Active clinical trials for "Premature Birth"

The purpose of this investigator-initiated randomized control trial is to determine if bacterial vaginosis infection increases the likelihood of preterm delivery in women with history of preterm delivery. Subjects will be randomized in a two-arm study to undergo predetermined intervals of testing for bacterial vaginosis or control.

This study continues an adaptation of the behavioral intervention Care Coordination After Preterm Birth (CCAPB). This is a pragmatic pilot randomized controlled feasibility trial of CCAPB with baseline and post-intervention assessments.

In this proposed clinical trial, the investigators will randomize 80 very preterm (VPT) infants to receive either early (between day 4 and 7) or delayed (between day 10 and 14) fortification and determine if providing early protein supplementation through early fortification results in higher FFM-for-age z scores and more diversity in the gut microbiome.

RCT assessing preterm delivery rate in singleton pregnancies having a physical-exam indicated cerclage placed between 24 weeks and 25 weeks and 6 days. Patients randomized to either cerclage intervention or routine standard of care (no cerclage).

1.4% of babies have a very premature birth (PTB) (less than 32 weeks of pregnancy). This can result in severe life-long complications including cerebral palsy, learning and behavioural difficulties and breathing problems. This has significant cost implications for the NHS, education services and immeasurable human costs for the child and their family. Early delivery may result from maternal infection or poor attachment of the placenta to the womb, which may also cause abnormal brain and lung development. Even where obvious signs of infection are not present in the mother, subtle infection is often present in the baby. Currently there is no test routinely used to see if there is an infection of the baby inside the womb, and it is unknown how the placenta develops in babies that subsequently deliver preterm. Using MRI, the investigators will assess the baby's thymus and placenta for signs of infection and assess how the lungs and brain are developing whilst still in the womb. Machine learning techniques, where computers analyze all the results together, will then be used to see if these scans can identify babies that do poorly after birth. 137 pregnant women at high risk of PTB (between 16-32 weeks of pregnancy) and 183 women with uncomplicated pregnancies will be invited to participate. Women will have an MRI scan of the fetus assessing the lung, brain, thymus and placenta. Where high risk women do not deliver, repeat imaging will be offered every two weeks (maximum 3). After birth the investigators will see if infection was present by analysing the placenta under a microscope, and see how the baby does. All the information from scans and after birth will be put into a computer, to predict which babies do poorly after birth. Health records of the child will be accessed up to two years of age.

Premature neonates are able to discriminate phonemes and voice from 28wGA at a time the neuronal network establish contact between the environment and the cortical neurones. In the present monocentric study the investigators will analyse the response of the cortical network in premature aged between 28 and 40 wGA in response to auditory stimuli using High Resolution Electroencephalography and High Density Near Infrared Spectroscopy

The aim of the study is to investigate physiological response, social/emotional response and general movements in preterm infants when they are given skin-to-skin contact with the mother (intervention) or standard care (incubator) right after delivery. Preterm infants will be randomized to either intervention or standard care group. Data on body temperature, blood glucose, hart rate, respiration rate and oxygen saturation will be obtained. In addition the infant will be video-recorded during the first 24 hours and at three months of age for analysis of the general movements.

The objective of the study is to compare the time of attainment of full enteral feeds in preterm neonates between 27-32 weeks of gestation started on early total enteral feeding (ETEF) with those started on conventional enteral feeding (CEF).

The study concerns the creation and implementation of a digital tool presenting the various orofacial stimuli that can be offered to premature newborns. This app is intended for parents, to allow them to play a more active role in their child's care, and provide them with special time with their child. The notion of pleasure is very important to us, and it's vital to help parents rediscover this feeling with their child. Different profiles will be created to individualize our recommendations, facilitate the understanding of orofacial stimuli, make them more concrete than drawings, and provide care adapted to each patient and improve the development of newborns through more regular orofacial stimulation.

The recording or bowels is easy and cheap. The investigators wonder if these sounds are modified in babies with high risk of necrotizing enterocolitis. In this study, the investigators suggest to record and do a spectral analysis of 30 seconds of bowel sounds in preterm babies of less than 32WA before and after enteral nutrition, every day until the end of hospitalization. A spectral analysis will be made for each record to determine frequencies of the signal. The investigators will try to determine physiological frequencies and look for modifications in pathological situations.