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阅读理解。 Traditional surgical procedures require surgeons to make large incisions (伤口) in a patient's body in order to gain access to the organs inside. It was once common for heart surgeons, who perform highly specialized and complex procedures, to make long incisions in a patient's chest and then split the breastbone to reach the heart. Patients who undergo surgery are often at the risk of infection (感染), as bacteria can infect the cut in the skin. In addition, there is often a lengthy recovery period. A surgical technique known as 'keyhole surgery' has become more common in recent years. In general, the surgeon will make a couple of small incisions around the area where the operation I'm going to be performed. Tubes are pushed into the holes, and a tiny camera is put into the body. The camera is attached to a large monitor screen and the doctor can see it while performing the operation. In addition to the camera, doctors also push their tiny surgical instruments through the tubes. The awkward part of keyhole surgery is that it is counterintuitive; that is to say, if a surgeon wants to move the tool to the left, he or she must push it to the right. Another new machine called the 'da Vinci Surgical System' has been tested in hospitals in the US-Unlike keyhole surgery, this robot's moving parts are designed to copy man's hand and wrist movement, thus providing better control and sensitivity. Sitting at a console (控制台) a few feet from the patient, the surgeon can control the instruments by moving highly sensitive pads. The area of the body is enlarged on a screen, which gives surgeons a view similar to that of a traditional surgical procedure. The da Vinci Surgical System has been welcomed as revolutionary by many surgeons. Patients with serious illnesses must still undergo major surgery, but the smaller incisions typically mean a shorter recovery time. On the downside, some operations have taken up to fifty minutes longer because surgeons are inexperienced at using the new technology. As surgeons become more familiar with the machines, the time needed for surgical procedures is likely to decrease. 1. What can be learned about the traditional surgery according to the passage? A. Long incisions are made in a patient's chest. B. It often takes a longer time to do an operation. C. The cost of the traditional surgery is very high. D. The incision is likely to be infected after the operation. 2. Which of the following is one disadvantage of keyhole surgery? A. It requires the use of long thin tools and a tiny camera. B. The doctor cannot view the inside of the patient's body clearly. C. The direction in which a doctor moves the surgical tools is opposite. D. A tiny camera has to be inserted into the patient's body in advance. 3. The da Vinci Surgical System differs from keyhole surgery in that it _____. A. requires that a surgeon make more small incisions on a patient B. reduces the amount of time it takes to perform a surgical procedure C. allows the surgeon to use the surgical instruments more sensitively D. gets rid of the need for surgeons to make large incisions on patients 4. The passage mainly tells readers about _____. A. the challenges brought about by new technology B. the application of new technologies in modem surgery C. the reflections on the development in medical science D. the benefits and drawbacks of the da Vinci Surgical System
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举一反三
【单选题】依照赫曼全脑模型划分,沙和尚属于
A.
纪律型
B.
表现型
C.
空想型
D.
逻辑型
【单选题】隋朝的建立者是(),史称隋文帝。
A.
杨坚
B.
杨广
C.
杨震
D.
杨素
【单选题】)指将不均衡的电池能量(容量)消耗掉,通常是将能量(容量)高的电池能量(容量)消耗掉一部分,使电池一致性趋于一致。在充满电停机时以最高电压电池单体为截止电压。
A.
主动均衡
B.
被动均衡
C.
放电均衡
D.
能量均衡
【单选题】隋朝的建立者是( )。
A.
隋文帝杨浩
B.
隋文帝杨侑
C.
隋文帝杨坚
D.
隋文帝杨广
【单选题】( ) 指将不均衡的电池能量( 容量) 消耗掉, 通常是将能量( 容量) 高的电池能 量( 容量) 消耗掉一部分, 使电池一致性趋于一致。 在充满电停机时以最高电压电池单体为 截止电压
A.
被动均衡
B.
主动均衡
C.
放电均衡
D.
能量均衡
【判断题】int i,j; boolean booleanValue=(i==j); ( )
A.
正确
B.
错误
【单选题】隋朝的建立者是()。
A.
赵匡胤
B.
司马炎
C.
李渊
D.
杨坚
【单选题】隋朝的建立者是:()
A.
杨广
B.
杨坚
C.
杨勇
D.
杨过
【单选题】依照赫曼全脑模型划分,沙和尚属于( )
A.
表现型
B.
逻辑型
C.
纪律型
D.
空想型
【单选题】( )指将不均衡的电池能量(容量)在电池单体模块之间进行转移,通常是将能量(容量)强的转移到能量(容量)弱的,从而使电池一致性趋于一致。其主要特点是效率较高,一般在电量放到10%左右式确认一致性。
A.
主动均衡
B.
被动均衡
C.
充电均衡
D.
能量均衡
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