View clinical trials related to Fetal Conditions.
Filter by:This research will be conducted to determine the effect of stress ball intervention during NST on anxiety and fetal well-being in high-risk pregnant women. Women with high-risk pregnancies randomly assigned to intervention (n=43) and control (n=43) groups at a state and a faculty hospital in Turkey will be included in the study. Pregnant women in the intervention group will be told to squeeze and release the ball once after counting to three, to inhale each time they press the ball, to exhale when they relax their grip and to focus only on the ball. Pregnant women will be instructed to continue this practice throughout the NST procedure (approximately 20 minutes). Pregnant women in the control group will not receive any intervention other than routine hospital care during the NST procedure. Data on anxiety and fetal well-being outcomes will be collected before and after NST.
In this research study, the investigators want to learn more about the role of new innovative surgical devices, the Karl Storz Curved and Straight Fetoscopes for in-utero surgery. A fetoscope is like a small telescope that can see inside of the uterus (womb) during minimally invasive surgery. The curved scope is used for patients with an anterior placenta (front of uterus), while the straight scope is used for patients with a posterior placenta (back of uterus). The scopes will be used to assist in procedures involving fetoscopic laser photocoagulation (FLP), which is a minimally invasive surgery that uses a small camera (fetoscope) to locate abnormal blood vessel connections in the placenta and seal them off using laser energy. These fetoscopes will be utilized in the diagnosis and management of various fetal conditions that can arise during pregnancy. Outcome data will be reported in a descriptive statistical analysis. The investigators will assess the surgical outcomes, short and long-term morbidity, complications, and gestational age of participants in order to evaluate the benefit of using these devices.
Ultrasound is one of the most important tools in pregnancy both for its diagnostic capacity, but also because it is not invasive. For physiological pregnancy, the Italian guidelines provide for the execution of 3 ultrasounds: one in the first trimester (between 11 and 14 weeks), one in the second trimester (between 20 and 22 weeks) and one in the third (between 30 and 36 weeks). weeks). Screening for cardiac abnormalities is done during second trimester ultrasound, also called structural ultrasound. However, the development of three-dimensional (3D) sonography has represented a dramatic shift in obstetrics as it allows for the acquisition of a volume of data rather than conventional planar or 2D scans. This method has allowed considerable progress in the study of the fetus in the initial stages of development and has opened new windows in the knowledge of anatomical malformations at an early age. The possibility of detecting structural anomalies already during the first trimester of pregnancy allows, in fact, to provide the patient with additional time for counseling and for any genetic tests.
This study will be conducted to show the effect of different degrees of maternal iron deficiency anemia on fetal hemodynamics and neonatal outcome and to evaluate the effect of treatment.