首页> 外国专利> METHOD FOR DETERMINING THE STAGE HYPOXIC DAMAGE AND LIKELIHOOD OF ANIMATION FOR AL Urakova

METHOD FOR DETERMINING THE STAGE HYPOXIC DAMAGE AND LIKELIHOOD OF ANIMATION FOR AL Urakova

机译:确定乌拉科娃(Al Urakova)动画的阶段性缺氧损伤和动画的方法

摘要

FIELD: medicine.;SUBSTANCE: invention relates to medicine, namely to resuscitation science, and can be used for determining stage of hypoxic injury and probability of patient reanimation in clinic conditions. Patient's arms are bared, straightened, including fingers, placed in lying position with back side down along their body. Observation in form of finger image colouration monitoring is started by means of computer thermal imager. If multi-colouration, including orange, yellow and green colours, of image of one of distal phalanges is replaced by monocolouration of blue colour, conclusion about beginning of stage of reversible hypoxic changes is made. After that monitoring of entire hand colouration is carried out and direction of spread of zone of blue colour monocolouration is controlled. If zone of blue colour monocolouration decreases with simultaneous recovery of said multicolouration, conclusion about regressing of irreversible hypoxic changes and about real reanimation of patient is made. If zone of blue colour monocoloration is preserved within fingers and palms of both hands in unchanged state, conclusion about cessation of hypoxic injury progressing at stage of potentially reversible hypoxic changes and about possibility of patient reanimation is made. If zone of blue colour monocolouration spreads successively from palms on forearms and shoulders of both hands and after that on patient's body, conclusion about development of stage of irreversible hypoxic injury, about coming of biological death and impossibility of patient reanimation is made.;EFFECT: method makes it possible to increase accuracy of determination of organism hypoxic injury stage in case of clinic death threat and prediction of efficiency of reanimation measures during reanimation.;2 ex
机译:发明领域本发明涉及医学,即复苏科学,可用于确定缺氧性损伤的阶段以及在临床条件下患者复活的可能性。裸露,伸直患者的手臂(包括手指),将其置于躺着的位置,背面朝下沿着他们的身体。手指图像着色监测的观察是通过计算机热成像仪开始的。如果将远端指骨之一的图像的多色(包括橙色,黄色和绿色)替换为蓝色的单色,则可以得出关于可逆性低氧变化阶段开始的结论。之后,对整个手的着色进行监控,并控制蓝色单色区域的扩散方向。如果蓝色单色区域随着所述多色的同时恢复而减少,则得出关于不可逆缺氧变化的回归和患者的真正复活的结论。如果蓝色单色区域保留在双手的手指和手掌中,且状态保持不变,则可以得出结论,在潜在的可逆性低氧改变阶段停止低氧损伤,并进行患者复活的可能性。如果蓝色单色区从手掌在前臂和肩膀上依次蔓延开来,然后再在患者身体上蔓延开来,则得出关于不可逆性缺氧损伤发展阶段,有关生物死亡的来临以及患者无法复活的结论。;效果:该方法可以提高在临床死亡威胁的情况下确定生物体缺氧损伤阶段的准确性,并提高复活过程中复活措施的效率预测。2

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