Sentence examples for vertex response from inspiring English sources

Aδ fiber activation yields a middle-latency component over the contralateral temporal lobe (N1) and a late biphasic vertex response (N2P2).

Electrode location is not a good indicator of the source of the measured activity, and subsequent research has shown that the T-complex represents activity in radially-oriented dipole sources, whereas the vertex response has tangentially-oriented generators [7], [15], both located in auditory cortex in the temporal lobe.

This large vertex response is a specific subset of event-related potential components, and represents the largest synchronization of neural activity that can be recorded from the scalp of an awake, healthy individual.

Response azimuth functions were constructed for each auditory responsive vertex (GLM, auditory > baseline, FDR, q < 0.05).

The latency and the amplitude of short (R1 and SP1) and long latency (R2 and SP2) trigeminal reflex responses, and vertex components (N2 and P2) of laser-evoked potentials were within normal ranges, with no side asymmetry.

To characterize spatial tuning of each vertex, we analyzed the hemodynamic responses to azimuth with a finite impulse response (FIR) deconvolution (Dale 1999).

The vertex potential is the largest response that can be recorded in the electroencephalogram of an awake, healthy human.

Transcranial magnetic stimulation (TMS) was achieved with the coil placed over the vertex, after optimization of the response and careful maintenance of the coil position.

Here, we showed that the laser-evoked N2 vertex wave predicts both the reaction times and the response times of a defensive motor action (Figs  4 and 5; Supplementary Figs 2 and 3).

where N is the number of subjects who evaluated the mesh M ′, (phantom {dot {i}!}R_{s}(v_{i,M'})) represents the given response to a single vertex v i, mesh M ′ and subject s combination.

Surface electrodes were placed at the popliteal fossa to record the nerve action potential, over the T12 spinous process to record the spinal response, and over the vertex at Cz to record the cortical response.