{"title":"为低收入和中等收入国家腹地提供新生儿护理的兼容技术——一个研究小组的复原力","authors":"Hippolite O. Amadi","doi":"10.15406/jpnc.2023.13.00512","DOIUrl":null,"url":null,"abstract":"Background: High neonatal mortality rate (NMR) in low- and middle-income countries (LMIC) might not be resolved until rural healthcare facilities are empowered with sustainable frugal technologies and procedures. Needed technologies may not rely on cutting-edge systems of the high-income countries (HIC), which require much funding and well-established public infrastructure to thrive. Rather, tailored non-conventional designs that are compatible with the deficiencies at low-income settings must take center stage. Study design: A multistage strategy was designed to identify and resolve the technology and knowledge gaps responsible for high NMR and rural community deficiencies militating against neonatal interventions within the primary healthcare settings in Nigeria. Methods: We concluded many scientific investigations and developed interventions over 25 years period to resolve the various factors militating against neonatal survival in Nigeria. Unconventional ideas relying on solar powered systems and easily available local materials were developed, trialed, and commissioned at various times across 31 tertiary hospitals spanning all regions of Nigeria. Stand-alone studies or solutions-creation, amidst discouraging situations, were individually completed, peer-reviewed, and journal-published. The full package of technologies was finally assembled to launch a community empowerment strategy – the Neonatal Rescue Scheme – to generate integrated proof of concept. Finding: The number of early neonatal deaths and overall NMR drastically reduced at participating centers. Conclusions: This Rescue-Scheme strategy could revolutionize neonatal healthcare in low-income countries and drastically reduce Nigeria’s corporate NMR if properly adopted. Clinical evidence: Recent studies of the Scheme and various combinations of its neonatal technologies have demonstrated significant clinical evidence of NMR-reduction, e.g., overall NMR fell from 90/’00 to 4/’00 as published by Amina-center Minna Nigeria 2023; early mortality fell from 81% to 0% - University of Abuja Teaching Hospital Nigeria 2017, etc.","PeriodicalId":92678,"journal":{"name":"Journal of pediatrics & neonatal care","volume":"20 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2023-09-19","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Empowering the LMIC hinterlands with compatible technologies for neonatal care – the resilience of a research group\",\"authors\":\"Hippolite O. 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引用次数: 0
摘要
背景:在低收入和中等收入国家(LMIC)的高新生儿死亡率(NMR)可能无法解决,直到农村卫生保健设施被赋予可持续的节俭技术和程序。所需的技术可能不依赖于高收入国家(HIC)的尖端系统,后者需要大量资金和完善的公共基础设施才能蓬勃发展。相反,与低收入环境的不足相适应的量身定制的非传统设计必须占据中心位置。研究设计:设计了一项多阶段战略,以确定和解决导致尼日利亚初级卫生保健机构内高核磁共振和农村社区缺陷妨碍新生儿干预的技术和知识差距。方法:在过去的25年里,我们总结了许多科学调查和开发干预措施,以解决影响尼日利亚新生儿生存的各种因素。依靠太阳能供电系统和易于获得的当地材料的非常规想法在尼日利亚所有地区的31家三级医院的不同时间进行了开发、试验和委托。在令人沮丧的情况下,独立的研究或解决方案的创造被单独完成,同行评审,并在期刊上发表。整套技术终于集合起来,启动了一项社区赋权战略——新生儿救援计划——以产生概念的综合证明。研究发现:在参与研究的中心,早期新生儿死亡人数和总体核磁共振率大幅下降。结论:如果采用得当,这种拯救计划战略可以彻底改变低收入国家的新生儿保健,并大大减少尼日利亚的企业核磁共振。临床证据:最近对该方案及其新生儿技术的各种组合的研究已经证明了显著的核磁共振降低的临床证据,例如,总体核磁共振从90/ 00下降到4/ 00,这是由Amina-center Minna Nigeria 2023年发布的;早期死亡率从81%降至0%——尼日利亚阿布贾大学教学医院,2017年等。
Empowering the LMIC hinterlands with compatible technologies for neonatal care – the resilience of a research group
Background: High neonatal mortality rate (NMR) in low- and middle-income countries (LMIC) might not be resolved until rural healthcare facilities are empowered with sustainable frugal technologies and procedures. Needed technologies may not rely on cutting-edge systems of the high-income countries (HIC), which require much funding and well-established public infrastructure to thrive. Rather, tailored non-conventional designs that are compatible with the deficiencies at low-income settings must take center stage. Study design: A multistage strategy was designed to identify and resolve the technology and knowledge gaps responsible for high NMR and rural community deficiencies militating against neonatal interventions within the primary healthcare settings in Nigeria. Methods: We concluded many scientific investigations and developed interventions over 25 years period to resolve the various factors militating against neonatal survival in Nigeria. Unconventional ideas relying on solar powered systems and easily available local materials were developed, trialed, and commissioned at various times across 31 tertiary hospitals spanning all regions of Nigeria. Stand-alone studies or solutions-creation, amidst discouraging situations, were individually completed, peer-reviewed, and journal-published. The full package of technologies was finally assembled to launch a community empowerment strategy – the Neonatal Rescue Scheme – to generate integrated proof of concept. Finding: The number of early neonatal deaths and overall NMR drastically reduced at participating centers. Conclusions: This Rescue-Scheme strategy could revolutionize neonatal healthcare in low-income countries and drastically reduce Nigeria’s corporate NMR if properly adopted. Clinical evidence: Recent studies of the Scheme and various combinations of its neonatal technologies have demonstrated significant clinical evidence of NMR-reduction, e.g., overall NMR fell from 90/’00 to 4/’00 as published by Amina-center Minna Nigeria 2023; early mortality fell from 81% to 0% - University of Abuja Teaching Hospital Nigeria 2017, etc.