Dental tribology: a systems approach

Area of Science:

• Biomaterials Science
• Biomechanics
• Dental Science

Background:

• The stomatognathic system presents unique challenges for biotribological analysis.
• The dental organ's internal "autonomic" environment complicates understanding its tribological interactions.

Purpose of the Study:

• To present a novel systems approach for the biotribological description of the stomatognathic system.
• To specifically focus on the dental organ as a subsystem.
• To address the complexities introduced by the dental organ's autonomic environment.

Main Methods:

• Characterization of the dental organ's elements, properties, and interrelationships.
• Identification of system functions, inputs, and outputs.
• Application of a systems approach to overcome analytical challenges.

Main Results:

• A comprehensive description of the dental organ's characteristics.
• Identification of key elements, properties, and relationships within the dental organ.
• Presentation of the system's functions, inputs, and outputs, facilitating tribological analysis.

Conclusions:

• The dental organ's autonomic environment significantly increases tribological relationships, complicating analysis.
• Understanding dental organ tribology is crucial for detailed functional studies.
• The unique structure necessitates specialized methodologies for testing tribological properties.