Zahed M, Berbis J, Brevaut-Malaty V, Busuttil M, Tosello B, Gire C
Aix Marseille University, Hospital Nord, Department of Neonatology, Chemin des Bourrely, Marseille, 13015, France.
Childs Nerv Syst. 2015 Dec;31(12):2333-40. doi: 10.1007/s00381-015-2905-1. Epub 2015 Oct 5.
The objective of this study is to evaluate the use of nests on general movements (GM) and posture in very preterm infants at term age.
Seventeen high-risk preterm infants-less than 30 weeks of gestation (GA)-underwent a video recording, lying in supine position, with or without nest. Posture, GM quality, and movements made around the child's midline, as well as abrupt movements and frozen postures-in extension or flexion of the four limbs-were analyzed.
Nest did not modify quality of GM. Children significantly adopted a curled-up position. The nest system was associated with an increase in movements toward or across the midline, as well as reduction of the hyperextension posture and head rotation movements. Frozen postures in flexion or extension, as well as abrupt movements of the four limbs, were reduced but not significantly.
Nest helps very preterm infants to adopt semi-flexed posture and facilitates movements across the midline and reduces movements of spine hyperextension, without GM global quality modifications.
本研究的目的是评估足月时极早产儿使用鸟巢对其一般运动(GM)和姿势的影响。
17名高危早产儿——孕周小于30周(GA)——在仰卧位时进行录像,分别处于有或没有鸟巢的环境中。分析了姿势、GM质量、围绕儿童中线的运动,以及四肢伸展或屈曲时的突发运动和固定姿势。
鸟巢并未改变GM质量。儿童明显采取了蜷缩姿势。鸟巢系统与向中线或穿过中线的运动增加、过度伸展姿势和头部旋转运动的减少有关。四肢屈曲或伸展时的固定姿势以及突发运动有所减少,但不显著。
鸟巢有助于极早产儿采取半屈曲姿势,促进穿过中线的运动,并减少脊柱过度伸展的运动,而不会改变GM的整体质量。