Sentence examples for hot stimulation from inspiring English sources

Additionally, the decrease of thermal sensation caused by cold stimulation was more obvious than the increase due to hot stimulation.

The aim of this study was to observe areas of brain activation with painful hot stimulation to the trigeminal nerve.

No significant effect of location was found in response to the hot stimulation and the pattern across the body was more homogenous.

Painful stimuli were induced by thermal hot stimulation (46 49°C) on the palmar surface of the hand, using a contact thermode.

There is a long-standing question regarding the phenomenon that cold stimulation evokes sharper and more shooting pain sensations than hot stimulation.

The mechanism underlying the phenomenon that cold stimulation evokes sharper and more shooting pain sensation than hot stimulation also involves dentinal fluid flow and odontoblast movement.

Hence, a better understanding of the fluid flow, odontoblastic process movement and the associated intradental nerve responses would provide an insight into the mechanisms underlying the different responses of tooth to cold and hot stimulations.

If the hydrodynamic theory is a valid mechanism responsible for dental thermal pain, the difference in the subjective pain responses may result from the different dentinal fluid flow induced by cold and hot stimulations.

Techniques have been developed to determine dissociation front (i.e., the boundary where hydrate saturation is decreased to 0) for hydrate development by combining depressurization and hot brine stimulation.

A 5-second hot pain stimulation was delivered to the testing sites and the corresponding pain Visual Analog Scale (VAS) scores were recorded.

The TMS stimulator consisted of a Focal Bipulse 8-Coil (mean/outer winding diameter ca. 50/70 mm, biphasic pulse shape, pulse length ca. 280 µs, focal area of the stimulation hot spot 0.68 cm2) driven by a Mobile Stimulator Unit (Eximia TMS Stimulator, Nexstim Ltd., Helsinki, Finland).