The movement of ions and electrons is fundamental to all living processes. Understanding how electric fields can influence the biology of cells and tissues, building new platforms to study biological processes like the blood-brain barrier, measuring how cell membrane mechanics influence function, and applying ion channels as sensing motifs are a few of the areas we are presently studying. Check out some recent work below, more information is present in the primary publications from our group.
recent bioelectrochemistry results
- Pittcon 2024
- New members of the bakergrp 2023
- Texas Electrochemical Roundup
- Legion published in ACS Measurement Science Au
- Potentiometric-Scanning Ion Conductance Microscopy
Potentiometric-Scanning Ion Conductance Microscopy (P-SICM) is a rising sub-class of scanning ion conductance microscopy (SICM) that allows for the simultaneous collection of topography and local apparent conductance. In the… Read more: Potentiometric-Scanning Ion Conductance Microscopy - Our New COMSOL Simulation Horsepower
For electrochemists doing research with scanning probe techniques, COMSOL modeling plays a significant role in instructing experiment design, estimating imaging results affected by pipette geometric, and validating electrochemical phenomena… Read more: Our New COMSOL Simulation Horsepower
