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Validation of a new micro-manometer pressure sensor for cardiovascular measurements in mice.

机译:验证了一种用于小鼠心血管测量的新型微压力计压力传感器。

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Abstract The Scisense (London, ON, Canada) micro-manometer pressure sensor is currently being used by investigators to evaluate cardiovascular physiology in mice, but has not been validated to date. The purpose of the current study is to compare the 1.2 F Scisense pressure sensor to the current gold standard produced by Millar Instruments (Houston, TX) (1.4 F). In vitro comparisons were preformed including temperature drift, frequency response analysis up to 250 Hz, and damping coefficient and natural frequency determined via a pop test. The authors also performed in vivo comparisons including pressure drift, dose-response studies to IV isoproterenol, maximum adrenergic stimulation with IV dobutamine, and simultaneous placement of both micro-manometer pressure sensors in the same intact murine hearts. The authors conclude that both sensors are equivalent, and that the Scisense pressure sensor represents an alternative to the current gold standard, the Millar micro-manometer pressure sensor for in vivo pressure measurements in the mouse.
机译:摘要研究人员目前正在使用Scisense(加拿大安大略省伦敦市)的微压力计压力传感器来评估小鼠的心血管生理,但至今尚未得到验证。本研究的目的是将1.2 F Scisense压力传感器与Millar Instruments(德克萨斯州休斯顿)生产的当前金标准(1.4 F)进行比较。进行了体外比较,包括温度漂移,高达250 Hz的频率响应分析以及通过弹出测试确定的阻尼系数和固有频率。作者还进行了体内比较,包括压力漂移,对IV异丙肾上腺素的剂量反应研究,用IV多巴酚丁胺进行的最大肾上腺素刺激,以及将两个微压力计压力传感器同时放置在相同的完整鼠心中。作者得出的结论是,两个传感器都是等效的,并且Scisense压力传感器代表了当前的金标准的替代品,即用于在小鼠体内进行压力测量的Millar微压力计压力传感器。

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