埃及不育男性y染色体微缺失的检测

A. E. Ahmed, M. El-Dessouky, A. Fahmi, F. Elrefaey, Yasser H. Elnahass
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引用次数: 1

摘要

男性不育的主要遗传原因是染色体异常和Y染色体微缺失(YCMs)。大约15%的无精子患者和10%的严重少精子患者发生ycm。这些微缺失导致生精失败。本研究旨在利用多重PCR技术报道严重少精症和非阻塞性无精子症(NOA)的埃及不育男性无精子症因子(AZF)微缺失的发生率。其中包括150名不育男性。进行精液分析、激素测定、核型分析、睾丸精子提取和睾丸活检。采用多重聚合酶链反应(PCR)检测Y染色体微缺失。150名不育男性;考虑Y染色体;严重少精不育男性中3/36 (8.3%)AZF亚区Y染色体微缺失;1/3(33.3%) AZF-c缺失,2/3(66.7%)AZF-b+c均缺失。然而;该组AZF-a区域未检测到缺失。在NOA组,21/114(18.4%)在AZF亚区有Y染色体微缺失,其中;1/21(4.8%)出现AZF-b区缺失,2/21(9.5%)出现AZF-a+b+c区缺失,8/21(38%)出现AZF-c区缺失,10/21(47.6%)出现AZF-b+c区缺失。结论:我们研究的患者中Y染色体微缺失的频率与许多民族报告相似。检测AZF微缺失对于不育男性的正确遗传诊断是必要的。AZFc可以帮助做出关于睾丸精子提取阳性结果的明智决定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection of Y-Chromosome microdeletions in Egyptian infertile males
The major genetic causes in male infertility are chromosomal abnormalities and Y chromosomal microdeletions (YCMs). YCMs occur in approximately 15% of azoospermic patients and 10% of severe oligospermic patients. These microdeletions lead to spermatogenic failure. This study aims to report the incidence of Azoospermia factor (AZF) microdeletions in Egyptian infertile males with severe oligoospermia & non obstructive azoospermia (NOA) using multiplex PCR. One hundred-fifty infertile males were included. Semen analysis, hormonal assay, karyotyping, testicular sperm extraction and testicular biopsy were performed.Y chromosome microdeletions were detected by using multiplex polymerase chain reaction (PCR). Among 150 infertile males; Considering Y chromosome; in severe oligospermic infertile males 3/36 (8.3%) had Y chromosome microdeletions in AZF subregions where; 1/3(33.3%) showed deletions in AZF-c and 2/3(66.7%) showed deletions in both AZF-b+c. However; no deletions were detected in AZF-a region in this group. In NOA group, 21/114(18.4%)  had Y chromsome microdeletions in AZF subregions where;  1/21 (4.8%)  showed deletions in AZF-b region, 2/21 (9.5%) showed deletion in both of AZF-a+b+c regions, 8/21 (38%) showed deletions in AZF-c region only and 10/21 (47.6%) showed deletions in both AZF-b+c regions. Conclusion: The frequency of Y chromosome microdeletions in our studied patients was similar to many ethnic reports. Detection of AZF microdeletions is necessary for proper genetic diagnosis in infertile males. AZFc can help informed decisions regarding positive testicular sperm extraction outcome.
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