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英語 高校生

英文の方写真汚くて申し訳ないです汗  3パラグラフ目の印のしてあるaround が、和訳中のどの部分に当たるか分かりません。教えていただきたいです。

テーマ 専門性☆☆☆ 英文レベル★★★ 30 DNAはウイルスから? 文 11 What with the threat of bird flu, the reality of HIV, and the genera unseemliness of having one's cells pressed into labour on behalf of something alien and microscopic, it is small wonder that people don't much like viruses. But we may actually have something to thank the little 5 parasites for. They may have been the first creatures to find a use for DNA, a discovery that set life on the road to its current rich complexity 12 The origin of the double helix is a more complicated issue than it might at first seem. DNA's ubiquity -all cells use it to store their genomes - suggests it has been around since the earliest days of life 10 but when exactly did the double spiral of bases first appear? Some think it was after cells and proteins had been around for a while. Others say DNA showed up before cell membranes had even been invented/ The fact that different sorts of cell make and copy the molecule in very different ways has led others to suggest that the charms of the double 15 helix might have been discovered more than once. And all these ideas have drawbacks. "To my knowledge, up to now there has been no ⚫ convincing story of how DNA originated," says evolutionary biologist Patrick Forterre of the University of Paris-Sud, Orsay. 13 Forterre claims to have a solution. Viruses, he thinks, invented » DNA as a way the defences of the cells they infected. Little more than packets of genetic material, viruses are notoriously adept at* avoiding detection, as influenza's annual self-reinvention attests. Forterre argues that viruses were up to similar tricks when life was young, and that DNA was one of their innovations. To some researchers 25 the idea is an appealing way to fill in a chunk of the DNA puzzle. 270 •

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英語 高校生

写真1枚目の日本語分を英訳するという問題についてです。私は In addition to genes, aquired factors such as diet, smoking, drinking, stress, insufficent sleep and exerci... 続きを読む

LESSON 6 社会問題 「遺伝子検査の問題。 swab sample to a testing institute, one can know his or her risks of developing various diseases. The biggest issue is the accuracy of such Des tests. genetic testing venture 23andMe, dMe.Lin which Google has invested, has started offering the Personal Genome Service to "provide health reports on 254 diseases and conditions" for slightly less than $100. But the U.S. Food and Drug Administration in November 2013 ordered the company to halt the sales of its saliva collection kit due to concerns over the accuracy of its genetic examinations. (ア) 7 People need to be aware that the results of genetic testing only have a high degree of correlation with the risks for certain diseases. 遺伝子に 加えて、食事、喫煙、飲酒、ストレス、 睡眠不足、運動不足といった後天的 要素が、 癌を含むいくつかの病気の原因である。 Isals! 8 Users of genetic testing services should know that the discovery in genetic examinations of the presence of irregularities that raise the risk of developing certain diseases does not necessarily mean they will develop them. Y 9 So, it is not wise to rely solely on genetic testing. The results testing may cause some people to be unduly pessimistic about their future. The providers of genetic testing services must be careful when explaining C 30 9202 201 .) "Pros and cons es 2014/07/11>) g. nething to try or taking a sam xam. eing careless 即して日本 尿

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英語 高校生

全文訳お願いします!

4 20 科学 420 words Chapter 1 The recipe for making any creature is written in its DNA. So last year, when 1-1 geneticists* published the near-complete DNA sequence of the long-extinct woolly mammoth, there was much speculation about whether we could bring this giant creature back to life. 5 東京理科大学 Creating a living, breathing creature from a genome* sequence that exists only in a computer's memory is not possible right now. But someone someday is sure to try it, predicts Stephan Schuster, a molecular biologist at Pennsylvania State University and a driving force behind the mammoth genome project. So besides the mammoth, what other extinct beasts might we bring back to life? Well, 12 10 it is only going to be possible with creatures for which we can recover a complete genome Without one, there is no chance. And usually when a creature dies, the (1) - DNA in any flesh left untouched is soon destroyed as it is attacked by sunshine and bacteria. sequence. There are, however, some circumstances in which DNA can be preserved. If your 15 specimen froze to death in an icy wasteland such as Siberia, or died in a dark cave or a really dry region, for instance, then the probability of finding some intact stretches of DNA is much higher. Even in ideal conditions, though, no genetic information is likely to survive more than a million years. - so dinosaurs are out and only much younger remains are likely to yield good-quality DNA. "It's really only worth studying specimens that are less than 100,000 years old," says Schuster. The genomes of several extinct species besides the mammoth are already being sequenced, but turning these into living creatures will not be easy. "It's hard to say that something will never ever be possible," says Svante Pääbo of the Max Planck Institute 25 for Evolutionary Anthropology in Germany, "but it would require technologies so far removed from what we currently have that I cannot imagine how it would be done." But then (3) 50 years ago, who would have believed we would now be able to read the instructions for making humans, fix inherited diseases, clone mammals and be close to creating artificial life? Assuming that we will develop the necessary technology, we have 30 selected ten extinct creatures that might one day be resurrected. Our choice is based not just on practicality, but also on each animal's "charisma" - just how exciting the prospect of resurrecting these animals is. 1-3

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英語 高校生

2つ程質問をさせてください。 ①〈前置詞+関係代名詞〉は〈関係副詞〉に置き換えることができたかと思うのですが、今回だと適切な関係副詞は何になりますか? ②関係代名詞で繋げる前の文(赤線部)の訳(特にforのはたらきと訳し方)について教えてください!

2 Well it is only going to be possible with creatures / for which we can recover a complete genome sequence. 「再生する、回復する」 それに対して我々が完全なゲノム配列を復元できる 実は、それは(~できる) 生物の場合だけ可能性がある (文構造) Well, (S)it (V)is only going to be (C)possible with creatures [--]. t関代[for which we can recover a complete genome sequence」 実は、可能性があるのは [完全なゲノム配列を復元できる生物] の場合だけだ。 *itは前文を受けて、 「絶滅動物をよみがえらせること」 を指す。 > be possible with creatures の with は「~に関して、~について(は)」と〈関連〉を表す用法。 ex. Such mistakes would be impossible with trained medical staff. 「そんなあやまちは熟練した医療スタッフにはありえないことだろう」 > for which we can recover a complete genome sequence は creatures を先行詞とする関係代名詞節。we can recover complete genome sequence for creatures → creatures for which we can recover a complete genome sequence

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生物 高校生

分かりずらくてすみません。この3つのプリントの問題が分からないので教えて下さると嬉しいです( ᵒ̴̶̷᷄꒳ᵒ̴̶̷᷅ )

5 酵素 ポイントチEック 1触媒と酵素 自身は反応の前後で変化せず, 繰り返し特定の化学 反応を促進する物質を触媒という。生体内で行われる 化学反応の触媒(生体触媒)は酵素とよばれ, 呼吸や光 合成,消化などの化学反応を促進している。 口(1)それ自身は反応の前後で変 化せずに,特定の化学反応を 繰り返し促進する物質を何と いうか。 口(2)(1)のうち,無機物からな るものを何とよぶか。 口(3)(1)のうち, 生体内でつっく られるものを何というか。 口(4)(3) は何からできているか。 (5) 酵素は化学反応の前後で変 化するか,変化しないか。 口(6)過酸化水素の分解を進める 無機触媒は何か。 口(7)過酸化水素の分解を進める ●過酸化水素の分解を促進する触媒 無機触媒:酸化マンガン(V) 2H,O。 2H,0 + 0。 (水)(酸素) (過酸化水素) 酵素:カタラーゼ 2酵素の性質 の生体内で触媒として働く(生体触媒)。 の主成分はタンパク質である。 の自身は変化せず、 繰り返し化学反応を促進する。 の特定の化学反応にしか作用しないので, 酵素には多 くの種類がある。 例アミラーゼ(デンプンをマルトースに分解) マルターゼ(マルトースをグルコースに分解) ペプシン(タンパク質をポリペプチドに分解) デンプン 酵素は何か。 口(8) デンプンをマルトースに分 解する酵素は何か。 口(9) タンパク質をポリペプチド に分解する酵素は何か。 口(10) ミトコンドリアには, おも に何にかかわる酵素が含まれ ているか。 口(11) 光合成にかかわる酵素を含 む細胞小器官は何か。 口(12) 植物細胞でよく発達してい る細胞内の構造で, 物質の分 解にかかわる酵素が含まれて いるのはどこか。 口(13) 細胞外に分泌されて働く酵 素の例を1つあげよ。 *口(14) 酵素が作用する物質を何と いうか。 *口(15) それぞれの酵素は特定の物 質にのみ作用する。このよう な性質を何というか。 *口(16) 酵素の反応速度に影響を与 える要因を2つ答えよ。 *口(1) 高温下で酵素の働きが失わ れるのはなぜか。 グルコース] (ブドウ糖) マルトース アミラーゼ マルダーゼ 3酵素の働く場所 酵素には細胞の中で働くものと, 消化酵素のように 細胞の外で働くものがある。 細胞内で働く酵素 細胞外で 働く酵素 液胞 物質の分解に かかわる酵素 消化にかか わる酵素 -葉緑体 光合成にかか わる酵素 S ? 細胞質基質 さまざまな化学 反応にかかわる 酵素 ーミトコンドリア 呼吸にかかわる酵素 動物細胞 植物細胞 発展 酵素の性質 デンプンやマルトースのように酵素が作用する物質 を基質といい,それぞれの酵素は決まった基質にしか 作用しない。この性質を基質特異性という。 酵素には最大限に作用を発揮できる温度(最適温度) とpH(最適 pH)がある。 高温や酸·アルカリによって 酵素を構成するタンパク質が変性すると, 酵素の働き は失われる(失活)。

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