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首页> 外文会议>2015 IEEE Student Symposium in Biomedical Engineering amp; Sciences >Study of vein mechanism based on different body mass index and Deep Vein Thrombosis condition
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Study of vein mechanism based on different body mass index and Deep Vein Thrombosis condition

机译：基于不同体重指数和深静脉血栓形成情况的静脉机制研究

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In this research study, clinical experimental study of non-invasive assessment of in vivo vessel valve behaviour is presented to diagnose the early stage of Deep Vein Thrombosis (DVT). The DVT is commonly diagnosed by using the clinical diagnosis conducted by the physician, D-dimer test, impedance plethysmography and etc. However, in current technologies, the DVT had been diagnosed using ultrasound, which is considered to be non-invasive and low cost compared to other methods available. Thus, in this particular research, assessments of the vessel wall displacement and elasticity using ultrasound has been proposed. The vessel wall displacement and elasticity are considered to be important parameters to construct a clinical model of DVT risk factor. Those vein mechanisms were evaluated on the subject with no history of DVT and also subject that has DVT. The measurement obtained from the subjects has been compared as to construct a clinical model of DVT risk factor. Therefore, this particular research study is important in the contribution for predicting the probability of DVT on a human at the early stage.
机译：在这项研究中，提出了对体内血管瓣膜行为进行非侵入式评估的临床实验研究，以诊断深静脉血栓形成（DVT）的早期阶段。 DVT通常通过医生的临床诊断，D-二聚体测试，阻抗体积描记法等进行诊断。但是，在当前技术中，DVT已通过超声诊断，这被认为是无创且成本低的与其他可用方法相比。因此，在该特定研究中，已经提出了使用超声评估血管壁位移和弹性的方法。血管壁位移和弹性被认为是构建DVT危险因素临床模型的重要参数。对没有DVT历史的受试者和患有DVT的受试者评估了这些静脉机制。已经比较了从受试者获得的测量结果以构建DVT危险因素的临床模型。因此，这项特殊的研究对于预测人类早期DVT的可能性具有重要意义。

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