If you are participating in the PRIORITY Biospecimen study, please contact Christine Jang at [email protected].
PRIORITY (Pregnancy CoRonavIrus Outcomes RegIsTrY) is a nationwide study of pregnant or recently pregnant people who are either under investigation for Coronavirus infection (COVID-19) or have been confirmed to have COVID-19. This study is being done to help patients and healthcare providers better understand how COVID-19 impacts pregnant people and their newborns.
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The Afshar lab is a translational laboratory integrating cutting edge prenatal maternal-fetal imaging, underlying genetic predispositions, and environmental clues to understand congenital heart disease and the placenta-cardiac axis. The laboratory seeks to understand the upstream and downstream signaling alterations in congenital heart disease and the placenta to define what we have termed the prenatal vascular phenotype.
Research participants needed to join the effort to improve maternal and child health.
Congenital heart defects (CHDs) are the most common cause of congenital anomaly, occurring in ~1% of newborns. These neonates generally survive in-utero; however, there is lifetime morbidity related to vascular sequalae. The etiology(ies) of CHD remain elusive making intervention purely mechanical. Upstream and/or downstream signaling alterations in endothelial mechano-transduction throughout their life due to the abnormal flow patterns, remains a unifying phenotype. We have termed this the prenatal vascular phenotype.
To understand and target the mechanisms underlying the vascular phenotype, we aim to integrate data through the life course -- the prenatal and postnatal sequalae. We couple prenatal maternal-fetal imaging, underlying genetic predispositions, and developmental endothelial flow dynamics. Ultimately, this may improve treatment that arise from loss of vascular integrity. Despite being born with a morbid CHD, we have a chance to understand downstream complications and interventions that can improve quality of life in these patients with lifelong sequelae related to an abnormal endothelial cell and vascular phenotype.
Significant advancements in medical care have allowed women with maternal congenital heart disease (CHD) to survive to childbearing age, resulting in an increased prevalence of cardiovascular disease in pregnancy. Although pregnancy and its associated hemodynamic changes may be well tolerated in some, pregnancy may increase the risk of volume overload, development of arrhythmias, and progressive cardiac dysfunction in others. The presence of maternal CHD is also a major determinant for neonatal morbidity. Overall, pregnancies complicated by maternal CHD are at an increased risk for adverse maternal and neonatal outcomes compared to the general obstetric population. Our translational team focuses on optimizing both delivery coordination and planning for this high-risk population as well as understanding molecular mechanisms that underlie normal and abnormal physiological changes of the cardiovascular system in pregnancy. Clinical Cardio-OB program >
Our lab focuses on normal and abnormal placentation in pregnancy. We’re interested in the placenta as a transient support organ in fetal development, in cardiac development, as well as abnormal placentation, as in placenta accreta spectrum disorders and preeclampsia.
Placenta accreta spectrum (PAS) disorders are potentially life-threatening pregnancy condition that occurs when the placenta invades into the uterus. The deeper the invasion of the placenta into the uterine muscle, the more severe the PAS.In most pregnancies, the placenta separates from the uterus after birth, and is delivered as the ‘afterbirth’. When the placenta cannot detach, life-threatening hemorrhage may occur. Early detection is lifesaving: care coordination plans are enacted, including delivery at a specialized care center to minimize risk to the women and her baby, including the ability of uterine preservation.
Recipients of solid organ transplants who become pregnant represent an obstetrically high-risk population. Preconception planning and effective contraception tailored to the individual patient are critical in this group. Planned pregnancies improve both maternal and neonatal outcomes and provide a window of opportunity to mitigate risk and improve lifelong health. Optimal management of these pregnancies is not well defined. Common pregnancy complications after transplantation include hypertension, preterm birth, infection, and metabolic disease. Multidisciplinary preconception and prepartum management, and counseling decrease complications and benefit the maternal-neonatal dyad. We focus on understanding the fetal allograft in the setting of solid-organ transplantation and pregnancy.
PRIORITY (Pregnancy CoRonavIrus Outcomes RegIsTrY), a nationwide registry of pregnant and postpartum women with or known or suspected COVID-19. Our team at UCLA has partnered with UCSF to establish this collaboration to answer critical questions for peripartum, neonatal, and postpartum patients with COVID-19 nationally and globally. Little is known about COVID-19 and its longstanding impact for women and babies. A robust research platform is needed to better understand the pathways of COVID-19 to identify risk factors and develop effective treatments. Our work includes maternal and neonatal outcomes and a biospecimen core to answer clinically relevant questions.
For more information about the study >
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