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另一方面:婴儿在单手探索物体时手部和腿部的溢出动作。

On the other hand: overflow movements of infants' hands and legs during unimanual object exploration.

机构信息

Department of Psychology, New York University, New York, NY, USA.

出版信息

Dev Psychobiol. 2012 May;54(4):372-82. doi: 10.1002/dev.20595. Epub 2011 Aug 23.

Abstract

Motor overflow is extraneous movement in a limb not involved in a motor action. Typically, overflow is observed in people with neurological impairments and in healthy children and adults during strenuous and attention-demanding tasks. In the current study, we found that young infants produce vast amounts of motor overflow, corroborating claims of symmetry being the default state of the motor system. While manipulating an object with one hand, all 27 of the typically developing 4.5- to 7.5-month-old infants who we observed displayed overflow movements of the free hand (on 4/5 of unimanual actions). Mirror-image movements of the hands occurred on 1/8 of unimanual actions, and the hands and legs moved in synchrony on 1/3 of unimanual acts. Motor overflow was less frequent when infants were in a sitting posture and when infants watched their acting hand, suggesting that upright posture and visual examination may help to alleviate overflow and break obligatory symmetry in healthy infants.

摘要

运动溢出是指肢体在不参与运动动作时的额外运动。通常,运动溢出会在神经损伤患者以及健康的儿童和成年人中观察到,尤其是在进行费力且需要集中注意力的任务时。在当前的研究中,我们发现,年幼的婴儿会产生大量的运动溢出,这证实了对称性是运动系统的默认状态的说法。在观察到的 27 名 4.5 至 7.5 个月大的正常发育婴儿中,所有婴儿在一只手操纵物体时,另一只手(在 5 次单手动作中的 4 次)都会出现运动溢出。镜像手运动会在 8 次单手动作中的 1 次发生,手和腿会在 3 次单手动作中的 1 次同步运动。当婴儿处于坐姿时,以及当婴儿观察自己正在活动的手时,运动溢出的频率较低,这表明直立姿势和视觉检查可能有助于减轻健康婴儿的运动溢出并打破强制性对称性。

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