Brain interfaces that can stimulate neurons, cause minimal damage, and work for a long time
will be central for future neuroprosthetics. Here, the long‐term performance of highly flexible …

Background Neuroprostheses are used to electrically stimulate the brain, modulate neural
activity and restore sensory and motor function following injury or disease, such as …

A near-field galvanic coupled transdural telemetry ASICs for intracortical brain-computer
interfaces is presented. The proposed design features a two channels transmitter and three …

Methods: Using scanning electron microscopy (SEM), we imaged 980 microelectrodes from
Neuroport arrays chronically implanted in the cortex of three people with tetraplegia for 956 …

State-of-the-art intracortical neural recording and stimulation systems rely on subdural
implants tethered to a cranial implant which itself has a wireless power and data link to the …

Brain-computer interfaces (BCIs) hold exciting therapeutic potential, but tissue damage
caused by probe insertion limits channel count. Biohybrid devices, in which the cell-device …

Objective Recent strides in neurotechnology show potential to restore vision in individuals
afflicted with blindness due to early visual pathway damage. As neuroprostheses mature …

Введение. Нейроимпланты–это устройства, взаимодействующие с нервной системой
для записи, стимуляции или замещения нейронной активности. Нейроимпланты …

A biocompatible, safe, and reliable, effective human brain-to-computer neural interface has
long been a subject of science fiction. Recently, however, Neuralink (a neurotechnology …

Silicon-based neural microneedle arrays, such as the Utah Array, have demonstrated
excellent performance in chronic recordings from the cerebral cortex. Unlike planar thin-film …