Ischaemia-reperfusion injury is associated with an increase in oxidative stress through the accumulation of reactive oxygen species (ROS) which can up-regulate pro-inflammatory pathways contributing to remote organ dysfunction [2,3].
This was accomplished by calculating the TMS score without points of circulatory failure in order to assess the presence of remote organ dysfunction.
The consequences of TEA with respect to liver injury, remote organ dysfunction and outcome needs to be further explored.
Furthermore, they might contribute to remote organ dysfunction such as cirrhotic cardiomyopathy [ 31] or reduced systemic vascular resistance [ 32].
Clinical evidence suggests that tissue injury in both acute kidney injury and heart failure has immune-mediated inflammatory consequences that can initiate remote organ dysfunction.
ICU, hospital, and 90-day mortality were 3.2%, 14.7% and 21.8% in ARF without remote organ dysfunction, 67.6%, 69.6% and 82.1% in ARF with failure of three additional organs, and 30.0%, 40.5% and 46.9% in ARF with any remote organ dysfunction, respectively.
We measured plasma mediators involved in inflammation, chemotaxis, cell adhesion and fibrinolysis that relate to remote organ dysfunction and outcome of acute lung injury [ 15- 18, 25- 31].
Cumulative evidence supports the fact that severe sepsis arises from the inability of the host to control bacterial growth as well as from an overwhelming inflammatory response that could itself subsequently cause remote organ dysfunction [ 7].
Accordingly, lung-specific therapies, such as mechanical ventilation, if they induce further lung injury, can sustain or promote further lung injury and remote organ system dysfunction.
Additionally, further kinetic studies will be useful to confirm whether and when kidneys mitochondrial dysfunctions occur and how to reduce these remote organ mitochondrial dysfunctions.
