View clinical trials related to Birth Weight.
Filter by:The aim of this study is evaluates the effect of the use of bottle and cup in breast sucking patterns in preterm infants. It will be a randomized blind study. One group will be randomized to use bottle to feed and another one to use a cup to feed. As secondary endpoints, weight gain, days of life to begin full oral feeding, length of hospital stay and breast feeding rates will be observed.
This study was completed in October 2006. No further participates are being recruited.
The aim of the present study is to describe the performance of very low birth-weight preterm toddlers regarding expressive language and cognitive development during sensorimotor and beginning of pre-operational periods, as well as to compare the performance presented by these children to that presented by their full-term peers, according to Genetic Epistemology theoretical principles. The hypothesis of this study is that very-low birth weight preterms would present a poorer performance, concerning expressive language and cognition development,than their full-term peers.
To examine if early iron supplementation (starting oral iron at 14 days of life) would improve the nutritional iron status(measured by serum ferritin) of very low birth weight infants at postnatal age of 60 days, when compared to the standard regime of starting iron at 2 months of life.
Evaluate the safety, PK and efficacy comparing Pagibaximab Injection to placebo in preventing staphylococcal sepsis in very low birth weight infants. 1550 infants will be enrolled prior to 48 hours of life and will be randomized 1:1 to receive active drug or placebo on study days 0, 1, 2, 9, 16, and 23.
it is a prospective randomized simple-blinded pilot trial with the principal aim to compare efficacy and tolerance between oral ibuprofen and intravenous ibuprofen in early curative closure of PDA in very low birth weight infants. The likelihood of ductal closure with only one or two doses of treatment is a secondary objective.
The purpose of this Phase 1 study is to evaluate the safety and pharmacokinetics of BSYX-A110 in a small number of healthy adult volunteers. Following the demonstration of safety in adults, this anti-Staphylococcal monoclonal antibody will then be evaluated in the target population of hospitalized low birth weight neonates.
Our group has consistently found that the major interventions to reduce morbidity and mortality in low-income countries have sex-differential effects. These interventions include BCG vaccine, oral polio vaccination (OPV), and vitamin A supplementation (VAS). Low-birth-weight (LBW) children constitute the largest high-risk group in low-income countries. According to current policy, they receive OPV at birth. Current evidence suggests that a policy of providing BCG with OPV for girls and VAS instead of OPV for boys at birth may improve survival in LBW neonates. This will be tested in a large randomized trial. We experienced an unexpected cluster of deaths among boys in the VAS arm, which could be due to chance, but we decided to stop randomizing boys to OPV or VAS. Very recent evidence has suggested that low-birth-weight boys may benefit from BCG at birth as well. Hence, we have obtained ethical permission to continue the trial with randomization of boys to OPV or OPV plus BCG.
In this study, we want to see how feeding affects breathing in small premature babies. Using a special feeding tube in the stomach, we can measure how the diaphragm (a large breathing muscle) might be affected by feeding. We also want to see if slowing down the feeding may lessen this effect.
The aim of the study is to determine mechanisms leading to glutathione deficiency in low birth weight newborn babies. Compared to full term neonates, depletion in this population may be due to a decreased synthesis rate or to an enhanced utilization or a combination of both mechanisms.The protocol is constituted of two steps. The objective of the first step is to quantify the blood concentration of glutathione in the artery and the vein of umbilical cord in full term newborn babies. Objectives of the second step are to determine if the glutathione synthesis rate, measured in vitro, is lower in erythrocytes collected from umbilical cord blood of low weight newborn babies compared to full term newborn babies. In this case, the next objective will be to determine if the adjunction of an excess of cysteine in vitro can restore the glutathione synthesis rate in these cells.