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首页> 外文期刊>New Zealand Laboratory News >New molecular diagnostic methods could reduce risk of miscarriage in prenatal testing for genetic diseases
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New molecular diagnostic methods could reduce risk of miscarriage in prenatal testing for genetic diseases

机译:新的分子诊断方法可降低遗传疾病产前检查中流产的风险

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EARLY DIAGNOSIS AND TREATMENT ARE CRUCIAL TO IMPROVING PATIENT PROGNOSIS FOR 22Q11 DELETION SYNDROME AND WILSON'S DISEASE, TWO POTENTIALLY LIFE-THREATENING GENETIC CONDITIONS. Breaking research in the "Molecular Diagnostics" issue of Clinical Chemistry, the journal of AACC, shows for the first time that a more precise technology for quantifying DNA could enable all newborns to be tested for 22q11 deletion syndrome; and that a new method known as cSMART can diagnose a fetus with Wilson's disease without the risk of miscarriage that comes with traditional prenatal tests. 22q11 deletion syndrome is considered one of the most common chromosomal deletions associated with birth defects and leads to a wide range of health problems, from heart defects to behavioral disorders.
机译:早期诊断和治疗对于提高22Q11综合征和威尔森氏病的患者预后至关重要,这两个潜在的威胁生命的遗传条件。 AACC杂志在《临床化学》的《分子诊断》杂志上进行的突破性研究首次表明,一种更为精确的DNA定量技术可以使所有新生儿接受22q11缺失综合征的检测。并且一种称为cSMART的新方法可以诊断出患有威尔逊氏病的胎儿,而没有传统的产前检查所带来的流产风险。 22q11缺失综合征被认为是与出生缺陷相关的最常见的染色体缺失之一,并导致从心脏缺陷到行为障碍等一系列健康问题。

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