7 Clinical Trials for Various Conditions
This is a prospective, randomized double-blind clinical trial evaluating the effect of a balloon device (Fetal Pillow) to elevate the fetal buttocks during external cephalic version procedures. Eligible study population: nulliparous pregnant women between 37-40 weeks estimated gestational age with a breech presenting fetus and no contraindications to external cephalic version.
This will be a parallel design, nonblinded, randomized controlled superiority trial investigating the utility of a virtual reality (VR) experience to provide analgesia for external cephalic version (ECV).
This study seeks to determine the effectiveness of nitrous oxide in reducing the anxiety and pain associated with external cephalic version (ECV); a maneuver to turn the fetus from breech to cephalic position.
The purpose of this study is to determine the best way to optimize the success of external cephalic version (turning the baby from the outside). Attempting to turn babies in-utero is recommended because it may decrease the risk of needing a cesarean section for abnormal presentation. While the study team knows that this procedure can be effective, the study team still has some un-answered questions as to the best way to perform this procedure to increase the chance of success. Many prior studies have shown that using spinal anesthesia (a shot of medication placed in your back to numb and relax the abdomen) can increase the success rate of a version. This ultimately has led to the finding that using this anesthesia can decrease the rate of cesarean section. However, there have been only a small number of studies assessing the success rate if spinal anesthesia is used only in the event that without it fails. Therefore the study team is going to compare patients who receive spinal anesthesia with those who only receive spinal anesthesia if the procedure to turn the baby (ECV) fails without it.
We plan to conduct a prospective, single blinded, randomized clinical trial to assess the impact of combined spinal-epidural dosing on the success rate of, and patient satisfaction during, external version for breech fetal position and the incidence of vaginal vs. Cesarean delivery. The research aim of this project is to determine the ideal neuraxial dosing strategy to maximize success of external cephalic version (ECV). The research questions, does a combined spinal-epidural (CSE) of a higher dose result in greater success in converting a breech presentation to vertex during external cephalic version (ECV). The hypotheses of this project is that CSE at higher dose will result in greater ECV success than analgesic dosing. The research significance:Increasing the success and comfort of ECV for fetal malpresentation may help decrease the cesarean section rate.
We aim to answer the clinical question: Does combined spinal-epidural analgesia improve the success rate of external cephalic version? We hypothesize that neuraxial analgesia (spinal or epidural analgesia) during version for breech presentation increases successful fetal rotation and decreases the incidence of Cesarean delivery for malpresentation.
Breech presentation of a term pregnancy is a common occurrence. A procedure known as external cephalic version (ECV) is frequently used by obstetricians to turn the baby into the vertex position prior to delivery in order to avoid a cesarean section and the associated risks. Medications to relax the uterus, known as tocolytics, are used in conjunction with the procedure as they have been shown to improve the success rate of ECV, but with inconsistent, varying results.