… with bioactive drugs, and can be used in actuators such as … We successfully demonstrated
controlled release of the drug by … We can precisely release individual drugs and bioactive …

… development of actuators through polymer functionalization … of the method, an accurate
control of the pore size distribution… conductive polymers including conductive films, conductive …

… soft, low impedance and biologically active coatings can be … We successfully demonstrated
controlled release of the drug … to prepare conducting polymer nanotubes using templated …

… from bioactive hydrogels to biodegradable thermoplastic … in ionic conductive polymers and
electric conductive polymers. The … via electrically controlled release of dexamethasone [114]. …

… A buffer layer of pristine CPs between the electrode and CP/bioactive … ) nanotubes using
nanofibers of poly(lactide-co-glycolide) (PLGA) as a template for a precisely controlled release …

… with conducting polymer nanoactuators for the controlled release … permits the release of fluid
in a controlled and switchable … as well as the repeatable, precise release of fluid is of critical …

… drug-release systems that transport bioactive compounds from … , such as conductive polymeric
films, nanotubes, nanofibers, … dosage control release profile that is externally controlled. …

… The systemic administration of pharmaceutical or bioactive … of controlled release. These
devices primarily rely on … of Dex was achieved with voltage application to the PEDOT nanotubes …

… [7] developed the first controlled release system for … be locally delivered at high concentrations
with precise control [32–34]. … nanotubes by depositing a conducting polymer to control the …

… (17) Conducting polymers are widely used to create various types of microactuators; … ,
long actuator response time, and low-energy efficiency. (18) Recently, carbon nanotube (CNT)-…