Mannerkoski Minna, Aberg Laura, Hoikkala Marianne, Sarna Seppo, Kaski Markus, Autti Taina, Heiskala Hannu
Helsinki University Central Hospital, Department of Paediatric and Adolescent Medicine, Child Neurology, Helsinki, Finland.
Eur J Paediatr Neurol. 2009 Jan;13(1):18-27. doi: 10.1016/j.ejpn.2008.01.009. Epub 2008 Apr 14.
To explore how growth measurements and attainment of developmental milestones in early childhood reflect the need for full-time special education (SE).
After stratification in this population-based study, 900 pupils in full-time SE groups (age-range 7-16 years, mean 12 years 8 months) at three levels and 301 pupils in mainstream education (age-range 7-16, mean 12 years 9 months) provided data on height and weight from birth to age 7 years and head circumference to age 1 year. Developmental screening was evaluated from age 1 month to 48 months. Statistical methods included a general linear model (growth measurements), binary logistic regression analysis (odds ratios for growth), and multinomial logistic regression analysis (odds ratios for developmental milestones).
At 1 year, a 1 standard deviation score (SDS) decrease in height raised the probability of SE placement by 40%, and a 1 SDS decrease in head size by 28%. In developmental screening, during the first months of life the gross motor milestones, especially head support, differentiated the children at levels 0-3. Thereafter, the fine motor milestones and those related to speech and social skills became more important.
Children whose growth is mildly impaired, though in the normal range, and who fail to attain certain developmental milestones have an increased probability for SE and thus a need for special attention when toddlers age. Similar to the growth curves, these children seem to have consistent developmental curves (patterns).
探讨幼儿期生长测量和发育里程碑的达成情况如何反映对全日制特殊教育(SE)的需求。
在这项基于人群的研究中进行分层后,三个水平的全日制特殊教育组中的900名学生(年龄范围7 - 16岁,平均12岁8个月)和主流教育中的301名学生(年龄范围7 - 16岁,平均12岁9个月)提供了从出生到7岁的身高和体重数据以及到1岁的头围数据。从1个月到48个月对发育筛查进行评估。统计方法包括一般线性模型(生长测量)、二元逻辑回归分析(生长的比值比)和多项逻辑回归分析(发育里程碑的比值比)。
在1岁时,身高降低1个标准差评分(SDS)使接受特殊教育安置的概率提高40%,头围减小1个SDS使概率提高28%。在发育筛查中,在生命的最初几个月,大运动里程碑,尤其是头部支撑,区分了0 - 3级别的儿童。此后,精细运动里程碑以及与言语和社交技能相关的里程碑变得更加重要。
生长轻度受损(尽管在正常范围内)且未达到某些发育里程碑的儿童接受特殊教育的概率增加,因此在幼儿期需要特别关注。与生长曲线类似,这些儿童似乎有一致的发育曲线(模式)。