METINIS PRANEÅ IMAS 2007 - Biotechnologijos institutas

Metinis pranešimas – 2007Eil.Nr.Darbuotojo v.pavardėPranešimo pavadinimas, konferencijos vietaCourse, Ettore Majorana Foundation and Centre forScientific Culture; Erice, ItalijaData17. S. Klimašauskas (žod.); Transient kinetics methods to studymacromolecular interactions, International Schoolof Biological Magnetic Resonanse, 8 th Course,Ettore Majorana Foundation and Centre forScientific Culture; Erice, Italija18. Z. Staševskij (stend.); Roles of two conserved catalytic argininesin a DNA cytosine-5 methyltransferase;International School of Biological MagneticResonanse, 8 th Course; Ettore MajoranaFoundation and Centre for Scientific Culture;Erice, Italija.19. R. Gerasimaitė (stend.); Novel approaches to engineeringsequence-specificity of DNA cytosine-5methyltransferases, the 32 th FEBS Congress,Vienna, Austrija20. S. Klimašauskas (žod.); DNA base flipping by methyltransferases;FEBS Workshop DNA and RNA modificationEnzymes, Comparative Structure, Mechanism,Function and Evolution. Aussois, Prancūzija21. M. Gudeliauskaitė (stend.); Reconstitution of an archaeal C/D boxRNP containing an sRNA K-loop structure; DNAand RNA modification Enzymes, ComparativeStructure, Mechanism, Function and Evolution.FEBS Workshop, Aussois, Prancūzija22. G. Lukinavičius (stend.); Targeted labeling of DNA bymethyltransferase-directed Transfer of ActivatedGroups (mTAG); DNA and RNA modificationEnzymes: Comparative Structure, Mechanism,Function and Evolution; FEBS Workshop, Aussois,Prancūzija.23. G. Vilkaitis (stend.); Structural and functional analysis of themicro RNA methyltransferase HEN1; DNA andRNA modification Enzymes: ComparativeStructure, Mechanism, Function and Evolution“,FEBS Workshop. Aussois, Prancūzija.24. D. Daujotytė (stend.); Structural snapshots of flipped-out basesin HhaI methyltransferase-DNA complexes; DNA06.19-3006.19-3007.07-1309.11-16.09.11-1609.11-1609.11-1609.11-16© Biotechnologijos institutas 47