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Created page with "<noinclude> </noinclude> '''Source Chapter''' '''Introduction''' <ul>{{Kind01}}Logic of medical language{{Kind02}} <ul>{{Kind01}}The..."
<noinclude>
</noinclude>
'''Source Chapter'''
'''[[Introduction]]'''
<ul>{{Kind01}}[[The logic of medical language|Logic of medical language]]{{Kind02}}
<ul>{{Kind01}}[[The logic of classical language|Classical logic]]{{Kind02}}
{{Kind01}}[[The logic of Probabilistic language|Probabilistic logic]]{{Kind02}}
{{Kind01}}[[Fuzzy logic language|Fuzzy logic]]{{Kind02}}
{{Kind01}}System logic{{Kind02}}
</ul>
{{Kind01}}1<sup>st</sup> Clinical Case: Emimasticatory spasm{{Kind02}}
{{Kind01}}[[Complex Systems]]{{Kind02}}
<ul>{{Kind01}}Coherence and decoherence{{Kind02}}</ul>
{{Kind01}}Conclusive considerations{{Kind02}}
</ul>
----
'''Bruxism'''
*Status quo and Criticity
*2<sup>rd</sup> Clinical Case: Pineal Cavernoma
*Conclusions
----
'''Occlusion and Posture'''
*Status quo and Criticity
*3<sup>th</sup> Clinical Case: Meningioma
*Conclusions
----
'''Orofacial Pain'''
*Status quo and Criticity
*4<sup>th</sup> Clinical Case: Eaton Lambert myasthenia
*5<sup>th</sup> Clinical Case: Postpoly syndrome
*6<sup>th</sup> Clinical Case: Temporomandibular disorders
*Conclusions
----
'''Are we really sure to know everything?'''
*Status quo and Criticity
*7<sup>th</sup> Clinical Case: glioblastoma of the cranial base
*Conclusions
----
'''Connectivity and Complex Systems'''
*Definition of the Fundamental Unit
*Structural and functional connectivity Separation
* Understanding of "Emergent Behavior"
*Connectivity measurement
----
'''System Inference vs Symptom Inference'''
*System Stochasticity
*Markov chains
*Inference of nonlinear Markov processes
*Understanding of Network nodes
----
'''Neurophysiology and network nodes'''
* Center of the Masticatory Pattern
*Mesencephalic mechanisms
*Trigeminal Motor nucleus
----
'''Sensory network nodes'''
* Proprioceptive mechanisms
**Neuromuscular spindles
**Sensory mechanisms from the depressor muscles
**Golgi Tendon Organs
* Role of impulses from the neck muscles
*Periodontal and Oral Sensory Factors
*Pharyngeal sensory factors
*Reflex of mandibular closure
*Sensory factors of the TMJ
----
'''Conclusions to the Source Chapter'''
*information transferred over time
* System Coherence Recovery
* 8<sup>th</sup> Clinical Case: Coherence Recovery in ort Orthognathic
----
'''Crisis of the Paradigm'''
Research Diagnostic Criteria (RDC)
*Sensitivity, Specificity and Predictive Values
*Advantages and limitations of the RDC
'''Masticatory cycles'''
*Jaw opening width
*Speed of mandibular movement
*Complexity of chewing kinematics
'''Temporomandibular Joint'''
*Computerized Tomography of the TMJ
*Magnetic resonance imaging of the TMJM
'''Mandibular kinematic replicator'''
* Advantages and limits of pantography
**Pantographic Reproducibility Index
*Advantages and limits of axiography
*Advantages and limits of the electrognatography
'''Transcutaneous Electric Nerve Stimulation'''
* Free way space before stimulation
*Free way space after stimulation
*Closing trajectory from TENS
'''Electromyography(EMG)'''
*Interferential EMG
*EMG at rest position
*Quantitative analysis of the EMG
**Fourier transform
**Wavelett
----
'''Extraordinary Science'''
'''Overall view of the Masticatory System'''
* Trigeminal electrophysiology
*Trigeminal electrophysiological segmentation
**Electric Motors Evoked Potentials
**Magnetic Motors Evoked Potentials
**Jaw jerk reflex
**M-wave
**Masseteric Mechanical Silent Period
**Masseteric Electric Silent Period
**Masseteric Laser Silent Period
**Recovery Cycle of Masseteric Inhibitory reflex
Trigeminal System Connectivity
*Definition of the Fundamental Unit
** Maximal Neuronal Energy Evoked
**Organic motor symmetry
**Functional motor symmetry
**Renormalization
*Separation of structural and functional connectivity
** Organic vs Functional Symmetry
***Functional Neuro Gnathological Index "NGF"
*New paradigm in masticatory rehabilitations
** Prosthetics
** Implantoprosthetics
** Orthodontics
** Orthognatics
</noinclude>
'''Source Chapter'''
'''[[Introduction]]'''
<ul>{{Kind01}}[[The logic of medical language|Logic of medical language]]{{Kind02}}
<ul>{{Kind01}}[[The logic of classical language|Classical logic]]{{Kind02}}
{{Kind01}}[[The logic of Probabilistic language|Probabilistic logic]]{{Kind02}}
{{Kind01}}[[Fuzzy logic language|Fuzzy logic]]{{Kind02}}
{{Kind01}}System logic{{Kind02}}
</ul>
{{Kind01}}1<sup>st</sup> Clinical Case: Emimasticatory spasm{{Kind02}}
{{Kind01}}[[Complex Systems]]{{Kind02}}
<ul>{{Kind01}}Coherence and decoherence{{Kind02}}</ul>
{{Kind01}}Conclusive considerations{{Kind02}}
</ul>
----
'''Bruxism'''
*Status quo and Criticity
*2<sup>rd</sup> Clinical Case: Pineal Cavernoma
*Conclusions
----
'''Occlusion and Posture'''
*Status quo and Criticity
*3<sup>th</sup> Clinical Case: Meningioma
*Conclusions
----
'''Orofacial Pain'''
*Status quo and Criticity
*4<sup>th</sup> Clinical Case: Eaton Lambert myasthenia
*5<sup>th</sup> Clinical Case: Postpoly syndrome
*6<sup>th</sup> Clinical Case: Temporomandibular disorders
*Conclusions
----
'''Are we really sure to know everything?'''
*Status quo and Criticity
*7<sup>th</sup> Clinical Case: glioblastoma of the cranial base
*Conclusions
----
'''Connectivity and Complex Systems'''
*Definition of the Fundamental Unit
*Structural and functional connectivity Separation
* Understanding of "Emergent Behavior"
*Connectivity measurement
----
'''System Inference vs Symptom Inference'''
*System Stochasticity
*Markov chains
*Inference of nonlinear Markov processes
*Understanding of Network nodes
----
'''Neurophysiology and network nodes'''
* Center of the Masticatory Pattern
*Mesencephalic mechanisms
*Trigeminal Motor nucleus
----
'''Sensory network nodes'''
* Proprioceptive mechanisms
**Neuromuscular spindles
**Sensory mechanisms from the depressor muscles
**Golgi Tendon Organs
* Role of impulses from the neck muscles
*Periodontal and Oral Sensory Factors
*Pharyngeal sensory factors
*Reflex of mandibular closure
*Sensory factors of the TMJ
----
'''Conclusions to the Source Chapter'''
*information transferred over time
* System Coherence Recovery
* 8<sup>th</sup> Clinical Case: Coherence Recovery in ort Orthognathic
----
'''Crisis of the Paradigm'''
Research Diagnostic Criteria (RDC)
*Sensitivity, Specificity and Predictive Values
*Advantages and limitations of the RDC
'''Masticatory cycles'''
*Jaw opening width
*Speed of mandibular movement
*Complexity of chewing kinematics
'''Temporomandibular Joint'''
*Computerized Tomography of the TMJ
*Magnetic resonance imaging of the TMJM
'''Mandibular kinematic replicator'''
* Advantages and limits of pantography
**Pantographic Reproducibility Index
*Advantages and limits of axiography
*Advantages and limits of the electrognatography
'''Transcutaneous Electric Nerve Stimulation'''
* Free way space before stimulation
*Free way space after stimulation
*Closing trajectory from TENS
'''Electromyography(EMG)'''
*Interferential EMG
*EMG at rest position
*Quantitative analysis of the EMG
**Fourier transform
**Wavelett
----
'''Extraordinary Science'''
'''Overall view of the Masticatory System'''
* Trigeminal electrophysiology
*Trigeminal electrophysiological segmentation
**Electric Motors Evoked Potentials
**Magnetic Motors Evoked Potentials
**Jaw jerk reflex
**M-wave
**Masseteric Mechanical Silent Period
**Masseteric Electric Silent Period
**Masseteric Laser Silent Period
**Recovery Cycle of Masseteric Inhibitory reflex
Trigeminal System Connectivity
*Definition of the Fundamental Unit
** Maximal Neuronal Energy Evoked
**Organic motor symmetry
**Functional motor symmetry
**Renormalization
*Separation of structural and functional connectivity
** Organic vs Functional Symmetry
***Functional Neuro Gnathological Index "NGF"
*New paradigm in masticatory rehabilitations
** Prosthetics
** Implantoprosthetics
** Orthodontics
** Orthognatics