Vomer as relevant factor in the mastication forces transmission system

Area of Science:

• Anatomy
• Biomechanics
• Craniofacial research

Background:

• The posterior bony palate and nasal cavities involve the upper jaw, palatal, and sphenoid bones.
• The perpendicular plate of the upper palate connects the upper jaw and sphenoid bone.
• This posterior bony structure is integral to mastication force trajectories.

Purpose of the Study:

• To investigate the role of the posterior bony transmission system in mastication.
• To analyze the biomechanical function of the vomer bone within the mastication force trajectory system.
• To establish a basis for further biomechanical research using photoelasticimetric methods.

Main Methods:

• Observation of vomer bone characteristics.
• Measurement of morphological markings and craniometric landmarks on the vomer.
• Harmonic analysis of facial and cranial structures in relation to the vomer.

Main Results:

• The vomer bone plays an essential role in the trajectory system of mastication forces.
• The posterior bony transmission system supports mastication load from the wisdom tooth to the sphenoid bone.
• Established the vomer's significance in transmitting forces to the mid-portion of the neurocranial base.

Conclusions:

• The vomer bone is a critical component in the biomechanics of mastication.
• Understanding the vomer's role facilitates further biomechanical studies.
• This research provides a foundation for advanced photoelasticimetric analysis of mastication forces.