View clinical trials related to Fetal Macrosomia.
Filter by:This study is a randomized, controlled, observational study. 150 nulliparous women with estimated fetal weight ≥3500g at 39-40 weeks of gestation will be enrolled as subjects in the two groups is 1:1. In the experimental group, vaginal examination will be performed at 39 to 40 weeks to assess cervical conditions. If the bishop score <6, the balloon catheter combined with oxytocin induction will be planned at 40 weeks ±3 days. In the control group, one week to 41 weeks ±3 days will be expected. Vaginal examination will be performed again to evaluate cervical conditions. If the bishop score <6 points, and balloon catheter combined with oxytocin induction will be performed. After 96h, their final delivery mode will be recorded. In the following 42 days postpartum, their complications and the neonatal outcome will be followed up.
The present trial intends to assess the diagnostic accuracy of symphysis fundal height (SFH) as opposed to SFH combined with point of care ultrasound to measure the fetal abdominal circumference (POC-US-AC) in identifying small and large for gestational age infants (SGA and LGA infants) among low-risk pregnant women cared for by midwives after 35 weeks' gestation. Low risk pregnancies will be evaluated at 35-38, 40, 41, and 41+ weeks' gestation by midwives trained in SFH measurement and POC-US. Formal obstetric US performed by a perinatologist (i.e high risk obstetrician) will be performed in case SFH and/or POC-US suspect fetal growth or amniotic fluid abnormalities. Prenatal evaluations will be compared to actual birthweights.
Type I diabetes mellitus (T1DM) affects about 0.1-0.2% of all pregnancies. T1DM in pregnancy increases the risk of maternal and neonatal complications. Continuous glucose monitoring systems (CGM) provide a continuous display of measured glucose. Studies have shown improved pregnancy outcomes for patients with T1DM using CGM when compared to capillary blood glucose measurements. This prospective observational study analyses impact of glycemic variability on development of large-for-gestational-age neonates and effects of hypoglycemia during pregnancy on pregnancy outcomes. Furthermore, overall glycemic regulation, different insulin metrics and C-peptide concentration during pregnancy will also be assesed.
Large for gestational age infants (LGA) have increased risks of adverse short-term perinatal outcomes. This study aims to develop a multivariable prediction model for the risk of giving birth to a LGA baby, by using biochemical, biophysical, anamnestic, and clinical maternal characteristics available at first trimester. This prospective study includes all singleton pregnancies attending the first trimester aneuploidy screening at the Obstetric Unit of the University Hospital of Modena, in Northern Italy.
Best management of suspected large for gestational age (LGA) fetuses is unclear. In some hospitals women with an LGA fetus by customised growth charts are are offered earlier induction. This study aimed to examine scan accuracy for this group and the outcome with intervention.
Management of fetal macrosomia is based on a suspicion of macrosomia (no certainty before birth). This management is an artificial induction of labour for an earlier delivery and therefore a lower fetal weight gain. Several studies have already shown that ultrasound performed during the third trimester of pregnancy was not a perfect tool for this screening.
Abnormal fetal size includes fetal growth restriction and fetal macrosomia. Onset is closely related to maternal nutrition metabolism. The specific correlation and mechanism is unclear, and there are no effective measures for early diagnosis and treatment. Previous study found that maternal gut microbiota participates in the material metabolism throughout the pregnancy. Insulin sensitivity in pregnant women, and intrauterine environment under abnormal blood glucose and lipid metabolism are important for the gut microbiota of newborns and even they grow up. However, changes in gut microbiota are the cause of the disease or the outcome is not yet clear. Short chain fatty acids (SCFAs) are produced from soluble dietary fibers in the diet by colon bacteriolysis. Studies have found that gut microbiota can regulate insulin sensitivity and glucose and lipid metabolism disorders through SCFAs. Therefore, this research group uses the gut microbiota as a new idea to studythe relationship of gut microbiota characteristics and level's change of SCFAs with glucolipid metabolism and insulin sensitivity in pregnant women with abnormal fetal size and their newborns through 16S-rRNA high-throughput sequencing, pyrosequencing, and gas chromatography-mass spectrometry, so we can reveal the role of gut microbiota in the pathogenesis of abnormal fetal size and explore targeted rational dietary adjustment and SCFAs reconstruction of gut microbiota to improve maternal and neonatal pregnancy outcomes.
Tahneek is an Arabic word which means putting something sweet such as dates, in the infant's mouth after the birth. Neonatal hypoglycemia is common in the first few days after birth. Up to 15 % of normal newborn babies will have low blood glucose concentrations. It has been demonstrated that treatment of neonatal hypoglycemia with oral dextrose gel was more effective than feeding alone in reversing the hypoglycemia, and also reduced the rate of NICU admission. investigators study is using dates to asses its effect on hypoglycemia in infants at risk.
Fetal macrosomia defined as birth weight above 90th centile ,macrosomia occurs in 42-62%of pregnancy complicated by type 1 diabetes mellitus ,in 30-56% of pregnancy complicated by type 2 diabetes mellitus . -The delivery of macrosomic infant has potentially severe consequence for both the newborn and mother .Increased birth weight increase the risk in the fetus of shoulder dystocia and premature brachial plexus injury ,and those infant weighing above 4500g are at increased risk for neonatal morbidity ,including the need for assisted ventilation and meconium aspiration .Maternal complication result from operative delivery and include postpartum hemorrhage ,third or fourth degree laceration and postpartum infection .
Abnormal fetal development such as macrosomia can cause some complications on both fetus and mother.The measurement of fetal anterior abdominal wall thickness (FAWT) is an easy examination that it can be obtained during an examination of a pregnant woman by ultrasound. Macrosomia for fetus can lead to some morbidities. It can affect perinatal outcome and increase childbirth complications and operative birth. There are some studies scrutinizing the relationship between FAWT and diabetes in the literature. However there are few studies which scrutinize effect of FAWT on both abnormal fetal development and adverse perinatal outcomes in non-diabetic pregnancies and non high risk pregnancies. Hence the investigators wonder if FAWT can anticipate birth-weight or macrosomic infant or perinatal outcome regarding with macrosomia in the second trimester.