Mateus Borba Cardoso

This study uses synchrotron nano-FTIR to show that carbohydrate-coated nanoparticles induce protein conformational changes in E. coli at the nanoscale.

This paper introduces a fractionation-free method using synchrotron SAXS to quantify protein corona on nanoparticles under native conditions, enabling accurate determination of adsorption properties.

This study uses synchrotron-based correlative X-ray microscopy to show how fluorescent silica nanoparticles redistribute in macrophages with dose and division, revealing perinuclear clustering and nuclear-envelope deformations.

This paper introduces a synchrotron-based 3D histology method for murine kidneys, achieving high-resolution imaging and quantitative morphometric analysis.