Active clinical trials for "Postpartum Hemorrhage"

Studies found conflicting results on efficacy of uterotonic agents used to prevent and treat uterine atony, the most common cause of postpartum hemorrhage. Uterine EMG can be used to objectively assess myometrial contractility and, consequently, efficacy of different uterotonics. The investigators are planning a single-center, randomized, open-label trial to compare uterine EMG parameters in women receiving oxytocin vs. those receiving carbetocin after cesarean delivery.

Postpartum hemorrhage (PPH) due to uterine atony is a major cause of maternal morbidity and mortality. Uterotonic drugs are used to improve the muscle tone of the uterus after birth, and these are effective at reducing the incidence of PPH. Oxytocin is the most commonly used uterotonic drug to prevent and treat PPH. Large doses of this drug are asociated with adverse effects like low blood pressure, nausea, vomiting, abnormal heart rhythms and changes on ECG. Various international bodies recommend varying and high doses of oxytocin in elective cesarean sections. A study performed at Mount Sinai Hospital showed that a much smaller dose of oxytocin is required (ED95 being 0.35IU). However, most of the women included in this study were below a body mass index (BMI) of 40kg/m2. The investigators seek to find the best dose for patients with a BMI>40kg/m2, as a higher dose may be needed in this population to contract the uterus adequately.

Postpartum hemorrhage continues to be the leading cause of maternal morbidity and mortality worldwide. Successful management of postpartum hemorrhage requires not only administration of the right medicine, but also a rapid and coordinated response from a multi-professional team. A prerequisite for this is that the individuals are well trained, which the investigators believe can be improved by video debriefing of real-life events. The purpose of this study is to improve obstetric teams management of postpartum hemorrhage using video recordings of real-life events in post event debriefings. Cameras are placed in the ceiling of all delivery rooms to record obstetric teams' management of postpartum hemorrhage. Video recording requires informed consent from all participants. After an event, the team will review their own performance on video in a debriefing session to improve future performance.

Intramuscular (IM) oxytocin is the gold standard prophylactic therapy for post partum haemorrhage (PPH). However, in resource-poor settings within the developing world, the stability and therefore effectiveness of prophylactic IM oxytocin is diminished by a lack of appropriate refrigeration facilities and availability of trained health care professionals (HCPs) to administer IM injections. This study will be the first investigation of oxytocin in humans via the inhaled (IH) route and is designed to evaluate the safety and tolerability of inhaled oxytocin and the five non-pharmacologically active components in the placebo, and to establish the PK characteristics of up to four fixed escalating doses of inhaled oxytocin. In this single blind ascending dose-escalation study, the systemic exposure from up to four proposed escalating inhaled fixed-dose levels (50 micrograms [mcg], 200 mcg, 400 mcg and 600 mcg) will be compared with the systemic exposure following 10 international units (IU) of IM oxytocin in healthy premenopausal females.. A total of 15 subjects will be enrolled after screening sufficient number of healthy female subjects and the subjects will be assigned to one of the two treatment sequences. The total duration of this study is approximately 20 weeks.

This document defines the Clinical Investigation Protocol for a study designed to determine whether blood loss after spontaneous vaginal delivery is altered by the addition of misoprostol administration to the standard use of intravenous oxytocin after delivery. The protocol is an open-label randomized prospective trial to be carried out at Queens Hospital Center. Blood loss will be measured indirectly by comparing the maternal hemoglobin and hematocrit levels on admission in labor to those obtained within 24 hours after delivery.

Postpartum hemorrhage (PPH) is the top reason for maternal deaths in China. The four major causes of PPH include uterine atony, genital tract laceration, placenta factors and systemic medical disorders (including inherited and acquired coagulopathy). Management of PPH contains the application of uterotonic agents, using hemostasis agents, transfusion of blood component products, conservative procedures (intrauterine packing or balloon tamponade, compression sutures, vascular ligation and uterine artery embolization using sponges), and even hysterectomy. The Bakri Balloon has attained its efficacy and popularity ever since it was invented by Doctor YN. Bakri. Although it is recommended by many countries as a routine procedure for PPH management, the Bakri Balloon is not yet a first choice in China due to lack in clinical data of preventive usage. The aim of this study is to prove the efficacy and safety of the Bakri Balloon in early management of PPH.

In 2009, the Society of Obstetricians and Gynecologists Canada, which produces national clinical guidelines on important women's health issues, recommended that a bolus of carbetocin 100 mcg into your vein should be used at elective cesarean delivery instead of oxytocin infusion for the prevention of bleeding after you deliver your baby. Similar to oxytocin, carbetocin has side effects that are dose-related. Although 100 mcg has been the recommend dose, studies in nonlaboring women suggest that doses lower than 100 mcg may be used to achieve the same degree of uterine contractility with less side effects. So far, the ideal dose to be used in cesarean sections for labouring women who have failure to progress in labour (failure of your cervix to dilate adequately to 10cm or the baby's head not descending the birth canal) has not been determined. This study is designed to determine the minimum carbetocin dose required during cesarean delivery for 'failure to progress' to achieve the best effect.

The purpose of this study is to determine whether use of the Safe Delivery smartphone application by midwives can reduce excess blood loss from bleeding, and infant death during childbirth in Ghanaian women. Moreover, it will be investigated whether the Safe Delivery application can increase midwives' knowledge and skills in managing childbirth. Fifteen hospitals in Greater Accra, Ghana, will be cluster randomized to either use the Safe Delivery application (intervention), or to no intervention (control). In the intervention hospitals, midwives will be educated in the use of Safe Delivery. Pregnant women will be enrolled at delivery and followed until 7 days postpartum. Data collection will begin July 2014 and is expected to be finished by October 2014.

200 women will be randomly divided into 2 equal groups using computer generated random numbers. Group 1 will receive Carbetocin 100 µgm (Pabal® Ferring, UK) and group 2 will receive oxytocin 5IU (Syntocinon®, Novartis, Switzerland).

Postpartum hemorrhage (PPH) is a leading cause of maternal morbidity and mortality worldwide and is caused most commonly by poor uterine muscle tone after delivery. The first line agent used in the prevention and treatment of PPH is oxytocin, which acts by binding with oxytocin receptors (OTR) found on myometrial cells to cause uterine contraction. Women who require augmentation of labour with oxytocin because of inadequate labour progression are at increased risk of PPH because they have received intravenous oxytocin which exposes the uterus (and OTR) to doses greater than would normally be found without medical intervention. This exposure results in OTR desensitization and decreased uterine sensitivity to oxytocin which may lead to the use of much higher doses of oxytocin (up to 9x) or other agents for preventing and treating PPH with the potential for causing serious drug-related morbidity or fatality to the mother. Currently, in women who have failed labour augmentation and need to have a Cesarean delivery, it is not known if it would be beneficial to wait a certain period of time after discontinuing intravenous oxytocin before proceeding with the operation. The goal of the waiting time would be to allow the OTRs to recover and resensitize the uterus to the effects of oxytocin to avoid the need for high doses or additional uterus-contracting agents. Our hypothesis is that there will be a positive correlation between the magnitude of recovery of the myometrium's response to oxytocin and the time elapsed from the desensitizing oxytocin pretreatment (simulated labour augmentation).