Elaboration of a finite element model of pancreatic islet dielectric response to gap junction expression and insulin release.

@article{Heileman2016ElaborationOA,
  title={Elaboration of a finite element model of pancreatic islet dielectric response to gap junction expression and insulin release.},
  author={Khalil Leon Heileman and Jamal T Daoud and Maryam Tabrizian},
  journal={Colloids and surfaces. B, Biointerfaces},
  year={2016},
  volume={148},
  pages={474-480}
}
Dielectric spectroscopy could potentially be a powerful tool to monitor isolated human pancreatic islets for applications in diabetes therapy and research. Isolated intact human islets provide the most relevant means to understand the cellular and molecular mechanisms associated with diabetes. The advantages of dielectric spectroscopy for continuous islet… CONTINUE READING