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‘Peer pressure’ in larval Drosophila?

机译:幼虫果蝇中的“同伴压力”?

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Understanding social behaviour requires a study case that is simple enough to be tractable, yet complex enough to remain interesting. Do larval Drosophila meet these requirements? In a broad sense, this question can refer to effects of the mere presence of other larvae on the behaviour of a target individual. Here we focused in a more strict sense on ‘peer pressure’, that is on the question of whether the behaviour of a target individual larva is affected by what a surrounding group of larvae is doing. We found that innate olfactory preference of a target individual was neither affected (i) by the level of innate olfactory preference in the surrounding group nor (ii) by the expression of learned olfactory preference in the group. Likewise, learned olfactory preference of a target individual was neither affected (iii) by the level of innate olfactory preference of the surrounding group nor (iv) by the learned olfactory preference the group was expressing. We conclude that larval Drosophila thus do not take note of specifically what surrounding larvae are doing. This implies that in a strict sense, and to the extent tested, there is no social interaction between larvae. These results validate widely used en mass approaches to the behaviour of larval Drosophila .
机译:了解社会行为需要一个简单易懂的研究案例,但又要足够有趣才能保持有趣。果蝇幼虫是否满足这些要求?从广义上讲,这个问题可以指的是仅仅存在其他幼虫对目标个体行为的影响。在这里,我们更严格地将注意力集中在“同伴压力”上,即有关目标个体幼虫的行为是否受到周围幼虫群体行为的影响的问题。我们发现目标个体的先天嗅觉偏好既不受(i)周围组中先天嗅觉偏好水平的影响,也不受(ii)受组中学习到的嗅觉偏好的表达的影响。同样,目标个体的学习型嗅觉偏好既不受(iii)周围人群先天嗅觉偏好水平的影响,也不受(iv)受该组所表达的学习型嗅觉偏好的影响。我们得出的结论是,果蝇幼虫因此没有特别注意周围幼虫在做什么。这意味着从严格意义上讲,在经过测试的范围内,幼虫之间没有社会互动。这些结果验证了广泛应用于幼虫果蝇行为的方法。

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