We will recruit mother-child pairs for participation in the study and both the mother and child will be considered study participants. However, in cases where it is not possible to recruit the mother, but the child is available to be in the study we will recruit the child with their parent or legal guardian providing consent for the child's participation in the study
This is a Randomized , Double blinded study to evaluate how effective a single dose of experimental drug called MEDI8897 is at preventing lung disease caused by RSV disease in healthy preterm infants born between 29 weeks 0 days and 34 weeks 6 days.This study also evaluate safety, tolerability and pharmacokinetics (PK) of MEDI8897 in healthy preterm infants compared with placebo.
This study tests an intervention to help children with sickle cell disease ages 0-7 years and their families. The intervention is available on a smartphone or tablet, and includes an app for keeping track of symptoms and messaging with a health care provider. For more information, please contact Shannon at 843-792-9379.
The purpose of this study is to find out whether a web-based intervention using a mobile device over a 12-week period is helpful in managing symptoms of Sickle Cell Disease in children, such as pain and fatigue and quality of life. For more information, please contact Shannon at 843-792-9379.
This study is being done to study the effect of putting povidone-iodine ophthalmic or balanced saline solutions in the eye has on respirations during strabismus (eye alignment) surgery. Both of these solutions are FDA approved for use in this manner and will be done after patients are under anesthesia. The solution to be used is determined by randomization upon enrollment and will either be 3 drops of povidone-iodine ophthalmic solution in each eye (Group A) or 3 drops of BSS in each eye (Group B). The eye solution intervention period will take less than 5 minutes and will cause either only a slight delay or no delay in the surgical time. The only other intervention is the collection of data after induction (but just prior to IV insertion), as well as before and after the drops of eye solution are delivered.
This is a study to develop a test for radiation exposure in the event of a nuclear event such as the detonation of a nuclear device or widespread radiation exposure. We will collect blood samples from a variety of different types of human subjects whose current medical status could possibly have an effect on the results of the test, such as trauma, burns, infections or a damaged immune system or young children. The goal is to ensure that these conditions do not affect the results of the test.
The goals of this study are to understand the mechanisms behind the development of heart failure in children born with complicated heart defects consisting of a functional single pumping chamber, improve the ability to objectively measure cardiac function in these patients and determine the relationship of these pathophysiologic mechanisms to outcomes.
The TRANSFORM network is focused on improving child health outcomes in SC through research on conditions of highest priority for future generations. These include conditions like asthma, autism, diabetes, obesity and early childhood outcomes. To accelerate research study recruitment activities for future projects that TRANSFORM sites may participate in, the TRANSFORM network sites will create a research recruitment registry of families interested in volunteering for research. Participants will enter their own as well as their child(ren)'s information into the electronic registry which can be used to identify people to contact for future studies.
This trial of pitavastatin will determine efficacy and safety in this high risk population, and provide evidence for clinicians to target this treatable risk factor to achieve an impact on early atherosclerosis, and potentially achieve primary prevention of adult cardiovascular disease.
This study is a longitudinal, observational follow-up of MUSC subjects previously enrolled in the NIH funded Tolsurf study. It is being conducted to determine the developmental impact of NICU exposures to chemical plasticizers called phthalates that are found in the NICU environment. Subjects who participated in the Tolsurf study are part of a larger group of NIH funded studies. Participants in each of these NIH funded NICU studies have urine samples from their NICU stay stored in a biobank. These urine samples will be tested for phthalates. If the families agree to let their children participate in the study, results of pulmonary testing and developmental testing will be compared to levels of phthalates in the urine collected during their NICU stay. Previous studies have linked phthalates in-utero to developmental delays, asthma, and altered onset of puberty. The aims of the DINE study are to identify the sources of phthalates in the NICU and measure the impact of phthalates in the NICU.