Lorena Diéguez

The paper develops a microfluidic workflow for extracting EV-associated nucleic acids from biofluids and demonstrates its compatibility with downstream molecular analysis.

This study develops a 3D bioprinted colorectal cancer model using fibrin-enriched hydrogels to show that softer matrices promote cancer cell invasion and stromal interactions.

This paper develops a method to generate single cell-derived breast cancer spheroids in a decellularized matrix with plasmonic nanosensors for real-time metabolomic analysis.

This study investigates how short-chain fatty acids affect extracellular vesicle production and characteristics in colorectal cancer cells, finding increased EVs and DNA content in response to SCFA treatment.