| Name: | Principal Research Interests: |
| Karol BABOR | Alpha-glucans - detailed structure, chemical and enzymic modifications |
| Peter BIELY | Biochemistry of carbohydrates; enzymology; biodegradation of plant polysaccharides |
| Ladislav BILISICS | Biochemistry of plant cell elongation; metabolism of plant oligo- and polysaccharides |
| Emilia BREIEROVA | Microbiology; yeast storage; glycoproteins of the yeasts |
| Peter CAPEK | Plant polysaccharides - isolation and structural characterization |
| Jana DRGONOVA | Biosynthesis of yeast cell walls |
| Anna EBRINGEROVA | Plant polysaccharides - isolation, modification and structural analysis |
| Vladimir FARKAS | Biosynthesis of plant and fungal cell walls; plant and fungal glucanases; physiology of fungi |
| Jan GAJDOS | Conformational analysis of saccharides; molecular mechanics and quantum chemical calculations; solvent effect |
| Peter GEMEINER | Enzyme engineering; immobilized biosystems; biorecognition technology; calorimetric biosensors; polysaccharides; protein purification and modification |
| Jan HIRSCH | Oligosaccharides - synthesis and structural characterization |
| Milos HRICOVINI | NMR spectroscopy of carbohydrates- structure and dynamics in solution; protein - carbohydrate interactions |
| Zdena HROMADKOVA | Polysaccharides - modification, structural analysis and rheological properties |
| Dusan JONIAK | Organic synthesis; lignin - saccharide model compounds |
| Marta KACURAKOVA | FT-IR spectroscopy of carbohydrates and biopolymers |
| Daniela KAKONIOVA | Plant physiology; tissue and callus cultures; plant protoplasts; morphogenesis; oligosaccharins |
| Alzbeta KARDOSOVA | Polysaccharides - isolation, fractionation, structure determination |
| Jaroslav KLAUDINY | Molecular biology; genetic engineering; characterization of biologically active and nutritional proteins of honeybees |
| Grigorij KOGAN | Complex carbohydrates; structure-biological functions relationship |
| Nadezda KOLAROVA | Biochemistry; glycosidases; glycosyl transferases |
| Miroslav KOOS | Organic synthesis; mono- and oligosaccharides; five- and six-membered heterocyclic compounds; natural products; glycoconjugates |
| Bozena KOSIKOVA | Lignin-carbohydrate complexes; modification and utilization of lignin wood component |
| Vladimir KOVACIK | Mass spectrometry of carbohydrates and glycoconjugates |
| Jan KOZAK | Organic synthesis; mono- and oligosaccharides |
| Jozef KONIGSTEIN | Physical organic chemistry; saccharide conversions - reactivity and reaction mechanism |
| Marta KUBACKOVA | Non-cellulosic plant polysaccharides; biologically active oligosaccharides |
| Erika LATTOVA | Carbohydrate chemistry; ozonolysis of sugar nitronates; synthesis of mono- and oligosaccharides, thiosugars, xylodextrins and their sulfates |
| Kazimir LINEK | Organic synthesis; glycosidase inhibitors |
| Desana LISKOVA | Plants physiology - plant cell, tissue and organ cultures; growth and morphogenesis; bioactive polysaccharides and oligosaccharides - oligosaccharins |
| Eva MACHOVA | Microbial polysaccharides - physico-chemical characterization |
| Anna MALOVIKOVA | Acidic plant polysaccharides - physico-chemical properties and interactions |
| Oskar MARKOVIC | Enzymology; pectic enzymes - structure and function relationship; hydrolases; immobilization |
| Maria MATULOVA | NMR spectroscopy of mono-, oligo and polysaccharides; structure of organic compounds |
| Danica MISLOVICOVA | Biotechnology; saccharides-lectins specific interactions; affinity chromatography; glycoenzymes immobilization; characterization of glycoconjugates |
| Ladislav PETRUS | Carbohydrate chemistry; synthesis of nitro sugars, amino sugars, C-glycosyl compounds; Mo(VI)-catalyzed and similar inverconversions of sugars; cellulose solvents; homogeneous and heterogeneous derivatization of polysaccharides; La(III)-polyol complexes-based chromatography |
| Maria PETRUSOVA | Carbohydrate chemistry; synthesis of mono- and oligosaccharides, nitro sugars, thiosugars, C-glycosyl compounds, neoglycoconjugates; electrosynthesis with trioses and their derivatives |
| Alfonz RYBAR | Organic synthesis; polycondenzed nitrogen-containing heterocycles; chiral derivatives from saccharides; asymmetric synthesis |
| Jana SCHMITZOVA | Biochemistry and gene engineering of nutritive honeybee’s proteins |
| Elena SLAVIKOVA | The yeasts - ecology, isolation, identification, properties |
| Bohumil STEINER | Organic synthesis; mono- and oligosaccharides; five-membered heterocycles |
| Eva STRATILOVA | Enzymology; pectic enzymes - structure and function relationship; hydrolases; immobilization |
| Zdena SULOVA | Metabolism of xyloglucan in plants |
| Jozef SANDULA | Biochemistry of microbial polysaccharides; industrial oligo- and polysaccharides and glycoproteins - characterization, biological activity and practical utilization |
| Sergej SESTAK | Biosynthesis of yeast cell walls; regulation of cellulase synthesis in Trichoderma |
| Ivan SIMKOVIC | Polysaccharides with an ion-exchanging group - preparation and properties |
| Jozef SIMUTH | Molecular biology and genetic engineering of honeybee’s nutritive proteins |
| Igor TVAROSKA | Conformational analysis of carbohydrates; quantum chemistry; molecular mechanics; NMR; computer simulation of enzymatic reactions |
| Renata VADKERTIOVA | The yeasts - ecology, isolation, identification, properties |
| Maria VRSANSKA | Enzymic degradation of plant polysaccharides, hemicelluloses; utilization of xylan; xylanases and cellulases - mechanism of action; transglycosylation reactions of endoglycanases |