卵母细胞捐赠计划中扩大携带者筛查:在两年的经验后实施新的检测和结果

Anna Abulí , Laura Latre , Montserrat Boada , Gabriela Palacios-Verdú , Elisabet Clua , Benjamín Rodríguez-Santiago , Lluís Armengol , Anna Veiga , Buenaventura Coroleu , Xavier Estivill , Pedro N. Barri
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引用次数: 2

摘要

本研究描述了在卵母细胞捐赠计划(捐赠者和接受者的男性伴侣)中实施常染色体隐性遗传和x连锁疾病的携带者筛查试验。基于下一代测序(NGS)的检测涵盖了与314种疾病(277种隐性常染色体疾病和22种x连锁疾病)相关的200个基因(68个基因通过编码区完全测序,132个基因通过靶向突变分析测序)。2.5年后取得的结果显示,接受度(执行率>80%)。在参与者中,56.4%(761/1350)被鉴定为至少一种基因突变的携带者。我们还发现,有1.9%的候选供体是x连锁疾病的携带者,因此被排除在卵母细胞捐赠计划之外。每个样本的平均携带负荷为0.84个突变。有3.4%的预配供体-受体配型具有将严重常染色体-隐性遗传病(囊性纤维化、典型先天性肾上腺增生、常染色体-隐性非综合征感音神经性耳聋、α型地中海贫血、家族性地中海热、尼曼-匹克病、6型甲状腺发育不良和软骨毛发育不全)遗传给后代的高生殖风险。考虑到遗传结果,进行了最终的匹配。常染色体隐性遗传病的携带者状态不是卵母细胞捐赠计划的排除标准,尽管它意味着将供体分配给其男性伴侣不携带相同隐性遗传病的受体。在临床过程的不同阶段进行遗传咨询是必不可少的,以便达到减少配子捐赠者和接受者夫妇的焦虑,对结果有高度的了解,并在必要时就他们自己或其亲属的生殖风险提出适当的建议。
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Cribado ampliado de portadores en un programa de donación de ovocitos: Implementación de un nuevo test y resultados tras dos años de experiencia

The present study describes the implementation of a carrier screening test for autosomal recessive and X-linked diseases in an Oocyte Donation Programme (donors and male partners of the recipients). The Next-Generation Sequencing (NGS) based test covered 200 genes (68 genes by complete sequencing of the coding region and 132 sequenced by a targeted mutation analysis) associated with 314 diseases (277 recessive autosomal diseases and 22 X-linked). The results obtained after 2.5 years showed a high degree of acceptance (implementation rate > 80%). Among participants, 56.4% (761/1350) were identified as carriers of at least one gene mutation. It was also identified that 1.9% of donor candidates were carriers of X-linked diseases, and for this reason were excluded from the Oocyte Donation programme. The mean carrier burden was 0.84 mutations per sample. There were 3.4% of preassigned donor-recipient matches with a high reproductive risk for transmitting a severe autosomal-recessive genetic condition to their offspring (cystic fibrosis, classical congenital adrenal hyperplasia, autosomal-recessive non-syndromic sensorineural deafness, alpha thalassemia, familial Mediterranean fever, Niemann-Pick disease, thyroid dyshormogenesis type 6 and cartilage-hair hypoplasia). The definitive matching was made taking into account the genetic results. A carrier state for an autosomal recessive condition was not an exclusion criterion for the Oocyte Donation programme, although it implied the assignation of the donor to a recipient whose male partner was not a carrier for the same recessive condition. Genetic counselling at different stages of the clinical process was essential in order to achieve the purposes of decreasing anxiety in the gamete donors and recipient couples, to achieve a high understanding of the results, and to give appropriate recommendations about their own reproductive risk or that of their relatives, when necessary.

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