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-New materials from vegetable proteins/peptides -Greening peptide chemistry -Synthesis of self-assembling peptides for biomaterial and packaging applications, -Ecological removable and recyclable labels -Life-Milch project -Ecosmart degreasing system

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- Peptide inhibitors of protein-protein interactions - Peptides for functionalized materials and tissue engineering -Synthesis and computational methods to investigate the role of posttranslational modifications in peptides involved in the immune response -Synthesis, characterization and biological activity evaluation of a series of dual-drug based on the antibacterial peptide lugdunin functionalized with the Carbonic Anhydrase sulfonamide inhibitor -Comparison of conformational propensities of peptide backbones containing 1,5- or 1,4- disubstituted [1,2,3] triazoles

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Modulation of collagen turnover -Tissue engineering -New melanogenesis-modulator peptides for dermocosmetic applications

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-Studying the mechanism of multiple sclerosis via bioinformatic approaches and the use of synthetic peptides -Insights into glycosylation-driven immune recognition in autoimmune demyelinating disorder of the CNS by using synthetic glycopeptides as antigenic probes - Role of α-helix motif in MBP peptides for Ab recognition in multiple sclerosis
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-Multigram scale peptide synthesis -Peptide modification via click chemistry - Greening peptide chemistry

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-Detection of anti-drug antibodies in patients treated with therapeutic proteins -Affinity and kinetics of biomolecular interactions -SPR-based biosensor as diagnostic tools
Last update
22.07.2026