MU OmicsLab develops its bioinformatics and computational toxicology direction through a portfolio of research projects, collaborative grants, and infrastructure initiatives. Here you’ll find the projects that currently define (and fund) our work—ranging from LLM-assisted pharmacogenomics and RNA/siRNA concepts, to environmental exposure toxicology and server-enabled reproducible bioinformatics.
If you’d like to collaborate, host a student, or request bioinformatics support, please contact us.
A COST-related project supporting in vitro toxicology and transcriptomic analysis of persistent organic pollutants from flue gases and atmospheric aerosols.
National co-funding for COST Action CA24165: development and evaluation of an LLM-based agent for pharmacogenomic interpretation.
DEFENDER supports computational capacity for reproducible omics analysis, student training, and collaborative bioinformatics workflows.
A Bulgarian-Austrian collaboration around RNA constructs, delivery concepts, and bioinformatics-supported target reasoning.
A project on aerosols, organic extracts, and toxicological response in lung cell models, with computational support from MU OmicsLab.