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MENOPAUSAL MICE MAY HOLD KEY TO CONTROL BREAKTHROUGH^-.

机译:鼠鼠可能会掌握控制突破的关键^-。

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摘要

Dr. Loretta Mayer, a researcher studying heart disease in menopausal women in the 1990s, needed a non-reproductive animal model for experimentation. When she began publishing papers about the menopausal mouse she and her team had created, a global group of scientists focused on solving Southeast Asia's food shortage took note. They reached out to Mayer with a challenge."They said, 'If you can make a mouse non-reproductive for the purpose of research, surely you can make a rat non-reproductive for the purpose of food security,'" recounts Mayer. "Rats had been consuming or damaging 20 to 40 percent of the crops that were desperately needed for human consumption. A study in Indonesia revealing that a 50-percent drop in the female rat population would cut rat-induced crop damage by 80 percent convinced us to take our technology in this new direction."
机译:洛雷塔·梅耶(Loretta Mayer)博士是1990年代研究更年期妇女心脏病的研究人员,他需要一种非生殖动物模型进行实验。当她开始发表有关她和她的团队所创造的绝经小鼠的论文时,一个专注于解决东南亚食品短缺问题的全球科学家小组注意到了这一点。他们向Mayer提出了挑战。“他们说,'如果为了研究目的可以使小鼠不繁殖,那么,就粮食安全而言,肯定可以使老鼠不繁殖。'” Mayer说道。 “老鼠已经消耗或破坏了人类迫切需要的作物的20%至40%。印度尼西亚的一项研究表明,雌性老鼠数量减少50%会使老鼠对农作物的伤害减少80%,这使我们确信使我们的技术朝这个新方向发展。”

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