Ulla Birgitte Vogel

The paper pre-validates an animal-free method, InfiniteLungDT, which predicts chronic neutrophilic lung inflammation using in vitro data, achieving high accuracy in LOAEL determination.

This study shows that particulate matter exposure in vitro causes amyloid beta plaques and neurite shortening in neuron-like cells, resembling Alzheimer's disease features.

This study uses single-cell RNA-sequencing to analyze how different nanomaterials affect lung inflammation in mice, identifying cell type-specific responses and mechanisms.

This study shows that TiO2 nanotubes and MWCNTs induce different cancer-related changes in vitro, with TiO2 nanotubes disrupting microtubules and inducing binucleated cells, while MWCNTs activate the STING pathway.

The paper examines the temporal response to maternal pulmonary immune activation across maternal and fetal organs using multi-omics, finding that the placenta protects the fetus through metabolic adaptations rather than immune responses.

The paper predicts nanomaterial-induced chronic inflammation using in vitro measurements and in silico modeling by identifying mechanisms of nanomaterial cycling and quarantining in lung cells.

This study investigates interactions between red/processed meat intake, NSAID use, and genetic variants in relation to colorectal cancer risk, finding significant gene-environment interactions.