Thomas R. Huser

The paper investigates how 33-mer gliadin nanostructures affect TLR5/NF-κB signaling in Caco-2 cells, showing they inhibit flagellin-induced activation.

This paper introduces enhanced 2D-SIM to reduce reconstruction artifacts and improve resolution in thick samples using optimized coarse and fine patterns.

The paper visualizes nanopores in endothelial cells in situ using a super-resolution microscope after staining with a fluorescent dye.

This study shows that peroxisome dysfunction in mice and engineered human myocardium leads to heart failure through metabolic impairment and disrupted cellular respiration.

The paper identifies ROS as a cause of fenestration arrest in LSECs during imaging and proposes a strategy to preserve dynamics for long-term super-resolution and AFM imaging.

This study shows that hydrogen peroxide damages liver sinusoidal endothelial cells, reducing their scavenging function and causing structural changes, which can be mitigated by N-acetyl-cysteine but not glutathione.

This study shows that highly sensitive cameras can reduce spatial resolution in high-resolution optical microscopy due to differences in their modulation transfer function.