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Prenatal screening and diagnosis of Down syndrome and other major aneuploidies may be transformed following the identification of cell-free fetal DNA in maternal plasma at the end of the last millennium. Next generation sequencing has enabled the development of tests that accurately predict the presence of fetal trisomies by analysis of cell-free DNA in maternal blood from as early as 10 weeks of gestation. These tests are now widely available in the commercial sector but are yet to be implemented in publicly led health services. In this article we discuss the technical, social, and ethical challenges that these new tests bring.

作者:Philip, Twiss;Melissa, Hill;Rebecca, Daley;Lyn S, Chitty

来源:Seminars in fetal & neonatal medicine 2014 年 19卷 1期

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作者:
Philip, Twiss;Melissa, Hill;Rebecca, Daley;Lyn S, Chitty
来源:
Seminars in fetal & neonatal medicine 2014 年 19卷 1期
标签:
Cell-free fetal DNA Down syndrome Fetal aneuploidy Non-invasive prenatal testing Prenatal diagnosis
Prenatal screening and diagnosis of Down syndrome and other major aneuploidies may be transformed following the identification of cell-free fetal DNA in maternal plasma at the end of the last millennium. Next generation sequencing has enabled the development of tests that accurately predict the presence of fetal trisomies by analysis of cell-free DNA in maternal blood from as early as 10 weeks of gestation. These tests are now widely available in the commercial sector but are yet to be implemented in publicly led health services. In this article we discuss the technical, social, and ethical challenges that these new tests bring.