Department of Preclinical Sciences

The Department of Preclinical Sciences was established as part of the dynamic development of the Institute of Medical Sciences at the Faculty of Medicine of the John Paul II Catholic University of Lublin (KUL). The Department’s mission is to conduct innovative scientific research and provide high-quality education in the fields of preclinical and biomedical sciences.

The Department brings together researchers with diverse expertise and scientific backgrounds, creating an interdisciplinary research environment focused on understanding the fundamental mechanisms of biological processes. Our research combines contemporary approaches in biology, medicine, toxicology, nanotechnology, and health sciences.

Research

The Department conducts interdisciplinary research addressing a broad range of questions related to human biology and health, the mechanisms of action of biologically active substances, and the assessment of their safety and therapeutic potential.

Our research activities focus particularly on:

the application of naturally derived substances in biomedical research, including the evaluation of the biological and anticancer activity of novel compounds and materials;
the development of innovative approaches to assessing the safety and efficacy of potential therapeutic strategies, with particular emphasis on the molecular biology of disease, neurobiology, regenerative medicine, and translational medicine;
toxicology and nanotoxicology, including the assessment of the safety of novel materials and nanomaterials;
nanomedicine and biomedical nanotechnology, with particular emphasis on the design and characterization of nanocarriers for biologically active substances;
cell biology and the molecular mechanisms of cytotoxicity;
the application of artificial intelligence in medicine.

An important feature of the Department’s research is the integration of fundamental research with an application-oriented approach. Our projects seek not only to advance knowledge of the mechanisms underlying biological processes, but also to identify innovative solutions with potential applications in medicine.

Interdisciplinary Research and Collaboration

The complexity of contemporary medical challenges calls for close collaboration across scientific disciplines. Interdisciplinary research is therefore one of the key principles underlying the Department’s activities.

Our research projects integrate expertise in cell biology, physiology, toxicology, chemistry, nanotechnology, pharmacology, and medical sciences. The Department develops scientific collaborations with research and academic institutions in Poland and abroad and participates in collaborative research projects and initiatives that promote the exchange of knowledge, expertise, and experience.

Particular emphasis is placed on creating an environment in which experienced researchers, early-career scientists, doctoral students, and undergraduate students can work together, exchange knowledge, and develop their research skills.

Teaching and Education

The Department contributes to the education of students at the Faculty of Medicine, particularly in the area of preclinical and biomedical sciences.

Our teaching is focused on developing a comprehensive understanding of biological mechanisms and their relevance to human health and disease. Students are encouraged to develop critical thinking skills and the ability to critically assess and interpret scientific evidence.

Contemporary teaching methods are combined with practical components, enabling students to connect theoretical knowledge with its application in biomedical and medical research.

The Department also supports the scientific development of early-career researchers, doctoral students, and undergraduate students interested in pursuing research and developing an academic career.

From Fundamental Research to Medical Applications

One of the Department’s key objectives is to advance research addressing current challenges in modern medicine and contributing to the development of innovative approaches to healthcare.

Our research employs advanced analytical, biological, and microscopy techniques, together with cellular models that enable the effects of investigated substances and materials to be evaluated at the cellular and molecular levels.

Particular emphasis is placed on understanding the relationships between the structure, physicochemical properties, and biological activity of novel materials and chemical compounds. This knowledge provides a basis for identifying and developing promising solutions with potential biomedical and therapeutic applications.

Through the integration of fundamental research, interdisciplinary collaboration, education, and an application-oriented approach, the Department contributes to the development of modern biomedical science and the advancement of medical research.

Struktura

Katedra Nauk Klinicznych Niezabiegowych

Katedra Nauk Klinicznych Zabiegowych

Katedra Nauk Przedklinicznych

Katedra Pediatrii