AI Article Synopsis

  • * Researchers performed exome sequencing for four cases to identify genetic variants associated with the kidney abnormalities and found variants in the ACE, ETFA, PKD1, and MKS1 genes.
  • * The authors emphasize that while exome sequencing is improving genetic diagnostics, understanding the implications of genetic variants requires collaboration among healthcare professionals to ensure timely and effective prenatal care.

Article Abstract

Introduction: In the present study we describe atypical cases with bright and enlarged fetal kidneys identified on fetal ultrasound with different genetic etiologies.

Methods: Exome sequencing was undertaken after prenatal counseling and after the initial diagnosis of enlarged fetal kidneys was made on ultrasound for four cases and the results were then correlated.

Results: In the present study we identified underlying variants in ACE, ETFA, PKD1, and MKS1 gene where the atypical presentation of fetal kidneys was noted either as a part of spectrum of syndrome or alone.

Conclusions: In the era of exome sequencing, targeted gene sequencing is getting replaced and for better. However not all answers are direct, and sometimes the variant categorization is dependent on the acumen and agreement of all those involved in the process. It includes those involved the diagnostic as well those catering to the patients. It is very important to be updated on the relevance of multiple gene in causing similar phenotypes particularly in the prenatal context were coming up with a timely diagnosis is very important for any sort of intervention.

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Source
http://dx.doi.org/10.1002/jcu.23797DOI Listing

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