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NCT03794011
The purpose of the study is to compare the maternal, fetal and neonatal outcomes of a cohort of 60 patients in whom a multilayer closure with a Durepair patch is performed with a prior cohort of patients in whom a standardized repair without patch (n = 32) was performed using the same minimally invasive fetoscopic repair technique. The hypothesis is that there will be a thicker repair (as measured by MRI at 6 weeks post surgery) and less MMC repair dehiscence and/or CSF leak with the patch repair.
NCT03936322
Researchers are studying a new minimally invasive technique (fetoscopic repair) for repair of spina bifida (MMC) during the second trimester of pregnancy. Researchers are trying to determine if this less invasive surgical approach will have less risk to the mother and at the same time adequate closure of the fetal spina bifida defect.
NCT00341068
In a collaborative effort with the Health Research Board, the national organization for medical research in the Republic of Ireland, individuals with neural tube defects (NTDs) or facial cleft defects and their parents will be studied. With the exception of a few well-described syndromes most cases of NTDs and facial clefts are not inherited in a Mendelian fashion. Nearly all incident cases occur in families with no prior history of the defects. The observed recurrence risk in families with an NTD child is 10-12 fold higher than the general population suggesting that inherited factors modify this risk. Historically, the incidence of NTDs in Ireland was 5-8 fold higher than the USA. The aim of this study is to identify the gene(s) involved in these defects using standard genetic epidemiology approaches, transmission disequilibrium testing and gene mapping strategies. We will initially evaluate genes known to be involved in folate metabolism and pattern formation (development of the body). The major outcomes measured will be aggregate allele frequencies in case groups compared to controls. Biochemical parameters in red cells and plasma will also be measured. Comparisons will be made between the presence of genetics variants, biochemical parameters and clinical phenotype. Characterizing the genes associated with these defects should provide insight into the etiology and metabolic processes that may be involved, furthering prevention and intervention efforts.
NCT04135274
We aimed to investigate whether Neutrophil Lymphocyte Ratio is a Prognostic Factor of Sepsis in Newborns with operated Neural Tube Defects?
NCT00468481
The purpose of this study is to determine whether the study drug is safe and effective
NCT01253746
The Genetics of Neural Tube Defects Study at the University of Miami: The University of Miami John P. Hussman Institute for Human Genomics is looking for families to participate in research to identify the genetic and environmental factors that contribute to Neural Tube Defects (NTD). Our research goal is to better understand the genetic and environmental causes of both open NTD, like spina bifida and anencephaly, and closed NTD, like lipomeningocele and tethered cord. This will eventually lead to more accurate genetic counseling and risk assessment, improved treatments, and better prevention methods. Any individual with a diagnosis of NTD and his/her selected family members can participate, if willing. Participation is free. Travel is not required. Participation involves reading and signing a consent form, providing a blood sample, a family and medical history interview, and granting the research staff permission to review the medical records of the individual(s) with NTD. We maintain the highest standards of confidentiality for all families. If interested, please contact Maria Ciliberti, the study coordinator, at 1-877-686-6444 (toll free) or directly at 305-243-4360, or by email Mciliberti@med.miami.edu . Please visit our web site at www.hihg.org for more information.