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View article: Abstract 144: Which Is More Ideal To Monitor And Detect Flap Vascular Compromise: Intradermal Or Subcutaneous Tissue Oxygen Tension?
Abstract 144: Which Is More Ideal To Monitor And Detect Flap Vascular Compromise: Intradermal Or Subcutaneous Tissue Oxygen Tension? Open
PURPOSE: The ideal monitoring tool to evaluate free flap success should be minimally invasive, continuous, cost-effective and reliable. Our group has previously introduced implantable oxygen sensors as a mean to monitor flaps in the immedi…
View article: Abstract P15: Comparison Of Intradermal And Subcutaneous Tissue Oxygen Tension Monitor To Detect Flap Compromise
Abstract P15: Comparison Of Intradermal And Subcutaneous Tissue Oxygen Tension Monitor To Detect Flap Compromise Open
PURPOSE: The ideal monitoring tool to evaluate free flap success should be minimally invasive, continuous, cost-effective and reliable. Our group has previously introduced implantable oxygen sensors as a mean to monitor flaps in the immedi…
View article: Abstract 41: Implantable Oxygen Biosensor Reveals Post-Occlusion Tissue Reactive Hyperoxia
Abstract 41: Implantable Oxygen Biosensor Reveals Post-Occlusion Tissue Reactive Hyperoxia Open
INTRODUCTION: This study utilized an implantable biosensor to measure tissue oxygenation before, during, and after a transient ischemic insult. The purpose of this study was to use implantable O2 sensors to quantify local O2 content follow…