Team members

🔬 RESEARCH AREAS

Cell Culture

In our laboratory, we study how various bioactive compounds and alternative nutrient sources affect the growth, function, and metabolism of animal and human cells. Methods include work in a BSL-2 laboratory with predominantly mammalian cell cultures, in vitro assays, bioassays, microscopy, flow cytometry, and related techniques.

Molecular Allergology

We investigate proteins that trigger allergic reactions, particularly from food sources. We assess the risk of allergic reactivity from non-standard food sources. By combining biochemical and cellular techniques, we aim to understand the mechanisms of allergic sensitization and explore strategies for prevention or mitigation of allergic symptoms.
Our goal is to contribute to the development of safer food and more precise methods for assessing allergic potential.
Methods include extract preparation, protein isolation, protein analytics, immunochemical and cellular assays.

Alternative Proteins

We also focus on the identification and characterization of new biological sources of proteins and peptides that can replace animal-derived components in biotechnological processes (e.g., lab-grown meat, expression systems). In addition to their nutritional and functional value, we study the allergenicity of these proteins and their potential use in functional foods and food biotechnology.

Circular Economy in the Food System

We connect biotechnology and sustainable development through the reuse of food by-products. Food waste is transformed into valuable bioactive resources, following the principles of the circular bioeconomy.

🚀 Where We Are Heading

Our goals for the coming years include:

  • improving protein expression in cell cultures,

  • developing virus-like systems suitable for safe BSL-2 testing,

  • integrating artificial intelligence (AI) into research analysis and optimization,

  • strengthening engagement with society and patients, with active participation in shaping research priorities.

Through our current research and future approaches, we integrate experimental biochemistry, immunology, biotechnology, and digital technologies—preparing new generations of researchers for the multidisciplinary science of the future.