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奴尔·艾尔·谢里夫诞辰 75 周年

Google Doodle:2021年4月28日 奴尔·艾尔·谢里夫诞辰 75 周年


Today’s Doodle celebrates the 94th birthday of British scientist and author Anne McLaren, who is widely considered one of the most significant reproductive biologists of the 20th century. Her fundamental research on embryology has helped countless people realize their dreams of parenthood.

Anne McLaren was born in London on this day in 1927. As a child, she had a small role in the 1936 H.G. Wells’ sci-fi film “The Shape of Things to Come.” In the scene—set in 2054—her great-grandfather lectured her on the advancement of space technology that had put mice on the moon. McLaren credits this formative, albeit fictional, history lesson as one of the early inspirations for her love of science. She went on to study zoology at the University of Oxford, where her passion for science only grew as she learned from talented biologists such as Peter Medawar—a Nobel laureate for his research on the human immune system.

In the 1950s, McLaren began to work with mice to further understand the biology of mammalian development. While the subjects of her research were tiny, the implications of their study proved massive. By successfully growing mouse embryos in vitro (in lab equipment), McLaren and her colleague John Biggers demonstrated the possibility to create healthy embryos outside of the mother’s womb.

These landmark findings—published in 1958—paved the way for the development of in vitro fertilization (IVF) technology that scientists first used successfully with humans twenty years later. However, the development of IVF technology carried major ethical controversy along with it. To this end, McLaren served as the only research scientist on the Warnock Committee (est. 1982), a governmental body dedicated to the development of policies related to the advances in IVF technology and embryology. Her expert council to the committee played an essential role in the enactment of the 1990 Human Fertilization and Embryology Act—watershed, yet contentious, legislation which limits in-vitro culture of human embryos to 14-days post embryo creation.

In 1991, McLaren was appointed Foreign Secretary, and later vice-president, of the world’s oldest scientific institution—The Royal Society—at the time becoming the first woman to ever hold office within the institution’s 330-year-old history.

McLaren discovered her passion for learning at a young age and aspired to spark this same enthusiasm for science in children and society at large. In 1994, the British Association for the Advancement of Science—an institution dedicated to the promotion of science to the general public (now the British Science Association)—elected her as its president. Through the organization and its events, McLaren engaged audiences across Britain on the wonders of science, engineering, and technology with the aim of making these topics more accessible to everyone.

Happy birthday, Anne McLaren. Thank you for all your incredible work and for inspiring many new generations to come because of it!


今天的Doodle庆祝英国科学家和作家安妮·麦克拉伦(Anne McLaren)诞辰94周年,后者被广泛认为是其中一位20世纪最重要的生殖生物学家。她对胚胎学的基础研究帮助了无数人实现他们做父母的梦想。

安妮·麦克拉伦(Anne McLaren)于1927年的这一天出生在伦敦。小时候,她在1936年的H.G. Wells科幻电影《事物的形状即将来临。在2054年的场景中。她的曾祖父就空间技术的发展向她讲了话。

把老鼠放在月球上。迈凯轮将这一形成性的,尽管是虚构的历史课归功于早期的灵感之一

为了她对科学的热爱她继续在牛津大学学习动物学,在那里她对科学的热情随着她从诺贝尔奖获得者彼得·梅达瓦尔(Peter Medawar)等有才华的生物学家那里学到了关于人类免疫系统的研究。

在1950年代,迈凯轮(McLaren)开始与小鼠合作,以进一步了解哺乳动物发育的生物学。而主题她的研究很小,研究的意义被证明是巨大的。通过在体外成功培养小鼠胚胎(在实验室中)设备),迈凯轮和她的同事约翰·比格斯(John Biggers)展示了在体外培养出健康胚胎的可能性。

母亲的子宫。

这些具有里程碑意义的发现于1958年发表,为体外受精(IVF)技术的发展铺平了道路。

二十年后,科学家首次与人类成功地结合使用。然而,体外受精技术的发展具有重大意义。

道德争议。为此,迈凯轮(McLaren)是沃诺克委员会(est。Warnock Committee)唯一的研究科学家。

1982年),一个致力于制定与IVF技术和胚胎学发展有关的政策的政府机构。

她的委员会专家委员会在1990年《人类受精和胚胎学法》的制定中起着至关重要的作用分水岭,但有争议的立法将人类胚胎的体外培养限制在胚胎创建后的14天之内。

1991年,迈凯轮被任命为世界上最古老的科学机构的外交大臣,后来担任副主席。

皇家学会(Royal Society)成为该机构330年历史上的第一位女性。

迈凯轮(McLaren)在年轻时就发现了对学习的热情,并渴望激发孩子和孩子们对科学的同样热情。

整个社会。 1994年,英国科学发展协会面向大众的科学(现为英国科学协会)选举她为主席。通过组织和在其活动中,迈凯轮将英国各地的观众吸引到科学,工程和技术的奇观中,旨在使每个人都可以访问这些主题。

生日快乐,安妮·麦克拉伦。感谢您所做的所有令人难以置信的工作,并由于以下原因启发了许多新的一代它!
 

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