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Clinical Trial Summary

This cohort study will examine the clinical utility of genomic sequencing (GS) in patients undergoing prenatal diagnostic procedures (chorionic villus sampling or amniocentesis) for routine indications other than a structural fetal anomaly.


Clinical Trial Description

Individuals who request prenatal diagnostic testing with standard chromosomal microarray will be offered GS as an option to assess for additional disease risk. The GS will be limited to evaluation of single gene disorders on a curated gene list developed by our multidisciplinary team of experts. This will include only pathogenic or likely pathogenic variants in genes associated with conditions with a well-defined phenotype that may include cognitive impairment or debilitating health conditions in childhood and/or conditions that will impact maternal, fetal, neonatal, or early childhood health management with significant perinatal or pediatric morbidity or mortality. GS test results will be reported to the research participant by a clinical geneticist or genetic counselor with expertise in exome sequencing. Participants may use this information for pregnancy management including termination of pregnancy. Participants will be offered analysis for secondary findings, as recommended by the American College of Medical Genetics and Genomics. Analysis and reporting of GS will be performed by the UCSF CLIA-certified Genomic Medicine Laboratory. Blood or saliva samples will be collected on both parents to allow trio GS to determine inheritance of any potentially significant fetal variants. The project is exploratory in nature, with a goal of contributing to a growing body of evidence regarding the clinical utility of GS in the prenatal population. ;


Study Design


NCT number NCT06211348
Study type Interventional
Source University of California, San Francisco
Contact Nuriye Sahin Hodoglugil, DrPH
Phone 415-353-3400
Email Nuriye.Sahin-Hodoglugil@ucsf.edu
Status Recruiting
Phase N/A
Start date January 1, 2024
Completion date January 2030