AI Summary & Key Takeaways
AI InsightConclusion: The result revealed that NGS-based methods especially whole exome sequencing can be used efficiently for geneticdiagnosis of primary immunodeficiency diseases.
📌 3 Key Takeaways
Abstract
Aim: Inborn errors of immunity are rare diseases presented with a broad range of clinical symptoms. There are more than 450causative genetic defects and the genetic diagnosis is very important for the patients. Use of next generation sequencing facilitated the molecular and genetic identification of these diseases for last 10 years. We aimed to search disease-causing defects in patients with primary immunodeficiencies (PIDs) by next generation sequencing. Materials and Methods: The study included 12 PID patients without genetic diagnosis. We performed whole exome sequencing forthe investigation of genetic defects and Sanger sequencing for variant validation.Results: We found seven different disease-causing mutations in 6 patients with a diagnosis rate of 50%. There were three knownpathogenic variants in CYBA, SBDS and RAG2 genes. We identified two additional new causative variants in NCF2 and SBDS genesand two novel mutations in PGM3 and SAMD9L genes. Conclusion: The result revealed that NGS-based methods especially whole exome sequencing can be used efficiently for geneticdiagnosis of primary immunodeficiency diseases.