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首页> 外文期刊>Journal of nuclear medicine technology >Evaluation of Intravenous Infusion Systems for Adenosine
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Evaluation of Intravenous Infusion Systems for Adenosine

机译:腺苷静脉输注系统的评估

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Adenosine is used routinely in cardiac perfusion imaging in lieu of exercise stress to enhance coronary blood flow. Since it is a potent drug, intravenous (IV) infusion of adenosine must be carefully controlled to provide optimal pharmacologic effect and minimal adverse effects. There has been particular concern about a sudden increase in adenosine delivery at the time of radiotracer administration which has prompted recommendations for using separate IV infusion sites or double lumen IV catheter sets. To evaluate infusion control, five IV infusion systems were evaluated for their ability to accurately deliver adenosine with co-administration of a radiopharmaceutical, such as thallium-201 (201Tl) into the infusion line. A decrease in adenosine infusion occurred with the Buretrol gravity drip system when 201Tl was injected into the infusion line. A temporary, intermittent decrease of adenosine infusion also occurred with the IMED infusion system because of its pumping mechanism. No significant change in adenosine infusion occurred with either the Harvard or Medfusion syringe pumps or with the IVAC infusion pump. No significant increase or bolus effect of adenosine administration occurred with any of the infusion systems.
机译:腺苷通常用于心脏灌注成像,代替运动压力以增强冠状动脉血流量。由于这是一种有效的药物,必须仔细控制腺苷的静脉内(IV)输注,以提供最佳的药理作用和最小的不良反应。特别关注放射示踪剂给药时腺苷传递的突然增加,这提示了建议使用单独的静脉输注部位或双腔静脉导管组。为了评估输液控制,评估了五个静脉输液系统在与放射性药物(例如-201( 201 Tl))共同给药下准确递送腺苷的能力。输液管线。当 201 Tl注入输液管线时,Buretrol重力滴注系统降低了腺苷的注入量。由于其泵送机制,IMED输液系统也会出现腺苷输注的暂时性,间歇性减少。哈佛或Medfusion注射泵或IVAC输注泵的腺苷输注没有发生明显变化。在任何输液系统中,腺苷给药均无明显增加或推注作用。

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