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Most newborns experiencing Neonatal Abstinence Syndrome (NAS) require non-pharmacologic care, which entails, most importantly, maternal involvement with her newborn. To facilitate positive maternal-newborn interactions, mothers need to learn effective caregiving NAS strategies while they are pregnant, yet, an enormous gap exists in the early education of mothers on the symptoms and progression of NAS, in part because no interventions exist to prepare future mothers for the challenges of caring for their newborns at risk for NAS. In this project, the investigators propose to adapt an existing mobile NAS tool for high-risk pregnant women and assess its usability, acceptability, and feasibility in a small randomized controlled analog trial.
This study examines the effects of 6 different music therapy interventions on outcomes for neonates diagnosed with Neonatal Abstinence Syndrome.
The purpose of this study is to address the gap in maternal OUD treatment and infant neonatal opioid withdrawal syndrome care. The research team will develop a treatment model and a set of strategies to provide evidence-based OUD treatment to postpartum mothers in NICUs. First, the investigators will conduct a needs assessment via in-depth qualitative interviews with NICU mothers and clinicians. Then, with the expertise of the advisory board, the the researchers will create a protocol for implementing maternal OUD treatment at the NICU bedside. The researchers will then implement the protocol in two partner NICUs and evaluate the acceptability and feasibility to patients, providers, and clinical, and administrative leaders. The goal of this research study is to integrate maternal mental health and substance abuse treatment in pediatric settings and to refine, test, and examine the acceptability and feasibility of applying the adapted model.
Infants with neonatal abstinence syndrome (NAS) experience prolonged hospital stays and poor neurodevelopmental outcomes, in-part because of the lack of accurate, individualized, biologic assessments available to manage this increasingly common medical condition. The proposed study will define the molecular mechanisms that regulate the response to opioid withdrawal in the developing brain by focusing on three candidate microRNAs (let-7a, miR-146a, miR-192) that have been shown to respond to opioid exposure in animal models and adults, and are impacted in both my preliminary study of infants with NAS, and my human neural progenitor cell (NPC) design of opioid withdrawal. By determining the mechanism through which microRNAs impact NPC differentiation in opioid withdrawal, and determining whether exosomal salivary microRNA levels predict treatment dose and neurodevelopmental outcomes in infants with NAS, this study will enhance our knowledge of NAS-related biology and identify potential biomarkers that could improve medical care for this important medical condition.