ABSTRACT
Septic shock is the most critical stage of sepsis, and the core of the treatment is improving tissue hypoperfusion.In addition to the improvement of large circulation by fluid resuscitation, the microcirculation also need to be improved, then proper vasoactive drugs should be applied to different types of shock to meet the needs of the body for perfusion.The condition of septic shock progresses rapidly, and the microcirculation in different pathophysiological stages is different, which increases the difficulty of rational use of vasoactive drugs.Monitoring and accurate evaluation of peripheral microcirculation may provide guidance for individualized treatment of septic shock.
ABSTRACT
Routine vascular observation is not conducive to the early detection of vascular crisis, thus influencing the success rate of replantation surgery. Infrared thermographic imaging (IRT) can be used to monitor the microcirculation of replanted tissue by visually presenting the value of human surface temperature and thermogram. With the rapid progress of science and technology, IRT technology has gradually become mature and reformed. This article reviewed the research on monitoring microcirculation of replanted tissue by Smartphone-based thermal imaging (SBTI) , in order to provide a basis for subsequent research and clinical application.