M. Reggente

This paper enhances the photoluminescence of ssDNA-wrapped SWCNTs by conjugating with graphene quantum dots, achieving significant brightness improvements for biomedical imaging.

This paper expresses a heterologous decaheme cytochrome in cyanobacteria to enhance exoelectrogenicity, achieving higher photocurrent densities.

This study co-expresses a flavin biosynthesis pathway with an extracellular electron transfer pathway in E. coli, increasing current output in bioelectrochemical systems.

This study enhances EET in E. coli by implementing the Mtr pathway from Shewanella oneidensis, increasing electroactivity and pollutant degradation.

This paper introduces LNA-modified DNA-SWCNT sensors to improve stability against cation-induced fluorescence changes, enhancing dopamine detection accuracy.