CLINICAL URODYNAMIC DIAGNOSIS WITH PORTABLE MONITORING

目标是开发一种执行测试的方法 基于持续监测的尿动力学行为 延长的一段时间，包括日常工作 活动。具体目标是：(1)开发一种便携式的 附在患者身上的可以记录的监测系统 24小时内的生理数据；以及(2)实施 用于分析记录数据的自动化方法。这 方法将产生一个系统，它将支持动态 将信息并入患者的泌尿科 病史，并将帮助临床医生建立 诊断和治疗程序。 第一阶段将使用常规设备测试 一组脊髓患者的长期尿流动力学监测 受伤，并将包括初步的手动解释 数据。测试将在休息时进行 与常规研究相似的条件，以及在动态 包括各种日常功能任务的条件。这个 第一阶段的成果将用于第二阶段的建设 便携式尿流监测设备和自动信号 处理算法，并在不同的患者中评估这些算法 通过一项正式的评估议定书，对所有人口进行评估。 中国的技术创新和商业潜力 研究在于开发一种适销对路的便携式 尿动力学监测系统及扫描的建立 将解释数据并提供实验室报告的中心。

The goal is to develop a method for carrying out tests of urodynamic behavior based on continual monitoring over a prolonged period of time that includes routine daily activities. The specific aims are: (1) develop a portable monitoring system attached to the patient that can record physiological data over a 24-hour period; and (2) implement automated methods for analyzing the recorded data. This approach will result in a system that will enable dynamic information to be incorporated into a patient's urologic history, and will assist the clinician in establishing diagnostic and treatment procedures. Phase I will use conventional equipment to test the efficacy of long-term urodynamic monitoring in a population of spinal cord injured, and will include preliminary manual interpretation of the data. The tests will be carried out during resting conditions similar to routine studies, and during dynamic conditions that include various daily functional tasks. The results of Phase I will be used in Phase II to construct portable urodynamic monitoring equipment and automated signal processing algorithms, and to evaluate these in diverse patient populations by means of a formal assessment protocol. The technological innovation and commercial potential of the research lies in the development of a marketable portable urodynamic monitoring system, and the establishing of scanning centers that will interpret data and furnish laboratory reports.