Molecular medicine

The Molecular Medicine research direction represents a comprehensive and integrative approach to translational medicine, combining advanced genetic, molecular, and technological methodologies to address critical challenges in the understanding and treatment of chronic diseases and cancer. The collaborative efforts of the groups facilitate medical research and contribute to the broader field of personalized medicine and technological innovation. The synergy among research groups facilitates an understanding of fundamental disease mechanisms and the development of novel, effective therapeutic strategies.

Several objectives can be highlighted from the previous research activities and future goals:

• Identification and Characterization of Disease Pathways: Utilizing omics technologies and biobanking resources to uncover the genetic and microbial factors driving chronic diseases and cancer.
• Development of Predictive Biomarkers and Diagnostic Tools: Focusing on molecular markers and mechanisms to improve disease management, prognosis, and personalized medicine.
• Innovative Therapeutic Strategies: Designing and testing new treatment modalities, including vector-based immunotherapy and chemotherapy, and exploring the therapeutic potential of extracellular vesicles.
• Advancement of Personalized Medicine: Tailoring interventions and treatments to individual patient profiles using patient-derived samples and cutting-edge technologies like Lab-on-a-Chip.
• Collaborative Research and Technology Development: Engaging in interdisciplinary collaborations to enhance research capabilities and develop novel technologies for both medical and non-medical applications.