de Groot L, vd Hoek A M, Hopkins B, Touwen B C
Department of Educational Sciences, Free University, Amsterdam, The Netherlands.
Neuropediatrics. 1993 Apr;24(2):68-73. doi: 10.1055/s-2008-1071516.
In a longitudinal study individual trajectories were traced for the developing relationship between active and passive muscle power in preterm (n = 37) and fullterm (n = 20) infants from term to 24 weeks (corrected) age. Such trajectories should enable the identification of those infants at highest risk for later neurological dysfunctions. This contention is supported by the findings of this study: those preterm infants who showed marked discrepancies between the two sorts of muscle power or rigidity in both beyond 12 weeks corrected age were most likely to manifest neurological problems at 52 weeks of age.
在一项纵向研究中，追踪了37名早产儿和20名足月儿从足月到24周（矫正年龄）主动和被动肌肉力量之间发展关系的个体轨迹。这样的轨迹应能识别出那些日后发生神经功能障碍风险最高的婴儿。本研究结果支持了这一观点：那些在矫正年龄超过12周时，两种肌肉力量或僵硬程度之间存在明显差异的早产儿，在52周龄时最有可能出现神经问题。
