1. BioCommons: a robust Java library for RNA structural bioinformatics. 3D BioInfo. November 2021. Talk

  2. Graph-based approach for quadruplex analysis. European Conference on Operational Research. July 2021. Talk

  3. ONQUADRO: a database of experimentally solved quadruplexes. Seminar of the Structural Bioinformatics Laboratory. Institute of Bioorganic Chemistry, Polish Academy of Sciences. June 2021. Talk

  4. RNAloops, a database of RNA multiloops. RNA Society Meeting. May 2021. Poster

  5. A pipeline to find all quadruplex structures in the PDB. PDB50: A special symposium celebrating the 50th anniversary of the Protein Data Bank. May 2021. Poster

  6. The influence of structure size on similarity metrics values. Autumn Workshops PTBI. November 2020. Poster

  7. SARS-CoV-2 structure modeling within RNA-Puzzles initiative. Bioinformatics fights SARS-CoV-2 and other viruses. June 2020. Talk

  8. Prediction and evaluation of SARS-CoV-2 RNA 3D models. RNA Society Meeting. May 2020. Poster

  9. Reference-free Evaluation of RNA 3D Structure Models. Seminar of the Structural Bioinformatics Laboratory. Institute of Bioorganic Chemistry, Polish Academy of Sciences. February 2020. Talk

  10. Best model selection among RNA 3D structure predictions. Symposium of the Polish Bioinformatics Society. September 2019. Poster

  11. Automatic discovery of quadruplexes in DNA/RNA 3D structures. International Meeting on Quadruplex Nucleic Acids. Changchun Institute of Applied Chemistry. September 2019. Talk

  12. Probabilistic sampling of RNA 3D conformational spaces. European Conference on Operational Research. University of Dublin. June 2019. Talk

  13. Reference-free evaluation of RNA 3D models quality. RNA Society Meeting. June 2019. Poster

  14. Consensus analysis of interaction networks. RNA-Puzzles Meeting. International Institute of Molecular and Cell Biology. December 2018. Talk

  15. Recognizing native-like structure in a set of RNA 3D models. Berlin (Late) Summer Meeting. Berlin Institute for Medical Systems Biology. October 2018. Poster

  16. Analysis of RNA 3D models to discriminate native-like folds. ICOLE: Perspectives of Bioinformatics, Operations Research and Machine Learning. September 2018. Talk

  17. RNApdbee 2.0. 3D → 2D structure. Computational Analysis of RNA Structure and Function. Centro de Ciencias de Benasque Pedro Pascual. July 2018. Talk

  18. RNApdbee 2.0: a multifunctional tool for RNA structure annotation. EMBO Workshop. RNA: Structure meets function. July 2018. Poster

  19. RNA structure annotation and visualization with RNApdbee 2.0. Bioinformatics in Torun. Nicolaus Copernicus University. June 2018. Poster

  20. RNA pseudoknot analysis: a graph-coloring approach. European Chapter on Combinatorial Optimization. University of Fribourg. June 2018. Talk

  21. New functions in RNApdbee 2.0. RNA & Computing. May 2018. Talk

  22. New approaches to determine RNA pseudoknot order. Symposium of the Polish Bioinformatics Society. September 2017. Talk

  23. RNAComposer allows the user to improve accuracy of predicted RNA 3D structures. Bioinformatics in Torun. Nicolaus Copernicus University. June 2017. Poster

  24. FutureGateway: a new multi-infrastructure framework for customisable Science Gateways. International Workshop on Science Gateways. Poznan Supercomputing and Networking Center. June 2017. Talk

  25. New approaches to determine RNA pseudoknot order. RNA Society Meeting. May 2017. Poster

  26. Quality assessment of RNA 3D structures. RNA-Puzzles Meeting. University of Strasbourg. October 2016. Talk

  27. Application of new functionalities of RNAComposer in order to improve prediction accuracy. Symposium of the Polish Bioinformatics Society. September 2016. Talk

  28. RNAComposer: new developments to increase accuracy of 3D RNA structure prediction. Congress BIO. Wroclaw University of Technology. September 2016. Poster

  29. A consensus approach to evaluate RNA 3D models quality. RNA Society Meeting. June 2016. Poster

  30. A new method to evaluate quality of RNA 3D models. Bioinformatics in Torun. Nicolaus Copernicus University. June 2016. Poster

  31. Algorytmiczne aspekty analizy podobieństwa struktur RNA. Seminar of the Institute of Computing Science. Poznan University of Technology. January 2016. Talk

  32. Constructing a library of 3D RNA conformations. Symposium of the Polish Bioinformatics Society. Medical University of Lublin. September 2015. Poster

  33. RNApolis for RNA structure analysis: RNA 3D structure analysis in torsion angle space. Computational Analysis of RNA Structure and Function. Centro de Ciencias de Benasque Pedro Pascual. July 2015. Talk

  34. Selected aspects of RNA structure processing in trigonometric space. Bioinformatics in Torun. Nicolaus Copernicus University. April 2015. Poster

  35. RNApdbee – secondary structure retrieval from knotted and unknotted RNA structures. RECOMB. International Conference on Research in Computational Molecular Biology. April 2015. Poster

  36. A database of RNA rotamers and its applications. Seminar of the Laboratory of Algorithm Design and Data Structures, Institute of Computing Science. Poznan University of Technology. October 2014. Talk

  37. Accurate approach for nucleotide conformation prediction of RNAs. European Conference on Computational Biology. September 2014. Poster

  38. An algorithm to extract RNA secondary topology from the 3D structure. EURO WG Conference on Operational Research in Computational Biology, Bioinformatics and Medicine. June 2014. Talk

  39. An algorithm to extract RNA secondary topology from the 3D structure. Bioinformatics in Torun. Nicolaus Copernicus University. June 2014. Talk

  40. RNApdbee: from RNA atom coordinates to the secondary structure. Bioinformatics in Torun. Nicolaus Copernicus University. June 2014. Poster

  41. An algorithm to extract RNA secondary topology from the 3D structure. Seminar of the Laboratory of Algorithm Design and Data Structures, Institute of Computing Science. Poznan University of Technology. January 2014. Talk

  42. RNA rotamer library for coarse-grained model reconstruction. International Systems Biomedicine Symposium. University of Luxembourg. October 2013. Poster

  43. A search in RNA conformational space – building a library of nucleotide rotamers. ICOLE: Perspectives of Bioinformatics, Operations Research and Machine Learning. September 2013. Talk

  44. BioJava for structural bioinformatics. Bioinformatics in Torun. Nicolaus Copernicus University. June 2013. Workshop

  45. Comparison of multiple structures in torsion angle space. BIOTECHNO. March 2013. Talk

  46. Porównywanie struktur przestrzennych biomolekuł w przestrzeni trygonometrycznej. Seminar of the Bioinformatics Laboratory. Institute of Bioorganic Chemistry, Polish Academy of Sciences. December 2012. Talk

  47. Bioinformatics for the monitoring of molecule conformational changes. Bioinformatics in Torun. Nicolaus Copernicus University. September 2012. Poster

  48. Ins and outs of RNA structure comparison in two metric spaces. Symposium of the Polish Bioinformatics Society. May 2012. Talk

  49. Computing science instrumentation in tracing molecule structural changes. Seminar of the Laboratory of Algorithm Design and Data Structures, Institute of Computing Science. Poznan University of Technology. May 2012. Talk

  50. Similar or not? How to compare structures using MCQ. New Frontiers in Structural Biology. Institute of Bioorganic Chemistry, Polish Academy of Sciences. January 2012. Talk

  51. Scientific workfows in Kepler. EGI User Forum. April 2011. Workshop

  52. Comparison of RNA structures in torsional angle space. Seminar of the Laboratory of Algorithm Design and Data Structures, Institute of Computing Science. Poznan University of Technology. October 2010. Talk