产前诊断

结论羊水细胞培养进行产前诊断是十分安全而可靠的。

Conclusion amniotic fluid culture for prenatal diagnosis is very safe and reliable .

从母血浆提取胎儿DNA行产前诊断的研究

Study of Detecting Fetal DNA from Mutual plasma for Prenatal Diagnosis

循环胎儿DNA及其在产前诊断中的应用

Detection of circulating fetal DNA in maternal plasma and its application in prenatal diagnosis

脆性X综合征的基因诊断与产前诊断

Genetic Diagnosis and Prenatal Genetic Diagnosis of Fragile X Syndrome

X染色体倒位伴X连锁无汗性外胚叶发育不良一个家系的产前诊断

Prenatal diagnosis of X-linked anhidrotic ectodermal dysplasia with X-chromosome inversion

孕妇外周血中胎儿游离DNA的发现，为无创性产前诊断开辟了一条新途径。

The discovery of circulating fetal DNA paves a new way for non-invasive prenatal diagnosis .

同源基因定量PCR方法快速产前诊断Down综合征

Rapid prenatal detection of Down syndrome by homologous gene quantitative PCR

应用PCR和斑点杂交产前诊断α&地中海贫血

Prenatal Diagnosis of α - Thalassemia by PCR and Southern Blot

FISH技术在快速产前诊断中应用的研究

The Research of FISH in Rapid Prenatal Diagnosis

地高辛素标记弓形虫DNA探针的制备及在产前诊断的应用

Preparation of Digoxigenin-labeled DNA Probe and its Application to Detection of Toxoplasma gondii in Pregnant Women

应用DNA多态性进行β-地中海贫血产前诊断的可行性

A Study on Feasibility of Prenatal Diagnosis of β - Thalassemia by DNA Polymorphisms in Chinese

长距离PCR在血友病A携带者检测和产前诊断中的应用

Application of long distance-PCR to hemophilia A carrier detection and prenatal diagnosis

孕妇血浆中游离胎儿DNA可以用于无创伤产前诊断。

Fetal DNA in maternal plasma could be regarded as the gene resource for noninvasive prenatal diagnosis .

血浆DNA甲基化的分析进一步应用于无创性产前诊断具有可行性。

The analysis of DNA methylation in plasma will have the powerful potentiality that applicate to noninvasive prenatal diagnosis .

应用磁激活细胞分选法从母血中分离胎儿有核红细胞做FISH行无创性产前诊断的研究

Non-invasive Prenatal Diagnosis From Maternal Blood : FISH of Fetal Nucleated Erythrocytes Isolated by Magnetic Activated Cell Sorting

结论FISH技术用于产前诊断孕早期胚胎染色体数目异常具有快速、准确等优点。

Conclusion : FISH technique applied in prenatal diagnosis of early embryo chromosomes abnormalities is rapid and accurate .

方法：对342例具有产前诊断指征高风险孕妇抽取孕中期羊水细胞培养，制备中期细胞染色体，G显带分析。

Methods Amniocentesis was employed to detect amniotic cells collected from 342 pregnant women with high-risk prenatal diagnosis indications .

对一血友病a（ha）家系进行携带者及产前诊断。

To make the carrier detection and prenatal diagnosis in a pedigree with hemophilia A.

TORCH感染介入性产前诊断195例分析

Analysis of 195 cases of invasive prenatal diagnosis for TORCH infections

甲型血友病产前诊断&应用DNA聚合酶链反应（PCR）进行家系RFLP连锁分析

The Prenatal Diagnosis of Hemophilia A & The Use of PCR and Family RFLP Analysis

结论胎儿DNA随着孕周的增加而增长，母体血浆是进行无创性产前诊断的非常有价值的底物。

Conclusions The concentration of fetal DNA increases with the progress of pregnancy . Maternal plasma may be valuable in noninvasive prenatal diagnosis .

FISH技术在遗传病诊断及产前诊断中的应用

The Application of Fluorescence in Situ Hybridization Technology ( FISH ) to the Diagnosis of Chromosome Abnormality in Genetic Diseases and Prenatal Diagnosis

超声影像技术对HbBart's水肿胎早期产前诊断的研究

Research of early prenatal diagnosis to Hb Bart 's hydrops fetus by ultrasonography

结论应用孕妇血浆中胎儿DNA作产前诊断敏感性和特异性较高，是一种无创性产前基因诊断方法，具有广泛的临床应用前景。

Conclusions Detecting fetal DNA in maternal plasma is a non-invasive prenatal gene diagnosis with high sensitivity and specificity and is very promising in clinical practice .

目的建立一种非创伤性的取材和快速胎儿性别诊断方法，并应用于X连锁遗传病的产前诊断。

Objective To find a way of sampling without any wound and quick diagnosis of fetal sex and its application in X-linked recessive inheritance .

我们体会DNA体外PCR扩增结合寡核苷酸探针点杂交方法可用于PKU的产前诊断和携带者检出。

PCR amplification combining with oligonucleotide dot hybridization is technically feasible for prenatal diagnosis and carrier screening for PKU .

超声心动图对胎儿先天性心脏病产前诊断价值的Meta分析

Meta-analysis of the value of fetal echocardiography for the prenatal diagnosis of congenital heart disease

应用聚合酶链式反应体外DNA放大和同位素或非同位素标记的探针在我国南方进行了β地中海贫血的产前诊断。

A prenatal diagnosis of β thalassemia was carried out in South China using a in vitro DNA amplification by a polymerase chain reaction and isotope-labeled or nonradioactive probes .

母子ABO血型不合的产前诊断

Antepartum diagnosis of maternal-fetal blood group ABO incompatibility

羊水CK、LDH、Mb联合检测进行DMD产前诊断的临床研究

Clinical research of DMD prenatal dignosis , using determining amniotic fluid CK , LDH and Mb