首次报道的原发性免疫缺陷疾病病例的起源

S. Rasouli, P. Amirifar
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摘要

背景:先天性免疫缺陷(IEI)或原发性免疫缺陷疾病(PID)是免疫系统成分缺陷的异质性疾病。我们首次提供了400多名受影响患者的血缘和血统信息。方法:采用国际免疫学会联合会(IUIS) 2020年提供的分类表进行基因研究,该分类表记录了400多种先天性免疫错误的关键临床和实验室特征。结果:我们确定了301例已知基因的国家来源,而其他90例基因(90例)的国家来源信息不完整,原因是没有首次病例报告或在首次报告的文章发表中未提及患者的来源。在这301种基因中,亚洲的地理分布最大,报告了103例。我们发现101例首次病例报告,在不止一名患者中发现,无论他们居住在哪里。我们的调查显示,在165例首次报告的近亲婚姻导致遗传缺陷的病例中,有112例是在亚洲发现的。结论:本报告提供了有关地理数据和世界范围内各种遗传疾病患病率的宝贵信息。此外,通过提供与首次报告的遗传缺陷病例的亲缘关系相关的信息,研究人员将可以获得有关先天性免疫错误的宝贵信息,这些信息可以有效地用于未来的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Origins of the First Reported Cases of the Primary Immunodeficiency Diseases
Background: Inborn Errors of Immunity (IEI) or Primary Immunodeficiency Disorders (PID), are heterogeneous diseases with defects on the components of the immune system. We have provided information about the consanguinity and origins of over 400 affected patients for the first time. Methods: To study the genes, we used the classification tables provided by the IUIS (the International Union of Immunological Societies) in 2020, that documents the key clinical and laboratory features of more than 400 inborn errors of immunity. Results: We have identified the national origins of 301 cases with a known gene, while national origins’ information of the 90 other genes (90 cases) was left incomplete, due to the unavailability of the first case reports or the fail to mention the patients’ origin in the article publication of the first report. Among the 301 genes, Asia has the largest geographical dispersion with 103 reported cases. We found that the 101 first case reports, were identified in more than one patient, regardless of the geography they live in. Our survey demonstrated that out of the 165 first reported cases with genetic defects resulted from a consanguineous marriage, 112 cases were identified in Asia. Conclusions: This report provides valuable information on the geographical data and the prevalence of the various genetic disorders, worldwide. Also, by providing information related to parental consanguinity of the first reported cases with a genetic defect, valuable information about inborn errors of immunity, will be accessible for the researchers, which can be used effectively in future studies.
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