Sudip Mondal

The paper develops a toolkit to measure multiple ageing hallmarks in human blood and tissue samples, identifying age-related changes in immune cells, senescence, and mitochondrial function.

The paper introduces OrganoidChip+, a microfluidic platform for culturing and high-content imaging of adult stem cell-derived organoids, showing improved growth rates and imaging capabilities compared to traditional methods.

This study tracks mitochondrial density and positioning in individual C. elegans neurons over time using a microfluidic device to enable long-term imaging and analysis of sub-cellular dynamics.

This study shows that mitochondrial density in C. elegans touch receptor neurons remains constant during development and that axonal mitochondria are necessary for touch responsiveness.