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Histamine alters environmental place preference in planaria

机译:组胺在Plania中改变了环境的偏好

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摘要

Although histamine functions as a punisher in vertebrate models, its potential aversive effects in invertebrates has gone largely unexamined. We investigated if planaria would develop conditioned place aversions to histamine. In the absence of any training, planaria readily move away from a light source. However, planaria will develop conditioned place preferences for lighted areas if those areas are paired with many of the same psychoactive drugs that produce conditioned place preferences in vertebrates. We confined planaria in the darkened side of a petri dish containing histamine, and they subsequently spent more time in the light than planaria confined initially to the darkened side of a petri dish containing fresh water only. This occurred whether we tested planaria individually or in groups. Pairing histamine with the light side of the petri dish had inconsistent effects, and histamine did not affect behavior under a motility assay. Although histamine altered the planaria behavior, it did not completely overcome the planaria's innate preference for darkened areas. Results add to a growing body of research showing continuity between planaria and vertebrates in the behavioral effects of psychoactive chemicals.
机译:虽然组胺函数作为脊椎动物模型的惩罚者,但其在无脊椎动物中的潜在厌恶效果在很大程度上未被审视。我们调查了Planaria将使条件的地方寄生给组胺。在没有任何培训的情况下,Plania易于远离光源。然而,如果这些区域与许多相同的精神药物配对,那么Planaria将对点燃区域进行调节的地方偏好,这些药物在脊椎动物中产生条件偏好。我们将Plania限制在含有组胺的培养皿的变暗方面,随后在光线上花费更多的时间比平坦于含有淡水的培养皿的变暗侧。这发生了我们是否单独或分组测试平面症。将组胺与培养皿的轻侧配对效果不一致,组胺在动力测定中没有影响行为。虽然组胺改变了平坦的行为,但它并没有完全克服平坦的天生偏好,为黑暗的区域。结果增加了一个越来越多的研究,展示了Planaria和脊椎动物在精神化学物质的行为影响中的连续性。

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