Rémi Veneziano

This paper develops a method to directly synthesize targeted nanoscale ICG J-aggregates for photoacoustic imaging, demonstrating their strong signal generation and functionalization potential.

This paper develops three ICG-based nanoprobe platforms to improve NIR-PAI contrast agents by enhancing signal stability and reducing background noise.

This paper develops a method to rapidly prototype microfluidic devices using stereolithographic 3D printing, achieving high dimensional fidelity and reduced surface roughness.

This paper explores DNA six-way junction conformations, identifies preferred structural isomers, and demonstrates their use in creating a 2D square lattice for DNA nanotechnology.

This paper introduces a DNA-based fluorescent nanoprobe for detecting potassium ion dynamics in neurons, showing linear fluorescence changes in response to electrical stimulation.

This study introduces DX-tile motifs to enhance the mechanical properties and functionalization of DNA hydrogels, enabling tunable viscoelasticity and printability for biomedical applications.

This study investigates how mismatched bases in trigger strands affect TMSDR displacement parameters, enabling finer control of cargo release for biomedical applications.