|
早产儿在NICU经常会被动接受过多临床干预，而频繁的干扰可能对早产儿的神经发育产生不利影响。虽然其中部分触摸对婴儿有益，但大多数操作被认为是压力型的[文献1，2，4，6]。 有证据表明即使是常规的操作流程也会导致严重的生理不稳定，过度处理可能会加剧急性疼痛反应。同时也有证据表明搬动婴儿过程中可能会引起显著的生理不稳定[文献3，4，5]。
1. Catlett AT, Holditch-Davis D. Environmental stimulation of the acutely ill premature infant: physiological effects and nursing implications. Neonatal Network, June 1990; 8& #40;6& #41;:19-26 2. Long JG, Philip AG, Lucey JF. Excessive handling as a cause of hypoxemia. Pediatrics 1980 Feb; 65& #40;2& #41;:203-7 3. Gottfried AW, Gaither JL. Infant stress under intensive care: Environmental neonatology. 1984; Baltimore; University Park Press. 4. Gottfried AW, Hodgman J. How intensive is newborn intensive care? An environmental analysis. Pediatrics 1984; 74: 292-294. 5. Gressens P, Rogido M, Paindaveine B, Sola A. The impact of neonatal intensive care practices on the developing brain. Pediatrics 2002; 140 & #40;6& #41;: 646-653. 6. White-Traut RC, Nelson MN, Burns K, Cunningham N. Environmental influences on the developing premature infant: Theoretical issues and applications to practice. J Obstet Gynecol Neonatal Nursing 1994; 23: 393-401.
我们的目标是减少移动婴儿，增强其生理稳定性及舒适感 
长颈鹿培养箱解决方案—减少不良触碰
1. 一键式升降 无需移动婴儿，脚踩踏板或手动按钮即可在培养箱护理与辐射台操作两种空间之间转换 2. 双向床垫 拉近婴儿，易于袋鼠式护理，方便临床操作 
3. 360°旋转床体及防水减压透气床垫 旋转床体选择最便利角度操作，减压床垫扩散压力以支持皮肤管理
4. x射线托盘 无需抱起婴儿即可完成x射线拍摄，辐射台培养箱模式下均可 5. 无极倾斜调节 平稳调节床体倾斜角度，减少震动
6. 电子秤 箱内重称，减少进出暖箱的移动触碰
图片文字不太够，字幕版视频链接奉上：
https://v.qq.com/x/page/z3020quadpa.html
|
e学e用