活心房心肌的路径引导心房心肌内的电脉冲,同时中断再入电路,如果不中断,将引起原纤维化。 该方法模拟外科迷宫手术,但适用于不需要开放心脏手术技术的基于导管的手术。 用于执行该方法的复合结构使用在平面图中显示用于组织的期望损伤图案的模板来形成。 间隔开的元件阵列放置在模板上。 在模板的指导下,在元件上形成能量发射和非能量发射区。 通过覆盖元件,形成复合结构,其可以引入体内以使用基于导管的血管通路技术来烧蚀组织。
    • 4. 发明授权
    • Composite structures and methods for ablating tissue to form complex lesion patterns in the treatment of cardiac conditions and the like
    • 用于在治疗心脏病况等中烧蚀组织以形成复杂病变图案的复合结构和方法
    • US07115122B1
    • 2006-10-03
    • US09505354
    • 2000-02-16
    • David K. SwansonSidney D. FleischmanThomas F. KordisDavid L. McGee
    • David K. SwansonSidney D. FleischmanThomas F. KordisDavid L. McGee
    • A61B18/18A61B19/00
    • A61B18/1492A61B2017/003A61B2018/00083A61B2018/00196A61B2018/00214A61B2018/00267A61B2018/00577A61B2018/00839A61B2018/1437A61B2018/1467A61B2018/1497
    • A method of ablating tissue in the heart to treat atrial fibrillation introduces into a selected atrium an energy emitting element. The method exposes the element to a region of the atrial wall and applies ablating energy to the element to thermally destroy tissue. The method forms a convoluted lesion pattern comprising elongated straight lesions and elongated curvilinear lesions. The lesion pattern directs electrical impulses within the atrial myocardium along a path that activates the atrial myocardium while interrupting reentry circuits that, if not interrupted, would cause fibrillation. The method emulates the surgical maze procedure, but lends itself to catheter-based procedures that do not require open heart surgical techniques. A composite structure for performing the method is formed using a template that displays in planar view a desired lesion pattern for the tissue. An array of spaced apart element is laid on the template. Guided by the template, energy emitting and non-energy emitting zones are formed on the elements. By overlaying the elements, the composite structure is formed, which can be introduced into the body to ablate tissue using catheter-based, vascular access techniques.
    • 心脏中消融组织以治疗心房颤动的方法将所选择的心房引入能量发射元件。 该方法将该元件暴露于心房壁的一个区域,并向该元件施加消融能量以热破坏组织。 该方法形成包括细长的直线损伤和细长的曲线损伤的褶皱病变图案。 病变图案沿着激活心房心肌的路径引导心房心肌内的电脉冲,同时中断再入电路,如果不中断,将引起原纤维化。 该方法模拟外科迷宫手术,但适用于不需要开放心脏手术技术的基于导管的手术。 用于执行该方法的复合结构使用在平面图中显示用于组织的期望损伤图案的模板来形成。 间隔开的元件阵列放置在模板上。 在模板的指导下,在元件上形成能量发射和非能量发射区。 通过覆盖元件,形成复合结构,其可以引入体内以使用基于导管的血管通路技术来烧蚀组织。
    • 8. 发明授权
    • Systems and methods employing structures having asymmetric mechanical
properties to support diagnostic or therapeutic elements in contact
with tissue in interior body regions
    • 使用具有不对称机械性能的结构以支持与内部身体区域中的组织接触的诊断或治疗元件的系统和方法
    • US6014590A
    • 2000-01-11
    • US742564
    • 1996-10-28
    • James G. WhayneSidney D. FleischmanDorin PanescuThomas F. KordisDavid K. Swanson
    • James G. WhayneSidney D. FleischmanDorin PanescuThomas F. KordisDavid K. Swanson
    • A61B17/39
    • Structures having asymmetric mechanical properties provide enhanced ability to support therapeutic or diagnostic elements in contact with tissue in an interior body region. The support structure includes a first region, which exhibits a first mechanical property affecting tissue contact, and a second region spaced from the first region about the axis, which exhibits a second mechanical property, different than the first mechanical property, affecting tissue contact. In a preferred embodiment, the first and second mechanical properties correlate with stiffness of the respective first and second regions, with the first region being more flexible (i.e., less stiff) than the second region. The first region, due to its greater flexibility, is more conformal to tissue than the second region. The less flexible (i.e., more stiff) second region imparts greater force against the tissue to urge the more flexible first region toward intimate tissue contact. In a preferred embodiment, the more flexible first region carries at least one therapeutic or diagnostic element.
    • 具有不对称机械特性的结构提供增强的能力,以支持与内部身体区域中的组织接触的治疗或诊断元件。 支撑结构包括表现出影响组织接触的第一机械特性的第一区域以及围绕轴线与第一区域隔开的第二区域,该第二区域具有影响组织接触的第二机械特性,该第二机械特性不同于第一机械特性。 在优选实施例中,第一和第二机械特性与相应的第一和第二区域的刚度相关,其中第一区域比第二区域更加柔性(即,较不硬)。 第一个区域由于其更大的灵活性,比第二个区域更适合组织。 较不柔性(即更硬)的第二区域赋予组织更大的力以促使更柔性的第一区域朝向紧密的组织接触。 在优选实施方案中,更灵活的第一区域携带至少一种治疗或诊断元件。