anesthesia monitor的意思|示意
麻醉监视器
anesthesia monitor的用法详解
The term anesthesia monitor refers to a tool or device used to monitor a patient’s vital signs and the levels of anesthetic medications. An anesthesia monitor can help medical professionals detect changes in a patient’s condition while they are under anesthesia.
Anesthesia monitors typically measure and track the patient’s blood pressure, heart rate and rhythm, blood oxygenation, respiratory rate, temperature, and carbon dioxide levels. Some monitors also measure electrical activity of the heart (electrocardiogram or ECG) as well as the depth of the patient’s anesthetic state.
In the operating room (OR) or recovery room, anesthesia providers use the monitor to ensure that the patient is adequately sedated. They look for signs of an inadequate anesthetic or signs of a problem with the patient’s vital signs such as a drop in blood pressure or an increase in respiratory rate. If a change is detected, the provider can take steps to correct it, such as adjusting the dosage of medications or changing the patient’s position.
Anesthesia monitors also have alarms that can alert providers if a patient’s vital signs or anesthetic levels become too low or too high. This allows the anesthesia team to take quick action to correct any problems before they become life-threatening.
In addition to monitoring a patient’s vital signs and anesthetic levels, an anesthesia monitor can also be used to track patient data over time, allowing providers to identify trends in the patient’s condition. This data can be used to evaluate the effectiveness of particular medications or treatments, helping the anesthesia team provide the best possible care.
Anesthesia monitors are an important tool in the operating room, providing vital information to help ensure that patients receive the best care possible.
anesthesia monitor相关短语
1、 monitor anesthesia care 麻醉性监护治疗
anesthesia monitor相关例句
Transcranial Doppler was used to monitor 45 patients' middle cerebral artery blood flow velocity during anesthesia and cardiopulmonary bypass.
采用经颅多普勒监测45例择期手术病人麻醉前后和体外循环期间大脑中动脉血流速率。
Conclusion: combined intravenous anaesthesia or combined intravenous and inhalation anesthesia are effective to achieve anesthesia levels and to monitor SEP.
结论:采用静脉复合麻醉或静吸复合麻醉可获得有效的麻醉深度和成功监测sep。
The key of anesthesia is to control anesthesia plane, supplement blood and monitor toxic reaction during cement application.
麻醉的关键在于控制麻醉平面,及时补充血容量以及应用骨水泥时严密监测毒性反应的救治等。