詼諧的語言，生動的內容一分鐘快速掌握科技最新動態(tài)

Brains Built To Cooperate

We are social animals. So you might assume our brains are built to excel when we cooperate with each other, as opposed to when we function in isolation. Now research with another animal supports that notion.
我們人類是社會群體。因此你可能會認為我們的大腦在相互合作的時候能夠表現優(yōu)異，而不同于我們獨立做事的時候。現在，在其他動物上的研究支持了這樣一個觀點。

Plain-tailed wrens in Ecuador are famous for duets between males and females. While their song is done cooperatively, with the male and female singing alternate syllables, it sounds surprisingly like one bird singing solo. Scientists who have recorded and analyzed hundreds of such songs decided to capture some of the birds to monitor the brain regions responsible for singing. They anticipated that the birds’ neurons would respond strongest to their own individual voice. But that’s not what happened.
在厄瓜多爾的平尾鷦鷯以雌雄間的二重唱而著稱。當他們合作唱歌時，雌鷦鷯和雄鷦鷯交替的唱著各個音節(jié)，這樣的聽覺效果驚奇的就像是一只鳥的獨唱。已經記錄 和分析了上百首這樣歌曲的科學家們決定抓獲一些這種鳥來檢測它們大腦區(qū)域中掌控唱歌的部分。他們期待的是這些鳥的神經細胞對它們各自的聲音的反應最強烈。 但事實并非如此。

They found that the birds’ neurons reacted far more strongly to the duet than when they sang their parts alone. The research is in the journal Science.
他們發(fā)現這些鳥在他們二重唱時候的神經細胞比單獨唱自己部分的時的神經細胞反應要強的多。這項研究在《科學》雜志中。

That’s fine for Ecuadorian birds but what about us humans? Well, vertebrate animals all have similar neurotransmitter systems and the brain is organized in much of the same way—so the paper’s authors hold that there is relevance to the human brain. Or at least to those vertebrates who have a tendency to cooperate in the first place.
這樣的結果對厄瓜多爾的鳥類來說沒什么，那對我們人類呢？脊椎類動物有類似的神經傳輸系統(tǒng)，并且大腦的構造方式幾乎是同種方式。所以論文的作者認為這和人類的大腦有相關性?；蛘咧辽賹τ谀切┑谝环磻呛献鲀A向的脊椎類動物來說。

—Christie Nicholson

聲明：音視頻均來自互聯(lián)網鏈接，僅供學習使用。本網站自身不存儲、控制、修改被鏈接的內容。"滬江英語"高度重視知識產權保護。當如發(fā)現本網站發(fā)布的信息包含有侵犯其著作權的鏈接內容時，請聯(lián)系我們，我們將依法采取措施移除相關內容或屏蔽相關鏈接。