Difference between revisions of "Trigeminal Nervous System Segmentation"

Trigeminal Nervous System Segmentation (view source)

Revision as of 17:08, 9 April 2022

5 bytes added , 2 years ago

no edit summary

Editor, Editors, USER, admin, Bureaucrats, Check users, dev, editor, Interface administrators, lookupuser, oversight, Push subscription managers, Suppressors, Administrators, translator, Widget editors

17,894

edits

Revision as of 17:01, 9 April 2022 (view source) Gianfranco (talk \| contribs) (→‎Laser Evoked Potentials and Masseteric Laser Silent Period) ← Older edit		Revision as of 17:08, 9 April 2022 (view source) Gianfranco (talk \| contribs) Newer edit →
Line 525:		Line 525:
	<translate>As Figure 10 shows, the results of the following work are schematized in accordance with the type of test performed</translate>. <translate>With a laser stimulation in the skin region corresponding to the emergence of the supraorbital nerve (V1), we can have a Blink Reflex as a reflected response (BR) and notice the perfect symmetry of the responses on sides R1 and R2</translate>. <translate>Stimulation in the perioral region will result in a reflex response from the masseterini muscles called Laser Silent Period</translate> (LSP: <translate>Laser Silent Period</translate>). <translate>We might note that, in this test, a slight asymmetry of the track—mainly caused by the different degree of motoneural recruitment in the maximum intercuspidation</translate>. <translate>The registration on the scalp determines the potential laser summers of the trigeminal somatosensory area (LEPs) and measure the negative and positive spikes (N and P)</translate>. <translate>Here too, we witness a high level of symmetry</translate>.		<translate>As Figure 10 shows, the results of the following work are schematized in accordance with the type of test performed</translate>. <translate>With a laser stimulation in the skin region corresponding to the emergence of the supraorbital nerve (V1), we can have a Blink Reflex as a reflected response (BR) and notice the perfect symmetry of the responses on sides R1 and R2</translate>. <translate>Stimulation in the perioral region will result in a reflex response from the masseterini muscles called Laser Silent Period</translate> (LSP: <translate>Laser Silent Period</translate>). <translate>We might note that, in this test, a slight asymmetry of the track—mainly caused by the different degree of motoneural recruitment in the maximum intercuspidation</translate>. <translate>The registration on the scalp determines the potential laser summers of the trigeminal somatosensory area (LEPs) and measure the negative and positive spikes (N and P)</translate>. <translate>Here too, we witness a high level of symmetry</translate>.

	<translate>The Exposed Laser procedure is very interesting ~~because—as~~ shown in Figure ~~19—there~~ is evidence of a high symmetry of the blue component of the Blink reflex (R2 right and left) that corresponds to the motor nerve activity of the facial nerve</translate>; <translate>a relative somatosensory symmetry might be detected(N2 and P2, while a clear asymmetry of the MCV masseterin (MIR) is denoted in the width of the motor unit by both stimulus and post-inhibition</translate>. <translate>This introduces an important concept of the neural symmetry that might reveal an extraordinarily fascinating world of neurophysiopathological notions in the field of mastication</translate>.		<translate>The Exposed Laser procedure is very interesting because — as shown in Figure 19 — there is evidence of a high symmetry of the blue component of the Blink reflex (R2 right and left) that corresponds to the motor nerve activity of the facial nerve</translate>; <translate>a relative somatosensory symmetry might be detected (N2 and P2, while a clear asymmetry of the MCV masseterin (MIR) is denoted in the width of the motor unit by both stimulus and post-inhibition</translate>. <translate>This introduces an important concept of the neural symmetry that might reveal an extraordinarily fascinating world of neurophysiopathological notions in the field of mastication</translate>.