Focusing on the 1-2% of the genome that codes for proteins. We provide high-depth, high-precision analysis for clinical diagnostics, rare Mendelian diseases, and complex oncology research.
Identification of causative mutations in probands or family trios (Trio-WES).
Tumor-Normal paired analysis to identify driver mutations, tumor mutational burden (TMB), and microsatellite instability (MSI).
Beyond SNPs and Indels, we utilize read-depth algorithms to detect Copy Number Variations (deletions/duplications) spanning individual or multiple exons.
Illumina (NovaSeq, NextSeq), MGI (DNBSEQ-G400, T7), AVITI (Element Biosciences), Thermo Fisher (Ion Proton/S5). Compatible with Agilent SureSelect, Twist Bioscience, and Illumina Nextera capture kits.
PacBio (Revio) and Oxford Nanopore for phasing clinically relevant exonic regions and resolving pseudogenes.
Standard Variant Calling & Annotation
TAT: 2 - 4 Days
Deliverables: BAM/BAI files, VCF, Annotated VCF (SnpEff/VEP), Target coverage metrics, and primary variant excel sheets.
Deep Coverage & ACMG Classification
TAT: 4 - 6 Days
Deliverables: Somatic VCFs, CNV calls, Tumor Mutational Burden (TMB) scoring, and phenotype-driven variant prioritization reports.
We do not just hand over raw VCFs. We provide publication-ready graphics (Lollipop plots for mutations, Waterfall plots for cancer cohorts) and comprehensive methodology write-ups suitable for medical journals.
For clinical researchers, we assist in formatting variant findings according to strict ACMG/AMP guidelines.
YaazhXenomics specializes in expert Whole Exome Analysis (WES) and Clinical Exome services. These are tailored for comprehensive genetic insights, including applications for rare diseases and oncology.
We utilize an advanced AI-driven bioinformatics pipeline, integrating tools like DeepVariant for precise variant calling and AlphaMissense for enhanced variant interpretation. This approach ensures highly accurate and reliable results.
Our services include comprehensive ACMG (American College of Medical Genetics and Genomics) reporting. This ensures that identified variants are classified and presented according to established clinical guidelines for clear interpretation.
Yes, our Whole Exome Analysis pipeline is designed to detect exonic Copy Number Variations (CNVs). This capability provides a more complete understanding of genetic alterations beyond single nucleotide variants.
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