Publications by authors named "Causes Study"

Article Synopsis
  • JARID2 is located on chromosome 6p22.3 and is linked to intellectual disability (ID) through deletions and variants that affect its expression in human neurons.
  • Previous studies had identified 13 individuals with de novo deletions involving JARID2 but could not definitively attribute their clinical features solely to this gene due to other neighboring gene deletions.
  • This study expands the findings to 16 individuals who show developmental delay and overlapping clinical characteristics, confirming that haploinsufficiency of JARID2 is responsible for a distinct neurodevelopmental syndrome.
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Background: Consent forms for exome and/or genome sequencing, collectively called genome-wide sequencing (GWS), frequently contain detailed information on complex topics such as sequencing analysis and incidental findings. Considering recent endeavors by the health care community to simplify GWS consent forms, it is important to gain stakeholders' perspectives on the content, length, and use of consent forms.

Methods: Thematic analysis was conducted on data obtained from focus groups with two participant cohorts: parents who previously provided consent for trio-based GWS as part of the translational pediatric GWS CAUSES Study, and genetic health care providers (HCP) who provide pre-test counseling for GWS.

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Purpose: Intellectual disability (ID) results from a heterogeneous group of disorders and affects 1% to 2% of children. ID frequently occurs in association with other clinical features such as seizures or malformations. We suspected that strabismus might also be unusually frequent in this population and that it might be associated with ID groups affecting motor control.

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The forkhead box (FOX) transcription factors have roles in development, carcinogenesis, metabolism, and immunity. In humans FOXP1 mutations have been associated with language and speech defects, intellectual disability, autism spectrum disorder, facial dysmorphisms, and congenital anomalies of the kidney and urinary tract. In mice, Foxp1 plays critical roles in development of the spinal motor neurons, lymphocytes, cardiomyocytes, foregut, and skeleton.

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