Prevention of sudden unexpected postnatal collapse in wellbeing newborns by remote digital health technologies.

IF 3.2 Q1 HEALTH CARE SCIENCES & SERVICES
Frontiers in digital health Pub Date : 2025-09-19 eCollection Date: 2025-01-01 DOI:10.3389/fdgth.2025.1598541
Massimo Berger, Adalberto Brach Del Prever, Michele Mario Calvo, Roberto Bellino, Davide Gallina, Fabio Stefano Timeus, Fabrizio Bogliatto
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引用次数: 0

Abstract

Introduction: To prevent the Sudden Unexpected Postnatal Collapse (SUPC) this approach was carried out. SUPC is a rare and devastating event for the child and their family. Currently, no diagnostic prediction model is available to calculate the individual newborn risk.

Patient and methods: To prevent SUPC, the Department of Maternal and Child Health at ASLTO4 in Piedmont, Northern Italy, has implemented wireless cardiopulmonary monitoring for all newborns during the first 24 h of life, starting on June 10th, 2023, to December 31st, 2024. The study involved approximately 2,000 newborns from three Spoke hospitals in Northern Italy. The aim of the study was to evaluate the feasibility of wireless monitoring in a large series of newborns.

Results: On more than 2,000 newborns, we have seen parental refusal in only two cases. The system was well accepted by the families after adequate explanation of the monitoring modalities and its meaning. The wireless system has in no way hindered the skin-to-skin moment nor delayed the time of attachment to the breast and the usual neonatal screening procedures. The introduction of this new technology has brought increased serenity to parents, especially in situations of severe tiredness after troubled births or after cesarean delivery. As a very preliminary results in 2,250 newborns the monitoring system detected various pathological events, in particular two cases of SUPC which were promptly resuscitated without subsequent neurological sequelae.

Conclusions: We report on our proof-of-concept innovative digital approach to intercept SUPCs as soon as possible. Through this study we want to demonstrate that it is possible to carry out large-scale multicenter monitoring, without interfering with breast attachment and the initial mother-infant relationship. The limitations of the study mainly concern the fact that this monitoring was carried out on term or late pre-term infants. This was due to the unavailability of a neonatal intensive care (TIN) within our hospitals and therefore severe preterm children were born or transferred early to a third level hospital.

利用远程数字卫生技术预防健康新生儿产后突然意外崩溃。
前言:为了预防产后猝死(SUPC),我们采取了这种方法。SUPC对孩子和他们的家庭来说是一个罕见的毁灭性事件。目前,尚无诊断预测模型可用于计算新生儿个体风险。患者和方法:为了预防SUPC,意大利北部皮埃蒙特ASLTO4的母婴保健部门从2023年6月10日开始到2024年12月31日,对所有新生儿在生命的前24小时内实施了无线心肺监测。这项研究涉及意大利北部三家斯波医院的大约2000名新生儿。本研究的目的是评估无线监护在大量新生儿中的可行性。结果:在2000多名新生儿中,我们只看到两例父母拒绝。在对监测方式及其意义作了充分解释后,该制度得到了家属的广泛接受。无线系统没有妨碍皮肤接触的时刻,也没有延迟附着在乳房上的时间和通常的新生儿筛查程序。这项新技术的引入给父母带来了更多的平静,特别是在难产或剖宫产后严重疲劳的情况下。作为对2250名新生儿的非常初步的结果,监测系统检测到各种病理事件,特别是两例SUPC,他们迅速复苏,没有随后的神经后遗症。结论:我们报告了我们的概念验证创新数字方法,以尽快拦截supc。通过这项研究,我们希望证明,在不干扰乳房依恋和最初的母婴关系的情况下,进行大规模多中心监测是可能的。该研究的局限性主要在于该监测是对足月或晚期早产儿进行的。这是由于我们的医院没有新生儿重症监护室,因此严重早产儿出生或过早转到三级医院。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
4.20
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