false
zh-CN,zh-TW,en,fr,de,ja,ko,pt,es,th,vi
Catalog
2023 ACMG Annual Clinical Genetics Meeting Digital ...
Triple diagnoses with overlapping phenotypes: reco ...
Triple diagnoses with overlapping phenotypes: recommendations and reflections
Back to course
Pdf Summary
This document discusses the case of a patient with triple diagnoses of FAR1, SETD1A, and ATXN2 genetic variants, which result in overlapping phenotypes. FAR1 is associated with spastic paraparesis, speech delay, cognitive impairment, and cataracts. SETD1A is linked to behavioral manifestations, developmental delay, and autism-like features. ATXN2 leads to progressive cerebellar ataxia, dysarthria, and seizures. The patient presented with non-intractable epilepsy, mild hypotonia, developmental delay, bilateral cataracts, and a positive family history of spinocerebellar ataxia type 2. The genetic testing revealed de novo pathogenic variants in FAR1 and SETD1A. The study highlights the importance of considering multiple diagnoses in individuals with complex medical conditions as genetic testing becomes more advanced. It suggests that genetics providers should be aware of the implications of multiple diagnoses for patient management, family education, psychosocial impact, and participation in clinical trials or genetic therapies.
Asset Subtitle
Presenting Author - Kate Richardson, MS, CGC; Co-Author - Hope Northrup, MD, FFACMG; Co-Author - S. Nicholas Russo, MD; Co-Author - John Giang, MD; Co-Author - Jenny Do, MS, CGC;
Meta Tag
Brain/Nervous System
Cognitive Disorders
Counseling
Exome sequencing
Genetic Testing
Intellectual disability
NextGen Sequencing
Phenotype
Phenotypic delineation of disorders
Triplet and Other Repeats
Co-Author
Hope Northrup, MD, FFACMG
Co-Author
S. Nicholas Russo, MD
Co-Author
John Giang, MD
Co-Author
Jenny Do, MS, CGC
Presenting Author
Kate Richardson, MS, CGC
Keywords
triple diagnoses
FAR1
SETD1A
ATXN2
overlapping phenotypes
developmental delay
cataracts
genetic testing
de novo pathogenic variants
complex medical conditions
© 2024 American College of Medical Genetics and Genomics. All rights reserved.
×