Prevention of the development of multi organ dysfunction syndrome

A retrospective analysis of the 35-year absence of maternal mortality in critical obstetric, in different countries, was due to the timely decentralization of macro-circulation through the recruitment of the microcirculatory mitochondrial, in the space: capillars - cell - mitochondria; detoxification; and adequate analgesia. Recruitment of microcirculatory - mitochondrial, RMM, reduces, microcirculatory-mitochondrial distress syndrome, MMDs, and syndrome of multi-organ dysfunction, MODs, by decentralizing macro-circulation, as a result, systemic perfusion pressure, SPP, is stabilized representing the difference between mean arterial pressure, MAP,difference between mean arterial pressure, MAP, and capillary resistance pressure, CRP, which adequately perfused the microcirculatory space of a capillary cell mitochondria, thanks to adequate vascular compliance VP with an accelerated speed of delivery and return of blood flow, which directly leads to a decrease in tissue hypoxia marker pCO2 (AV gap ) and, respectively, MMDs and MODs, simultaneously with many other endogenous toxic substances, ETS.