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Newborn Screening for Severe Combined Immunodeficiency in Israel

机译:以色列严重综合免疫缺陷的新生儿筛查

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Newborn screening (NBS) programs for severe combined immunodeficiency (SCID), the most severe type of primary immunodeficiency, are being implemented in more and more countries with every passing year. Since October 2015, SCID screening via T cell receptor excision circle (TREC) quantification in dried blood spots (DBS) has been part of the Israeli NBS program. As an NBS program in its infancy, SCID screening is still evolving, making gathering input from the various programs crucial for compiling an ideal screening algorithm. The relatively high rate of consanguineous marriages in Israel, especially among non-Jews, correlates with an increased incidence of SCID. The Israeli algorithm uses a commercial kit and consists of a two-Guthrie card confirmation system prior to referral to a national immunology center. Preliminary data from the first year and a half of SCID screening in Israel has identified a surprisingly high prevalence of DNA cross-link repair protein 1c ( DCLRE1C ; ARTEMIS) mutations as the cause of SCID in Israel. The clinically unbiased nature of SCID screening helps unearth mild/leaky SCID phenotypes, resulting in a better understanding of true SCID prevalence and etiology.
机译:严重综合免疫缺陷症(SCID)(最严重的原发性免疫缺陷类型)的新生儿筛查(NBS)计划每年都在越来越多的国家实施。自2015年10月起,以色列NBS计划已通过干细胞斑点(DBS)中的T细胞受体切除环(TREC)定量进行SCID筛查。作为一个处于初期阶段的NBS程序,SCID筛选仍在不断发展,使得从各种程序中收集输入信息对于编译理想的筛选算法至关重要。以色列,尤其是非犹太人中近亲结婚率较高,这与SCID发生率增加有关。以色列算法使用商业工具包,由两格斯里卡确认系统组成,然后转交给国家免疫学中心。在以色列进行SCID筛查的第一年和半年的初步数据已经确定,出乎意料的高发生率的DNA交联修复蛋白1c(DCLRE1C; ARTEMIS)突变是以色列SCID的病因。 SCID筛查的临床无偏见性质有助于发现轻度/泄漏的SCID表型,从而使人们更好地了解真正的SCID患病率和病因。

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