Laboratory of RNA Biology

Current Grants

Grant name Provider Duration Investigator Web
Molecular mechanisms of nuclear structure formation Ministry of Education, Youth and Sports 2019-2022 D. Staněk Go to website
Molecular characterization of retinal and cerebellar defects caused by mutations in splicing factor Prpf8 Czech Science Foundation 2020-2022 D. Staněk Go to website
Molecular mechanism of spliceosomal snRNP formation Czech Science Foundation 2021-2023 D. Staněk Go to website
The role of glycine-arginine repeats of Sm proteins in the biogenesis of small nuclear ribonucleoprotein particles Czech Academy of Sciences 2021-2023 M. Sýkora

 

Past Grants

Grant name Provider Duration Investigator Web
Targeted expression and transport of bioactive molecules Czech Academy of Sciences 2008-2012 D. Staněk Go to website
Regulation of alternative splicing via chromatin acetylation Czech Science Foundation 2010-2013 D. Staněk Go to website
Formation of splicing machinery in the context of the cell nucleus Czech Science Foundation 2011-2014 D. Staněk Go to website
Functional analysis of hBrr2 mutations linked to retinitis pigmentosa Czech Science Foundation 2012-2015 Z. Cvačková Go to website
Centre for RNA Biology Czech Science Foundation 2012-2018 D. Staněk, P. Svoboda Go to website
Funkční organizace jaderných Cajalových tělísek se zaměřením na formování  ribonukleoproteinových částic Czech Academy of Sciences 2012-2014 D. Staněk
Spliceosomal snRNP assembly and surveillance in Drosophila melanogaster Ministry of Education, Youth and Sports 2014-2016 D. Staněk Go to website
Biomodels for Health – Center for Model Organisms Ministry of Education, Youth and Sports 2015-2019 P. Bartůněk, J. Hejnar, O. Horvath, V. Kořínek, Z. Kozmik, D. Staněk, P. Svoboda Go to website
Alternative splicing regulation by chromatin modifications Czech Academy of Sciences 2015-2016 N. Bieberstein
Quality control of spliceosomal snRNP assembly Czech Science Foundation 2015-2017 D. Staněk Go to website
Study of the role of genes involved in the pre-mRNA splicing in Retinitis pigmentosa pathogenesis Czech Academy of Sciences 2016-2018 M. Krausová
Modernization and support of research activities of the national infrastructure for biological and medical imaging Czech-BioImaging Ministry of Education, Youth and Sports 2017-2020 P. Hozák Go to website
Investigating global changes in pre-mRNA binding, alternative splicing and the formation of circular transcripts in a retinitis pigmentosa disease model to understand the onset and cause of photoreceptor degeneration Czech Academy of Sciences 2017-2018 D. Staněk
Prp8:RNA interactions in Retinitis pigmentosa - novel disease models to study cause and consequence of splicing errors in neurodegenerative diseases Czech Science Foundation 2018-2020 Z. Cvačková Go to website
Principles of snRNP sequestration into cellular structures Czech Science Foundation 2018-2020 D. Staněk Go to website