Demo Presentations
Demo format: Bring your own laptop with your demo ready to present. Each demo has a designated table in the main conference room.
Pitch talks: Each demo presenter will give a short 2-3-minute pitch talk during the main programme to introduce their tool or resource to the audience on Tuesday, 12 May 2026, between 15:30 and 16:00.
Demo sessions: Tuesday, 12 May 2026
- Session 1 (even) - 17:30–18:30
- Session 2 (odd) - 18:30–19:30
Setting up your demo: Please set up your demo at your assigned table before your session.
Removing your demo: Please pack up your equipment after your demo session ends.
During the demo session: You are expected to be present at your table throughout your designated session to give live demonstrations and discuss your work with attendees. We encourage you to prepare a brief introduction.
| Number | Presenter | Title |
| D1 | Yağmur Doğay | Discovering new kidney frontiers with a nephron map |
| D2 | Loes Biggelaar | Bringing Agentic AI to internal data: A Real-World Evaluation of the Open Targets MCP server |
| D3 | Alem Gusinac | OmicFlow: A generalised object-oriented data structure in R, for fast and efficient loading and data wrangling of sparse omics (microbiomics) data. |
| D4 | NikolaosAlachiotis | Genomic Scans for Signatures of Selection using RAiSD-AI |
| D5 | Fabian Jannik Tann | Peptide feature generator on structural data |
| D6 | Marvin Martens | A web-based workflow for molecular Adverse Outcome Pathway construction and enrichment analysis to support mechanistic chemical safety assessment |
| D7 | Jarno Koetsier | ArrayAnalysis and PinPath: Unlocking the Full Potential of Omics Data |
Poster Presentations
Poster format: bring your poster printed in A0 portrait
Poster sessions: Tuesday, 12 May 2026
- Session 1 (even) - 17:30-18:30
- Session 2 (odd) - 18:30-19:30
Open poster session during lunch on 12 and 13 May 2026
Setting up your poster: Please put up your poster during the registration period and morning coffee break on Tuesday morning, May 12th.
Removing your poster: Please take down your poster after the closing between 16:00-16:30 on Wednesday, May 13th. Any posters left behind after this time will be discarded.
During the poster session: You are expected to be present at your poster during the designated poster session to discuss your work with attendees. We encourage you to prepare a brief (2–3 minute) summary to introduce visitors to your research.
Poster list
| Number | Presenter | Title |
| P1 | Andreas Milias-Argeitis | A new gradient matching method for fast ODE inference |
| P2 | Jeroen Frieling | A UDE-Based Framework for Detecting Missing Dynamics in Biological Systems |
| P3 | Ina Maltais-Payette | Refining metabolic model and tasks to better capture fatty acid degradation |
| P4 | Vasilis Flouris | A Generalizable StrainDesign Workflow for Metabolic Engineering |
| P5 | Pablo Tejero Sanz | Toward an Integrated Model of Chondrocyte States in Osteoarthritis |
| P6 | Jelle Bonthuis | VmaxBuilder: converting gene expression to reaction capacity |
| P7 | Jella Freitag | A Pepper Plant Model for Source-Sink Processes at Multiscale Level |
| P8 | Joshua Müller | Extending the Mixed Meal Model with GLP-1 Secretion and β-Cell Response |
| P9 | Petrus Bult | From Microbiome to Metabolism: Multi-Modal Data Integration in UDEs |
| P10 | Justyna Igras | A Computational Approach to Load-Dependent Chondrocyte Responses in OA |
| P11 | Spencer Olson | A Neural Mass Model of the Auditory Corticothalamic Circuitry |
| P12 | Anagha Gaikwad | Digital twins for osteoarthritis: identifying disease-modifying treatments |
| P13 | Femke Smit | Using Metabolic Modeling SWAP to Identify DCM Metabotypes |
| P14 | Kyran Wissink | Biology Constrained Neural Networks |
| P15 | Inès Marais | Cellular and spatial transcriptomics in germinating Arabidopsis seeds |
| P16 | Dominika Martinovicova | Spatial Transcriptomic Profiling of the NSCLC Microenvironment |
| P17 | Kirti Biharie | Beyond benchmarking: consensus approach to spatially aware clustering |
| P18 | Sofia Hadjiatanassova | Predicting drug sensitivity of cancer cell lines based on drug descriptors and CYP expression |
| P19 | Bernard Stikker | AI-assisted diagnosis of adult CNS tumours using nanopore methylation sequencing |
| P20 | Berke Yildiz | Benchmarking LLMs for NL to Onco Query Language Translation in cBioPortal |
| P21 | Stan Reinders | Harnessing BERT-like Models to Predict Complete Peptide Spectra |
| P22 | Daan B. van Erp | Transcriptome Prediction from Histopathological Images for Cutaneous SCC |
| P23 | Alexander Auditya Dino Pratama | Evaluating Explainable AI Methods Across Protein Language Models |
| P24 | Timo Doherty | Dataset and Evaluation Bias in Molecular Taste Prediction |
| P25 | Alex Sánchez | Network biases in MADS-box PPI prediction using ML |
| P26 | Yue Bai | Machine Learning Methods for Time-Lapse Imaging to Advance Cell Therapy |
| P27 | Eleni Liarou | Evaluating Multi-Task Learning for Protein–Protein Interaction Prediction |
| P28 | Vitor Martins dos Santos | Fostering industry engagement in biotechnology through ELIXIR and IBISBA |
| P29 | Sidra Adil | Mapping Gene Sets to Key Events to Enhance Interoperability of AOPs |
| P30 | Alexandra Valeanu | Rare copy number variant mechanisms through multi-layer systems analysis |
| P31 | Manze Yu | Integrating Molecular Networking to Uncover Glucosinolate Pathways |
| P32 | Yuanyuan Duan | Pathway-Driven Drug Repurposing for Epilepsy |
| P33 | Guangya Shen | Immune gene modules and lipoproteins following PUFA intervention |
| P34 | Scarlet Sung | Proportionality as a method for enhancing co-expression analysis |
| P35 | Mike Loomans | Meta analysis of pig gut microbiome reveals co-occurring microbial guilds |
| P36 | Julia Horjus | Integrative Genomics Identifies Putative Causal Genes in Thoracic Aortic Disease |
| P37 | Anne van der Grinten | Extensive deregulation of endogenous retroviral elements in acute leukemia |
| P38 | Gwen van der Sluis | Optimization of non-invasive prenatal diagnostics of monogenic diseases |
| P39 | Soufyan Lakbir | High throughput pegRNA screen for therapeutic prime editing |
| P40 | Devin van Valkengoed | Bioinformatic characterization of tumor organoids in the CMOB |
| P41 | Marc Borkhuis | Quantum Computing and Big Data in Genomics |
| P42 | Roula Farag | Uncovering Chromosomal Instability in Pediatric Solid Tumors |
| P43 | Karine Miras | Epistatic gene interactions in the evolution of robots |
| P44 | Rens Dijkhuizen | Transcription Factor Binding Sites in plants are position-dependent |
| P45 | Joyce Haane | Uncovering the evolution of CC-TPRs |
| P46 | Jasmine Chen | Isoform function-informed enrichment analysis method |
| P47 | Eugène Verwiel | The continuous development of pediatric oncology NGS analysis pipelines |
| P48 | Lucas Kuijpers | A high-throughput multiplex assay to detect red blood cell reactive antibodies |
| P49 | Celia van Gelder | TDCC-LSH: Advancing FAIR and Interoperable digital practices |
| P50 | Tooba Abbassi-Daloii | A FAIR Tool Framework for Bioinformatics Services and Workflows |
| P51 | Celia van Gelder | The TDCC-LSH FAIR Fellowship: Building a National Cohort of FAIR Data Champions |
| P52 | Niels Brouwers | Mummichog integration reveals enriched pathways in NANS-deficiency |
| P53 | Mireia Santamaria Peris | Candidate drug targets in CHD2-related disorder through multi-omics analysis |
| P54 | Huma Shehwana | Multiomics Analysis of Guselkumab-Treated Psoriasis Patients |
| P55 | Firdaws Badmus | NGID FAIR Data Infrastructure for multi-omics of inflammatory skin diseases |
| P56 | Maurits Unkel | Decoding the RNF12 neural interactome: FLAG IP-MS proteomics pipeline |
| P57 | Isabel M. Houtkamp | A comprehensive resource on plasma proteome stability |
| P58 | Koen van Zwet | Remote Homology Detection in Food-grade Yeast Strains |
| P59 | Wiebe Wennekers | Computational mapping of off-flavour conversion pathways across filamentous fungi |
| P60 | Angeliki Vosdogali | A Random Matrix Theory Framework for Identifying Corresponding Patterns in Microbial Communities: A Multi-omics Approach |
| P61 | Milou A.M. Maas | Unbiased pathogen detection in environmental matrices using long-read sequencing |
| P62 | Bas Berbers | From Species Discovery to Pangenome: Molecular Surveillance of Quarantine Fungi |
| P63 | Bryan van den Brand | CefiderocolFinder: genomic adaptations in carbapenemase-producing organisms |
| P64 | Vina My Pham | Uncovering transcriptional regulatory networks in Streptomyces |
BioSB 2026
BioSB 2026meike.bunger@health-ri.nl
BioSB 2026meike.bunger@health-ri.nlhttps://biosb2026.aanmelder.nl
2026-05-11
2026-05-13
OfflineEventAttendanceMode
EventScheduled
BioSB 2026BioSB 20260.00EUROnlineOnly2019-01-01T00:00:00Z
Hotel ZuiderduinHotel ZuiderduinZeeweg 52 1931 VL Egmond aan Zee Netherlands
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