Bioanalytical Chemistry
Research
Developing electrochemiluminescence-based analytical platforms to investigate three-dimensional cellular spheroids as biomimetic tumor models, with the potential to distinguish cancerous from non-cancerous cells based on their unique electrochemiluminescent responses. This work integrates advanced electrochemical sensing with physiologically relevant 3D cellular architectures to enable sensitive characterization of tumor behavior, cellular heterogeneity, and disease-state-dependent signaling.
Leveraging electrochemiluminescent light emission in three-dimensional space to image the morphology of insulating objects at electrified interfaces. This methodology enables minimally invasive, label-free, and rapid imaging of micrometer-scale structures, including spirulina algae and three-dimensional cellular models. By coupling electrochemical excitation with spatially resolved light emission, this approach provides a powerful platform for structural characterization of biological specimens using electrochemiluminescence.
