Ruslan I. Dmitriev

This study evaluates electrically enhanced intraperitoneal drug delivery using nanoparticles and fluorescence lifetime imaging microscopy to track drug penetration and intracellular release.

The paper shows that reduced electron flux through complex IV leads to cytochrome c accumulation via increased stability and membrane retention, without increasing apoptosis sensitivity.

This paper uses FLIM to study nanoplastic interactions and effects in intestinal organoids, finding species-specific uptake and disruptions in mitochondrial function and inflammation.

The paper introduces multi-modal near-infrared nanoparticles for live imaging of oxygenation gradients in 3D spheroids, revealing inverted oxygenation patterns and metabolic stratification.

This study identifies GDF15 as a mediator of inflammation-associated bone loss via a brain-bone axis, showing it induces bone loss through GFRAL receptor activation in the hindbrain.