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    • 8. 发明授权
    • Implantable biosensor and methods for monitoring cardiac health
    • 植入式生物传感器和监测心脏健康的方法
    • US07223237B2
    • 2007-05-29
    • US10830850
    • 2004-04-22
    • Anne M. Shelchuk
    • Anne M. Shelchuk
    • A61B5/00
    • A61N1/36528A61B5/00A61B5/0538A61B5/0809A61B5/145A61B5/14546A61B8/08A61N1/3622A61N1/3627
    • The ability to continuously monitor concentrations of any of a plurality of blood-borne substances, such as proteins, improves patient monitoring and overall care through early detection of cardiac threats. Ultrasound-based technology used in analytical chemistry to determine amounts of particles suspended in a colloidal composition can be employed in an implantable sensor to monitor levels of many different substances in the blood. A sensor system is implanted in or near a blood vessel in the body and generates an electric or acoustic field directed at that blood vessel. A receiver near the generator detects energy emitted once the assaulting field is turned off. Changes in the relative amounts of the substance(s) being monitored appear as changes in the amount of energy emitted once the assaulting field is removed. The sensor may be implemented in an implantable cardiac therapy device. A non-implantable or transcutaneous sensor may also be used to monitor cardiac health.
    • 连续监测多种血液中物质如蛋白质的浓度的能力通过早期检测心脏病威胁来改善患者的监测和整体护理。 分析化学中用于确定悬浮在胶体组合物中的颗粒量的基于超声的技术可用于可植入传感器中以监测血液中许多不同物质的水平。 将传感器系统植入体内的血管内或附近,并产生指向该血管的电场或声场。 发生器附近的接收器检测到一旦突击场被关闭,发射的能量就会发出。 被监测物质的相对量的变化表现为一旦罢工场被移除就能释放出的能量的变化。 传感器可以在可植入心脏治疗装置中实现。 非植入式或经皮传感器也可用于监测心脏健康。
    • 10. 发明授权
    • Expedited set-up of multi-electrode lead (MEL)
    • 多电极引线(MEL)的快速设置
    • US07792585B1
    • 2010-09-07
    • US11750153
    • 2007-05-17
    • Anne M. Shelchuk
    • Anne M. Shelchuk
    • A61N1/365
    • A61N1/368A61N1/056A61N1/36185A61N1/3684A61N1/3686A61N1/371A61N1/37247
    • Methods and systems are provided for expediting set-up of a multi-electrode lead (MEL). In accordance with specific embodiments, such an MEL includes N groups of electrodes, with each of the N groups including at least M electrodes, where N≧2 and M is ≧2. Electrodes in a same group are within 5 mm of one another. Electrodes in separate groups are at least 10 mm from one another. Specific embodiments relate to methods for identifying cathode-anode electrode configurations that can be used to not exceed a maximum acceptable capture threshold, and that provide a sensed intrinsic R-wave amplitude of at least a minimum acceptable sensing threshold. Such thresholds can be default values, or can be defined by a user (e.g., clinician, physician, nurse, or the like).
    • 提供了用于加速多电极引线(MEL)的设置的方法和系统。 根据具体实施例,这样的MEL包括N组电极,N组中的每一个包括至少M个电极,其中N≥2且M为≥2。 同一组中的电极彼此在5mm以内。 分离组中的电极彼此至少10毫米。 具体实施例涉及用于识别可被用于不超过最大可接受捕获阈值并且提供至少最小可接受感测阈值的感测本征R波振幅的阴极 - 阳极电极配置的方法。 这样的阈值可以是默认值,或者可以由用户(例如,临床医师,医师,护士等)来定义。