写真１枚目の英文（上から９段目）に質問です。 ここでのprovideは、provide O（laboratory） O（models）ですか？

英文 of 1 The one-two research punch that allowed the creation designer mice has earned the 2007 Nobel Prize in Physiology or Medicine Mario Capecchi, a Howard Hughes Medical Institute investigator at the University of Utah in Salt Lake City, Oliver Smithies of 5 the University of North Carolina, Chapel Hill, and Martin Evans of Cardif University, U.K., will share the prize for developing the techniques to make knockout mice, animals that lack a specific gene or genes. Such mice have allowed scientists to learn the roles of thousands of mammalian genes and provided laboratory models of human afflictions

最後の方に、 嚢胞繊維症の遺伝子を欠いたマウスを作った とあり、そのあと、 人間の病気を模すために とかいてありますが、 なぜ嚢胞繊維症患者のためにわざとそれを欠いたマウスを作るんですが？あまりうまく想像できません。 癌に例えるなら、悪性のがん細胞を持ってないマウスをわざと... 続きを読む

握り Evans's lab learning the techriology. // へと競う Every biologist soon wanted a favorite genpunched out, and a Chandful of companies quickly began competing with places such as the Jackson Laboratory in Bar Harbor, Maine, to provide knockout strains Have knocked out at least 11,000 genes in mice, observing what goes wrong to drug companies and academic labs. To date researches 77 生中 今日に至るきび in 70 development or adulthood and thereby gaining a sense of what the gene does/ By deactivating specific genes this way, for example, Capecchi and his colleagues went on to identify ones that shape limbs, organs, and the overall mammalian body plan/ Both Smithies and Evans /developed mice lacking the cystic fibrosis gen one of many kneekoat gene mouse 75 strains oreated to mimic a human illness/ Indeed, there is now a worldwide effort to knock out every mouse gene. 成熟期 (Science, October 12, 2007 より引用 一部改変) 筑波大) * in fact : 実は,それどころか cystic fibrosis:嚢胞性線維症 人間の病気を模すために

The construction of the new laboratory will have been finished by the time the spring semester start 「春学期が始まるまでに、新しい実験室の建設は終了しているでしょう。」 ... 続きを読む

答えがわからないです、教えて貰えると助かります🙇🏻‍♀️՞

3. It was impossible that Cindy ( A. having stolen C. has been stolen 4. I( ) how companies can effectively. A. decline B. contain ) a sample from the laboratory. B. had stolen D. has stolen manage their employees C. analyze more D. empathize

(2)の①のwhoは必要ですか？答えはhasで正解ですか？

deny that Carter has an 3 interest in (京都外国語大) (2) No one who have seen him working in the laboratory can 4 conducting chemical experiments. (3) It was really amazing to see such a young girl to speak English 3 fluently and confidently. ( 西南学院大 )

和訳最初のほうの、ワンツーパンチ級の研究、の意味がわからないです。すごい、みたいな感じですか？

テーマ 9 専門性☆☆☆/英文レベル★★ | ノックアウト･マウス [英文] 11 The one-two research punch that allowed the creation of designer mice has earned the 2007 Nobel Prize in Physiology or Medicine.Mario Capecchi, a Howard Hughes Medical Institute investigator at the University of Utah in Salt Lake City, Oliver Smithies of 5 the University of North Carolina, Chapel Hill, and Martin Evans of Cardiff University, U.K., will share the prize for developing the techniques to make knockout mice, animals that lack a specific gene or genes. Such mice have allowed scientists to learn the roles of thousands of mammalian genes and provided laboratory models of human afflictions 10 in which to test potential therapies.」

この文について、まず冒頭部の、パンチして潰したがる、の意味がわかりません。それと74行目の（英文の）和訳が、多様な系統、となっているんですが、これは、様々な、でもいいんですか？

659 Every biologist soon wanted a favorite gene punched out, and a handful of companies quickly began competing with places such as the Jackson Laboratory in Bar Harbor, Maine, to provide knockout strains to drug companies and academic labs/To date, researchers have knocked out at least 11,000 genes in mice, observing what goes wrong in 70 development or adulthood and thereby gaining a sense of what the gene does. By deactivating specific genes this way, for example, Capecchi and his colleagues went on to identify ones that shape limbs, organs, and the overall mammalian body plan. Both Smithies and Evans developed mice lacking the cystic fibrosis gene one of many knockout mouse 75 strains created to mimic a human illness. Indeed, there is now a worldwide effort to knock out every mouse gene. (Science, October 12, 2007 より引用 一部改変) (筑波大・後期) *in fact : 実は、それどころか cystic fibrosis: 嚢胞性線維症 を作 E

この英文の最後の方にある（上から８行目）to fundのtoはなに用法何でしょうか？？ちなみに、和訳は写真2枚目のようになっております。

Dear Mr. Abbe, 科学という言葉を 広める Thanks for your letter. I think/ a list of what is good about science will be far longer than the list of what is できれない bad about science. But what actually matters is that science is not good or bad. It's just a base of knowledge about how the natural world works. It's the engineering applications of science that are good or evil And since no country with any real power J has ever elected a scientist or an engineer as its leader, the people who are in charge of ✓ the resources to fund such good and evil are politicians. So your question could just as 1 1 15 5

1枚目写真真ん中付近の、It's the engineering 〜evil. のところについてです。写真2枚目にもあるように、和訳は、善か悪かは科学の工学への応用です。とありますが、英文がengineering applications of science となっている... 続きを読む

To Dear Mr. Abbe, ABJIC 広める Thanks for your letter. I think a list of what is good about science will be far longer than the list of what is 2ztat.. bad about science. But what actually matters is that science is not good or bad. It's just a base of knowledge about how the natural world works. It's the engineering to applications of science that are good or evil) And since no country with any real power 2 has ever elected a scientist or an engineer as its leader, the people who are in charge of the resources to fund such good and evil are politicians. So your question could just as - 15 -

下から5行目のit would～の文構造がわからないです。back upはどのような働きをしているのでしょうか。 教えて頂けるとありがたいです。

A Makeover for Hoover Dam Hydropower has attracted increasing attention in recent years as a renewable type of clean energy. As long as a suitable water source is available, hydropower facilities are usually good investments, producing energy in a manner that generates far less air pollution and CO2 emissions than fossil fuels do. The most common way to generate hydropower is to trap water at a high elevation behind a dam so it can be released and used to spin turbines below, which, in turn, power electricity-producing generators. However, hydropower has its drawbacks. Droughts and increased water consumption have reduced the flow of many rivers. As rivers become shallower, the necessary volume of water for electricity difficult to maintain, and power supply and generation is dependability are negatively impacted. more Variability in water levels has particularly affected Hoover Dam, a mega-scale hydropower facility in the US state of Nevada. Built in the 1930s at enormous expense to control the frequently flooding Colorado River and maintain a water supply for farmland irrigation, the dam's hydropower capabilities were seen as a way to recover some of the costs of its construction over the long term. The dam's electricity-generating capacity, however, was challenged from the start by seasonal variability in water flow, and in recent years has been greatly reduced by droughts. Combining hydropower with other alternative energy sources, though, may offer a solution. Solar and wind plants can produce enormous amounts of electricity, but one serious downside is that the energy they produce is not available when there is little sun or wind. While conventional batteries can help with this issue, storing such tremendous volumes of electricity has long been a challenge. A recently proposed system for Hoover Dam could provide an answer, though. The plan suggests building a new pumping station that would be powered by both wind and solar. It would push water from the river back up to Hoover Dam, refilling the lake behind it. The water could be released anytime to power the dam's generators in order to reliably meet demand for electricity. Kelly Sanders, an engineering professor at the University of Southern California, is enthusiastic about the storage plan, saying, "We by the p replace fo solat als are st ons to the What is 1 Inst inves 2 WE dams 3 A neg sys 1 en