Characterization of therapy-induced plasticity in glioblastoma using single cell multi-omics data integration

Deciphering regulatory heterogeneity in high-risk neuroblastoma

Doctoral project Joke Deschildre

Integrative network approaches to unravel mechanisms of gut-brain communication in neuroinflammatory disorders

Methodological analysis of network inference and multi-omics data integration to unravel eukaryotic gene regulation

Modeling transcriptional and chromatin regulatory programs of cell state plasticity in glioblastoma under therapy

Transposable element mediated gene regulatory networks in brain diseases

Data-driven, interpretable integration of transcriptomics and metabolomics data

Multi-omics data integration in the context of regulatory networks to decipher regulatory metabolites in complex diseases such as cancer and neuro-inflammatory disorders

Multi-omics data integration to elucidate the causes of complex diseases

Single cell network inference to characterize regulatory heterogeneity in brain cancer

Targeting radiation-induced plasticity in Glioblastoma: from fundamental insights to tailored therapeutic opportunities

Transposable elements-mediated gene regulatory networks of brain diseases

Characterizing regulatory heterogeneity in high-risk neuroblastoma

Non-invasive drug identification for tumors: a tool for precision oncology