View clinical trials related to Fetal Alcohol Spectrum Disorders.
Filter by:This is a randomized, double-blind controlled trial of choline supplementation in children with Fetal Alcohol Spectrum Disorders (FASD). The study is comparing two administration durations (3 months vs. 6 months) of choline. The primary outcome measures are cognitive measures.
The purpose of this study is to test a new smartphone "app" for parents/caregivers of children with fetal alcohol spectrum disorder (FASD). The app is called Families Moving Forward (FMF) Connect. The goal of the app is to provide parents/caregivers with useful information to help manage their children's condition and obtain peer support.
This study is a double-blind, placebo controlled, series of N-of-1 trials of individualised stimulant dose on ADHD symptomatology in children with FASD. The broad aim of this study is to contribute new evidence towards understanding treatment efficacy for ADHD symptoms in FASD. Specific aims are: 1. To assess the ongoing effectiveness of stimulant medication prescribed for ADHD symptoms in individual children with FASD of clinically prescribed stimulant medication compared to placebo to control ADHD symptoms (using behavioural and cognitive measures) in children with FASD and ADHD using a N-of-1 trial design. 2. To obtain pilot data to examine feasibility and tolerability of the planned N-of-1 trial design in children with FASD and ADHD for future and larger studies that might seek to examine if the different stimulant types are equally effective relative to placebo. 3. To review the multiple N-of-1 data to analyze key individual factors that mediate the effect of stimulants relative to placebo on ADHD symptoms, including underlying child factors (attention skills, cognitive function), sociodemographic factors and other prenatal exposures.
Meconium samples are collected anonymously from newborns in Helsinki University Hospital maternity ward. The study tries to to find how many women continue to use alcohol during the second half of the pregnancy. Meconium samples are tested for ethylglucuronide (EtG), a metabolite of ethanol, that accumulates in the meconium. Altogether 1000 samples are taken. The sample results are compared to anonymously answered questionnaire about alcohol use.
In order to find how many women continue using alcohol during their pregnancies the plan is to anonymously test routine urine samples collected during pregnancies for ethylglucuronide (ETG), a metabolite of ethanol that is detectable in urine up to several days after alcohol consumptions. Altogether 600 samples are taken in the prenatal care units and the prenatal care units dedicated for the alcohol and drug abusing mothers both in the Helsinki and Lahti areas. Test results are used to estimate and compare the prevalence of severe maternal drinking in the different populations.
Although the adverse effects associated with prenatal alcohol exposure (PAE) are well known, many women continue to drink heavily during pregnancy, putting their infants at risk for fetal alcohol spectrum disorders. Animal studies have shown that choline supplementation can mitigate effects of PAE on growth and development. Choline, an essential nutrient, serves as a methyl-group donor for DNA methylation and is a constituent of the neurotransmitter acetylcholine and a precursor to major components of cell membranes. In an R21 feasibility trial, 70 heavy drinkers were randomly assigned to receive a daily dose of 2g of choline or a placebo from initiation of antenatal care to delivery in Cape Town, South Africa, where the incidence of heavy drinking during pregnancy and fetal alcohol syndrome are among the highest in the world. When compared with infants in the placebo arm, infants in the choline-treated arm were more likely to meet criterion for eyeblink conditioning, demonstrated markedly better recognition memory on the Fagan Test of Infant Intelligence, which is known to have predictive validity for school-age IQ, and had better postnatal gains in weight and head circumference. Key features of this study included the higher choline dose (4.4 times adequate intake (AI), compared to 1.7-2.5 in previous human studies) and initiation of treatment early in pregnancy. We are now conducting a fully-powered, double-blind, randomized, placebo-controlled choline supplementation trial in heavy drinking pregnant women from a rural community in South Africa (1) to assess the effectiveness of maternal choline supplementation during pregnancy to mitigate effects of PAE on three primary outcomes: infant recognition memory and postnatal growth restriction (weight and head circumference); (2) to assess the efficacy of this supplementation for mitigating alcohol effects on the following secondary outcomes: infant eyeblink conditioning, postnatal length, and information processing speed; (3) to use innovative methods in causal inference analysis to examine protocol adherence as an important source of variation in treatment efficacy and to identify sociodemographic factors associated with non-compliance in order to facilitate implementation of the intervention protocol in clinical settings; and (4) in exploratory analyses, to examine whether maternal choline supplementation is particularly effective in women with lower dietary choline intake or poor nutritional status.
The purpose of this research study is to find out if pregnant women screening positive for alcohol risk like the brief alcohol intervention application that the investigators have developed (called the MommyCheckup, which is a technology-delivered SBIRT, or e-SBIRT), and if it helps them to reduce alcohol use. The investigators also wish to test whether e-SBIRT effects can be enhanced by booster sessions and/or tailored text messages.
The purpose of this study is to test a new smartphone "app" for parents/caregivers of children with fetal alcohol spectrum disorder (FASD). The app is called Families Moving Forward (FMF) Connect. The goal of the app is to provide parents/caregivers with useful information to help manage their children's condition and obtain peer support.
The purpose of this study is to help scientists understand why some people who were exposed to alcohol in the womb have special facial features but other people do not. This study will test if genetics (or DNA) explains these differences. We hope this will help improve treatments and interventions for people with fetal alcohol spectrum disorders (FASD). Participants in this study (or their parents or legal guardians) will be asked to: - Answer some questions about themselves. These questions ask about their demographic background (such as gender, race, ethnicity, income, and education), their health history, and their mother's health during her pregnancy with them (if that information is known). - Speak with study staff briefly by phone or video chat to confirm enrollment in the study and ask any questions they have. - Take photographs of their face. - Provide a saliva sample for genetic research. Participants can complete the study at home from anywhere in the world. The questions can be answered online, over the phone, or on paper. Adopted families are welcome to enroll. The study pays for all shipping costs.
Screen women of childbearing age (15 - 44 years) for high risk drinking in antenatal clinics of the established research sites in the Western Cape Province of South Africa (SA). While there are multiple reasons for this screening, the purpose is for selective (secondary) prevention of FASD. A.) Initiate a case control trial/efficacy study (n=400) of the use of one-session brief motivation enhancement therapy (MET) in busy public health settings (versus information only) in these rich research sites where very high rates of FASD have been documented over the entirety of the past two decades. B.) These targeted prevention activities follow both findings and staff experience in prevention over the past decade which indicate that the most likely venue for prevention activities is in antenatal clinics of the local, primary care clinics and hospitals. These activities will also provide tangible community-level pay back for participation in ongoing research activities and lay the groundwork for sustainable services going forward.