Subedi Nuwadatta, Ranabhat Sunita, Regmi Sanjib Mani, Mallik Mukesh, Singh Dela, Shrestha Shree Krishna, Gurung Bandana, Bhattarai Arjun, Baral Madan Prasad, Parajuli Sudhir Raman, Bastola Ramchandra, Shrestha Junu, Basnet Sahisnuta, Gauchan Eva, Paudel Sabita
Department of Forensic Medicine, Gandaki Medical College Teaching Hospital and Research Center, Pokhara, Gandaki Province, Nepal.
Department of Pathology, Gandaki Medical College Teaching Hospital and Research Center, Pokhara, Nepal.
BMC Pregnancy Childbirth. 2025 Feb 4;25(1):113. doi: 10.1186/s12884-025-07240-9.
Three million babies die in the early neonatal period while 2.6 million are stillborn per year worldwide, and one of three deaths can be prevented. The perinatal mortality rate in Nepal is around 31 per 1000 births. Although the perinatal and neonatal death rates have decreased recently, it still poses a major challenge to the health system of Nepal. The objective of the study is to determine the causes of perinatal deaths by integrating Minimally Invasive Tissue Sampling (MITS) in hospital perinatal deaths and incorporating verbal autopsy in community deaths in Kaski district of Nepal.
The study will be conducted among the perinatal deaths reported in the five hospitals implementing the Maternal and Perinatal Death Surveillance and Response (MPDSR) system in Kaski district of Nepal. We will also conduct verbal autopsy (VA) among community perinatal deaths reported in the district. All the perinatal deaths reported in the study sites will be enrolled in the first stage of the study. Minimally Invasive Tissue Sampling (MITS) will be conducted among the consenting cases of perinatal deaths to retrieve relevant tissue samples and specimens. The specimens will undergo standard histopathological, microbiological, biochemical, and molecular tests. The "Cause of Death Panel" will finalize MITS informed cause of death following the customized protocol for the project and the cause so derived will be compared with that obtained by the review of deaths by the MPDSR committees of the hospitals. The Female Community Health Volunteers will be trained and mobilized to identify community perinatal deaths and trained personnel will conduct VA. Community engagement activities will be conducted to provide awareness to prevent perinatal deaths.
The mechanism of counting and accounting for deaths in a systematic manner is important and it can provide evidence to determine changes in clinical practice and to develop guidelines and training packages for preventive measures. The outcome will be helpful to standardize methods to establish the accurate causes of perinatal deaths and develop strategies to minimize the deaths. The selected pathological investigations can be integrated into the existing death surveillance system in order to effectively determine the causes of death.
全球每年有300万婴儿在新生儿早期死亡,260万为死产,三分之一的死亡可预防。尼泊尔的围产期死亡率约为每1000例出生31例。尽管围产期和新生儿死亡率最近有所下降,但这对尼泊尔的卫生系统仍是一项重大挑战。本研究的目的是通过将微创组织采样(MITS)纳入尼泊尔卡斯基地区医院围产期死亡病例,并在社区死亡病例中纳入口头尸检,来确定围产期死亡的原因。
该研究将在尼泊尔卡斯基地区实施孕产妇和围产期死亡监测与应对(MPDSR)系统的五家医院报告的围产期死亡病例中进行。我们还将对该地区报告的社区围产期死亡病例进行口头尸检(VA)。研究地点报告的所有围产期死亡病例将纳入研究的第一阶段。将对同意参与的围产期死亡病例进行微创组织采样(MITS),以获取相关组织样本和标本。标本将接受标准的组织病理学、微生物学、生物化学和分子检测。“死因专家组”将根据该项目的定制方案确定MITS告知的死因,并将由此得出的死因与医院MPDSR委员会通过死亡审查获得的死因进行比较。将培训并动员女性社区卫生志愿者识别社区围产期死亡病例,训练有素的人员将进行口头尸检。将开展社区参与活动,提高预防围产期死亡的意识。
以系统方式统计和核算死亡情况的机制很重要,它可为确定临床实践的变化以及制定预防措施的指南和培训包提供证据。该结果将有助于规范确定围产期死亡准确原因的方法,并制定将死亡降至最低的策略。所选的病理学调查可纳入现有的死亡监测系统,以便有效确定死亡原因。