Temperature management in cardiac surgery
[no abstract - first paragraph of article] Maintaining a constant core body temperature of 37°C is essential for survival, through maintaining optimal organ, tissue and cellular function. Tight temperature regulation is achieved through a complex, integrated system of thermogenesis and heat loss. Different levels of hypothermia for defined periods of time can be protective. Temperature management during and after cardiac surgery, as well as after accidental hypothermia can have major effects on both immediate and long-term outcome. Through knowledge of the mechanisms of temperature regulation, we can understand its influence of on different vital organ functions in modern cardiac anaesthesia. We here describe mechanisms of thermoregulation, the protective effect of induced hypothermia, detailed techniques and risks of temperature changes during cardiac surgeries.
INTRODUCTION ::: The aim of this study was to determine whether the new robot hand technique can help to avoid the complication in the course of high precise microneurosurgical operations. ::: ::: ::: METHODS ::: The physical efficacy was measured by tremorometry. The comparative study of the incidence of complications measured the clinical efficacy. ::: ::: ::: RESULTS ::: The tremors of the operating hand and the number of complications have decreased effectively. ::: ::: ::: CONCLUSION ::: The precise level of robots could be available by novel robot hand technique. By this technique the microsurgical work has become more effective.