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Edwards Lifesciences
Fluid Optimization

Fluid Optimization

Product catalog summary

Introduction
The document discusses advanced hemodynamic management systems for high-risk surgeries, focusing on the FloTrac sensor, PreSep oximetry catheter, and EV1000 clinical platform. These tools are designed to optimize fluid management and improve patient outcomes.

Fluid Optimization
The FloTrac sensor helps determine fluid responsiveness by monitoring Stroke Volume (SV) and Stroke Volume Variation (SVV). A change in SVV of more than 15% indicates fluid responsiveness, while less than 10% suggests no fluid is needed. This approach prevents hypovolemia and excessive fluid administration, reducing postoperative complications.

Stroke Volume and Oxygen Saturation Optimization
SVV is a sensitive indicator of preload responsiveness, predicting patient benefit from volume before fluid administration. The PreSep oximetry catheter provides continuous ScvO2 monitoring, with values above 73% indicating limited organ dysfunction.

Integrated Hemodynamic Management
The system integrates SV, SVV, and ScvO2 to provide a comprehensive view of a patient's fluid status, enhancing decision-making and therapeutic interventions. The EV1000 platform displays these parameters, allowing for personalized views and quick assessments.

Clinical Evidence and Outcomes
Studies show that goal-directed hemodynamic management improves both short-term and long-term outcomes for high-risk surgical patients. The system supports clinicians in integrating goal-directed therapy into practice, enhancing patient care.

Conclusion
Edwards Lifesciences provides a reliable solution for hemodynamic management, offering clarity and improved outcomes through advanced monitoring and fluid optimization techniques.

Catalog excerpts

High-Risk Surgery UNKNOWNS? Clarity in Fluid Optimization FLOTRAC SENSOR • PRESEP OXIMETRY CATHETER • EV1000 CLINICAL PLATFORM

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FLOTRAC SENSOR AN INTEGRATED SYSTEM FOR HEMODYNAMIC MANAGEMENT Mean arterial pressure and central venous pressure have historically been the primary parameters utilized for assessing fluid responsiveness. But to minimize unknowns and more accurately determine your patient’s fluid status, it’s crucial to see the bigger picture with integrated, goal-directed hemodynamic management and advanced hemodynamic parameters, such as SV, SVV and ScvO2. The hemodynamic management system from Edwards Lifesciences is designed to intuitively display advanced hemodynamic management parameters.1 Featuring the...

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improved outcomes for your patients— today and tomorrow Control Protocol Percent survival Clinical evidence indicates that goal-directed hemodynamic management of high-risk surgical patients not only improves short-term outcomes but also increases long-term survival (Figure 1).20,21 And along with educational tools and support, the hemodynamic management system lets you, the clinician, integrate goal-directed therapy directly into your practice for greater clarity and improved outcomes for your patients. Figure 1. Improved Survival for Protocol Patients Time (days) Helping to advance the care...

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Fluid Optimization

Fluid Optimization

Catalog excerpts

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