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    • Targeting cell surface proteoglycans with high affinity multimeric ligands and their cytotoxic conjugates – towards precision medicine for pancreatic cancer
    • Structure-function relationship in fibroblast growth factors signaling
    • Extracellular galectins as controllers of fibroblast growth factor receptor signaling
    • Dual warhead conjugates against FGFR-dependent cancers
    • Uncovering the funtions of FGF homologous factors – FHFs
    • Finished Projects
      • FGF1 analogue as a novel therapy for the treatment of diabetes mellitus
      • Highly stable mutants of human Fibroblast Growth Factor-1 (FGF1)
      • Spatial organization of FGF receptor 1 by multimeric ligand assemblies
      • Cytotoxic FGFR-targeted peptibodies
      • In silico studies of Fibroblast Growth Factor
      • Antiapoptotic activity of human FGF1 i FGF2
      • Highly cytotoxic FGF2-conjugates in targeted therapy for FGFR-expressing cancers
      • Binding partners for FGF1 in nucleocytoplasmic translocation
      • Functional nanoparticles for medical applications
      • Aptamers
      • Repetitive scaffolds
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    • Publications 2001-2010
    • Publications 1983-2000
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Home Finished Projects

Finished Projects

FGF1 analogue as a novel therapy for the treatment of diabetes mellitus

Highly stable mutants of human Fibroblast Growth Factor-1 (FGF1)

Spatial organization of FGF receptor 1 by multimeric ligand assemblies

Cytotoxic FGF-targeted peptibodies

In silico studies of Fibroblast Growth Factor

Antiapoptotc activity of human fibroblast growth factors 1 and 2

Highly cytotoxic FGF2-conjugates

Binding partners for FGF1 in nucleocytoplasmic translocation

Functional nanoparticles for medical applications

Aptamers

Repetitive scaffolds

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