Pregnancy Clinical Trials

This is a pragmatic randomized control trial to evaluate the BETTER intervention compared to standard obstetrical care (control) to determine whether it helps to reduce maternal anemia and other adverse pregnancy outcomes. The BETTER intervention includes one motivational interviewing session and bi-weekly text messages to encourage patients to connect with resources that address their social needs, including housing, food, and transportation. Quantitative data will be used to study participant outcomes, including surveys, and electronic health record data. Read Less

The investigators propose to conduct a combined intervention that pairs SMS smoking cessation messages for patients with individualized training for OB clinicians to improve quit rates among pregnant smoking. The aim is to determine the effect of the intervention versus control on smoking cessation outcomes on patient smoking cessation. The investigators will recruit patients at their first OB visit who report smoking at Duke and Pitt. Patients in both the control and intervention arm will receive smoking cessation support messages throughout their pregnancy. OB clinicians in the intervention arm will receive tailored smoking cessation counseling training. Clinicians in both arms will receive a one-time 5 A lecture. The investigators will analyze smoking cessation outcomes and audio recordings. This is a minimal risk study. Read Less

This project builds on the Michigan Contraceptive Access Research and Evaluation Study (M-CARES) to evaluate the long-term effects of mothers' access to free contraceptives and reductions in unintended pregnancies on their children's well-being. Read Less

The purpose of this study is to evaluate pregnancy-related health outcomes in participants who are exposed to Epidiolex/Epidyolex during pregnancy and their infant up to 12 months of life. Read Less

Background: The microbiome is the bacteria and other microorganisms that live inside and on the body. The microbiome is important for our health. Researchers study how the microbiome help people stay healthy. They study how the microbiome affects the body when people get sick. To do this research, they need samples of the microbiome living on the bodies of many people. The purpose of this natural history study is to collect microbiome samples in a repository. These samples will be used for future research. Objective: To collect microbiome samples from the body that can be used for future research. Eligibility: People of any age. Only those older than 3 years will be seen at the NIH clinic. Design: Participants will fill out a questionnaire. Topics will include their medical history and foods they eat. Participants will be asked to give 1 or more of the following: Stool, urine, saliva, vaginal fluid, and breastmilk. These samples can be collected at home and sent to the researchers. Cells from participants cheek, nose, mouth, skin, rectum, and/or vagina. The cells may be collected by rubbing the area with a sterile cotton swab. These procedures can also be done at home. Blood. Blood may be drawn using a needle inserted into a vein in the arm. For young children, blood may be collected by a prick on the heel or finger. Intestinal tissue samples. These may be collected from participants who are having an endoscopy or colonoscopy for other reasons. Skin tissue samples. These may be collected from participants who are having biopsies for other reasons. Read Less

The goal of this clinical trial is to learn if continuous glucose monitoring works better than self-monitoring of blood glucose (fingersticks) to treat type 2 diabetes in pregnancy. It will also learn about all risk factors (biologic, personal, social) for maternal and infant complications in type 2 diabetes pregnancies. The main questions it aims to answer are: 1. Does continuous glucose monitoring improve infant outcomes compared to self-monitoring of blood glucose? 2. Does continuous glucose monitoring improve maternal diabetes control and other maternal outcomes compared to self-monitoring of blood glucose? 3. What other factors increase the risk of maternal and infant complications? Participants will: 1. Use continuous glucose monitoring or self-monitoring of blood glucose to monitor blood sugar control from enrollment until delivery 2. Have blood drawn at enrollment, 24 weeks, 34 weeks and delivery to measure hemoglobin A1c levels and store blood for future analysis 3. Complete surveys about social support, environmental stressors, diabetes distress and glucose monitoring satisfaction at research visits 4. Have umbilical cord blood collected at delivery for analysis Read Less

This is a worldwide safety surveillance study of pregnancy outcomes in women with hATTR-PN who may have been exposed or were not exposed to TEGSEDI prior to or during the pregnancy and of pediatric outcomes up to 1 year of age. Read Less

The goal of this study is to better understand how the back part of the eye-called the retina and the choroid-changes during pregnancy. Specialized photos of the eye will be taken at three different timepoints: early in pregnancy (first or second trimester), late in pregnancy (third trimester), and after delivery. This imaging is non-invasive and does not require contact with the surface of the eye. The photos taken will allow assessment of specific parameters, like blood flow and the health of specialized cells that support vision. Understanding how the eyes change during pregnancy may help guide how retina specialists understanding of retinal disease during pregnancy and better inform pregnancy outcomes. Read Less

This research activity looks at the safety of an investigational intervention, a mobile health (mHealth) app called JUN, that uses artificial intelligence (AI) to track symptoms and give time-sensitive feedback to pregnant women. JUN is an intervention being developed to provide education and assist with decision making during pregnancy. The researchers hope to learn differences in how effectively the participant use of the app is amongst women with and without criminal justice oversight such as adult probation or parole. Read Less

The purpose of this project is to study the effectiveness of teaching teens and young women with Phenylketonuria (PKU) or Maple Syrup Urine Disease (MSUD) about their disease and nutrition related issues in a camp environment. It will also look at pregnancy outcome results in women with PKU who attended Metabolic Camp and compare their results to other women with PKU who have not attended the Metabolic Camp. Read Less

The goal of this clinical trial is to evaluate the potential benefit to patients and providers from using the remote fetal-monitoring system NUVO along with its app to allow for pregnant patients requiring weekly non-stress testing to do so from their homes. The main questions the investigators are looking to answer are: What effect does the NUVO remote fetal monitoring system have on patient/provider satisfaction? What is the cost savings (both direct and indirect) from using a remote fetal monitoring system as opposed to in-person testing for both the patient and the provider? Researchers will compare the survey responses by both patients and providers for pre and post implementation of the NUVO fetal monitoring system to the survey responses of patients and providers who used the traditional in-clinic method to evaluate satisfaction and cost savings. Participants will: Answer pre-implementation surveys before undergoing the trial Be randomly assigned to do either fetal testing at-home or in-clinic once or twice weekly as up to the provider Before hospital discharge or within the last office visit participants will be given a post-implementation survey Read Less

The goal of this observational study is to develop a blood test that may be predictive of postpartum depression. This Blood test is investigational and not yet FDA approved. Participants will not receive the results of this blood test. Up to 500 pregnant women will be recruited for the study from 2 sites. Participants must be age 18 or above with a singleton pregnancy and able to provide written consent in English. The Objective of this Clinical Trial is to prospectively validate the Enlighten Device test by prospectively determining false/true positive and negative rates. Building off of this, an exploratory objective of this study is to examine clinical factors associated with false positive/negative rates. This project will address the following Aim: Aim 1: Prospective collection of true/false positive and negative PPD outcomes through 6 months postpartum. Primary Hypothesis H1a: 80% or greater of pregnant women who develop PPD by 3 months after delivery will be determined to be Biomarker Positive by the Enlighten Device in T3. Primary Hypothesis H1b: 10% or fewer of pregnant women who are determined to be Biomarker Negative by the Enlighten Device in T3 will develop PPD by 3 months after delivery. Exploratory Aim 1: Investigation of clinical factors that may be associated with false positive and false negative rates, such as: medication use, stressful life events, and sociocultural context. Participants will be screened during the second or third trimester and enrolled during the third trimester, before week 30 weeks of gestation. Participants may self- identify through study advertisements in participating clinics, social media outlets, and community outreach efforts. Enrolled participants will undergo blood collection during their 3rd trimester (\~27-30 weeks, a standard pregnancy-related blood collection timepoint) for completion of the Enlighten Device test, the blood-based epigenetic biomarker test. Participants will then be interviewed at 2 weeks, 6 weeks, 3 months, and 6 months postpartum for the development of depression symptoms. They'll also complete a multitude of other outcome measures at each of these visits. Read Less