View clinical trials related to Obstetric Complication.
Filter by:This study aims to determine the effectiveness of community engagement using M-MAMA Champions on awareness of Obstetric Danger Signs, Birth Preparedness, and Complication Readiness among Pregnant Women in Bahi, Dodoma. This is a community-based, cluster randomized controlled trial (cRCT) study, whereby 120 first and second-trimester pregnant women will be randomized at a ratio of 1:1 to the intervention and control groups. The intervention of sensitizing pregnant women on Obstetric danger signs, birth preparedness, and complication readiness by the empowered M-MAMA Champions to the intervention arm clusters will be done for one month, a two-hour session will be delivered every two weeks, using participatory learning and action model for women groups to test the effectiveness of M-MAMA Champions in improving literacy level of obstetric danger signs, birth preparedness and complication readiness and its practice among pregnant women. The following is the hypothesis being tested Null Hypothesis; There is no difference in improvement of awareness of Obstetric Danger Signs, Birth Preparedness, and Complication Readiness among Pregnant Women when community engagement is done using M-MAMA Champions compared to routine approaches. Alternative hypothesis; Community engagement using M-MAMA Champions to improve awareness of Obstetric Danger Signs, Birth Preparedness, and Complication Readiness among Pregnant Women is more effective than routine approaches. During each 2-hour session, five (5) women will gather up and discuss the obstetric danger signs, birth preparedness, and complication readiness with the assistance of the M-MAMA Champion as a facilitator. An approved brochure on the concerned subject will be used for sensitization. Baseline data will be collected before and after the intervention. The control arm won't receive any intervention.
Despite the benefits of reiki application, no study has been found that examined the effects of reiki on breastfeeding self-efficacy, complaints during pregnancy and quality of life in pregnant women.
In evaluating a patient's ability to have a normal vaginal delivery, a practitioner must consider three factors. Commonly referred to as the three P's, these include Power (contractions), Passage (pelvis and soft tissue) and passenger (baby). Power can be controlled through induction and augmentation agents. Passage is determined by the women's body habitus. Passenger includes the baby's estimated fetal weight (EFW) and position. Throughout the history of obstetrics, the baby's position has been a factor that has acted as a strong predictor of a woman's ability to deliver vaginally. Several researchers have looked into the percentage of babies born in the Occiput Anterior (fetus facing down) vs. Occiput Posterior (fetus facing up aka "sunny side up") position. Studies have shown that the majority of babies are born in OA position and that the finding of an OA positioned baby is associated with a greater likelihood of a successful vaginal delivery. OP position is associated with higher risk of 3rd and 4th degree perineal lacerations, operative delivery (vacuum/forceps) and cesarean section. Therefore OP position poses a higher risk of morbidity to the patient and fetus. Multiple studies exist in the obstetrics and midwifery literature regarding maternal positioning to correct fetal malposition. Many of these studies have shown no significance and those that do have generated conflicting results and are consistently lacking in power. The aim of this prospective study is to determine if maternal positioning to either the side of fetal movement (contralateral/opposite to the fetal spine) or opposite of the side of fetal movement (ipsilateral to the fetal spine) during the first stage of labor is associated with correction of fetal OP to OA position. Upon admission to labor and delivery, following an initial ultrasound to confirm fetal OP position, women in this study will be randomly assigned to one of three groups; one control (Group A), and two experimental (Groups B and C) groups. Those assigned to Group A will be allowed to remain in any position they chose during their labor and delivery course. Group B will be placed in a dorsal recumbent, modified sims position on the side of fetal movement. Group C, will be placed in the same position but opposite that of which fetal kicks are felt. Subjects in the experimental group will be asked to remain in these positions throughout the majority of their labor and delivery course, up until the second stage of labor (10 cm dilated). They will be allowed to change positions for up to 10 min per hour for maternal comfort and any fetal resuscitation efforts. Anything longer than this will be considered a deviation from the protocol and will be documented as such, but all necessary intervention for fetal well-being will be allowed including changes in maternal position for longer than 10 minutes. Once a cervical dilation of 10cm is achieved all study interventions will be discontinued. Peanut balls and manual rotational maneuvers will not be allowed as they are considered confounding factors which may individually affect fetal position. Data will be collected from the hospital record. This data will include: maternal age, BMI, race, maternal medical complications, delivery type, laceration, fetal position at delivery, dilation on admission and weight of the baby.