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A model for basic ultrasound set-up and training for 3D/4D ultrasound scanning.

机译:用于3D / 4D超声扫描的基本超声设置和训练模型。

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摘要

Three-dimensional (3D) ultrasound has been available for more than 10 years and is being used increasingly widely. Obtaining sonographic volumes allows for the visualization of data in any plane and in any direction, with enormous potential for medical ultrasound.Acquiring clear and accurate images in 3D and four-dimensional (4D) ultrasound requires training and familiarization with the set-up and controls of the ultrasound equipment and software. The ultrasound manufacturers provide training and support for their products, but usually only for a limited time after purchase. The organization of additional training programs for new operators of ultrasound devices is expensive and needs to be fitted into the busy daily schedule. This has led us to design an efficient and cost-effective model for operators to practice set-up and image acquisition using ultrasound machines. We used the Siemens Antares Sonoline ultrasound system (Siemens Medical Solutions, Erlangen, Germany) with a C5F1 3D/4D 5.1-MHz transducer during our practice with the model.
机译:三维(3D)超声已经使用了10多年,并且正在越来越广泛地使用。获得超声体积可以在任何平面和任何方向上可视化数据,在医学超声方面具有巨大潜力。在3D和四维(4D)超声中获取清晰准确的图像需要训练并熟悉设置和控件超声设备和软件。超声波制造商为其产品提供培训和支持,但通常仅在购买后的有限时间内提供。为超声设备的新操作员组织额外的培训计划非常昂贵,需要配合繁忙的日常计划。因此,我们为操作员设计了一种高效且具有成本效益的模型,以使用超声波机器练习设置和图像采集。在模型练习期间,我们使用了带有C5F1 3D / 4D 5.1 MHz传感器的Siemens Antares Sonoline超声系统(Siemens Medical Solutions,德国埃尔兰根)。

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