Translational Therapeutics &
Quantitative Histology
Where novel therapies meet robust in vivo validation and quantitative histology.
Science Driven by Clinical Need
We advance translational therapeutics through rigorous in vivo models and quantitative analysis. We specialize in bridging innovative material science with clinical therapy, using sophisticated in vivo models, quantitative histology, and data science to validate next-generation implants, drug delivery systems, and antimicrobial strategies, raising the therapeutic potential while ensuring robust proof-of-concept.
Based at the Biomedical Centre, the research institute of the Faculty of Medicine in Pilsen, Charles University, our multidisciplinary team operates within a modern, EU-funded facility (inaugurated in 2014) with a direct link to the University Hospital Pilsen. Our work is fundamentally driven by clinical need, providing the critical link between laboratory discovery and patient-ready applications.
Next-Gen
Translational Research
In Vivo Studies
Rigorous in vivo validation of novel biomaterials and therapeutics using advanced, disease-relevant animal models to generate robust proof-of-concept data for clinical translation.
Quantitative Histology
Advanced, design-based stereological analysis and virtual microscopy to transform complex tissue-biomaterial interfaces into precise, objective data for evaluating integration and healing.
In Vitro Evaluation
Complementary cellular and biochemical assays to screen biocompatibility and bioactivity of new materials using standardized and innovative laboratory protocols.
Data Science
Sophisticated biostatistical modelling and analysis of complex preclinical datasets to extract meaningful insights, optimise experimental design, and predict therapeutic outcomes.
Collaboration Pathways
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CONNECT WITH US
Looking to collaborate or have a project to discuss? We are always open to new professional partnerships and inquiries. Get in touch with us, and we will get back to you shortly to find the best way to work together.
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