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Discrepancy Between Internal and External Intracranial Pressure Transducers: Quantification of an Old Source of Error in EVDs?

机译:内部和外部颅内压传感器之间的差异:在EVDS中量化旧误差源?

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BACKGROUND: Intracranial pressure monitoring remains the foundation for prevention of secondary injury after traumatic brain injury and is most commonly performed using an external ventricular drain or intraparenchymal pressure monitor. The Integra Flex ventricular catheter combines an external ventricular catheter with a pressure transducer embedded in the tip of the catheter to allow continuous pressure readings while simultaneously draining cerebrospinal fluid. Discrepancies between measurements from the continuously reported internal pressure transducer and intermittently assessed and externally transduced ventricular drain prompted an analysis and characterization of pressures transduced from the same ventricular source.
机译:背景:颅内压力监测仍然是预防创伤性脑损伤后继发性损伤的基础,并且最常使用外部心室排水管或脑内压力监测器进行次要进行。 Integra Flex心室导管将外部心室导管与嵌入导管尖端的压力换能器组合以允许连续的压力读数同时排出脑脊液。 从连续报告的内压传感器和间歇评估和外部转导的心室排放的测量之间的差异促使从相同的心室源转导的压力分析和表征。

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