A Patient-Side Decision Support System and Methodology for Evaluating Circulatory System Adequacy Using Macro and Microcirculation Parameters

Abstract

The invention relates to a system called MOCI, where macrocirculation and microcirculation are separated into distinct physiological layers. Evaluating; F_Macro from MAP and CVP or RAP data; PI, PVI, capillary filling duration and metabolic perfusion parameters from F_Micro and F_Macro and F_Micro Generating D_MM based on the difference between; optionally PiCCO or equivalent cardiac output. CO / CI, PPV, SVV, SVR, GEDV / GEDI and EVLW / ELWI data from monitors F_Macro operates under F_Conj or dynamic preload sub-factors; F_Micro operates under the threshold. Even if MAP or F_Makro is within the target range, macro / microcirculation is sufficient. producing the inadequate situation; MOCI-CAS's low microcirculation masking to F_Micro By limiting the connected upper limit and without forcing the HVM image, the existing monitor and Working with laboratory data, specialized microscopy equipment and trained imaging It is concerned with a system (1) and method that reduces dependence on the evaluator.

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