The Fe electrodes were selected as the conductive material due to their bioresorbable nature, favorable corrosion resistance in physiological environments, and mechanical robustness compared to other …
Here we place bior-esorbable electrodes with a brain-matched shear modulus—made from water-dispersed nanoparticles in the brain in the targeted area using a capillary — thinner than a human hair.
Abstract Polyimide based shaft electrodes were coated with a bioresorbable layer to stiffen them for intracortical insertion and to reduce the mechanical mismatch between the target tissue and the …
Nov 26, 2025 · Bioresorbable electrodes are continuously evolving and aiming to reach the levels of functionality comparable to or beyond their non-degradable counterparts. The progress in in vivo …
These latest intracortical electrodes incorporate “bioactive” components. These electrode designs use standard electrically conductive materials in combina-tion with biologically active species in an effort …
These systems consist of bioresorbable forms of PA and SiON configured into multilayer assemblies. Films of PA result from spin-coating a monomer solution followed by ultraviolet (UV)-initiated thiol …
Sep 21, 2024 · ACCESS ABSTRACT: Bioresorbable implantable electronics require power sources that are also bioresorbable with controllable electrical output and lifetime. In this paper, we report a …