Microcirculatory effects of rewarming in experimental hemorrhagic shock.

Juan Francisco Caminos Eguillor,Gonzalo Ferrara,Vanina Siham Kanoore Edul,María Guillermina Buscetti,Héctor Saúl Canales,Bernardo Lattanzio,Luis Gatti,Facundo Javier Gutierrez,Arnaldo Dubin

Microvascular research（2023）

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Abstract

This is the first experimental study assessing the effect of rewarming on systemic, regional, and microcirculatory perfusion in hypothermic hemorrhagic shock. We found that a 3 °C increase in T° neither improved nor impaired the microvascular alterations that persisted after retransfusion. In addition, sublingual mucosa was less susceptible to reperfusion injury than villi and renal microcirculation.

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Key words

Hemorrhagic shock,Hypothermia,Microcirculation,Rewarming,Videomicroscopy

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