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首页> 外文期刊>Brazilian Journal of Medical and Biological Research >The neurobiology of infant maternal odor learning
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The neurobiology of infant maternal odor learning

机译:婴儿产妇气味学习的神经生物学

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Infant rats must learn to identify their mother’s diet-dependent odor. Once learned, maternal odor controls pups’ approach to the mother, their social behavior and nipple attachment. Here we present a review of the research from four different laboratories, which suggests that neural and behavioral responses to the natural maternal odor and neonatal learned odors are similar. Together, these data indicate that pups have a unique learning circuit relying on the olfactory bulb for neural plasticity and on the hyperfunctioning noradrenergic locus coeruleus flooding the olfactory bulb with norepinephrine to support the neural changes. Another important factor making this system unique is the inability of the amygdala to become incorporated into the infant learning circuit. Thus, infant rats appear to be primed in early life to learn odors that will evoke approach responses supporting attachment to the caregiver.
机译:婴儿老鼠必须学会识别母亲的饮食相关气味。一旦了解,产妇的气味就能控制幼犬对母亲的态度,他们的社交行为和乳头附着。在这里,我们对来自四个不同实验室的研究进行了综述,这表明对自然孕产妇气味和新生儿学习到的气味的神经和行为反应相似。总之,这些数据表明,幼犬具有一个独特的学习回路,该回路依赖嗅球来实现神经可塑性,并且功能亢进的去甲肾上腺素功能蓝斑蓝藻向嗅球内注入去甲肾上腺素以支持神经变化。使得该系统独特的另一个重要因素是杏仁核无法整合到婴儿学习回路中。因此,幼鼠似乎在生命早期就已准备好学习气味,这些气味会引起支持对护理者依恋的反应。

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