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Frontiers in fetal cardiovascular disease

Pediatric Clinics of North America, 2004
This article reviews the state of the art in prenatal cardiovascular imaging, the elucidation of regional vascular flow patterns in the developing fetus and what can be learned from these flow patterns, the new clinical practice systems being that are being implemented to deal with the fetal patient and its family, and the prospects for fetal surgery.
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Surgically correctable fetal disease

The American Journal of Surgery, 2000
This paper will give an overview of fetal intervention over the last 2 decades. It is interesting to think that what we think of as birth defects are not really such at all. They are defects that become manifest at birth but which have a long and interesting history. As Samuel Taylor Coleridge said, “The history of man for the nine months preceding his
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Fetal Echocardiography to Diagnose Fetal Heart Disease

NeoReviews, 2012
Fetal echocardiography plays a central role in the evaluation of fetuses at risk for heart disease. It allows for detection of cardiac malformations, dysrhythmias, and evaluation of cardiac function. Indications for fetal echocardiography span a wide range that extends from the abnormal screening ultrasound in a low-risk pregnancy to the high-risk ...
Jennifer Co-Vu, Tomislav Ivsic
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Immunologic Disease and Fetal Death

Clinical Obstetrics and Gynecology, 1987
Both maternal isoimmunization and maternal autoimmune disease are associated with fetal death. For isoimmunization the immunologic nature of fetal death (hydrops fetalis) is beyond question, but many of the details are poorly understood. It would be extremely helpful to know what immunologic factors are responsible for the wide variation in the degree ...
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The fetal origins of adult disease

Fetal and Maternal Medicine Review, 1994
Recent studies have shown that babies who are small for dates at birth, or who fail to grow in infancy, have, in adult life, raised blood pressure, impaired glucose tolerance, abnormal serum lipids, raised fibrinogen and high death rates from coronary disease, stroke and obstructive lung disease.
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Human fetal bilirubin levels and fetal hemolytic disease

International Journal of Gynecology & Obstetrics, 1992
The development of secondary fetal anemia in association with maternal red blood cell alloimmunization requires hemolysis. In specimens obtained at the time of a clinically indicated cordocentesis, total and direct umbilical venous bilirubin was measured and the indirect umbilical venous bilirubin calculated in 43 antigen-positive and 30 control ...
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Familial Diseases Revealed by a Fetal Anomaly

Obstetrical & Gynecological Survey, 2006
The recognition of a fetal anomaly can lead to the same diagnosis being made in one of the asymptomatic parents unaware of the problem. We analyzed cases in which the discovery of a fetal anomaly led to the discovery of a genetic familial disorder.Families in which the recognition of a fetal anomaly led to the same diagnosis being made in one of the ...
R, Robyr   +3 more
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Fetal Heart Disease

2017
Antenatal diagnosis of structural CHD is now established in clinical practice in many countries. As a consequence, fetal cardiology has developed into a specialty on its own right. Extra-cardiac, chromosomal and genetic abnormalities are not uncommon associations, and therefore, a multidisciplinary approach is important when counselling families about ...
Julene S. Carvalho, Olus Api
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Genetics of Fetal Disease

2010
The causes of congenital anomalies are genetic and nongenetic. Genetic disorders include chromosomal disorder, single gene (monogenic) disorders, and multifactorial disorders that result from the interaction of multiple genes and environmental factors. There is little experience with fetal magnetic resonance imaging (MRI) and genetic disorders. However,
Maximilian Schmid, Wibke Blaicher
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FETAL ORIGINS OF DISEASE

Chemical & Engineering News Archive, 2010
A GROWING BODY of scientific research suggests that exposure to chemical toxicants in the womb can lead to chronic health problems, including obesity, diabetes, heart disease, and cancer, later in life. Although scientists agree that the evidence is compelling, many of them are frustrated because such data aren’t being used in regulatory decision ...
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