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{{ArtBy|autore=Gianni Frisardi}}'''Abstract:''' The masticatory system, encompassing teeth, occlusion, muscles, joints, and the central nervous system, is increasingly understood as a complex system rather than a simple biomechanical mechanism. This shift in perspective aligns with Thomas Kuhn's phases of paradigm shifts, where anomalies in traditional models trigger the search for new paradigms. In the context of Masticationpedia, a new interdisciplinary approach to diagnosing and treating malocclusion emerges, focusing on "Occlusal Dysmorphisms" rather than "malocclusion."

Recent advancements in electrophysiological testing, such as motor-evoked potentials and jaw reflexes, reveal functional symmetry in the masticatory system, even in patients with occlusal discrepancies. This finding challenges the traditional understanding of malocclusion, suggesting that neuromuscular dynamics play a crucial role in maintaining masticatory function. Consequently, interdisciplinary diagnostics that consider both occlusal and neuromuscular factors are necessary for accurate diagnosis and effective treatment.

This paradigm shift has implications for current rehabilitative therapies, including orthodontics and prosthetics, which have traditionally focused on achieving occlusal stability. However, considering the masticatory system as a complex system requires an integrative approach that incorporates both aesthetic and neurophysiological factors to prevent relapses and achieve long-term functional stability. The emerging field of OrthoNeuroGnathodontic treatments exemplifies this interdisciplinary approach, offering innovative strategies for addressing masticatory disorders.

By viewing the masticatory system through the lens of complexity science, the field of dentistry can expand its understanding of occlusal stability and dysfunction, ultimately leading to new treatment paradigms that enhance patient outcomes. This new model does not replace traditional treatments but seeks to enrich them with a broader interdisciplinary perspective, aligning with the evolving science of masticatory rehabilitation.
==Ab ovo<ref>Latin for 'since the very beginning'</ref>==

Before delving into the analysis of Masticationpedia, we must first introduce some preliminary considerations, particularly regarding two fundamental dimensions—social and scientific-clinical aspect—that characterize both the present era and the one immediately preceding it.

===The phases of paradigm change according to Thomas Kuhn===
Over the past century, technological and methodological innovations<ref>{{cita libro 
 | autore = Heft MW
 | autore2 = Fox CH
 | autore3 = Duncan RP
 | titolo = Assessing the Translation of Research and Innovation into Dental Practice
 | url = https://www.ncbi.nlm.nih.gov/pubmed/31590599
 | volume = 
 | opera = JDR Clin Trans Res
 | anno = 2019
 | editore = 
 | città = 
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 | DOI = 10.1177/2380084419879391
 | OCLC = 
 }} Oct 7:2380084419879391</ref> have exponentially increased, especially in dentistry. These developments have significantly impacted decision-making, schools of thought, and fundamental principles, with the explicit goal of improving quality of life, as emphasized in the "Science of Exposure in the 21st Century".<ref>{{cita libro 
 | autore = 
 | autore2 = 
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 | titolo = Exposure Science in the 21st Century. A Vision and a Strategy
 | url = https://www.ncbi.nlm.nih.gov/books/NBK206806/pdf/Bookshelf_NBK206806.pdf
 | volume = 
 | opera = 
 | anno = 
 | editore = Committee on Human and Environmental Exposure Science in the 21st Century; Board on Environmental Studies and Toxicology; Division on Earth and Life Studies; National Research Council.
 | città = 
 | ISBN = 0-309-26468-5
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 }}</ref> However, this exponential growth hides conceptual ambiguities—or, practically speaking, "side effects"—that, though often underestimated, can challenge scientific certainties, making them more probabilistic.<ref>{{cita libro 
 | autore = Liu L
 | autore2 = Li Y
 | titolo = The unexpected side effects and safety of therapeutic monoclonal antibodies
 | url = https://www.ncbi.nlm.nih.gov/pubmed/24524104
 | volume = 
 | opera = Drugs Today
 | anno = 2014
 | editore = 
 | città = Barcellona
 | ISBN = 
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 | DOI = 10.1358/dot.2014.50.1.2076506
 | OCLC = 
 }} Jan;50(1):33-50</ref> These sensitive aspects of current social, scientific, and clinical reality, seemingly in conflict, will ultimately prove to be complementary by the end of this analysis. This evolution follows the concept of "Progress of Science," according to Kuhn’s interpretation of "Epistemology."

In his most famous work, Thomas Kuhn argues that science advances through distinct cycles reflecting its operational dynamics.<ref>[[wikipedia:Thomas_Kuhn|Thomas Samuel Kuhn]] (Cincinnati, 18 luglio 1922 – Cambridge, 17 giugno 1996) was an American philosopher of science.</ref><ref>{{cita libro 
 | autore = Kuhn Thomas S
 | titolo = The Structure of Scientific Revolutions
 | url = https://en.wikipedia.org/wiki/The_Structure_of_Scientific_Revolutions
 | volume = 
 | opera = 
 | anno = 2012
 | editore = Univ. of Chicago Press
 | città = Chicago
 | ISBN = 9780226458113
 | LCCN = no99080311
 | DOI = 
 | OCLC = 
 }}</ref> Kuhn posits that science is structured around paradigms and establishes a clear demarcation between science and pseudoscience based on the presence of a shared paradigm. The evolution of scientific progress is depicted as a continuous curve interrupted by discontinuities, represented by paradigm shifts.

In these periods of crisis, scientists act as problem solvers, seeking to resolve anomalies. These "scientific revolutions" occur when the existing paradigm can no longer interpret new anomalies, pushing the scientific community toward new paradigms that better align with observations.

===='''Kuhn's phases in Dentistry'''====
Thomas Kuhn identifies five distinct phases in the evolution of a scientific paradigm—a process crucial for Masticationpedia. However, to align with the project’s scope, we will focus on the three most significant phases, as indicated in the book’s index.

{|
|-
| <blockquote>'''Phase 2''', or '''Normal Science''':
In this phase, scientists solve problems to strengthen the correspondence between the paradigm and natural reality. This phase establishes the principles on which future research is based, and it produces most of the scientific literature. Here, "anomalies" arise—events that contradict the dominant paradigm.</blockquote>
|-
|<blockquote>'''Phase 4''', or the '''Crisis of the Paradigm''':
During this phase, new paradigms emerge as the dominant one is rejected. Masticationpedia will address the crisis in masticatory rehabilitation by reviewing theories, axioms, and diagnostic criteria, leading to Phase 5.</blockquote>
|-
|<blockquote>'''Phase 5''', or the '''Scientific Revolution''':
During this period, the scientific community debates which paradigm to adopt. The chosen paradigm might not be the "truest" but the one gaining the most support. In Masticationpedia, a new model in masticatory rehabilitation will be introduced, focusing on data-driven inferences rather than symptom-based models.</blockquote> 
|}

Kuhn’s concept gives priority to discipline-specific expertise, yet this contradicts the interdisciplinary nature of modern science. A detailed analysis of this discrepancy is therefore appropriate.

----

==Epistemology==
<center>
{|
|-
| align="right" width="250" |<small>''The black swan symbolizes one of the historical problems of epistemology: if all the swans we have seen so far are white, can we decide that all swans are white?''</small> 
| align="center" |[[File:Black_Swan_(Cygnus_atratus)_RWD.jpg|175px|center]] 
|-
| align="center" |[[File:Duck-Rabbit illusion.jpg|203px|center]] 
| width="250" |<small>''Kuhn used optical illusion to demonstrate how a paradigm shift can cause a person to see the same information in a completely different way.''</small> 
|}
</center>

'''Epistemology''' (from Greek ἐπιστήμη, epistēmē, meaning "certain knowledge" or "science", and λόγος, logos, "discourse") is the branch of philosophy that studies the necessary conditions for acquiring scientific knowledge and the methods through which it is achieved.<ref>The term was coined by Scottish philosopher [[:wpen:James Frederick Ferrier|James Frederick Ferrier]], in his ''Institutes of Metaphysic'' (1854); see Internet Encyclopedia of Philosophy, ''[https://www.iep.utm.edu/ferrier/ James Frederick Ferrier (1808—1864)]''.</ref> Specifically, it refers to the investigation of the foundations, validity, and limits of scientific knowledge. In English-speaking countries, the term "epistemology" is often synonymous with the theory of knowledge or gnoseology, which examines the study of knowledge in general.

The central problem of epistemology, today as in the times of Hume,<ref>[[wikipedia:David_Hume|David Hume]] (1711–1776) was a Scottish philosopher.</ref><ref>{{cita libro 
 | autore = Srivastava S
 | titolo = Verifiability is a core principle of science
 | url = https://www.cambridge.org/core/journals/behavioral-and-brain-sciences/article/verifiability-is-a-core-principle-of-science/D46462A598492AFDB7AFB4975A313446#
 | volume = 
 | opera = Behav Brain Sci
 | anno = 2018
 | editore = Cambridge University Press
 | città = Cambridge
 | ISBN = 
 | LCCN = 
 | DOI = 10.1017/S0140525X18000869
 | OCLC = 
 }} Jan;41:e150.</ref> is the issue of verifiability. According to Hempel’s paradox, every example that does not contradict a theory confirms it, which is described as:

{{Tooltip|<math>A \Rightarrow B = \lnot A \lor B</math>|Let’s consider the statement: “If a person has TMDs, then they experience orofacial pain.” We can represent this in logic as <math>A \Rightarrow B = \lnot A \lor B</math>, where:<math>A</math> represents "The person has TMDs."<math>B</math> represents "The person experiences orofacial pain." In this case, "If a person has TMDs, then they experience orofacial pain" is equivalent to saying “either the person does not have TMDs (<math>\lnot A</math>), or they experience orofacial pain (<math>B</math>)”. The formula is true in the following cases: If the person does not have TMDs (<math>\lnot A</math>), the statement is true, regardless of orofacial pain. If the person has TMDs (<math>A</math>) and experiences orofacial pain (<math>B</math>), the statement is true.
The statement is false only if the person has TMDs (<math>A</math>) but does not experience orofacial pain (<math>\lnot B</math>), contradicting the implication condition.}}

No theory can be definitively true; while there are finite experiments to confirm it, an infinite number could refute it.<ref>{{cita libro 
 | autore = Evans M
 | titolo = Measuring statistical evidence using relative belief
 | url = https://www.ncbi.nlm.nih.gov/pubmed/26925207
 | volume = 
 | opera = Comput Struct Biotechnol J
 | anno = 2016
 | editore = 
 | città = 
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 | DOI = 10.1016/j.csbj.2015.12.001
 | OCLC = 
 }} Jan 7;14:91-6.</ref>

{{qnq|But it’s not all so obvious...}}

...because epistemology evolves continually, even in medicine:

{|
|-
|
*'''P-value''': In medicine, for example, we rely on statistical inference to confirm experimental results, specifically the {{Tooltip|P-value|2=The p-value represents the probability that observed results are due to chance, assuming the null hypothesis <math> H_0 </math> is true. It should not be used as a binary criterion (e.g., <math> p < 0.05 </math>) for scientific decisions, as values near the threshold require additional verification, such as cross-validation. ''p-hacking'' (repeating tests to achieve significance) increases false positives. Rigorous experimental design and transparency about all tests conducted can mitigate this risk. Type I error increases with multiple tests: for <math> N </math> independent tests at threshold <math> \alpha </math>, the Family-Wise Error Rate (FWER) is <math> FWER = 1 - (1 - \alpha)^N </math>. Bonferroni correction divides the threshold by the number of tests, <math> p < \frac{\alpha}{N} </math>, but can increase false negatives. The False Discovery Rate (FDR) by Benjamini-Hochberg is less conservative, allowing more true discoveries with an acceptable proportion of false positives. The Bayesian approach uses prior knowledge to balance prior and data with a posterior distribution, offering a valid alternative to the p-value. To combine p-values from multiple studies, meta-analysis uses methods like Fisher's: <math> \chi^2 = -2 \sum \ln(p_i) </math>. In summary, the p-value remains useful when contextualized and integrated with other measures, such as confidence intervals and Bayesian approaches.}}, a "significance test" that assesses data validity. Yet, even this entrenched concept is now being challenged. A recent study highlighted a campaign in the journal "Nature" against the use of the P-value.<ref>{{cita libro 
 | autore = Amrhein V
 | autore2 = Greenland S
 | autore3 = McShane B
 | titolo = Scientists rise up against statistical significance
 | url = https://www.ncbi.nlm.nih.gov/pubmed/30894741
 | volume = 
 | opera = Nature
 | anno = 2019
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.1038/d41586-019-00857-9
 | OCLC = 
 }} Mar;567(7748):305-307.</ref> Signed by over 800 scientists, this campaign marks a "silent revolution" in statistical inference, encouraging a reflective and modest approach to significance.<ref>{{cita libro 
 | autore = Rodgers JL
 | titolo = The epistemology of mathematical and statistical modeling: a quiet methodological revolution
 | url = https://www.ncbi.nlm.nih.gov/pubmed/20063905
 | volume = 
 | opera = Am Psychol
 | anno = 2010
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.1037/a0018326
 | OCLC = 
 }} Jan;65(1):1-12.</ref><ref>{{cita libro 
 | autore = Meehl P
 | titolo = The problem is epistemology, not statistics: replace significance tests by confidence intervals and quantify accuracy of risky numerical predictions
 | url = 
 | volume = 
 | opera = 
 | anno = 1997
 | editore = 
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 }}</ref><ref>{{cita libro 
 | autore = Sprenger J
 | autore2 = Hartmann S
 | titolo = Bayesian Philosophy of Science. Variations on a Theme by the Reverend Thomas Bayes
 | url = 
 | volume = 
 | opera = 
 | anno = 2019
 | editore = Oxford University Press
 | città = Oxford
 | ISBN = 
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 }}</ref> The American Statistical Association contributed to this discussion by releasing a special issue of "The American Statistician Association" titled "Statistical Inference in the 21st Century: A World Beyond p < 0.05." It offers new ways to express research significance and embraces uncertainty.<ref name="wasser">{{cita libro 
 | autore = Wasserstein RL
 | autore2 = Schirm AL
 | autore3 = Lazar NA
 | titolo = Moving to a World Beyond ''p'' < 0.05
 | url = https://www.tandfonline.com/doi/full/10.1080/00031305.2019.1583913
 | volume = 
 | opera = Am Stat
 | anno = 2019
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.1080/00031305.2019.1583913
 | OCLC = 
 }} 73, 1–19.</ref>
|-
|
*'''Interdisciplinarity''': Solving science-based problems increasingly demands interdisciplinary research (IDR), as underscored by the European Union’s Horizon 2020 project.<ref>European Union, ''[https://ec.europa.eu/programmes/horizon2020/en/h2020-section/societal-challenges Horizon 2020]''</ref> Yet IDR poses cognitive challenges, partly due to the dominant "Physical Paradigm of Science" that limits its recognition. The "Engineering Paradigm of Science" has been proposed as an alternative, focusing on technological tools and collaboration. Researchers need "metacognitive scaffolds"—tools to enhance interdisciplinary communication and knowledge construction.<ref name=":0">{{cita libro 
 | autore = Boon M
 | autore2 = Van Baalen S
 | titolo = Epistemology for interdisciplinary research - shifting philosophical paradigms of science
 | url = https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6383598/
 | volume = 
 | opera = Eur J Philos Sci
 | anno = 2019
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.1007/s13194-018-0242-4
 | OCLC = 
 }} 9(1):16.</ref><ref>{{cita libro 
 | autore = Boon M
 | titolo = An engineering paradigm in the biomedical sciences: Knowledge as epistemic tool
 | url = https://www.ncbi.nlm.nih.gov/pubmed/28389261
 | volume = 
 | opera = Prog Biophys Mol Biol
 | anno = 2017
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.1016/j.pbiomolbio.2017.04.001
 | OCLC = 
 }} Oct;129:25-39.</ref>
|}

==Interdisciplinarity==
A superficial view might suggest a conflict between the disciplinarity of the "Physics Paradigm of Science" (which highlights anomalies) and the interdisciplinarity of the "Engineering Paradigm of Science" (focused on metacognitive scaffolds). However, these perspectives are not in conflict; they are complementary and drive "Paradigmatic Innovation" in science.

It could be said that "Innovations" represent "Progresses of Science," as illustrated in the article "Scientific Bases of Dentistry" by Yegane Guven, which explores the impact of biological and digital revolutions on dentistry.<ref>{{cita libro 
 | autore = Guven Y
 | titolo = Scientific basis of dentistry
 | url = https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5624148/
 | volume = 
 | opera = J Istanb Univ Fac Den
 | anno = 2017
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.17096/jiufd.04646
 | OCLC = 
 }} 51(3): 64–71. Published online 2017 Oct 2. PMCID: PMC5624148 - PMID: 29114433 </ref> True scientific progress is not solely achieved through "Incremental Innovations" or "Radical Innovations" but through "Paradigmatic Innovations."

"Paradigmatic Innovations" represent a change in thinking that spreads through humanity, affecting society on many levels, from the Copernican revolution to the stochastic methods applied to biological phenomena.<ref>{{cita libro 
 | autore = Zhao XF
 | autore2 = Gojo I
 | autore3 = York T
 | autore4 = Ning Y
 | autore5 = Baer MR
 | titolo = Diagnosis of biphenotypic acute leukemia: a paradigmatic approach
 | url = https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2776262
 | volume = 
 | opera = Int J Clin Exp Pathol
 | anno = 2010
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 
 | OCLC = 
 }} Prepublished online 2009 Oct 10. PMCID: PMC2776262 - PMID: 19918331. 3(1): 75–86.</ref>

This epistemological context, which includes initiatives like the Research Diagnostic Criteria for Temporomandibular Disorders (RDC/TMD) and Evidence-Based Medicine, aligns with Masticationpedia’s aim to highlight anomalies that stimulate changes in scientific thought, ultimately leading to "Paradigmatic Innovation."

==Dental Malocclusion ==

"Malocclusion" derives from the Latin "malum," meaning "bad" or "wrong," and refers to improper closure of the teeth.<ref>Attributed to [[:wpen:Edward Angle|Edward Angle]], the father of modern orthodontics, who coined it as a specification of ''occlusion''.</ref> The notion of "closure" may seem intuitive, but "bad" requires careful consideration in a medical context.

A search for "Malocclusion" on PubMed yielded 33,309 articles,<ref>Pubmed, ''[https://www.ncbi.nlm.nih.gov/pubmed/?term=%22malocclusion%22 Malocclusion]''</ref> reflecting a lack of consensus on the term. Smaglyuk and colleagues’ study underscores the importance of an interdisciplinary approach to diagnosing malocclusions.<ref>{{cita libro 
 | autore = Smaglyuk LV
 | autore2 = Voronkova HV
 | autore3 = Karasiunok AY
 | autore4 = Liakhovska AV
 | autore5 = Solovei KO
 | titolo = Interdisciplinary approach to diagnostics of malocclusions (review)
 | url = https://www.ncbi.nlm.nih.gov/pubmed/31175796
 | volume = 
 | opera = Wiad Lek
 | anno = 2019
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 
 | OCLC = 
 }} 72(5 cz 1):918-922.</ref>

{{q2|Diagnosis, treatment strategies, and prevention of anomalies and dento-facial deformities should be approached by considering the organism as a whole. This is especially important in children, whose physical structure is still forming. The interconnectedness of various organs and systems is crucial for effective treatment planning.}}

Another notable observation from PubMed queries on interdisciplinary malocclusion diagnostics is the drastic drop to only four articles.<ref>Pubmed, ''[https://www.ncbi.nlm.nih.gov/pubmed/?term=interdisciplinary+diagnostics+of+malocclusions interdisciplinary diagnostics of malocclusions]''</ref>

These findings suggest the emergence of phase 4 in Kuhn’s model, indicating a potential paradigmatic shift. Some prefer incremental innovations, while others favor a new path of "Paradigmatic Innovation."

{{qnq|What does "Malocclusion" mean?|}}

In this clinical case of malocclusion, characterized by a unilateral posterior crossbite and anterior open bite, orthodontic appliances and possibly orthognathic surgery are recommended.<ref>{{cita libro 
 | autore = Reichert I
 | autore2 = Figel P
 | autore3 = Winchester L
 | titolo = Orthodontic treatment of anterior open bite: a review article--is surgery always necessary?
 | url = https://www.ncbi.nlm.nih.gov/pubmed/23949448
 | volume = 
 | opera = Oral Maxillofac Surg
 | anno = 2014
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 10.1007/s10006-013-0430-5
 | OCLC = 
 }} Sep;18(3):271-7.</ref> The crossbite requires concurrent treatment due to its functional relationship with the open bite.<ref>{{cita libro 
 | autore = Miamoto CB
 | autore2 = Silva Marques L 
 | autore3 = Abreu LG 
 | autore4 = Paiva SM
 | titolo = Impact of two early treatment protocols for anterior dental crossbite on children’s quality of life
 | url = https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5962250/pdf/2176-9451-dpjo-23-01-00071.pdf
 | volume = 
 | opera = Dental Press J Orthod 
 | anno = 2018
 | editore = 
 | città = 
 | ISBN = 
 | LCCN = 
 | DOI = 
 | OCLC = 
 }} Jan-Feb; 23(1) 71–78.</ref>

In this case, the patient refused treatment, insisting that their chewing function was fine. The dentist responded by explaining the long-term risks of leaving the malocclusion untreated, but respected the patient's decision to decline treatment.

The case illustrates the complexity of diagnosing malocclusion, which involves more than occlusal discrepancies. Specific electrophysiological tests, such as the motor-evoked potential and jaw reflex tests, can reveal functional symmetry in the masticatory system despite occlusal issues.

<gallery mode="slideshow">
File:Occlusal Centric view in open and cross bite patient.jpg|'''Figure 1a:''' Patient with malocclusion, open bite, and right posterior crossbite who should be treated with orthodontic therapy and/or orthognathic surgery.
File:Bilateral Electric Transcranial Stimulation.jpg|'''Figure 1b:''' Motor-evoked potential test showing symmetry in the right and left masseter muscles.
File:Jaw Jerk .jpg|'''Figura 1c:''' Jaw reflex test revealing functional symmetry in the masticatory system.
File:Mechanic Silent Period.jpg|'''Figura 1d:''' Evoked mechanical silent period showing balanced neuromuscular dynamics despite malocclusion. 
</gallery>

These electrophysiological results challenge conventional interpretations of malocclusion, highlighting the importance of interdisciplinary diagnostics that consider neuromuscular function as well as occlusal discrepancies.

<blockquote>''Occlusal Dismorphisms and Not Malocclusion ......which, as we will see shortly, is an entirely different matter.''</blockquote>

==Conclusion==
Before concluding, we must clarify that the masticatory system is a "Complex System"<ref>https://en.wikipedia.org/wiki/Complex_system</ref>, not a simple biomechanical mechanism focused solely on dental occlusion. Occlusion is just one subset within a broader context that includes periodontal receptors, neuromuscular spindles, motor units, the central nervous system, and the temporomandibular joint. This interaction creates "Emergent Behavior," or masticatory behavior.

Emergent behavior cannot be fully explained by analyzing a single subset; instead, the integrity of the entire system must be assessed. A notable intellectual movement addressing this challenge is Kazem Sadegh-Zadeh’s work, "Handbook of Analytic Philosophy of Medicine."<ref>{{cita libro 
 | autore = Sadegh-Zadeh Kazem
 | titolo = Handbook of Analytic Philosophy of Medicine
 | url = https://link.springer.com/book/10.1007/978-94-007-2260-6
 | volume = 
 | opera = 
 | anno = 2012
 | editore = Springer 
 | città = Dordrecht
 | ISBN = 978-94-007-2259-0
 | LCCN = 
 | DOI = 10.1007/978-94-007-2260-6
 | OCLC = 
 }}.</ref>

The masticatory system's various subsets, such as teeth, occlusion, joints, and muscles, exhibit "Coherence" with the Central Trigeminal Nervous System, as shown in the electrophysiological tests. Therefore, "malocclusion" may not be the appropriate term; "Occlusal Dysmorphisms" would be more accurate.

{{q2|Viewing the masticatory system as a "Complex System" doesn’t deny existing rehabilitative therapies like prosthetics or orthodontics but instead aims to enrich them by considering a broader interdisciplinary perspective.}}

This approach, exemplified in OrthoNeuroGnathodontic treatments, integrates aesthetic and neurophysiological aspects to achieve "Occlusal Stability" and prevent "Relapses."<ref>Essam Ahmed Al-Moraissi, Larry M Wolford. [https://pubmed.ncbi.nlm.nih.gov/27371873/ Is Counterclockwise Rotation of the Maxillomandibular Complex Stable Compared With Clockwise Rotation in the Correction of Dentofacial Deformities? A Systematic Review and Meta-Analysis]. J Oral Maxillofac Surg.. 2016 Oct;74(10):2066.e1-2066.e12.doi: 10.1016/j.joms.2016.06.001. Epub 2016 Jun 11.
</ref><ref>J Hoffmannová, R Foltán, M Vlk, K Klíma, G Pavlíková, O Bulik. [https://pubmed.ncbi.nlm.nih.gov/19537679/ Factors affecting the stability of bilateral sagittal split osteotomy of a mandible].Prague Med Rep. 2008;109(4):286-97.
</ref> While not replacing traditional treatments, this model seeks to expand medical knowledge and interdisciplinary practices in dentistry. 

In the meantime, let us pause with a question from Linus Sapiens, our curious yellow figure on the left. He reminds us of the importance of remaining open to new perspectives in masticatory science.

[[File:Question_2.jpg|left|150px]]

{{qnq|What do we mean by “Complex Systems” when we are talking about masticatory functions?}}


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{{apm}}[[Category:Introduction]]
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