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54 active trials for Cesarean Section Complications

The PartoMa Project: Enabling Best Post Possible Childbirth Care in Tanzania.

Introduction Childbirth care remains suboptimal in many low-resource settings, causing unacceptable maternal and perinatal mortality and morbidity. Realistic, context-tailored clinical support is called for to assist birth attendants in providing best possible evidence-based and respectful care. The PartoMa pilot study from Zanzibar suggested that co-created clinical practice guidelines and low-dose, high-frequency training were associated with care improvements and perinatal survival. In the present study we will modify, implement and evaluate this intervention in five urban, high-volume maternity units in Tanzania. Methods and Analysis The study design is based on a theory of change, and includes three main steps: I. A mixed-methods situational analysis will explore factors affecting care. Step II. Based on step I., the PartoMa guidelines and training will be contextually modified through discussions with birth attendants and postpartum women. III. The modified intervention will be implemented through a stepped-wedge cluster trial, with embedded qualitative and economic analyses. Women in active labour and their offspring will be followed until discharge to assess intra-hospital stillbirths, intra-facility neonatal deaths and caesarean sections without medical indications, and the incremental cost-effectiveness ratio will be measured. Central intermediate outputs include health providers' knowledge, barriers and facilitators to intervention use, and clinical performance.

Start: January 2021
Spinal Anesthesia in Caesarean Section

Spinal anesthesia is a safe technique, widely used and tested in the gynecological field, so as to be considered the first choice technique in cesarean section, which allows to quickly obtain a valid sensor and motor block. Bupivacaine is one of the most widely used drug for obtaining spinal anesthesia in pregnant women undergoing caesarean section. Bupivacaine is a local anesthetic available as a racemic mixture of its two enantiomers, the R (+)- dextrobupivacaine and the S (-) - levobupivacaine, whose clinical use is widely validated. Racemic bupivacaine is available as a simple or hyperbaric solution, the latter being the most commonly used for spinal anesthesia. Levobupivacaine, which is the pure levorotatory enantiomer of racemic bupivacaine, is a slightly hypobaric solution compared to liquor and has shown less heart and nerve toxicity, probably due to its ability to bind proteins more rapidly, and a greater selectivity towards the sensory component compared to Bupivacaine, presents action and effects better predictable. Its baricity would also offer the advantage of providing a less sensitive block to the position. Hypotension is one of the most common complications of spinal anesthesia and is particularly relevant in caesarean section because, in addition to the adverse effects on the parturient, it can have repercussions on the fetus through a reduction of placental perfusion. Some studies have showed a similar incidence of hypotension in patients treated with bupivacaine compared to those treated with levobupivacaine, while others assert an equivalence between the two drugs. In most studies, however, a significantly lower incidence of hypotension and a greater hemodynamic stability were reported in pregnant patients undergoing spinal anesthesia by caesarean section with levobupivacaine. Being both hyperbaric bupivacaine and levobupivacaine routinely used at the "G. Rodolico" Universitary Hospital of Catania for the spinal anesthesia of pregnant women undergoing caesarean section and being their use decided exclusively at discretion of the treating anesthesiologist, in the light of the discrepant data in the literature about the incidence of hypotension with the two drugs, the main objective of this observational study is to evaluate the hemodynamic effects mediated by levobupivacaine on pregnant women subjected to elective cesarean section and to compare them with those mediated by hyperbaric bupivacaine in an historical court of pregnant women subjected to caesarean section in the period between April 2017 and April 2018. The hemodynamic parameters will be monitored in real time with a non-invasive hemodynamic monitoring system (EV1000® platform + Clearsight® system - Edwards LifeSciences), routinely used in the "G. Rodolico" Universitary Hospital of Catania, allowing to obtain greater accuracy and veracity of the results compared to previous studies conducted on such anesthetics.

Start: June 2018
Intraabdominal Chloroprocaine During Cesarean Delivery for Pain Control

Objective The objective of this study is to test the hypothesis that instillation of intra-abdominal chloroprocaine during cesarean deliveries is associated with decreased postoperative pain and nausea compared to placebo, without increasing intraoperative and postoperative complications. Methods The investigators plan to randomize about 150 women undergoing primary and repeat cesarean deliveries to intra-abdominal chloroprocaine versus placebo prior to abdominal closure. Women will be excluded if they have ascertained or presumptive hypersensitivity to the ester type and major anesthetics; if they have chronic pelvic pain or if they refuse to participate in the study. The investigators' primary outcome measure will be postoperative pain as measured by visual analogue scale (VAS) at 1 hour after skin closure. Secondary outcomes will include objective pain as measured by VAS at 2, 6, 24 and 48 hours at rest and during mobilization, adverse effects of chloroprocaine (gastrointestinal side effects, pruritus), concomitant analgesic requirement, hospital readmissions and length of hospital stay. Analysis will follow the intention-to-treat principle. The investigators will also be studying the concentration/effect (PKPD) relationship of chloroprocaine use for pain control in the postpartum period. The time courses of the plasma concentrations of chloroprocaine will be analyzed with mixed effects pharmacokinetic-pharmacodynamic (PKPD).

Start: June 2021