Małgorzata Lekka

This study shows how bladder cancer spheroids adapt to different matrix stiffnesses through biomechanical and metabolic changes across cancer grades.

This paper investigates how fenofibrate and its metabolite fenofibric acid affect liver endothelial permeability, finding fenofibrate reduces fenestration and mechanical properties while fenofibric acid does not.

This study examines migration, proliferation, and mechanical properties of bladder cancer cells at different stages and links these traits to actin filament organization and lectin-coated surface interactions.

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 investigates how different AFM tip geometries affect the mechanical properties of multi-cellular spheroids, revealing multiscale responses and the importance of probe selection.

This study shows that colchicine increases invasiveness in some melanoma cells by activating actomyosin, which can be counteracted by ROCK or myosin inhibitors.

This study shows that PPMO-mediated exon skipping in mdx mice restores uniform dystrophin expression and dose-dependently improves serum microRNA biomarkers and muscle biophysical properties.