I help biotech and clinical teams analyze immune responses in liquid biopsy using advanced immunoinformatics — from BCR/TCR repertoire profiling to antibody-antigen interaction modeling.
End-to-end analytical support for immune profiling in liquid biopsy — from raw sequencing data to actionable biological insights.
Deep profiling of B-cell and T-cell receptor repertoires from bulk or single-cell sequencing data. Clonotype tracking, diversity metrics, and clonal expansion analysis.
Computational modeling of antibody-antigen binding interfaces. Epitope prediction, affinity estimation, and structural interaction analysis using state-of-the-art tools.
Immune analysis from circulating cell-free DNA and immune cells in plasma. Longitudinal monitoring of immune dynamics for oncology and autoimmune applications.
Custom analysis pipelines tailored to your sequencing platform and biological question — from QC and preprocessing to statistical modeling and visualization.
I'm a specialized immunoinformatics consultant bridging the gap between wet-lab immune profiling and computational analysis. My work focuses on extracting meaningful immune signals from liquid biopsy data — a particularly challenging domain where signal-to-noise is critical.
Whether you're building an immune monitoring assay, characterizing antibody responses in a clinical trial, or developing a TCR-based diagnostic, I bring both the domain biology and the analytical rigor to move your project forward.
Whether you have a specific analytical challenge or are scoping a new program, I'm happy to have an initial conversation.
I work with biotech companies, CROs, and academic medical centers on projects ranging from one-off analyses to long-term embedded collaborations. Reach out to explore how I can support your team.