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The Virtual Cell

机译:虚拟单元

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摘要

When Harley McAdams was a few years shy of 60, he became a biologist. He had spent two decades of his working life as a systems engineer at AT&T's Bell Laboratories, and four years at Lockheed Missile and Space in Sunnyvale, CA, working on data systems architecture for military satellites. In 1994, however, he took to attending biology seminars at Stanford University, where his wife, Lucy Shapiro, was chair of the developmental biology department. McAdams had his epiphany while listening to an eminent geneticist describe the complex biological circuitry that turns genes on and off in yeast. To the uninitiated, the diagram of this system was vaguely reminiscent of a plate of spaghetti, with various arrows and stop and go signs attached. To McAdams, it looked like nothing more than an electric circuit, with the kinds of feedback loops and regulatory and control mechanisms that constituted the meat and potatoes of his systems engineering work.
机译:当Harley McAdams不到60岁时,他成为一名生物学家。他曾在AT&T的贝尔实验室担任系统工程师,工作了二十年,在加利福尼亚州桑尼维尔的洛克希德导弹与太空实验室工作了四年,从事军事卫星数据系统架构的研究。但是,在1994年,他参加了斯坦福大学的生物学研讨会,他的妻子露西·夏皮罗(Lucy Shapiro)在那儿担任发育生物学系的主任。麦克亚当斯在聆听一位著名遗传学家的讲话时顿悟,他描述了复杂的生物电路,该电路可以打开和关闭酵母中的基因。对于初学者来说,该系统的图隐约地让人联想到一盘意大利面,上面挂有各种箭头,停止和前进的标志。在麦克亚当斯看来,它不过是一条电路,其反馈回路以及调节和控制机制构成了他的系统工程工作的基础。

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