Difference between revisions of "Conclusions on the status quo in the logic of medical language regarding the masticatory system"

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Moreover, the text critiques the traditional reliance on statistical significance in medical research, advocating for a shift towards a more probabilistic and nuanced interpretation of data, akin to methods used in quantum mechanics. This approach recognizes the limitations of deterministic models in capturing the probabilistic nature of biological phenomena.
Moreover, the text critiques the traditional reliance on statistical significance in medical research, advocating for a shift towards a more probabilistic and nuanced interpretation of data, akin to methods used in quantum mechanics. This approach recognizes the limitations of deterministic models in capturing the probabilistic nature of biological phenomena.


Overall, the chapter proposes a paradigm shift in dental diagnostics from a purely mechanical interpretation of malocclusions to a more integrated, system-oriented view that incorporates neurophysiological insights. This shift is argued to be necessary for the development of more effective and individualized treatments that are informed by a deeper understanding of the masticatory system's complexity.<blockquote>
Overall, the chapter proposes a paradigm shift in dental diagnostics from a purely mechanical interpretation of malocclusions to a more integrated, system-oriented view that incorporates neurophysiological insights. This shift is argued to be necessary for the development of more effective and individualized treatments that are informed by a deeper understanding of the masticatory system's complexity.
== Keywords ==
<small>'''Trigeminal System Diagnostic Models''' - Focuses on innovative diagnostic approaches that integrate neurophysiological data to improve the accuracy of masticatory system assessments.</small>


<small>'''Quantum Mechanics in Dentistry''' - Explores the application of quantum mechanics principles to dental diagnostics, promoting a shift from classical to quantum probabilistic models.</small>
<small>'''Normocclusion and Malocclusion''' - Discusses advanced diagnostic criteria for distinguishing between normocclusive and malocclusive states based on systemic and functional factors rather than traditional mechanical assessments.</small>
<small>'''Dental Diagnostic Paradigms''' - Critiques current paradigms in dental diagnostics and proposes new models that incorporate interdisciplinary insights and quantum mechanics.</small>
<small>'''Epistemology of Medical Knowledge''' - Examines the philosophical and epistemological foundations of medical knowledge, especially how knowledge is constructed and validated in the field of dentistry.</small>
<small>'''Medical Errors in Dentistry''' - Highlights the challenges and common errors in dental diagnostics, advocating for more precise and systemic approaches to avoid misdiagnosis.</small>
<small>'''Index Ψ in Dental Diagnostics''' - Introduces a new diagnostic tool designed to evaluate the trigeminal system's state more accurately, reflecting a shift towards more scientific and quantifiable measures in dental health assessment.</small></blockquote>




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Having said that, however, the fact is that here there is a human being called 'Patient' involved, and the restriction of the cultural and progressive field does not go to the detriment of the man of power (a professor, a politician, ...) but exclusively of the patient. Since the project follows the Feyerabend philosophy, as already said in previous pages, Masticationpedia shows all its loyal, democratic and ethical scientific thinking with ideas, facts and clinical cases, the rest will be time to judge the veracity of the project.
Having said that, however, the fact is that here there is a human being called 'Patient' involved, and the restriction of the cultural and progressive field does not go to the detriment of the man of power (a professor, a politician, ...) but exclusively of the patient. Since the project follows the Feyerabend philosophy, as already said in previous pages, Masticationpedia shows all its loyal, democratic and ethical scientific thinking with ideas, facts and clinical cases, the rest will be time to judge the veracity of the project.


==Errors and causes ==
===Diagnostic errors and causes ===


Medical errors diagnose as much as the axioms on which therapeutic models are based are continually clashing between titans of the clinical scientific scene as some studies on the subject point out:
Medical errors diagnose as much as the axioms on which therapeutic models are based are continually clashing between titans of the clinical scientific scene as some studies on the subject point out:
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<math>{\displaystyle \gamma _{3}}=</math>  CT right masseter muscle in Figure 8<center>
<math>{\displaystyle \gamma _{3}}=</math>  CT right masseter muscle in Figure 8<center>
===Propositions in the Dental Context===
<big>'''Propositions in the Dental Context'''</big><gallery widths="350" heights="200" perrow="4" slideshow""="">
<gallery widths="350" heights="200" perrow="4" slideshow""="">
File:Spasmo emimasticatorio.jpg|'''Figure 1:'''  Patient in '''entry''' in the Functional Neuro Gnathology Department who reported right hemilateral orofacial pain for 10 years with previous diagnosis of Temporomandibular Dysfunction.
File:Spasmo emimasticatorio.jpg|'''Figure 1:'''  Patient in '''entry''' in the Functional Neuro Gnathology Department who reported right hemilateral orofacial pain for 10 years with previous diagnosis of Temporomandibular Dysfunction.
</gallery>
</gallery>
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===A practical example ===
 
'''A practical example'''
 
Let's spend a minute to take a look at this example:
Let's spend a minute to take a look at this example:


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In the end, after having somehow considered the axiomatic certainties and deterministic significances in a diagnostic context as critical (<math>P-value</math>), and having proposed a quantum probability model that in broad lines follows the path of the Bayes Theorem by adding an interference element (see [[Quantum-like modeling in biology with open quantum systems and instruments|Khrennikov]]) in the dedicated chapter, obviously <!-- and in a completely understandable and justifiable way --> a Hamletic doubt arises  
In the end, after having somehow considered the axiomatic certainties and deterministic significances in a diagnostic context as critical (<math>P-value</math>), and having proposed a quantum probability model that in broad lines follows the path of the Bayes Theorem by adding an interference element (see [[Quantum-like modeling in biology with open quantum systems and instruments|Khrennikov]]) in the dedicated chapter, obviously an Hamletic doubt arises  
<center>
<center>
{{q2|To be healthy or not to be healthy, that is the question|}}
{{q2|To be healthy or not to be healthy, that is the question|}}
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{{q2| If the patient had been treated with orthodontics and prostheses in the 'Centric Relation', at the patient's discharge from the maxillofacial departments, we would have had an excellent aesthetic and occlusal result in 'Neuromotor disaster'}}
{{q2| If the patient had been treated with orthodontics and prostheses in the 'Centric Relation', at the patient's discharge from the maxillofacial departments, we would have had an excellent aesthetic and occlusal result in 'Neuromotor disaster'}}{{bib}}
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{{bib}}
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