Editor, Editors, USER, admin, Bureaucrats, Check users, dev, editor, founder, Interface administrators, oversight, Suppressors, Administrators, translator
10,784
edits
Line 107: | Line 107: | ||
<center> | <center> | ||
<gallery widths="270" heights="200" perrow="3" slideshow""=""> | <gallery widths="270" heights="200" perrow="3" slideshow""=""> | ||
File:Clicker NGF2 .jpg|''' | File:Clicker NGF2 .jpg|'''Figure 7a:''' View of the Empress framework in the laboratory phase where only the active centric cusps of the molars were layered. | ||
File:Clicker NGF1.jpg|''' | File:Clicker NGF1.jpg|'''Figure 7b:''' View of the Empress structure in the clinical phase in the mouth on which to perform trigeminal electrophysiological tests. | ||
File:Clicker NGF3.jpg|''' | File:Clicker NGF3.jpg|'''Figure 7c:''' view of the crowns with active centric cusps in the right-sided mouth. | ||
</gallery> | </gallery> | ||
</center> | </center> | ||
In | In figure 7a, b and c only the active centrics of the molars have been stratified because although the Centric Neuro Evocate Functional registration is of absolute precision, the mechanical transfer from the mouth to the laboratory (articulator) could incorporate minimal spatial variations. For this reason it was decided to stop the neuro-evoked closure of the slightly raised jaw in order to have the availability of the ceramic material to be remodeled following the trigeminal electrophysiological responses. In essence, the cusps were abraded sectorally and individually to then compare with the trigeminal electrophysiological responses up to the perfect symmetry and synchronicity of the <sub>t</sub>CNS. Once the result of symmetry and synchronism has been achieved, the position reached will become the incisal rod at zero to conclude the stratification. | ||
<center> | <center> | ||
<gallery widths="600" heights="200" perrow="2" slideshow""=""> | <gallery widths="600" heights="200" perrow="2" slideshow""=""> | ||
File:Clicker 3.jpg|''' | File:Clicker 3.jpg|'''Figure 8a:''' Mechanical silent period recorded on the masseter and temporal muscles before the Neuro Gantolgic Functional treatment | ||
File:Clicker SP post.jpg|''' | File:Clicker SP post.jpg|'''Figure 8b:''' Mechanical silent period recorded on the masseter and temporal muscles after Neuro Gantolgic Functional treatmentMechanical silent period recorded on the masseter and temporal muscles after Neuro Gantolgic Functional treatment | ||
</gallery></center> | </gallery></center> | ||
Figures 8a and 8b show the extraordinary differences in the trigeminal neuromotor response due, being of a functional type, to a mandibular spatial change and an accurate neurognathological occlusal balancing. In fact, one can see a symmetrization of the jaw jerk on the right masseter, a decrease in the duration of the mechanical silent period and above all an optimal motoneural reactivation after the silent period (rebound effect) which means safety in the total and immediate reactivation of the motoneural discharge. Once this trigeminal neuromotor re-symmetrization has been documented with irrefutable data, it is possible to move on to finalizing the clinical case. | |||
==== NGF prosthetic rehabilitation ==== | |||
The finalization of the definitively diagnosed clinical case of DTMs resulted in a restoration of the masticatory function, disappearance of the symptoms as well as an aesthetic improvement. The various phases of the rehabilitation can be followed in the gallery of images in figure 9. In particular, the Functional Neuro-Evoked Centric position is not only centered having moved slightly to the right but also retruded. It is interesting to make a comparison with figure 5a to understand the spatial differences. Element 22, in fact, is no longer in crossbite but in a head-to-head position while element 23 has a much more incisal centric contact with respect to the previous clinical situation, so as to note the occlusal space in the medial area of element 24 which it was generated with the current mandibular spatial position determined with the Functional Neuro Evoked Centric. This new occlusal arrangement was only possible because the stable and mainly frozen centric position in the molar sector. The molars through the previously exposed neuromotor balance on the centric cusp stabilize the occlusion and generate a bilateral balance in the mandibular movements as will be shortly described. | |||
<center> | <center> | ||
<gallery widths="130" heights="200" perrow="5" slideshow""="" mode="slideshow"> | <gallery widths="130" heights="200" perrow="5" slideshow""="" mode="slideshow"> | ||
File:Clicker end1.jpg|''' | File:Clicker end1.jpg|'''Figure 9a:''' Frontal view of functional neuro-evoked rehabilitation and incisal normocclusal restoration with two crowns in Empress (work performed in 1992) | ||
File:Clicker end2 .jpg|''' | File:Clicker end2 .jpg|'''Figure 9b:''' Occlusal view of functional neuro-evoked rehabilitation and incisal normocclusal restoration with two crowns in Empress (work performed in 1992) | ||
File:Clicker end3.jpg|''' | File:Clicker end3.jpg|'''Figure 9c:''' Peculiarities of neurognathological parameters. Occlusal view of the left mediotrusive detail. (work done in 1992) | ||
File:Clicker end4.jpg|''' | File:Clicker end4.jpg|'''Figure 9d:''' Peculiarities of neurognathological parameters. Occlusal view of the right mediotrusive detail. (work done in 1992) | ||
</gallery> | </gallery> | ||
edits