大学职业搜题刷题APP
下载APP
首页
课程
题库模板
Word题库模板
Excel题库模板
PDF题库模板
医考护考模板
答案在末尾模板
答案分章节末尾模板
题库创建教程
创建题库
登录
logo - 刷刷题
创建自己的小题库
搜索
【单选题】

Scientists Develop Ways of Detecting Heart Attack
German researchers have come up with a new generation of defibrillators (除颤器) and early-warning software aimed at offering heart patients greater protection from sudden death from cardiac arrest (心脏骤停).
In Germany alone around 100,000 people die annually as a result of cardiac arrest and many of these cases are caused by disruption to the heart"s rhythm. Those most at risk are patients who have already suffered a heart attack, and for years the use of defibrillators has proved useful in diagnosing life-threatening disruptions to heart rhythms and correcting them automatically by intervening within seconds. These devices take on a range of functions, such as that of pacemaker.
Heart specialists at Freiburg"s University Clinic have now achieved a breakthrough with an implanted defibrillator capable of generating a six-channel electrocardiogram (ECG) within the body. This integrated system allows early diagnosis of acute blood-flow problems and a pending (潜在的) heart attack. It will be implanted in patients for the first time this year. Meanwhile, researchers at the Fraunhofer Institute for Applied Mathematics in Kaiserslautern have developed a new computer software that renders the evaluation of ECG data more precise.
The overwhelming majority of patients at risk will not have an implanted defibrillator and must for this reason undergo regular ECGs. "Many of the current programs only take into account a linear correlation of the data. We are, however, use of a non-linear process that reveals the chaotic patterns of heart beats as an open and complex system," Hagen Knaf says. "In this way changes in the heart beats over time can be monitored and individual variations in patients taken into account." An old study of ECG data, based upon 600 patients who had suffered a subsequent heart attack, enabled the researchers to compare risks and to show that the new software evaluates the data considerably better. Scientists Develop Ways of Detecting Heart AttackThe new computer software is designed by a German Company.

A.
Right
B.
Wrong
C.
Not mentioned
手机使用
分享
复制链接
新浪微博
分享QQ
微信扫一扫
微信内点击右上角“…”即可分享
反馈
收藏 - 刷刷题收藏
举报
参考答案:
举一反三

【多选题】心脏骤停常用的给药途径有

A.
静脉
B.
气管内
C.
肌肉
D.
皮下
E.
心内

【多选题】能够引起心脏骤停的非心脏性因素包括( )

A.
呼吸系统疾病
B.
麻醉意外
C.
中枢神经系统疾病
D.
严重的水、电解质及代谢紊乱
E.
急性中毒

【多选题】心脏骤停不复苏的指征包括()

A.
确定病人心跳、呼吸停止7min以上
B.
家属拒绝复苏要求
C.
医师判断复苏无意义
D.
终末期疾病发生心搏、呼吸停止
E.
机构通气下的昏迷病人发生心脏停搏时,可不行复苏

【多选题】久心除颤器操作步骤?

A.
1.拉开除颤器外包装,按下电源键,开启除颤器;
B.
2.揭开患者衣物,揭开电极片上薄膜,按照示意图贴牢电极片,不要接触患者;
C.
3.根据语音提示确认是否进行除颤操作,需要按下正在闪烁的除颤键;
D.
4.根据语音提示开始心肺复苏。

【单选题】一旦确诊心脏骤停应立即:()

A.
找上级医师
B.
鼻导管给氧
C.
做心前区捶击
D.
安装人工起搏器
E.
开放静脉

【单选题】抢救心脏骤停的药物是

A.
肾上腺素
B.
去甲肾上腺素
C.
去氧肾上腺素
D.
间羟胺
E.
麻黄碱

【单选题】心脏骤停首选的治疗措施是()

A.
心肺复苏
B.
安置起搏器
C.
开通静脉输液
D.
通畅呼吸道
E.
高浓度吸氧

【单选题】一旦确诊心脏骤停应立即:()

A.
找上级医师
B.
鼻导管给氧
C.
做心前区捶击
D.
安装人工起搏器
E.
开放静脉
相关题目:
【多选题】心脏骤停常用的给药途径有
A.
静脉
B.
气管内
C.
肌肉
D.
皮下
E.
心内
【多选题】能够引起心脏骤停的非心脏性因素包括( )
A.
呼吸系统疾病
B.
麻醉意外
C.
中枢神经系统疾病
D.
严重的水、电解质及代谢紊乱
E.
急性中毒
【多选题】心脏骤停不复苏的指征包括()
A.
确定病人心跳、呼吸停止7min以上
B.
家属拒绝复苏要求
C.
医师判断复苏无意义
D.
终末期疾病发生心搏、呼吸停止
E.
机构通气下的昏迷病人发生心脏停搏时,可不行复苏
【多选题】久心除颤器操作步骤?
A.
1.拉开除颤器外包装,按下电源键,开启除颤器;
B.
2.揭开患者衣物,揭开电极片上薄膜,按照示意图贴牢电极片,不要接触患者;
C.
3.根据语音提示确认是否进行除颤操作,需要按下正在闪烁的除颤键;
D.
4.根据语音提示开始心肺复苏。
【单选题】一旦确诊心脏骤停应立即:()
A.
找上级医师
B.
鼻导管给氧
C.
做心前区捶击
D.
安装人工起搏器
E.
开放静脉
【单选题】抢救心脏骤停的药物是
A.
肾上腺素
B.
去甲肾上腺素
C.
去氧肾上腺素
D.
间羟胺
E.
麻黄碱
【单选题】心脏骤停首选的治疗措施是()
A.
心肺复苏
B.
安置起搏器
C.
开通静脉输液
D.
通畅呼吸道
E.
高浓度吸氧
【单选题】一旦确诊心脏骤停应立即:()
A.
找上级医师
B.
鼻导管给氧
C.
做心前区捶击
D.
安装人工起搏器
E.
开放静脉
刷刷题-刷题-导入试题 - 刷刷题
参考解析:
AI解析
重新生成
题目纠错 0
发布
刷刷题-刷题-导入试题 - 刷刷题刷刷题-刷题-导入试题 - 刷刷题刷刷题-刷题-导入试题 - 刷刷题
刷刷题-刷题-导入试题 - 刷刷题
刷刷题-刷题-导入试题 - 刷刷题
刷刷题-单词鸭