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HOLOGRAMS IN MOTION

机译:运动中的全息图

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摘要

A half-meter-long protein floats in midair, several centimeters in front of a monitor. It looks like an oversize curled ribbon from a birthday package. As three molecular biolo-gists maneuver around the image, studying the complex molecule from different angles, it begins to fold, slowly twisting and interlocking into a tangled knot. Its shape is a clue to the function it performs in the human body: some proteins produce chemical reactions or behave like a kind of scaffolding for cells, while others help with cell division. Creation of a drug that encourages or blocks a protein's action―say, preventing cancerous cells from dividing―could lead to more effective treatments. One of the researchers uses a stylus to prod the protein at several points. As she does so, the protein refolds itself, revealing a location that could be targeted with a drug to inhibit the protein's function.
机译:一个半米长的蛋白质漂浮在空中,在监视器前方几厘米处。它看起来像是生日包装上的特大卷曲丝带。当三个分子生物学家围绕图像进行操纵时,从不同角度研究复杂分子,它开始折叠,缓慢扭曲并互锁成缠结。它的形状是其在人体中发挥功能的线索:某些蛋白质会产生化学反应或表现得像细胞的一种支架,而另一些则有助于细胞分裂。创造一种鼓励或阻止蛋白质作用的药物(例如,防止癌细胞分裂)可以导致更有效的治疗。一位研究人员使用触控笔在多个位置刺刺蛋白质。当她这样做时,蛋白质会自我折叠,从而揭示出可以被药物靶向以抑制蛋白质功能的位置。

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