RNA tango is a web application available on any device for 3d structure analysis of torsion angles. The visualisation of torsion angles allows to describe the relationship between individual nucleotides, better than coordinates alone. The tool allows the user to download the data and visualise it, aiding in the prediction of 3d structures.
miRarchitect was created to support the rational design of amiRNA therapeutics. The design process involves analyzing the target sequence (input), designing and studying the structure and thermodynamics of siRNA, selecting the best native pri-miRNA scaffold, and developing amiRNA.
I participated in a scientific project focused on exploring quadruplexes in RNA 3D structures. During this time, I developed two bioinformatics tools that were published in prestigious journals. I gained extensive experience in data processing and web development, and I presented my research at three international conferences. From September 2024 to August 2025, I participated in the research grant (2023/51/D/ST6/01207), where I designed and implemented an automated data processing workflow for biological datasets.
December 2023 - August 2025
I was involved into scientific project aimed on design miRNA. As an UI Designer, I was responsible for create logo and layout for website tool to become more friendly for users.
June 2023 - December 2023