Active clinical trials for "Labor Pain"

Transcutaneous electrical nerve stimulation (TENS) is a non-invasive electro-physical modality used for several pain conditions including labor pain control. Despite several years of research, there is still no agreement within the literature regarding the selection of TENS parameters. It is aimed to investigate two types of TENS frequencies (TENS1 alternating between 4 to 100 Hz and TENS2 alternating between 80 to 100 Hz) compared to sham-TENS.

The aim of study is to compare skin-to-delivery time and postoperative morbidity between extraperitoneal cesarean and transpirational cesarean.

The purpose of the study is to determine if targeted prenatal educational program on womens' perceptions of epidural increases the acceptance of intrapartum epidural analgesia relative to the control group.

A total of 60 parturients undergoing induction of labour will be consented to participate in the study where they will be randomized to receive either spinal fentanyl (20 µg) or epidural analgesia (fentanyl 100µg and lidocaine 80 mg). They will be monitored for the development of analgesia for a duration of 30 minutes.

to compare between the use of single dose of paracetamol and pethidine hydrochloride intravenously in management of labour pains

Comparison of three programmed intermittent epidural bolus (PIEB) pump settings for maintenance of labour analgesia.

Transcutaneous electrical nerve stimulation (TENS) is a non-invasive electro-physical modality used for several pain conditions including labor pain control. Despite several years of research, there is still no agreement within the literature regarding the selection of TENS parameters. It is aimed to investigate TENS1 alternating between 4 to 100 Hz compared to sham-TENS. The present study aims to evaluate TENS in combination with cardiotocography (CTG). The combination of TENS with CTG in a feedback-loop has not been reported in any studies before.

The purpose of the proposed study is to evaluate the feasibility of using immersive Virtual Reality (VR) during labor. We will also explore whether VR distraction is helpful for reducing subjective pain during labor, even if this pain is severe or excruciating. We predict that VR is feasible in this setting and that VR distraction will reduce acute pain and anxiety during labor.

Administration of anesthetic solution into the epidural space is usually accomplished by a combination of continuous infusion, provider-administered boluses and patient-administered boluses (patient controlled epidural analgesia [PCEA]). The optimal method for maintaining labor analgesia is unknown. Several studies have demonstrated that timed-intermittent boluses, in combination with patient-controlled epidural analgesia (PCEA), provide superior maintenance of labor analgesia than maintenance with a continuous infusion with PCEA. Epidural infusion pumps capable of delivering timed boluses of local anesthetic with PCEA recently became commercially available. Several infusion rates are available for delivering the timed bolus, and the optimal bolus rate is unknown.

Fetal heart rate patterns are an important parameter in the diagnosis of non-reassuring fetal status. Combined-spinal epidural analgesia is a method of initiating labor analgesia used by approximately 90% of the parturients at Prentice Women's Hospital. Optimizing the variables which could affect fetal heart rate patterns at the time of initiation of analgesia, such as fluid administration and oxytocin management, could help us provide better care for our patients and their fetuses. Hypotheses: Patients who receive a 1000 mL fluid bolus and lower rates of oxytocin administration will have fewer non-reassuring fetal heart rate (FHR) changes.