In our experiment, a more intense decrease in cerebral and pulmonary artery BT at the time point of the end of the infusion was found in the group with normal saline, and the AUC for the cerebral BT decrease throughout the complete protocol indicated a more pronounced cooling effect of normal saline than of colloid solution.
In conclusion, large-volume cold intravenous infusion of normal saline resulted in more intense decrease in cerebral and pulmonary artery BT than colloid infusion of the same temperature and volume in this model of cardiac arrest.
Furthermore, the administration of the β-adrenergic receptor antagonist atenolol induced a more intense decrease in AP in Alk1 +/− mice than in Alk1 +/+ mice, an effect that was similar but less intense for the α-adrenergic receptor antagonist prazosin.
It has been proposed that a rapid and intense decrease in conventional serological titers after etiological treatment could be considered an indicative of putative cure [ 42].
The main finding of the present study is that in this model a large volume of cold intravenous infusion of normal saline results in a more intense decrease in cerebral BT than colloid infusion.
After dexmedetomidine administration, a rapid and intense decrease in plantar perfusion was followed by a longer phase of increased perfusion, in agreement with the typical biphasic hemodynamic effect of this class of sedatives.
Results showed that at low pressure, the burning rate was less intense with a decrease in the mass loss rate.
Therefore, it is reasonable to consider that, under intense light, the significant decrease in the initial activity of NADP-MDH by the inhibition of the AOX pathway was due to the accumulation of reducing equivalents in the mitochondria because the consumption of reducing equivalents via the AOX pathway was inhibited.
Intravenous infusion of cold normal saline resulted in more intense decrease of cerebral and pulmonary artery BT than colloid infusion in this porcine model of cardiac arrest.
Large-volume intravenous infusion of cold normal saline resulted in more intense decrease of cerebral and pulmonary artery body temperature than colloid infusion in this porcine model of cardiac arrest This difference is at least partially related to the various specific heat capacities of the coolants.
