View clinical trials related to Premature Birth.
Filter by:The main goal of this trial is to investigate whether early administration of human erythropoietin (EPO) in preterm infants improves neurodevelopmental outcome at 18 months corrected age. This study is designed as randomized, double-masked, placebo controlled multicenter study involving at least 312 patients.
This study is to compare the maternal and neonatal outcomes in the patients with PPROM who are managed at home versus those managed at hospital, half the patients will be managed at home and the other half will be managed inpatient.
Induction and support of lactation in women with preterm delivery and inadequate milk production.
Ritodrine is the conventional and the only approved tocolytics in Korea(by KFDA), although it was withdrawn from the US market more than 10 years ago. As already known well, ritodrine has many side effects such as tachycardia, hyperglycemia, pulmonary edema and so on. When such complications of ritodrine appears, clinicians consider of using MgSO4 as substitute, but its use is off-the-label yet in Korea. Facing this discrepancy, the investigators want to compare the efficacy and safety of MgSO4 with ritodrine and prove that MgSO4 is not inferior to ritodrine as tocolytics. For the singleton and twin pregnancies between 24+0weeks and 34 completed weeks whose uterine contraction is more than 4 during 20 minutes period with their cervical ripening is more than 25%, the investigators randomise them in Ritodrine group or MgSO4 group. Then, the investigators will check the change of their interval of uterine contraction, degree of pain and the appearance of any side effects or treatment failure sign.
The purpose of this study is to determine whether fluoride supplementation during pregnancy is effective in extending the length of gestation and improving overall perinatal well-being.
In the UK and worldwide many babies are born without carers knowing their gestation as the mothers will not have had good antenatal care. It is possible to estimate gestation but this requires a detailed clinical exam. The investigators wish to improve this by using software analysis to pick out features of the baby (face and foot) to try and estimate the gestation of the baby once it is born. The investigators will also look explore if the software can distinguish the normal face or a baby in discomfort. Good estimation of gestation can result in more targeted management of the baby. The investigators will capture the images of newborn babies, from a variety of gestations, and use this dataset to teach the software to estimate gestational age and level of discomfort.
Nowadays feeding intolerance (FI) is a common condition among preterm infants. It has been estimated that 16%-29% of premature infants admitted to neonatal intensive care units (NICUs) develop feeding intolerance at some point during their length of stay. The most frequent signs of FI are the presence of abdominal distension, abundant and/or bilious gastric residuals and vomiting suggesting an inability of the infant to further tolerate enteral nutrition, it increases with decreasing in gestational age (GA) and birth weight (BW). FI represents one of the most uncontrollable variables in the early nutritional management of these infants, and may lead to suboptimal nutrition, delayed attainment of full enteral feeding and prolonged parenteral nutrition supply. NIRS has been used in preterm infants to evaluate changes in cerebral perfusion and oxygenation. It provides real time insight into the oxygen delivery, presented as regional oxygen saturation rSO2 with lower values than SpO2 distal pulse-oximetry where is mostly measured as arterialized capillary bed (around 55% vs 98% Oxygen saturation in regional NIRS vs conventional pulse-oximetry). Light easily penetrates the thin tissues of the neonate through bone and soft tissue, particularly the thin capillary bed of the tissues; NIRS provides non-invasive, continuous information on tissue perfusion and oxygen dynamics. This technique uses principles of optical spectrophotometry that make use of the fact that biological material, including the skull, is relatively transparent in the NIR range. Dave et al. evaluated the abdominal tissue oxygenation with NIRS, and showed that preterm infants change their cerebral - splanchnic oxygenation ratios during feedings, mainly because an increasing in the splanchnic oxygenation. Gay et al. performed abdominal NIRS in premature piglets showing association of perfusion/oxygen changes with NEC spectrum. The investigators would like to evaluate the association between feeding intolerance and unchanged splanchnic regional saturation and variation in the cerebral splanchnic ratio. Innovation: FI diagnosis follows a subjective approach, where the clinician is worried in further risk of develop Necrotizing enterocolitis (NEC). This non-studied relationship (FI and NEC) lower the threshold for the diagnosis of FI. Furthermore, infants with FI diagnosis commonly are subject of stop or slow the progression of feedings, increasing the risk of intestinal villi atrophy, and increase the length of parenteral nutrition support, and also the length of stay in the NICU settings. If NIRS technology help the clinicians to detect true abnormalities objectively as a new monitor assessing adequate feeds progress decreasing failure to feed, and therefore diminishing the need for parenteral feeds and further complication associated with it.
Accumulating data on early intervention for preterm infants in Western countries have demonstrated short- to medium-term benefits on enhancing child cognitive outcome. Furthermore, the cumulative plasticity of dopamine-related genes may interact with environmental intervention in influencing a child's behavior. However, rare studies have examined the long-term effect of early intervention for preterm infants in Eastern society and whether the genetic markers interact with environmental intervention in shaping child developmental outcomes. To meet the contemporary concept of family-centered intervention and to adapt the findings of our previous studies into program design, we have developed a family-centered intervention program (FCIP) for preterm infants with very low birth weight (VLBW, birth weight <1,500 g) in Taiwan and employed a multi-centered, randomized controlled study design to examine its short-term effects with respect to a usual care program (UCP) and its biosocial pathways.The FCIP contained ecologically pervasive child-, parent- and dyad-focused services that lasted from hospitalization until 12 months; the UCP contained child-focused services in hospitalization and phone calls after discharge. This three-year multi-centered study is therefore aimed to extend our research to examine the long-term effectiveness of FCIP on child and parent outcome compared to a usual care program (UCP) for VLBW preterm children in Taiwan at preschool age and to investigate if dopamine-related genes moderate intervention effect on child developmental outcome. A total of 275 ( 269 participants + 6 pilots) VLBW preterm infants have been enrolled and randomly assigned to the FCIP and UCP, and their buccal cells samples have been collected for typing of dopamine-related genes. All infants and families will be examined at 3 and 4 years of age for child and parent outcomes. Child outcomes will include growth, health, cognition, language, motor function, and behavioral measures; parent outcomes will consist of parental stress and quality of life measures. The long-term effect of early intervention for preterm infants will provide important information to help medical/educational professionals and public policy makers develop and assess effective intervention for Taiwanese preterm children who are at risk of developmental disorders. Furthermore, the results will help reveal the gene and intervention interaction on child developmental outcome.
The aim of this study is to compare the cardiovascular and respiratory effects of "higher" versus "equivalent" CPAP pressures post-extubation from high endotracheal airway pressures (EAP), defined as at least 8 cm H2O (water), in the form of a randomized controlled cross-over trial. Endotracheal airway pressure (EAP) will be defined as mean airway pressure (MAP) [if on high frequency ventilation] or positive end-expiratory pressure (PEEP) [if on conventional ventilation] at time of extubation. Participants will be randomized to "higher" CPAP group (CPAP level 2cm H2O higher than the extubation EAP) or "equivalent" CPAP group (CPAP level equal to the extubation EAP) before undergoing crossover to the other arm. We hypothesize that "higher" CPAP levels, when compared to "equivalent" CPAP levels, do not adversely impact the cardiorespiratory status when a patient is extubated from high EAP.
This will be a quasi-experimental study comparing blood glucose values 30 minutes after feeding alone or feeding + 40% dextrose gel in newborns at risk for transient neonatal hypoglycemia.