Reading Comprehension Test 43 Welcome to your Reading Comprehension Test 43 Name Email DIRECTIONS (Qs. 1-3): Read the following passage and answer the following questions based on the given passage. PASSAGE Just as the chapter on Hwang Woo Suk, a South Korean stem cell researcher and one of the biggest known research fraudsters, came to an end recently, another major fraud by a Japan-based stem cell researcher has taken centre-stage. Two "path-breaking" papers published on January 30 in Nature by a team led by 30-year-old Haruko Obokata of the Riken Center for Developmental Biology in Kobe claimed to have made the process of reprogramming adult mice cells to pluripotent stem cells (capable of becoming any of the specialised adult tissue) very simple. Also, by being able to contribute to the formation of placental tissue, the pluripotent stem cells so produced were shown to be more versatile than even embryonic stem cells. But a torrent of questions on falsification, manipulation and duplication of images and plagiarism were raised days after the publication. Scientists were also unable to replicate the study in their labs; one of the co-authors of the papers failed in his attempts post-publication. With the papers and Ms. Obokata coming under intense scrutiny, researchers unearthed a few unethical practices in her thesis as well– about 20 pages of her thesis, completed in 2011, bear a striking similarity to information posted in the National Institutes of Health website. Also, two images used with one paper, produced through an experiment completely different from the published work, appear in her thesis. But the most damaging factor is that the two stem-cell lines produced from a particular strain of mouse have been found to come from different strains.1. Which of the following is true according to the passage?(A) The scientists were able to replicate the study in their labs.(B) The thesis of Ms. Obokata is totally different from the information posted in the national institute of health website.(C) A 30-year-old Haruko Obokata of the Riken Center for Developmental Biology is from Japan.(D) The pluripotent stem cells so produced were shown to be more versatile than even embryonic stem cells. (a) Only (A) (b) Only (B) (c) Both (A) and (B) (d) Both (C) and (D) (e) None of these None 2. PASSAGE Just as the chapter on Hwang Woo Suk, a South Korean stem cell researcher and one of the biggest known research fraudsters, came to an end recently, another major fraud by a Japan-based stem cell researcher has taken centre-stage. Two "path-breaking" papers published on January 30 in Nature by a team led by 30-year-old Haruko Obokata of the Riken Center for Developmental Biology in Kobe claimed to have made the process of reprogramming adult mice cells to pluripotent stem cells (capable of becoming any of the specialised adult tissue) very simple. Also, by being able to contribute to the formation of placental tissue, the pluripotent stem cells so produced were shown to be more versatile than even embryonic stem cells. But a torrent of questions on falsification, manipulation and duplication of images and plagiarism were raised days after the publication. Scientists were also unable to replicate the study in their labs; one of the co-authors of the papers failed in his attempts post-publication. With the papers and Ms. Obokata coming under intense scrutiny, researchers unearthed a few unethical practices in her thesis as well– about 20 pages of her thesis, completed in 2011, bear a striking similarity to information posted in the National Institutes of Health website. Also, two images used with one paper, produced through an experiment completely different from the published work, appear in her thesis. But the most damaging factor is that the two stem-cell lines produced from a particular strain of mouse have been found to come from different strains.2.Under intense scrutiny, researchers unearthed a few unethical practices in her thesis, what were they? (a) Her thesis was very similar to the information posted in national institute of health website. (b) In her thesis two images used with one paper, produced through an experiment were completely different from the published work. (c) The two stem-cell lines produced from a particular strain of mouse have been found to come from different strains. (d) Both (a) and (b) (e) None of these None 3. PASSAGE Just as the chapter on Hwang Woo Suk, a South Korean stem cell researcher and one of the biggest known research fraudsters, came to an end recently, another major fraud by a Japan-based stem cell researcher has taken centre-stage. Two "path-breaking" papers published on January 30 in Nature by a team led by 30-year-old Haruko Obokata of the Riken Center for Developmental Biology in Kobe claimed to have made the process of reprogramming adult mice cells to pluripotent stem cells (capable of becoming any of the specialised adult tissue) very simple. Also, by being able to contribute to the formation of placental tissue, the pluripotent stem cells so produced were shown to be more versatile than even embryonic stem cells. But a torrent of questions on falsification, manipulation and duplication of images and plagiarism were raised days after the publication. Scientists were also unable to replicate the study in their labs; one of the co-authors of the papers failed in his attempts post-publication. With the papers and Ms. Obokata coming under intense scrutiny, researchers unearthed a few unethical practices in her thesis as well– about 20 pages of her thesis, completed in 2011, bear a striking similarity to information posted in the National Institutes of Health website. Also, two images used with one paper, produced through an experiment completely different from the published work, appear in her thesis. But the most damaging factor is that the two stem-cell lines produced from a particular strain of mouse have been found to come from different strains.Which of the following is not the synonym of the word 'plagiarism'?(A) Cribbing(B) Inventive(C) Piracy (D) Appropriation(E) Original (a) Only (A) (b) Only (B) (c) Both (A) and (D) (d) Both (B) and (C) (e) Both (B) and (E) None Time's up