I am a physician-scientist (MD, PhD in Biomedical Sciences) specialized in computational oncology, tumor immunology, and high-dimensional biological data analysis.
My work focuses on integrating bulk and single-cell transcriptomics, machine learning, systems biology, and quantitative modeling to investigate tumor ecosystems, immune suppression, and cancer-associated cellular programs. I develop reproducible computational pipelines and data-driven analytical frameworks for the characterization of complex biological systems, particularly in cancer and translational medicine.
My research combines RNA sequencing, high-dimensional and spectral flow cytometry, immune profiling, and computational modeling to study tumor heterogeneity, cellular plasticity, and regulatory molecular networks, including long non-coding RNAs (lncRNAs).
I am particularly interested in the intersection of computational biology, cancer systems biology, and translational genomics, with emphasis on building scalable analytical workflows for multi-omics integration and biologically interpretable machine learning applications in biomedical research.