T. O. Ihalainen

The paper measures mitochondrial temperature in various cell lines and finds it remains up to 15°C higher than the external environment under metabolic stress.

This study investigates how CDK5 activity influences gap junction dynamics and phagocytosis in retinal pigment epithelium through Cx43 phosphorylation.

The paper uses light-induced nanoscale deformation of azobenzene thin films to study mechanosensitive Ca2+ signaling in cells, identifying Piezo1 as the key channel involved.

This study develops a nanobody-based FRET biosensor to measure mechanical strain on nuclear lamins and identifies factors influencing nuclear lamina forces.

This study investigates how substrate stiffness affects force transduction in epithelial monolayers using experimental and computational methods, finding that stiffness changes influence mechanical signaling and cell behavior over long distances.

This study uses proteomics to compare biofilm subtypes of Mycobacterium marinum, identifying subtype-specific changes in virulence, tolerance, and persistence mechanisms.

This study identifies voltage-gated sodium channels in RPE cells and shows their role in photoreceptor outer segment phagocytosis.