gastroschisis/phosphatase

OBJECTIVE Amniotic fluid of fetuses with gastroschisis (GS) contains inflammatory mediators, gastrointestinal, and urinary waste products. Dilution and removal of such harmful substances have been advocated to prevent damage to the herniated intestine. We evaluated the effectiveness of serial

OBJECTIVE The aim of this study was to determine the role of urine exposure in gastroschisis on the pathologic and biochemical aspects. METHODS The intestines of fetal rabbits with gastroschisis (group G), gastroschisis and urethral ligation (group GL), and normal controls (group C) were studied by

OBJECTIVE Intestinal damage (ID) is closely related to morbidity and mortality in gastroschisis. This study was performed to determine the intraamniotic substances that may correlate ID and also to verify their time course levels that would be useful for determining when ID starts in

OBJECTIVE to evaluate the analytical performances of the Hitachi 911 analyzer (Roche Diagnostics, F) for gamma-glutamyl-transferase, 5'nucleotidase, amylase, aspartate-amino-transferase and total-alkaline-phosphatase assay in amniotic fluid. To establish reference intervals for these five enzymes

Phthalates are industrial chemicals widely used in consumer products, plastics and children toys, and the risk of exposure to phthalates, especially prenatal exposure, is a growing concern justifying the development of an animal model to better understand their effect. The present study was designed

OBJECTIVE In gastroschisis, contact with amniotic fluid (AF) causes intestinal damage. Intraamniotic meconium has been shown to be responsible for the intestinal damage, and intestinal damage has been shown to correlate with intraamniotic meconium concentrations. Intraamniotic meconium below a