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Palabras clave – provistas por la editorial

n/a; closed-loop; in vivo imaging; education; thermoresistance; neural probe; electroless plating; neural stimulation and recording; peripheral nerve stimulation; shape-memory-polymer; artifact; sensor interface; magnetic coupling; neuroprosthetics; intracortical implant; µECoG; neural interfaces; implantable; electrochemistry; shape memory polymer; neuroscience; micromachine; microelectromechanical systems; stiffness; Parylene C; intracranial electrodes; chronic implantation; neural interfacing; microelectrodes; multiplexing; microstimulators; freely-behaving; windowed integration sampling; system-on-chip; brain-machine interfaces; insertion force; microelectrode array; vagus nerve; diversity; micro-electromechanical systems (MEMS) technologies; mixed-signal feedback; temperature monitoring; foreign body reaction; peripheral nerves; brain–computer interface; multi-disciplinary; neurotechnology; photolithography; micro-electrocorticography; robust microelectrode; conscious recording; electrode array; dopamine; softening; sciatic nerve; bio-inspired; neural prostheses; neuroscientific research; bidirectional; LED chip; microfluidic device; electrode–tissue interface; impedance; intracortical; silicon carbide; three-dimensional; bias; micro-electromechanical systems (MEMS); silicon neural probes; electrode degradation; chronic; microelectrode; biocompatibility; optogenetics; fast-scan cyclic voltammetry (FSCV); glial encapsulation; deep brain stimulation; electrocorticography; electrophysiology; fast scan cyclic voltammetry; precision medicine; microfabrication; BRAIN Initiative; polymer; magnetic resonance imaging; polymer nanocomposite; liquid crystal elastomer; silicon probe; training; tissue response; graphene; electrode; glassy carbon electrode; immune response; electrode implantation; dextran; immunohistochemistry; neural interface response; amorphous silicon carbide; Utah electrode arrays; neural amplifier; neural electrode array; neuromodulation; in vivo electrophysiology; neuronal recordings; neural recording; ECoG; gene modification; neural interface; wireless; enteric nervous system; cellulose nanocrystals