Changes

Let us start from a simple consideration: the interpretation of encrypted signals from neural activities is a complex and brave task.  

Let us start from a simple consideration: the interpretation of encrypted signals from neural activities is a complex and brave task.  

Segmenting the part of the CNS involved in the masticating function results in dividing it into three macro areas: the ''cortical area'' (in which the response of the trigeminal motor action occurs - i.e. the Trigeminal Cortical Area); the ''peripheral area'', where the response of the trigeminal root is analysed; and the ''brainstem-pontine-related area'', which is involved in a broad genesis of trigeminal reflexes.

Segmenting the part of the CNS involved in the masticating function results in dividing it into three macro areas: the ''cortical area'' (in which the response of the trigeminal motor action occurs - i.e. the Trigeminal Cortical Area); the ''peripheral area'', where the response of the trigeminal root is analysed; and the ''brainstem-pontine-related area'', which is involved in a broad genesis of trigeminal reflexes.

{{ArtBy|autore=Gianni Frisardi}}

{{ArtBy|autore=Gianni Frisardi}}

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; 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. This introduces an important concept of the neural symmetry that might reveal an extraordinarily fascinating world of neurophysiopathological notions in the field of mastication.

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; 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. This introduces an important concept of the neural symmetry that might reveal an extraordinarily fascinating world of neurophysiopathological notions in the field of mastication.

 

 

[[Category:Source Chapter]]

[[Category:Source Chapter]]