rok 2006 - Fakulta chemickej a potravinárskej technológie ...
rok 2006 - Fakulta chemickej a potravinárskej technológie ...
rok 2006 - Fakulta chemickej a potravinárskej technológie ...
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APVT Project No 20-003904 Biochemical and genetic aspects of senescence and cell death of<br />
filamentous fungi (Boris Lakatoš)<br />
In this project the biochemical and genetic mechanisms of senescence of filamentous fungi will be studied in<br />
context with their physiological functions, in particular conidiation and intrahyphal differentiation, in respect of<br />
possible utilization of this process in biotechnology. In the project a unique and never before used complex of<br />
experimental models combined of wild strains and mutants defective in conidiation will be used in combination<br />
with different cultivation conditions. Their simultaneous analysis will enable to solve general aspects of<br />
senescence in filamentous fungi.<br />
Project duration: from 01.01.2005 to 31.12.2007<br />
Vega Project No 1/2335/05 The role of proton-motive force in the Ca2+ homeostasis in<br />
filamentous fungi (Martin Šimkovič)<br />
Ca2+ homeostasis represents an integrating system of every living cell and plays a crucial role in the regulation of<br />
numerous functions on both cellular and organism levels. There is only scarce knowledge on the Ca2+<br />
homeostasis in filamentous fungi, which are scattered among several fungal species. Recently, we described<br />
properties of partial reactions of Ca2+ homeostasis and their developmental changes in deuteromycete<br />
Trichoderma viride. We found that uncouplers stimulated both Ca2+ influx and efflux across the cytoplasmic<br />
membrane. This means that the electrochemical potential of H+ couples Ca2+ translocation across this<br />
membrane. This observation is important for the understanding of Ca2+ homeostasis and opens new views on<br />
the physiology of fungi and its intentional manipulation. This project is mainly devoted to the analysis of this<br />
phenomenon, to ascertaining its universality and/or specificity. A part of this project will be devoted to<br />
experiments, which could elucidate the role of Ca2+ in the signaling pathway triggering the light-induced<br />
conidiation in Trichoderma viride.<br />
Project duration: from 01.01.2005 to 31.12.2007<br />
V._CURRENT EDUCATION PROJECTS<br />
VI._COOPERATION<br />
A._Cooperation in Slovakia<br />
Institution Type of cooperation Responsible person Duration<br />
Institute of<br />
Molecular<br />
Physiology and<br />
Genetics, SAS,<br />
Bratislava<br />
Cancer Research<br />
Institute, SAS,<br />
Bratislava<br />
Tissue Bank,<br />
Hospital Ružinov,<br />
Bratislava<br />
Dept. of Chem.<br />
Theory of Drugs,<br />
Fac. of Pharmacy,<br />
Comenius<br />
University,<br />
Bratislava<br />
Institute of<br />
Chemistry, Faculty<br />
of Science, PJŠU,<br />
Košice<br />
Characterisation of basal Ca2+<br />
transport in non-excitable cells ( Joint<br />
grant)<br />
Cytotoxicity of Novel Xenobiotics and<br />
Their mode of Action<br />
Cultivation and growth of human and<br />
animal tissue cultures on new<br />
biomaterials<br />
Study of antimicrobial activity of newly<br />
synthesized copper complexes<br />
New coordinating compounds of zinc,<br />
their preparation, study of physicochemical<br />
properties and their<br />
biological activity (Joint grant)<br />
Dr. Jozef Orlický, Senior<br />
Research Scientist, Vlárska<br />
5, 833 34 Bratislava<br />
Dr. Darina Slameňová, Head<br />
of Group, Vlárska 7, 833 91<br />
Bratislava<br />
Dr. Jana Dragúňová,<br />
Ružinovská 6, 826 06<br />
Bratislava<br />
Dr. Aladár Valent, Associate<br />
professor, Kalinčiakova 8,<br />
832 32 Bratislava<br />
Prof. Katarína Gyoryová, Full<br />
Professor, Moyzesova 11,<br />
040 01 Košice<br />
01.01.1990 -<br />
01.01.1991 -<br />
01.01.1998 -<br />
01.01.1999 -<br />
01.10.2001 -<br />
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