| No | Name | Poster title |
|---|---|---|
| P1 | Paweł Bednarz | Integrative Computational Model for Tissue Specific Gene Regulation |
| P2 | Grzegorz Bokota | Segmentation of chromosomal territories from confocal microscope image data |
| P3 | Aleksandra Cabaj | Analysis of DNase I-seq data to identify open chromatin regions and transcription factors binding in the glioma-induced versus LPS-induced microglia activation |
| P4 | Agata Charzyńska | Different analytical tools applied to high-resolution DNase I-seq and gene expression data to identify regulatory networks in the glioma-induced versus the LPS-induced microglia activation |
| P5 | Wayne Dawson | Ranking chromatin structure conformations and dynamics using a long range entropy model and contact frequencies |
| P6 | Azamat Gafurov | Identification of sister chromatid cohesion sites during interphase in mammalian cells |
| P7 | Mateusz Garbulowski | Somatic mutations age prediction in discovering early driver variants |
| P8 | Aliaksei Holik | Cancer-type specific pathogenicity estimates reveal somatic and germline variants affecting enhancer function |
| P9 | Michał Kadlof | Comparative analysis of genome-wide three-dimensional interactions from different Human cell lines. |
| P10 | Maciej Łapiński | Elucidating the role of Cpeb1b and Cpeb4 in translational control of maternal transcripts through cytoplasmic polyadenylation |
| P11 | Henriette Miko | Comparison between Hi-C data sets and identification of TAD boundary changes |
| P12 | Behrooz Torabi Moghadam | A multivariate analysis of DNA methylation changes over age in the human brain |
| P13 | Shamba Sankar Mondal | Identifying intronic enhancers in Insulin Receptor (InR) gene: A machine learning approach. |
| P14 | Henri Niskanen | Endothelial cell differentiation is characterized by changes in long range chromatin interactions between inactive chromatin regions |
| P15 | Leszek Pryszcz | RNA editing in zebrafish development |
| P16 | Michal Sadowski | Perturbation analysis for 3DOME algorithm reconstructing three dimensional chromosomal structures from experimentally obtained single cell HiC contact maps |
| P17 | Robert Schöpflin | Characterizing the regulatory landscape at limb-associated gene loci using Capture-C and ChIP-seq |
| P18 | Karolina Smolińska | A machine learning approach for energy based PWM matrices quality improvement |
| P19 | Przemysław Szałaj | Hierarchical modeling of three-dimensional chromatin organization based on ChIA-PET data |
| P20 | Teresa Szczepińska | Epigenetic marks of the chromatin 3D structure |
| P21 | Ilario De Toma | Restoring a balanced epigenetic state for the treatment of Intellectual Disabilities |
| P22 | Irina Tuszyńska | 3D chromatin structure based on MC and SBS model |
| P23 | Alessandro Vitriolo | From Williams Beuren and 7q-microduplication Syndromes to Human Cognition and development. Integrating molecular signatures from several neurodevelopmental disorders |
| P24 | Rafal Zaborowski | New method for systematic detection of Hi-C differential interactions |
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