Infant and family centered development care reduces infant distress and supports the parent and infant's individual abilities. However, a new environmental factor is daily encountered: the radiofrequency electromagnetic fields (RF EMFs) with the most recent fifth-generation (5G) technology. Currently, the effects of RF EMF during development are discussed in animal models. The neonatal intensive care units are not spared from this stressor. The objective of this study was to evaluate the efficacy of a novel, electromagnetically insulating incubator cover to prevent the preterm infant from RF EMF exposure. A personal dosimeter was placed on the mattress of a closed incubator. Periods of exposure to low, medium, and high levels of 5G RF were delivered in the presence or absence of the incubator cover. The use of a silver-copper cover reduced the intensity of 5G radiofrequency levels from 52% to 57% (p < 0.0001), allowing to easily apply the precautionary principle.

中文翻译：

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如何控制保温箱中早产新生儿对第五代射频的暴露。

以婴儿和家庭为中心的发展护理可以减少婴儿的痛苦并支持父母和婴儿的个人能力。然而，我们每天都会遇到一个新的环境因素：最新第五代 (5G) 技术的射频电磁场 (RF EMF)。目前，射频电磁场在发育过程中的影响正在动物模型中进行讨论。新生儿重症监护室也未能幸免于这种压力。本研究的目的是评估新型电磁绝缘培养箱盖防止早产儿接触射频电磁场的功效。将个人剂量计放置在封闭培养箱的床垫上。在有或没有培养箱盖的情况下，分别暴露于低、中和高水平的 5G RF 下。使用银铜盖可将 5G 射频强度从 52% 降低至 57% (p < 0.0001)，从而可以轻松应用预防原则。