View clinical trials related to Neonatal Jaundice.
Filter by:The main purpose of the study is to deliver community health worker based prevention, early screening and management of neonatal Jaundice using battery powered LED phototherapy device at the household level.
Determine the knowledge attitude and practices of all levels of health care providers about neonatal jaundice
Specific Aim 1: To determine total serum bilirubin (TSB) and unbound bilirubin (Bf) levels in term and late preterm infants during the first week of life. Specific Aim 2: Measure Bf levels in breast fed and formula fed infants and examine their relationship to unbound fatty acid (FFAu) levels. Specific Aim 3: To demonstrate that phototherapy results in different changes in TSB and Bf.
Treatment of neonatal jaundice is phototherapy with blue light at wavelength about 460 nm and irradiance > 30 uw/cm2/nm. Though, recent in vitro models have suggested that a wavelength of 478 nm should be optimal in reducing total serum bilirubin. The aim of this study is therefore to compare the efficiency of phototherapy with light emitting diodes (LED's) of 478 vs. 459 nm., respectively.
The aim of this trial is to show that the low irradiance level is not worse than the high irradiance level in the phototherapy for neonatal jaundice.
The Canadian Pediatric Society recently published guidelines to monitor bilirubin levels and as part of standard of care all hospitalized newborns are routinely monitored for the development of high bilirubin or jaundice every 8-12 hours. One device approved and used in both Canada and the United States is the Draeger Jaundice Meter JM-103, a non-invasive medical device. It has been proven to be effective in patients >35 weeks gestational age. Recently the JM-103 has been upgraded to include a bigger touch screen, greater storage and functionality. The rest of the features of the JM-103 and JM-105 are identical. In order to test the accuracy of the JM-105 neonates from ≥ 24 weeks gestational age who have or have not undergone phototherapy will be prospectively monitored for transcutaneous bilirubin (TcB) using the JM-105. The measurements will be compared to a physician-ordered total serum bilirubin (TSB).
In South Africa, healthy term newborns are usually discharged early (<72 hours after delivery). Many studies have shown that hospital readmission rates have increased with this practice, and jaundice or hyperbilirubinemia is the most common cause of readmission of newborns. Peak serum bilirubin levels usually occur on postnatal days 3-5, by when many have already been discharged putting the infant at increased risk of severe hyperbilirubinemia. Severe neonatal jaundice still constitutes an important cause of neonatal mortality and morbidity in Africa. Screening all newborns for the risk of severe hyperbilirubinemia before hospital could help in early identification of hyperbilirubinemia and early intervention and potentially prevent unwanted consequences like bilirubin induced neurological dysfunction. However, there are conflicting recommendations on the use of universal transcutaneous bilirubin screening for jaundice in all newborns before hospital discharge.
Introduction Maternal and neonatal mortality continue to be to be prominent public health issues in sub Saharan Africa including Ghana, with slow progress made towards attainment of Millennium Development Goals (MDG) 4 & 5. Studies have identified poor quality of maternal and child healthcare as a major challenge to the prevention of neonatal and maternal deaths. Effective interventions are required to make significant inroads in these areas. Objective To evaluate the effect of a SMS text messaging intervention to support clinical decision making by frontline health care professionals on neonatal and maternal mortality. Methods We propose to conduct a randomized controlled trial in the Eastern region of Ghana, involving 8 intervention and 8 control districts. The intervention consists of text messaging of standard protocols for maternal and neonatal care to front line health care providers in the region. A total of 17,040 pregnant women who are receiving care (including antenatal, delivery and post-natal) at any of the hospitals in the selected districts in the region will be monitored through monthly aggregate data on outcome measures such as neonatal and maternal deaths from eclampsia, postpartum haemorrhage, puerperal sepsis, birth asphyxia, low birth weight and neonatal sepsis. Cord sepsis will also be included as neonatal sepsis for this study. Also, a quality of care assessment in four sampled districts to measure adherence to the safe motherhood protocol will be conducted. Stata software package.55 and MLwiN software version 2.2456 will be employed in data analysis. Descriptive analysis will be carried out to explore baseline characteristics of study groups while logistic regression will be applied to evaluate the effect of the intervention. A two-tailed statistical significant level of 0.05 will be used. Expected outcome We hypothesize that the intervention will improve both maternal and neonatal service delivery and health outcomes in the intervention areas.
The investigators plan a study to randomize 540 children in Nepal to early (≤30 seconds) or late (≥180 seconds) clamping of the umbilical cord at birth. The children will be followed with blood tests (hemoglobin and ferritin) at 8 and 12 months of age, and their development is evaluated by questionnaire (Ages & Stages Questionnaire ) at 12 months of age, and by testing (Bayley -III) at 18-24 months of age. By implementing the project in a country with a high proportion of anemia at one year of age (about 75%), we can reduce the number of children in the study and still achieve significant results. Iron deficiency is a global health problem and causes anemia and impaired neurodevelopment in children. Anemia is estimated by WHO to occur among 25% of all children before school age, and the corresponding figure in Europe is 3-9 %. By waiting 3 minutes to clamp the cord after birth, a large part of the child's blood volume remaining in the placenta is transfused over to the child's body. Research shows that the neonate's blood volume can increase by about 40% and this blood contains 3 to 4 months' supply of iron. In Sweden, we have shown that late clamping of the umbilical cord could reduce iron deficiency in children at four months of age by 90%. Globally, most countries practice early cord clamping and the child is deprived of the placental blood transfusion. The hypothesis of the study is that by delaying the clamping of the umbilical cord, anemia at 8 and 12 months will be reduced an this in turn will be beneficial for the childrens development. The project will be implemented at Paropakar Maternity and Women 's Hospital, Kathmandu. It hosts approximately 23,000 births annually.
Currently, healthy mothers willing to breastfeed their babies are discharged from the hospital on an average 2 days after a vaginal delivery or 3.5 days after a C-section, at a time where breastfeeding is far to be well established. Following discharge, women can access breastfeeding support from Public Health Units, lactation consultants, health care providers, and Internet (e.g. from breastfeeding associations). Despite the current support, duration and exclusivity rates of breastfeeding drop precipitously in the first weeks and months after birth. We have obtained funding from the Ontario Ministry of Health and Long Term Care to evaluate the efficacy and cost effectiveness of a post-partum clinic based in the community. This clinic, staffed by a family physician (in the morning), a registered nurse and a lactation consultant, will provide breastfeeding support during the first month after delivery as well as ensure a safe transition from hospital to the community for mothers and newborn babies. The clinic, affiliated with TOH, will be found at Harmony Medical Centre, 152 Cleopatra Drive, located south-west of downtown, a 15 minute drive from the Civic campus and 20 minutes from the General campus. The Harmony Clinic has abundant parking (free on the street or a small fee inside the associated lot) and is fully accessible. In its initial phase, the future clinic would enroll only women willing to participate in a research program to evaluate this new program. The clinic will be opening in November 2013 and currently (July - October 2013) we are conducting a pilot study to test feasibility of recruitment and test the surveys and database for this project. Women will be recruited at the Ottawa Hospital (General and Civic campus) and randomized to either receive standard-care or to be given access to the post-partum clinic and be discharged within approximately 24 hours following a vaginal delivery or 48 hours following a C-section. They will have an appointment booked at the breastfeeding clinic within 48 hours after discharge for maternal and neonatal care as well as breastfeeding support. Enrolled women will have access to additional clinic visits for one month after delivery. Information will be collected from their medical chart as well as through surveys that will be sent to them at 15 days, 30 days and 3 months after delivery. We will compare the data and information on the experience of women who attended the breastfeeding clinic and those who did not attend the clinic. With this data we will be able to determine if this type of breastfeeding clinic is beneficial to new mothers and their newborn babies and if it really does increase the exclusive breastfeeding rate at 3 months (primary outcome).