Transcranial (electro) magnetic stimulation (TMS) is currently the method of choice to non-
invasively induce neural activity in the human brain. A single transcranial stimulus induces a …

Abstract Background and Objective Despite the value of spinal cord stimulation (SCS) in
treating some patients with focal neuropathic pain, technological advances in stimulator …

Background Transcranial magnetic stimulation (TMS) enables non-invasive modulation of
brain activity with both clinical and research applications, but fundamental questions remain …

Objective. We implemented computational models of human and rat cortical neurons for
simulating the neural response to cortical stimulation with electromagnetic fields. Approach …

Ultrasonic neurostimulation is a potentially potent noninvasive therapy, whose mechanism
has yet to be elucidated. We designed a system capable of applying ultrasound with minimal …

Understanding neural physiopathology requires advances in nanotechnology‐based
interfaces, engineered to monitor the functional state of mammalian nervous cells. Such …

The use of nanostructured materials and nanosized‐topographies has the potential to
impact the performance of implantable biodevices, including neural interfaces, enhancing …

Introduction Motor evoked potentials (MEP) in response to anteroposterior transcranial (AP)
magnetic stimulation (TMS) are sensitive to the TMS pulse shape. We are now able to …

Carbon nanotube (CNT)–modified surfaces unequivocally demonstrate their biocompatibility
and ability to boost the electrical activity of neuronal cells cultured on them. Reasons for this …

Background: Suprathreshold transcranial single pulse electrical stimulation (tES) is painful
and not applicable in a repetitive mode to induce plastic after-effects. Objective: In order to …