Laboratory of Protein-DNA Interactions Head: Prof. V. Šiksnys - In-depth structure-function studies of restriction endonucleases (Determination of the seven crystal structures of REases (Prof. V. Šikšnys in collaboration with Nobel Laureate R. Huber, Max-Planck-Institut für Biochemie) )
- Engineering nucleases for gene therapy
- Generation of artificial restriction endonucleases
| Laboratory of Biological DNA Modification Head: Prof. S. Klimašauskas - In-depth structure-function studies of DNA methyltransferases (The first crystal structure of a DNA methyl-transferase reaction intermediate was solved. A new type of DNA-protein interaction named "base-flipping". (Prof. S. Klimašauskas in collaboration with Nobel Laureate R. J. Roberts, USA))
- Targeted covalent labeling of biopolymers
- Functional analysis of the miRNA methyltransferase HEN1
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Laboratory of Biothermodynamics and Drug Design Head: Dr. D. Matulis Enzyme inhibitors as drugs: - Recombinant protein production
- Organic synthesis
- Biothermodynamics of protein-ligand interaction
- Computer simulation of protein-ligand interaction
| Laboratory of Bioinformatics Head: Dr. Č. Venclovas - Development and testing protein structure prediction methods
- Analysis and evaluation of protein structure quality
- Application of molecular modeling to study proteins involved in DNA metabolism
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Laboratory of Eukaryote Genetic Engineering Head: Dr. G. Žvirblis - Expression of animal and human viral proteins and viral particles in yeast S.cerevisiae, K.lactis, P.pastoris:
- Human (and others) polyomavirus major coat proteins
- Measles virus nucleocapsid protein
- Human hepatitis B surface antigen
- Hantavirus nucleocapsid proteins
- Lyssoviruses nucleocapsid proteins
- Mumps, RSV, PIV, Henipaviruses, Menangle, Tioman virus nucleocapsid proteins
- Development of vaccines and diagnostic tools
| Laboratory of Immunology and Cell Biology Head: Dr. A. Žvirblienė Consists of three research groups. Main research topics: - Antigenicity studies of recombinant viral proteins and development of monoclonal antibodies (Dr. A. ´virblienė): hundreds of new hybridomas, producing monoclonal antibodies to different antigens-viral proteins, cytokines, and cellular receptors have been generated
- Regulation of gene expression by alternative splicing (Dr. A. Kanopka)
- Molecular epidemiology of Mycobacterium tuberculosis (Dr. P. Stakėnas)
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