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Light-dependent magnetoreception in birds: interaction of at least two different receptors

机译:鸟类的光依赖性磁感受:至少两种不同受体的相互作用

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Passerine migrants require light from the blue-green part of the spectrum for magnetic compass orientation; under yellow light, they are disoriented. European robins tested under a combination of yellow light and blue or green light showed a change in behavior, no longer preferring their seasonally appropriate migratory direction: in spring as well as in autumn, they preferred southerly headings under blue-and-yellow and northerly headings under green-and-yellow light. This clearly shows that yellow light is not neutral and suggests the involvement of at least two types of receptors in obtaining magnetic compass information, with the specific interaction of these receptors being rather complex.
机译:雀形目迁移者需要从光谱的蓝绿色部分发出的光来进行磁罗盘定向。在黄灯下,他们迷失了方向。在黄光和蓝光或绿光的共同作用下测试的欧洲知更鸟的行为有所变化,不再偏爱季节性适合的迁徙方向:春季和秋季,他们都偏爱蓝黄色和偏北标题下的朝南标题在绿色和黄色的灯光下。这清楚地表明黄光不是中性的,并且表明至少两种类型的受体参与获取磁罗盘信息,这些受体的特异性相互作用相当复杂。

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