根据本讲，数据透规表的下面有（)4个栏目。A.行标签

A . 开办主体名称 B . 开办主体注册资本 C . 网站域名 D . 地址

A . 代际价值观 B . 组织文化剖面图 C . 罗克奇的价值观调查 D . 当代工作群体 E . 人格-工作适应性理论

A . SHEET3（1） B . SHEET5（1） C . SHEET3（2） D . SHEET6（1）

A . 物理的隔离 B . 逻辑的隔离 C . 基于逻辑隔离的数据交换 D . 基于物理隔离的数据交换

A . 甲 B . 乙 C . 丙 D . 丁

A . for（i=0；i<4；i++）scanf（"%lf"，&a[i]） B . for（i=0；i<4；i++）scanf（"%f"，&a[i]） C . for（i=0；i<4；i++）scanf（"%lf\n"，&a[i]） D . for（i=0；i<4；i++）scanf（"%f，"，&a[i]）

A . Sheet1（2） B . Sheet2（1） C . Sheet3（1） D . Sheet3（2）

第一篇 Volunteers are being recruited(征募) to eat raw potatoes in the first human trials of a vaccine grown in genetically engineered vegetables. Researchers in Texas hope that people who eat the potatoes will be protected against common gut(肠，肠子) infections. They believe this technique could prove to be a cost-effective way of growing vaccines in developing countries where such diseases are still killers. Other researchers previously succeeded in using similar techniques to produce potential vaccines Now Hugh Mason and his colleagues at Texas A &amp; M University(得克萨斯农业及机械大学) their plant vaccines on mice and plan to recruit 15 volunteers for a human trial. The team first tested the technique in tobacco plants. They took a strain of Escherichia coli(大肠杆菌) bacteria that causes food poisoning, and identified the part of the poison which binds to its victims gut cells. They then used a modified plant bacterium called Agrobacterium tumefasciens to transfer the segment of DNA which manufactures the binding protein into the tobacco plant. Under normal circumstances, these bacteria transfer packets of DNA into plant cells to force the plant to manufacture the nutrients they need. But in the modified bacteria, the DNA package includes the gene to pro- duce the binding protein. Once the foreign DNA segment was incorporated(结合，合并) into the tobacco's own DNA, the bacteria were killed off with antibiotics. Mason's team then grew these modified tobacco plants and found that they produced the E. coli binding protein. Proof of success came when the tobacco leaves were mashed up(捣碎) and squirted into the stomachs of mice. Mason says that within days the mice started producing specific antibodies to the E. coli poison, but suffered no ill effects from digesting the binding protein. Mason then produced genetically engineered potatoes and fed these to mice, with similar results. Mason's team have used plants to produce vaccines against a number of other infectious agents. For example, they have made a vaccine using a protein from the shell of the Norwalk virus, which causes diarrhoea(腹泻) in children. A third vaccine has also been produced in tobacco using a surface protein from the hepatitis B virus. But Mason says that so far they have only been able to produce small amounts of it in potatoes. Although a vaccine already exists against hepatitis B, a cheaper plant version could make mass immunisation(群众性免疫) possible. One problem with growing potatoes to produce vaccines is that cooking tends to destroy the protein component of the vaccine, so they must be eaten raw. Mason thinks that bananas may be a better option. "One banana could potentially produce a whole host of different vaccines," says Mason. The purpose of this text is______。 A. to prove that doctors don't like vegetables B. to amuse the reader by telling some funny things C. to describe how vegetables can grow vaccines for their own use D. to tell the reader about a cheaper way of growing vaccines

A．人身防范、保护设备和应急程序 B．环境防范措施 C．抑制和清理的方法和材料 D．无不恰当的技术内容

B.整个创新活动的智力结构的关键 C创新人才创造性解决问题的基础 D.创新能力的核心 此题为多项选择题。

B.政党 C.国家机构 D.民间机构 E.外交 F.人物 此题为多项选择题。

A．4 B．5 C．6 D．7

根据48³27=1296，下面算式不正确的是（）。 A. 4.8³2.7=12.96 B. B.48³2.7=129.6 C. C.0.48³2.7=12.96

A.data=[34,5,-6,12,87,29] data.sort()B.data=[34,5,-6,12,87,29] n=len(data) while i＜n: while j＜n-1: if data[j]＞data[j+1]: data[j],data[j+1]= data[j+1],data[j] j+=1 i+=1C.data=[34,5,-6,12,87,29] n=len(data) i=0 j=0 while i＜n: while j＜n: if data[j]＞data[j+1]: data[j],data[j+1]= data[j+1],data[j] j+=1 i+=1 print(data)D.data=[34,5,-6,12,87,29] n=len(data) i=0 j=0 while i＜n-1: while j＜n-1: if data[i]&g

A．联合国编号 B．联合国正式运输名称 C．运输危险类别 D．包装类别

A．食入 B．皮肤接触 C．慢性毒性或长期毒性效应 D．毒性的数值度量

A．1036 B．1040 C．1009 D．1010

A．3 B．4 C．5 D．6

A．遵守规则 B．规则制定过程中允许平等参与制定合理的规则 C．允许挑战规则 D．允许超越规则 E．维护规则

B.各国王室 C.会议 D.组织 E.联合国 F.奖励 此题为多项选择题。