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Slime Molds Show Primitive Smarts

机译:粘液模显示原始智慧

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Single-celled slime molds demonstrate the ability to memorize and anticipate repeated events, a team of Japanese researchers reported in January. The study clearly shows "a primitive version of brain function" in an organism with no brain at all. In their experiment, biophysicist Toshi-yuki Nakagaki of Hokkaido University and colleagues manipulated the environment of Physarum slime-mold amoebas (near right). As the cells crawled across an agar plate, the researchers subjected them to cold, dry conditions for the first 10 minutes of every hour. During these cool spells, the cells slowed down their motion. After three cold snaps the scientists stopped changing the temperature and humidity and watched to see whether the amoebas had learned the pattern. Sure enough, many of the cells throttled back right on the hour in anticipation of another bout of cold weather.
机译:一小组日本研究人员在一月份报告说,单细胞粘液霉菌具有记忆和预测重复事件的能力。这项研究清楚地显示了根本没有大脑的生物体中的“大脑功能的原始形式”。在实验中,北海道大学的生物物理学家中垣俊幸及其同事操纵了Physarum粘模变形虫的环境(右图)。当细胞爬过琼脂平板时,研究人员在每小时的前10分钟将它们置于寒冷,干燥的条件下。在这些凉爽的咒语中,细胞减慢了运动速度。经过三次冷拍后,科学家们停止了温度和湿度的改变,并看着变形虫是否了解了这种模式。果然,许多单元在一个小时之内就减速了,因为他们预计还会出现另一轮寒冷的天气。

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