Developing Attention: Behavioral and Brain Mechanisms.

Michael I Posner, Mary K Rothbart, Brad E Sheese, Pascale Voelker
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引用次数: 249

Abstract

Brain networks underlying attention are present even during infancy and are critical for the developing ability of children to control their emotions and thoughts. For adults, individual differences in the efficiency of attentional networks have been related to neuromodulators and to genetic variations. We have examined the development of attentional networks and child temperament in a longitudinal study from infancy (7 months) to middle childhood (7 years). Early temperamental differences among infants, including smiling and laughter and vocal reactivity, are related to self-regulation abilities at 7 years. However, genetic variations related to adult executive attention, while present in childhood, are poor predictors of later control, in part because individual genetic variationmay have many small effects and in part because their influence occurs in interaction with caregiver behavior and other environmental influences. While brain areas involved in attention are present during infancy, their connectivity changes and leads to improvement in control of behavior. It is also possible to influence control mechanisms through training later in life. The relation between maturation and learning may allow advances in our understanding of human brain development.

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发展注意力:行为和大脑机制。
即使在婴儿时期,潜在注意力的大脑网络也存在,对儿童控制情绪和思想的能力的发展至关重要。对于成年人来说,注意网络效率的个体差异与神经调节剂和遗传变异有关。我们在一项从婴儿期(7个月)到童年中期(7岁)的纵向研究中检验了注意力网络和儿童气质的发展。婴儿早期的性格差异,包括微笑、大笑和声音反应,与7岁时的自我调节能力有关。然而,与成人执行注意力相关的遗传变异,虽然存在于儿童时期,但不能很好地预测以后的控制,部分原因是个体遗传变异可能有许多小的影响,部分原因是它们的影响发生在与照顾者行为和其他环境影响的相互作用中。虽然大脑中与注意力有关的区域在婴儿时期就存在,但它们的连通性会发生变化,从而导致对行为控制的改善。在以后的生活中,也可以通过训练来影响控制机制。成熟和学习之间的关系可能使我们对人类大脑发育的理解取得进展。
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Synthetic cathinones and their rewarding and reinforcing effects in rodents. Developing Attention: Behavioral and Brain Mechanisms.
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