Pre-implementation Genetics for Aneuploidy Interpretation in PGT-A Goals Indications and Improve Infertility Outcomes, ART, and How to Perform PGT-A

Aya Al-ibraheemi, Mustafa Zakaria, M. Ennaji, Senhaji R. Wassym, N. Louanjli, M. Zarqaoui, Ritu S. Santwani, Nisrine En-Naciri, Hafida Tarik, Romaissa Boutiche
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Abstract

Preimplantation genetic testing for aneuploidy PGT-A has been widely applied today in assisted reproductive technology treatments centers over the world to select the health embryos for transfer with euploid cells and to enhance clinical outcomes such as embryo implantation, clinical pregnancy, and live birth rates. The PGT-A can be performed in during an IVF cycle, after fertilization where a biopsy can be taken from the blastocysts to be genetically tested. PGT-A indication can be to decrease recurrent miscarriage, increase the pregnancy rate in advance maternal age, and increase single embryo transfer. This review also demonstrates new PGT-A method which is called non-invasive PGT-A, to prevent the embryo development distracting and removing extra cells from the embryo, through analyzing leaked DNA.
实施前遗传学非整倍体解释在PGT-A目标适应症和改善不孕不育的结果,ART,以及如何执行PGT-A
非整倍体PGT-A的植入前基因检测已广泛应用于世界各地的辅助生殖技术治疗中心,以选择健康胚胎与整倍体细胞进行移植,并提高胚胎着床、临床妊娠和活产率等临床结果。PGT-A可以在IVF周期中进行,在受精后,可以从囊胚中取出活检进行基因测试。PGT-A适应症可用于减少反复流产,提高高龄产妇妊娠率,增加单胚胎移植。本文还介绍了一种新的PGT-A方法,即非侵入性PGT-A,通过分析泄漏的DNA,防止胚胎发育分散和从胚胎中去除多余的细胞。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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