Clinical Presentation of Inherited Metabolic Diseases in Newborns Hospitalised in an Intensive Care Unit.

Journal of mother and child Pub Date : 2023-10-16 eCollection Date: 2023-06-01 DOI:10.34763/jmotherandchild.20232701.d-23-00021
Catarina Teixeira, Catarina Cordeiro, Carla Pinto, Luísa Diogo
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Abstract

Background: The first clinical manifestations of inherited metabolic diseases occur in the neonatal period in up to half of cases, often with nonspecific symptoms, making their recognition challenging. This study aimed to characterise inherited metabolic disease cases with neonatal presentation requiring admission to the paediatric intensive care unit in a Portuguese reference centre for inherited metabolic diseases.

Material and methods: An observational study with retrospective data collection was performed, including all newborns with an inherited metabolic disease admitted to the pediatric intensive care unit between June 2011 and June 2022. Three 'pathophysiological' groups were defined: cases due to small molecules, energy deficiency and complex molecules.

Results: Twenty newborns, with a median age at admission of 7.5 days, were included. Thirteen (65%) were female, sixteen (80%) had a small molecule disorder, and four (20%) had diseases of energy defects. Neurological manifestations were the most common, with most newborns presenting symptomatically in the first week of life. There was no difference between the groups in neurological, cardiac, and hepatic involvement and shock at presentation. A symptom-free interval was more frequent in patients with small molecule disorders than the others (p=0.01). The main metabolic changes found were altered plasma amino acids (n=13) and organic aciduria (n=10), creatine kinase elevation (n=13), hyperlactatemia (n=12), metabolic acidosis with increased anion gap (n=8) and hyperammonaemia (n=7). Newborn screening of metabolites helped make a diagnosis in 60% of cases. Five newborns died due to multiorgan failure (n=3) or refractory cardiogenic shock (n=1), and in one, therapeutic efforts were limited due to an adverse neurological prognosis.

Conclusion: Although the symptoms and signs are often nonspecific, we should suspect inherited metabolic disease when a newborn presents with neurological symptoms after a symptom-free period, however short it might be. Newborns with suspected inherited metabolic disease should be evaluated with simple biochemical tests, and newborn screening should be urgently expanded to start specific treatment earlier, reducing mortality and morbidity.

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重症监护病房住院新生儿遗传代谢性疾病的临床表现。
背景:遗传性代谢性疾病的最初临床表现发生在新生儿期,多达一半的病例通常具有非特异性症状,这使得对其的识别具有挑战性。本研究旨在描述具有新生儿表现的遗传性代谢疾病病例,这些病例需要进入葡萄牙遗传性代谢病参考中心的儿科重症监护室。材料和方法:进行了一项具有回顾性数据收集的观察性研究,包括2011年6月至2022年6月期间入住儿科重症监护室的所有患有遗传性代谢疾病的新生儿。定义了三个“病理生理”组:小分子、能量缺乏和复杂分子引起的病例。结果:包括20名新生儿,入院时的中位年龄为7.5天。13人(65%)为女性,16人(80%)患有小分子疾病,4人(20%)患有能量缺陷疾病。神经系统表现最为常见,大多数新生儿在出生第一周就出现症状。两组在神经、心脏和肝脏受累以及出现休克方面没有差异。无症状间歇期在小分子疾病患者中比其他患者更常见(p=0.01)。发现的主要代谢变化是血浆氨基酸改变(n=13)和有机酸尿(n=10)、肌酸激酶升高(n=3)、高乳血症(n=12)、代谢性酸中毒伴阴离子间隙增加(n=8)和高氨血症(n=7)。新生儿代谢物筛查有助于诊断60%的病例。五名新生儿死于多器官衰竭(n=3)或难治性心源性休克(n=1),其中一名新生儿的治疗努力因神经系统预后不良而受到限制。结论:尽管症状和体征通常是非特异性的,但当新生儿在无症状期后出现神经系统症状时,无论症状期多么短,我们都应该怀疑遗传性代谢疾病。怀疑患有遗传性代谢病的新生儿应该通过简单的生化测试进行评估,应紧急扩大新生儿筛查,尽早开始特定治疗,降低死亡率和发病率。
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