Fig. 4 High-energy particle etching and modification methods for the fabrication of solid-state nanopore.
Also, described in brief are surface modification methods for bone tissue engineering applications.
As main part of the review, the different modification methods for CF electrodes are described.
Different modification methods for hydrophilicity improvement and introduction of functional groups on the surface of scaffolds have been carried out on synthetic biodegradable polymers, for tissue engineering applications.
Moreover, note that despite the uncharacteristic simplicity of this example, the user still needs to understand explicit details of the Open Babel architecture including the OBMol and OBConversion objects and modification methods for OBConversion.
The advantages and drawbacks of these electrodes, in terms of their conductivity, surface properties, biocompatibility, and cost are analyzed, and the modification methods for the anodic electrode are summarized.
