Development of a Tetherless Bioimpedance Device That Uses Morphologic Changes to Predict Blood Flow Restrictions Mimicking Peripheral Artery Disease …
A tetherless multi-targeted bioimpedance device was designed, modeled, built, and tested
for measuring arterial pulse and, using morphological analysis, its potential for monitoring …
for measuring arterial pulse and, using morphological analysis, its potential for monitoring …
[HTML][HTML] Minimization of Parasitic Capacitance between Skin and Ag/AgCl Dry Electrodes
Conventional dry electrodes often yield unstable results due to the presence of parasitic
capacitance between the flat electrode surface and the non-uniform skin interface. To …
capacitance between the flat electrode surface and the non-uniform skin interface. To …