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File:MR frontal TMJ .jpg|'''Figure 3: <math>\delta_1</math>''' MNR of the right TMJ in a coronal plane | File:MR frontal TMJ .jpg|'''Figure 3: <math>\delta_1</math>''' MNR of the right TMJ in a coronal plane | ||
File:Axio dx.jpg|'''Figura 4: <math>\delta_1</math>''' Right paraocclusal axiography | File:Axio dx.jpg|'''Figura 4: <math>\delta_1</math>''' Right paraocclusal axiography | ||
File:Axio sn.jpg|Figure 5:''' <math>\delta_1</math> Left paraocclusal axiography''' | File:Axio sn.jpg|Figure 5:''' <math>\delta_1</math> Left paraocclusal axiography''' Left paraocclusal axiography | ||
File:Meningioma 1 by Gianni Frisardi.jpg|'''Figure 6: <math>\delta_1</math>''' EMG Interference Pattern | File:Meningioma 1 by Gianni Frisardi.jpg|'''Figure 6: <math>\delta_1</math>''' EMG Interference Pattern | ||
</gallery></center> | </gallery></center> | ||
In the '''neurological context''' we will therefore have the following sentences and assertions to which we give a numerical value to facilitate the treatment and that is <math>\gamma_n=[0|1]</math> where <math>\gamma_n=0</math> it indicates 'normality' and <math>\gamma_n=1</math> 'abnormality and therefore positivity of the report: | |||
<math>\gamma_2=</math> | <math>\gamma_1=</math> Absence of jaw jerk in Figure 7 <math>\gamma_1=1\longrightarrow</math> Abnormality, positive report. In clinical situations of occlusal disharmony we could find ourselves faced with situations of amplitude asymmetries that even border on an absence of the jaw jerk but in this clinical case the contextual asymmetry of the interferential EMG could mean nothing. We continue in the neurological context to verify the responses of other trigeminal electrophysiological tests. | ||
<math>\gamma_2=</math> Latency asymmetry of the electrical Silent Period on the right masseter in Figure 8, <math>\gamma_2=1\longrightarrow</math> Abnormality, positive report | |||
<center> | <center> | ||
<gallery widths="250" heights="200" perrow="3" slideshow""="" mode="slideshow"> | <gallery widths="250" heights="200" perrow="3" slideshow""="" mode="slideshow"> | ||
File:Meningioma 2 by Gianni Frisardi.jpg| | File:Meningioma 2 by Gianni Frisardi.jpg|'''Figure 7: <math>\gamma_1=</math>''' Jaw Jaw jerk in maximum intercuspidation | ||
File:Meningioma 4 by Gianni Frisardi.jpg| | File:Meningioma 4 by Gianni Frisardi.jpg|'''Figure 7: <math>\gamma_2=</math>''' Latency asymmetry of the masseter electric Silent Period | ||
</gallery> | </gallery> | ||
</center> | </center> | ||
==== | ====<math>\tau</math> Demarcator of coherence==== | ||
As we have already described several times in the previous chapters, the '<math>\tau</math>' is a representative clinical specific weight, complex to research and develop because it varies from discipline to discipline and for pathologies, indispensable in order not to collide logical statements <math>\Im_o</math> and <math>\Im_n</math> in diagnostic procedures and fundamental to initialize the decryption of machine language code. In essence, it allows you to confirm the coherence of one assertion <math>\Im\cup\{\delta_1,\delta_2.....\delta_n\}</math> against another <math>\Im\cup\{\gamma_1,\gamma_2.....\gamma_n\}</math> and vice versa, giving greater weight to the seriousness of the reports and to the choice of the appropriate context. | |||
The weight of the <math>\tau</math> demarcation, therefore, gives greater significance to the more serious assertions in the clinical context from which they derive and therefore beyond the greater or lesser positivity of the assertions <math>0\leq\delta_n\leq1</math> or <math>0\leq\gamma_n\leq1</math> which in any case are always verified and respected, these must be validated on the basis of the clinical severity intrinsic considering the average of the assertions <math>\bar{\delta_n}</math> and <math>\bar{\gamma_n}</math> for one <math>\tau=[0|1]</math> where <math>\tau=0</math> it indicates 'low seriousness' while <math>\tau=1</math> 'high seriousness'. | |||
Summarizing in our case 'Balancer' we therefore have: | |||
<math>\Im_o\cup ( {\bar\delta_n)} \tau_o + \Im_n\cup({\bar\gamma_n)}\ | <math>\Im_o\cup ( {\bar\delta_n)} \tau_o + \Im_n\cup({\bar\gamma_n)}\ | ||
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</math> | </math> | ||
where | |||
<math>{\bar\delta_n}=</math> | <math>{\bar\delta_n}=</math> average of the value of clinical statements in the dental context and therefore <math>{\bar\delta_n}=0,25</math> which derives from positive EMG asymmetry data with respect to the total number and therefore <math>(1/4)</math> | ||
<math>{\bar\gamma_n}=</math> | <math>{\bar\gamma_n}=</math> average of the value of clinical statements in the neurological context and therefore <math>{\bar\gamma_n}=1</math> as we have two positive reports out of 2 total | ||
<math>\tau_o=0</math> | <math>\tau_o=0,25</math> signaling low severity of the dental context | ||
<math>\tau_n=1</math> | <math>\tau_n=1</math> signaling high severity of the neurological context | ||
where the coherence demarcator <math>\tau</math> will define the diagnostic path as follows | |||
<math>\Im_o\cup ( {\bar\delta_n)} \tau_o + \Im_n\cup({\bar\gamma_n)}\ | <math>\Im_o\cup ( {\bar\delta_n)} \tau_o + \Im_n\cup({\bar\gamma_n)}\ | ||
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</math> | </math> | ||
As can be seen in our clinical case 'Balancer' we have a diagnostic prevalence towards the neurological context which indicates the neurological component as a diagnostic path. | |||
{{q2| | {{q2|Attention, then, also to the term asymmetry|because we can confuse a trivial Occlusal-Postural asymmetry with a serious neurological damage of a structural type}} | ||
Consequently, we can concentrate on the interception of the tests necessary to decrypt the machine language code that the CNS sends to the outside converted into verbal language which apparently would seem to concern a sort of postural disorder of the dental malocclusion type, due to the incongruous rehabilitation prosthetic. If on the one hand there may be an asymmetry of the interferential EMG of the masseters due to a prosthetic occlusal imbalance, on the other hand such an evident asymmetry of the jaw jerk and the silent period cannot be justified. {{Bib}} |
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