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  3. In 2010, a federal judge shook America’ s biotech industry to its core. Companies had won patents for isolated DNA for decades—b

In 2010, a federal judge shook America’ s biotech industry to its core. Companies had won patents for isolated DNA for decades—b

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问题    In 2010, a federal judge shook America’ s biotech industry to its core. Companies had won patents for isolated DNA for decades—by 2005 some 20% of human genes were patented. But in March 2010 a judge ruled that genes were unpatentable. Executives were violently agitated. The Biotechnology Industry Organi-zation(BIO), a trade group, assured members that this was just a "preliminary step" in a longer battle.
   On July 29th they were relieved, at least temporarily. A federal appeals court overturned the prior decision , ruling that Muriad Genetics could indeed hold patents to two genes that help forecast a woman’ s risk of breast cancer. The chief executive of Mytiad, a company in Utah, said the ruling was a blessing to firms and patients alike.
   But as companies continue their attempts at personalised medicine, the courts will remain rather busy. The Myriad case itself is probably not over. Critics make three main arguments against gene patents: a gene is a product of nature, so it may not be patented; gene patents suppress innovation rather than reward it; and patents’ monopolies restrict access to genetic tests such as Myriad’ s. A growing number seem to agree. Last year a federal task-force urged reform for patents related to genetic tests. In October the Department of Justice filed a brief in the Myriad case, arguing that an isolated DNA molecule "is no less a product of nature ... than are cotton fibres that have been separated from cotton seeds."
   Despite the appeals court’s decision, big questions remain unanswered. For example, it is unclear whether the sequencing of a whole genome violates the patents of individual genes within it. The case may yet reach the Supreme Court.
   As the industry advances, however, other suits may have an even greater impact. Companies are unlikely to file many more patents for human DNA molecules—most are already patented or in the public domain. Firms are now studying how genes interact, looking for correlations that might be used to determine the causes of disease or predict a drug’s efficacy. Companies are eager to win patents for "connecting the dots," explains Hans Sauer, a lawyer for the BIO.
   Their success may be determined by a suit related to this issue, brought by the Mayo Clinic, which the Supreme Court will hear in its next term. The BIO recently held a convention which included sessions to coach lawyer on the shifting landscape for patents. Each meeting was packed.
According to Hans Sauer, companies are eager to win patents for
选项 A、establishing disease correlations.
B、discovering gene interactions.
C、drawing pictures of genes.
D、identifying human DNA.
答案B
解析 细节题。由关键词定位到原文第五段“companies are eager to win patents for‘connecting the dots’”，并且前文提到“Firms are now studying how genes interact，looking for correlations that might be used to determine the causes of disease or predict a drug’s efficacy”，即生物公司转而研 究基因间的相互作用，寻找能帮助探明发病原因或预测某种药物的疗效相互关联性。可见生 物公司的研究对象是基因之间的相互作用，dots代表了单个基因，connecting的行为才是生物 公司的目标。A项迷惑性极强．但A项描述的是“疾病之间的联系”，与基因没有关系，公司研究 基因的目的是探明疾病的原因cause，A项偷换了概念。
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