13 Clinical Trials for Various Conditions
This research study is called 'PRenatal and Obstetric Maternal Exposures and ISlet Autoantibodies in Early Life: The PROMISE Study'. The purpose of this study is to find out more about how exposures during pregnancy, such as having an infection, diet and growth may impact later risk of type 1 diabetes (TID) and islet autoimmunity in the child. We are also interested in finding out more about why having a father or sibling with T1D increases risk of autoimmunity in the child more than having a mother with T1D. We are enrolling women who are pregnant and either have T1D or another first degree relative (father or full sibling) of the baby has T1D. The biological father is also invited to enroll in study, as it is important to understand how the father's health and genetics may contribute to the child's risk of developing T1D. The study procedures for the mother, father and baby are explained below. Mother: Pregnant women will be asked to complete a visit once per trimester (3 visits) during pregnancy and one visit up to 12 weeks after delivery. At each visit, mothers will consent to a blood draw, collection of biological samples and the completion of questionnaires. . Mothers who have T1D will also be asked to download any diabetes device data they have, such as continuous glucose monitor or insulin pump data. Father: The (biological) father will be invited to enroll in a single visit. He will consent to a blood draw and completion of questionnaires. Fathers with T1D will also be asked to download any diabetes device data they have, such as continuous glucose monitor or insulin pump data. Baby: The baby will have blood collected at birth to determine the genetic risk for T1D. Families will consent to the completion of questionnaires about growth, health and diet at 6, 12, 18 and 24 months of age and between 5-7 years of age, and to complete blood testing for islet autoantibodies at 24 months and between 5-7 years of age. For those children with a high genetic risk score, we will also collect blood for autoantibody testing at 6, 12, and 18 months of age.
Obesity is recognized as a pro-inflammatory condition associated with multiple chronic diseases, including asthma. The specific mechanisms linking asthma and obesity remain hypothetical. Our primary hypothesis is that inflammatory SNPs may regulate the degree of the inflammatory response, with obesity modifying the severity of the disease. In this instance, asthma that develops in the context of obesity demonstrates the potential deleterious relationship between a specific proinflammatory state (obesity) and the genetic regulators of inflammation (SNPs). Our secondary hypothesis proposes that short-term (12-weeks) weight loss by diet alone, but not exercise alone, will reduce lung specific inflammation and diminish the pro-inflammatory responses in female African American obese adolescents with asthma compared to a waiting list control group who after their initial 12 weeks then receive a combined 12-week diet plus exercise program (waiting list control/combined). A third exploratory hypothesis proposes that the frequency of identified SNPs will be significantly related to the amount of fat loss through diet, exercise or combined program and will further be mediated by specific airway and, pro-and-anti-inflammatory markers.These hypotheses will be tested using the following Specific Aims: 1. To determine the frequency of single nucleotide polymorphisms and SNP haplotypes in pro- and anti-inflammatory genes in female African American obese and non-obese asthmatic and non-asthmatic adolescents, 13-19 years or age. 2. To examine the effects of diet or exercise on lung specific inflammation (exhaled nitric oxide, \[eNO\]) and pro-and-anti-inflammatory responses in female African-American obese asthmatic and non-asthmatic adolescents compared to a waiting list control/ combined group. In addition we will examine the following Exploratory Aim: To determine the effects of the inflammatory SNPs in the modulation of several inflammatory markers and lung specific inflammation (eNO) in female African-American obese asthmatic and non-asthmatic adolescents before and after weight loss through diet, exercise or both.
Oral feeding is one of the primary functions of the neonatal brain. In preterm infant population, competency at oral feeding is one of the major milestones in preparation for discharge. Mother's voices have been shown to have a net stimulatory effect and premature infants have been found to have increased cardiorespiratory stability after listening to mother's voices. Main objective of this study is to determine if it is possible to expose preterm infant in a systematic manner to mother's voices before their feeds and to determine if this exposure results in an increase in their oral intake.
This study evaluates Interpersonal Therapy (IPT) in the treatment of depression among pregnant women with elevated depressive symptoms. Half of the women will be randomized to receive IPT, and the other half will get Treat As Usual, provided via behavioral health in the hospital.
The primary objectives of this study are: In infants of women exposed to SPIKEVAX during pregnancy, to assess: * If exposure to SPIKEVAX during pregnancy is associated with an increased birth prevalence of major congenital malformations (MCMs). * If exposure to SPIKEVAX during pregnancy is associated with an increased birth prevalence of adverse neonatal and infant outcomes, specifically neonatal encephalopathy, small for gestational age, respiratory distress in the newborn, and incidence of hospitalization due to infections including coronavirus disease 2019 (COVID-19). * In women exposed to SPIKEVAX during pregnancy, to assess whether exposure to SPIKEVAX is associated with an increased prevalence of hypertensive disorders \[e.g., pre-eclampsia, eclampsia, and gestational hypertension\] gestational diabetes, and post-partum hemorrhage; and * To assess whether exposure to SPIKEVAX during pregnancy is associated with an increased incidence of stillbirth, preterm birth, and medically attended spontaneous abortion.
The goal of this study is to reduce infant and toddlers' secondhand smoke exposure (SHSe) in a high risk, medically underserved population of maternal smokers. The program is called "Philadelphia FRESH (Family Rules for Establishing Smokefree Homes)". Participants are recruited from low-income urban neighborhoods in Philadelphia, Pennsylvania. After determining study eligibility via telephone screen, all participants complete an in-home pre-intervention interview that includes self-reported smoking history, current smoking and exposure patterns, and factors that relate to maternal smoking (such as depressive symptoms, weight concerns, nicotine dependence,) as well as collection of child urine cotinine (a biomarker used to detect SHSe). Participants are randomized after baseline to receive either (a) a moderately intensive (up to 2 in-home sessions, 8 phone sessions) Behavioral Counseling intervention (BC) delivered over a 16-week period by counselors trained and supervised by investigators, or (b) an enhanced Self-Help Control (SHC) that uses brief advice and a detailed self-help manual for SHSe-reduction and smokingcessation. Post intervention assessments include self-reports of intervention process, factors associated with intervention effects, and intervention outcomes that include child urine cotinine (to measure level of SHSe) and participant saliva cotinine (to verify self-reported smoking quit status). Interviewers and data management staff remain blind to the treatment assignment. All procedures are implemented after signed informed consent and were approved by Temple University's Institutional Review Board.
This is a multi-country, prospective safety study of pregnant women exposed to efgartigimod or efgartigimod PH20 SC any time within 25 days prior to conception or any time during pregnancy. Women exposed to efgartigimod or efgartigimod PH20 SC only during breastfeeding will also be eligible to enroll. Background rates of major congenital malformations (MCMs) will be obtained from populations within the same countries/regions as the countries/regions in which the efgartigimod or efgartigimod PH20 SC exposed pregnancies were reported.
This is a Phase 4 observational study designed to assess the impact of Palynziq ® (pegvaliase) treatment in pregnant women with PKU and on their offspring who were exposed to pegvaliase at any time during pregnancy and breastfeeding.
The purpose of the study is to evaluate fetal, maternal, and infant outcomes through 12 months of age.
The Prevention Agent Pregnancy Exposure Registry, also known as EMBRACE (Evaluation of Maternal and Baby Outcome Registry After Chemoprophylactic Exposure) is a prospective observational cohort investigation of exposures to study agents under investigation for HIV prevention. The study population will consist of female participants who are identified as becoming pregnant during their participation in a microbicide or PrEP trial, or who have had planned exposures in pregnancy safety studies as well as their babies resulting from these pregnancies. This study will only enroll babies who have not yet reached their 1 year birth date.
Background: Although breastfeeding has known protective effects, such as preventing childhood obesity, the specific mechanisms remain unclear. Idaho has a high breastfeeding initiation rate (92%) but a significant prevalence of childhood obesity (30.5% overweight/obese). Limited research exists on the impact of maternal inflammation, maternal body mass index (BMI), C-reactive protein (CRP), and interleukin-6 (IL-6) concentrations in breastmilk on infant health outcomes, especially in healthy full-term infants. Objective: This study aims to expand understanding of the role of maternal inflammation on breastmilk composition and its effect on infant immune development. The investigators seek to investigate the relationship between maternal health status, breastmilk inflammatory concentrations, and balanced immune development in infants. Additionally, the investigators aim to explore the potential influence of early diet exposure, including maternal inflammatory status, on the risk of obesity and other inflammatory conditions. Methods: Healthy full-term infants (breastfed/formula-fed) and their mothers will be recruited. Maternal inflammation markers (BMI, CRP, IL-6) and immune markers in infants will be analyzed. Flow cytometry will assess immune populations. Correlations between maternal systemic inflammation, infant inflammation, and breastmilk inflammatory markers will be examined for breastfeeding mothers. Outcomes: The investigators hypothesize breastfed infants will display a more favorable anti-inflammatory profile. This study will identify factors influencing immune development and potential pathways linking early-life exposures to long-term health outcomes. Findings will inform strategies for promoting balanced immune development and elucidate the role of early diet exposure, including maternal inflammation, as a protective or risk factor for obesity and inflammatory conditions.
The hypothesis of this study is that maternal and fetal biologic variation in the balance between pro-inflammatory and anti-inflammatory mediators can be measured by currently available techniques. In addition, the investigators hypothesize that a pro-inflammatory maternal phenotype increases the risk of fetal exposure to intrauterine hyperthemia and inflammatory cytokines; and that intrapartum events, especially known risk factors for fever at term such as epidural analgesia and prolonged rupture of membranes, may interact with underlying maternal factors to increase fetal exposure to inflammatory cytokines. This experiment aims to establish the first large-scale cohort to evaluate biomarkers for maternal and fetal inflammation in term pregnancy and to elucidate the relative antepartum and intrapartum contributions to fetal inflammation.
The long-term goal of this research is to reduce tobacco-related disparities in maternal and infant health outcomes by improving smoking cessation and relapse prevention interventions for minority pregnant and postpartum women, who have been significantly underrepresented in smoking cessation research. This study will examine the feasibility and efficacy of a prize-based contingency management approach for increasing smoking cessation and preventing relapse among socioeconomically disadvantaged minority pregnant smokers. First, the intervention will be pretested with 10 pregnant low-income minority smokers and then refined based on acceptability survey and focus group data. Next, a pilot study will be conducted. 60 highly disadvantaged minority women, recruited from the outpatient obstetric clinics at a large teaching hospital, who report daily smoking and who meet other eligibility criteria will be enrolled and randomized to one of two study conditions: 1) Standard Psychoeducational Intervention (6-week, individually-administered, pregnancy-specific Quit Smoking Now curriculum, as currently implemented in the clinic; QSN Only); 2) Standard Psychoeducational Intervention plus Contingency Management (provision of incentives contingent on biochemically-verified abstinence; QSN-CM). Abstinence monitoring via expired carbon monoxide and salivary cotinine levels will occur in both groups beginning on the first quit day and continuing through 3-months postpartum. Only participants in the QSN-CM group will be reinforced for biochemically-verified abstinence with chances to win prizes ranging in value from approximately $1 to $100 ('fishbowl' or 'prize bowl' method). Study outcomes will be assessed through follow-up research exams (delivery and 6-months postpartum) and hospital chart reviews. The primary hypothesis is that that women randomized to the QSN-CM condition will have higher rates of abstinence during pregnancy and postpartum compared to women receiving standard of care alone. Results should advance scientific knowledge regarding effective methods for promoting and maintaining smoking abstinence among pregnant disadvantaged women and provide preliminary feasibility and efficacy data needed to support a larger randomized controlled trial.