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Diagnostics-eWES( full content )

AssuriT-eWES-Dx is a next-generation triple-in-one molecular diagnostic solution that integrates Whole Exome Sequencing (WES), Chromosomal Microarray Analysis (CMA), and CNV-seq technologies into a single assay.
  • Introduction

    AssuriT-eWES-Dx is a next-generation triple-in-one molecular diagnostic solution that integrates Whole Exome Sequencing (WES), Chromosomal Microarray Analysis (CMA), and CNV-seq technologies into a single assay. Designed for prenatal diagnostics, pediatrics, oncology, and reproductive medicine, it enables simultaneous detection of sequence variants (SNVs/indels), structural variants (CNVs), mitochondrial disorders, and uniparental disomy (UPD) with unparalleled efficiency.

     

    Technology Highlights

    Expanded Capture Design: Augments standard WES with:

    • Genome-wide high-density SNP backbone (CMA-equivalent resolution)

    • Enhanced probes for ClinGen-curated CNV regions, GC-rich/repetitive regions

    • Targeted coverage of critical genes (e.g., DMD, SMN1/2, HBA1/2)

     

    Comprehensive detection:

    Sequence variants: Single nucleotide variants (SNVs) and indels (1–50 bp)

    Structural variants: Exon-level CNVs (100 bp–100 kb), chromosome-level aneuploidies/CNVs (>100 kb)

    Specialized variants: Mitochondrial genome mutations, uniparental disomy (UPD), 13 repeat expansion disorders

     

    Full Automation: Supports end-to-end workflow from extraction to reporting

    Platform Flexibility: Compatible with multiple sequencing platforms.

     

    Clinical Indications: 

    • Prenatal diagnosis of fetal structural anomalies

    • Unexplained neurodevelopmental disorders

    • Suspected genetic syndromes with heterogeneous presentations

    • Recurrent pregnancy loss or family history of genetic diseases

    • Tumor profiling and inherited cancer risk assessment

     

    Target Population:

    Prenatal cases with abnormal ultrasound findings

    Pediatric patients with undiagnosed complex phenotypes

    Oncology patients requiring comprehensive genomic profiling

    Couples with consanguinity or recurrent reproductive failures

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