Buniatian A A, Sablin I N, Flerov E V, Mierbekov E M, Broĭtman O G, Shevchenko V V, Shitikov I I
Anesteziol Reanimatol. 1995 Mar-Apr(2):62-6.
Creation of computer monitoring systems (CMS) for operating rooms is one of the most important spheres of personal computer employment in anesthesiology. The authors developed a PC RS/AT-based CMS and effectively used it for more than 2 years. This system permits comprehensive monitoring in cardiosurgical operations by real time processing the values of arterial and central venous pressure, pressure in the pulmonary artery, bioelectrical activity of the brain, and two temperature values. Use of this CMS helped appreciably improve patients' safety during surgery. The possibility to assess brain function by computer monitoring the EEF simultaneously with central hemodynamics and body temperature permit the anesthesiologist to objectively assess the depth of anesthesia and to diagnose cerebral hypoxia. Automated anesthesiological chart issued by the CMS after surgery reliably reflects the patient's status and the measures taken by the anesthesiologist.
创建手术室计算机监测系统（CMS）是个人计算机在麻醉学领域应用的最重要方面之一。作者开发了一种基于PC RS/AT的CMS，并有效使用了两年多。该系统通过实时处理动脉压、中心静脉压、肺动脉压、脑生物电活动以及两个温度值，实现对心脏外科手术的全面监测。使用该CMS有助于显著提高手术期间患者的安全性。通过计算机同时监测脑电图（EEG）与中心血流动力学和体温来评估脑功能的可能性，使麻醉医生能够客观地评估麻醉深度并诊断脑缺氧。手术后由CMS生成的自动化麻醉记录可靠地反映了患者的状况以及麻醉医生采取的措施。
