
Balázs Győrffy
His research combines bioinformatics and molecular biology with large-scale genomic, transcriptomic and clinical datasets to identify biomarkers, predict therapeutic response and support precision cancer treatment.
View publications ↗Researchers bringing together science, data, clinical insight and population health to create measurable impact.
Our researchers work across translational oncology, aging biology, vascular health, bioinformatics, pharmacology and public health, connecting scientific discovery with clinical and population-level impact.

His research combines bioinformatics and molecular biology with large-scale genomic, transcriptomic and clinical datasets to identify biomarkers, predict therapeutic response and support precision cancer treatment.
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Her work combines bioinformatics, genomics and molecular biology to translate multi-omics data into clinically meaningful biomarkers and support more personalized cancer treatment.
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Her research integrates genomic, transcriptomic and clinical data to improve cancer diagnosis, prognosis and personalized treatment, including the study of drug resistance and therapeutic targets.
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His research applies large-scale genomic data analysis and computational tools to biomarker discovery, pharmacological target identification and personalized cancer treatment.
View publications ↗Her research explores aging, immune regulation and vascular health, including healthy aging and immune-mediated disease, with a focus on translating biological discoveries into prevention and personalized treatment.
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