View clinical trials related to Premature Infant.
Filter by:Premature birth creates difficulties for the child in starting his diet and digestion. The immaturity of the major vital functions complicates the abdominal transit. The initial diet, essentially parenteral in the central way, decreases progressively according to the digestive tolerance allowing the increase of the enteral feedings to optimize the growth. To ensure this transition, nurses nurses in Neonatology service, through their knowledge and expertise, practice a daily gesture: abdominal massage-care. This prevents or remedies a slowing of transit. The paramedical clinical examination of the child, determines the realization of this care. Several studies have proved the benefit of massage on the weight gain of premature babies. These stimulate peristalsis, decrease the duration of intestinal transit and the sensations of discomfort and pain related to it. Currently in Neonatology, developmental care (NIDCAP) is an approach to individualized care for the premature to improve its evolution. The fine observation of his behavior allows us to adapt our care and to ensure the respect of his pace. However, the first sensory capacity developed in the fetus, the touch can also be a source of over-stimulation for the premature baby. Moreover, the greater the prematurity, the greater the risk of occurrence of digestive complications. Can the abdominal care-massage in premature babies be harmful or risk increasing existing symptoms? The abdominal care-massage is neither described nor referenced in the nomenclature of nursing, neither taught nor subject to medical prescription. Few publications exist on this subject, no large-scale research has been reported. On the other hand, the perception of our empirical practice seems to show that the abdominal massage-care is an important aid to the smooth transit of the premature newborn. Transmitted orally by professionals to newcomers to Neonatology, this treatment is carried out in a heterogeneous manner according to professionals. Convinced of its effectiveness, carers wonder about their practice: is there an optimal technique without risk for the child? Determining the absence of risk and the effectiveness of the abdominal care-massage suggests a wider benefit for the well-being and progress of the premature child until he leaves the hospital. This validated practice could be disseminated on a larger scale in other neonatal departments.
Pain control for newborns has made significant improvements over the last 30 years. The use of narcotics remains the standard of care for neonates undergoing minor and major surgeries. Narcotics, however, are associated with adverse effects such as respiratory depression, prolonged intubation and withdrawal symptoms. Acetaminophen (Tylenol©) has been proposed as an adjunct to reduce narcotic use but current evidence from well designed studies in newborns and premature infants is limited. This study will randomly assign neonates undergoing a surgery to either morphine plus acetaminophen or morphine alone for pain control. The subjects will be followed for 72 hours after the operation and evaluate the benefits of acetaminophen for pain control.
The purpose is to investigate whether non-invasive acupuncture - NIA (i.e. acupuncture without needles) will help reduce pain for babies in the Neonatal Intensive Care Unit (NICU) during their routine weekly eye-exam for Retinopathy of prematurity. Retinopathy of prematurity (ROP) is an eye disease most commonly affecting premature babies born weighing less than 1250 grams. Retinopathy of prematurity occurs because these premature babies require oxygen because of their immature lungs. The oxygen then stimulates the growth of blood vessels in the retina, causing the retina to be detached from the eye, which causes vision impairment. To examine if the vessels grow at the back of the eye, an eye-doctor visits bi-weekly once the baby is 32 weeks corrected age to assess if the blood vessels change. If there is a lot of growth, the eye-doctor would use a laser to treat the eye to prevent further growth. During the bi-weekly eye-exam, the premature infant receives sucrose (a type of sugar) for pain management. The investigator will assess pain a premature babies experience during this exam and found that there are extremely high scores of pain despite sucrose and the investigator believe this pain and stress caused by these procedures could be reduced by adding: Magnetic Acupuncture Also, untreated pain causes stress (lower oxygen levels, higher heart rates), discomfort and poorer long term outcomes. Finding the best treatment and prevention for the pain caused by procedures in the NICU is therefore extremely important for any baby.
This study evaluates whether adding a dietary supplement similar to coconut oil (MCT oil) to feedings in premature infants will reduce the amount of yeast (Candida) detectable in their stool. Infants who have Candida in their stool are eligible to participate. Half of the enrolled infants will have additional MCT oil added to their feedings and half will not.
This is a prospective, randomized, double-blind, placebo-controlled trial in preterm infants conducted at least 4 centers in France, consisting of 2 parallel groups. The experimental group will receive a neonatal supplement containing 2 specific HMOs. The control group will receive a placebo neonatal supplement that does not contain any HMOs, but matched to the experimental product in energy content. This study will include a total of approximately 86 male and female preterm infants born between 27 and 32 weeks' gestational age with birth weight ≤1700 g, who are younger than 7 days of age. The primary objective of the study is to demonstrate the safety and tolerance of HMOs in preterm infants by monitoring weight gain rates in both of the two randomized groups.
The study hypothesis is that, in human milk-fed extremely preterm infants, higher protein intake compared to usual protein intake reduces percent body fat (%BF) at 3 months of age.
SpO2 instability is in the nature of premature infants. Hypoxic episodes occur spontaneously in many of these infants, especially after the first week of life. Different interventions have been shown to influence the incidence of hypoxemic episodes in premature infants. A few studies point towards potential clinical benefits of better oxygenation and less hypoxic events by positioning very low birth weight infants prone, though a recent meta-analysis didn't find a clear benefit of prone position. The aim of this study is to evaluate the changes in oxygenation among preterm infants receiving respiratory support when positioned prone versus supine, as documented by SpO2 histograms.
The objective of this study is to determine the extent to which the SMART NICU2HOME (including EMR interface) and the NICU2HOME apps, mobile applications designed for parents of premature infants to receive daily, real-time information about their infants and personalized education material based on parents' anticipated concerns and their infant's clinical status, is effective in: 1) improving parents' competency in caring for their sick infants, 2) reducing stress, 3) supporting parents' social supports and 3) improving NICU outcomes (parent satisfaction, length of stay, readmission rates.)
Premature birth can lead the mother to lose control of herself, and be a contributor to the psychological stress experienced due to the sudden breakdown of the interaction with her infant because of hospitalization in a neonatal care unit. This is a mixed method study, the aim is establish the effectiveness of expressive writing in the experience of mothers of hospitalized preterm infants. The intervention Expressive writing therapy could contribute to reduce the level of stress and anxiety, improving coping and the mother's interaction with her infant.
This study will examine the relationship of oxygen levels, using Near-infrared spectroscopy (NIRS) monitoring, and kidney injury in infants born prematurely. NIRS is a skin sensor which detects the amount of oxygen going to different organs, most often used to monitor the brain and kidney.