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【简答题】
Whatever our differences as human beings are we all think we’re more like the rest of the animal world than we realize. It is said that we share 40 per cent of our genetic(遗传的)structure with the simple worm. But that fact has helped Sir John Sulston win the 2002 Nobel Prize for Medicine. Sir John is the founder of the Sanger Institute in Cambridge, which was set up in 1992 to get further understanding of the human genome(染色体组). To help them do this, they turned to the worm. The nematode(线虫类的)worm is one of the earliest creatures on planet earth. It is less than one millimeter long, completely transparent and spends its entire life digging holes through sand. But it still has lots to say about human life, and what can be done to make it better. What the worm told Sir John and his colleagues was that each of the cells in the human body is programmed like a computer. They grow, develop and die according to a set of instructions that are coded in our genetic make-up. Many of the diseases that humans suffer from happen when these instructions go wrong or are not obeyed. When the cell refuses to die but carries on growing instead, this leads to cancer. Heart attacks and diseases like AIDS cause more cell deaths than normal, increasing the damage they do to the body. Sir John was the first scientist to prove the existence of programmed cell death. 小题1:Sir John Sulston got a Nobel Prize for Medicine because he has         . A.found that human beings are similar to the worm B.got the fact we share 40 per cent of our genetic structure with the simple worm C.found the computer which controls each of the cells in the human body D.proved that cell death is programmed 小题2:People might be seriously ill if the cells in their body        . A.grow without being instructed B.die regularly C.fail to follow people’s instructions D.develop in the human body 小题3:The underlined word“they”(paragraph 5)refers to        . A.cell deaths B.diseases C.instructions D.cells 小题4:What is the subject discussed in the text? A.The theory of programmed cell deaths. B.A great scientist—Sir John Sulston. C.The programmed human life. D.Dangerous diseases.
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【单选题】在AutoCAD中,相对于点(1,3),点(3,3)的相对极坐标表示为()
A.
@3<0< /div>
B.
@
C.
@2<0< /div>
D.
@2<180< /div>
【多选题】下列哪种方法属于全身麻醉()
A.
小儿男性,3岁,不配合CT检查,由儿科医生肌注氯胺酮入睡
B.
男性,20岁,硬膜外麻醉下行阑尾切除术,因牵拉阑尾时不适加用丙泊酚50mg静脉注射
C.
男性25岁,在右臂丛麻醉下行右尺骨鹰嘴骨折切开内固定术,因局部疼痛加用芬太尼0.05mg,静脉注射
D.
女性,20岁,需做无痛人流,麻醉方法是,持续静注丙泊酚和瑞芬太尼,不做气管插管情况下保留自主呼吸
E.
男性,3岁,因硬币滞留食道入口处需在麻醉下取出,方法为吸入七氟烷,不行气管内插管
【判断题】下列哪种处方是儿科处方 ( )
A.
正确
B.
错误
【多选题】一个完整的自动控制系统有 ( ) 等组成。
A.
被控对象
B.
测量元件和变送器
C.
调节器
D.
执行器
【单选题】下列关于电压表连接的说法错误的是
A.
电压表必须与被测用电器并联
B.
电压表千万不能直接连在电源两端
C.
应使电流从电压表“+”接线柱流入,从“-”接线柱流入
D.
连接电压表时,应同时考虑到电压表的量程和分度值
【单选题】下列哪种处方是儿科处方 ( )
A.
白色处方
B.
淡黄色处方
C.
淡绿色处方
D.
淡红色处方
【单选题】在 AUTOCAD 中, B 点相对于 A 点的坐标是( )。
A.
60〈25
B.
@60〈25
C.
60,25
D.
@60,25
【单选题】在 AUTOCAD中,B点相对于A点的坐标是( )。
A.
@60<25< /div>
B.
@60,25
C.
60<25< /div>
D.
@25<60< /div>
【单选题】脑科学的研究表明,巨大脑的发育中存在“关键期”,即人在发展过程中,某一方面在某一阶段发展得最快,比如,3岁以前是动作发展的“关键期”,1—3岁是语言发展的“关键期”,4岁左右是感知图形的“关键期”。在这一时期,脑在结构和功能上都具有很强的适应和重组的能力,易于受到环境的影响,关键期内适宜的刺激和经验是运动、感觉、语言及其他脑功能正常发展的重要前提。下列利用了“关键期”理论的是( )。
A.
狼孩10岁时回归社会,学会了简单的语言
B.
先天失聪的聋儿在2岁时接受语言康复训练,最终学会了说话
C.
母亲在怀孕期间给腹中的胎儿听音乐
D.
某体操冠军在3岁时就已经被认为具有体操天赋
【单选题】在AutoCAD中,相对于点(1,3),点(3,3)的相对极坐标表示为
A.
@3<0< /div>
B.
@2<0< /div>
C.
@2<180< /div>
D.
@3,3
相关题目:
【单选题】在AutoCAD中,相对于点(1,3),点(3,3)的相对极坐标表示为()
A.
@3<0< /div>
B.
@