• Mechanobiology-driven reflex control of the TMJ links deep capsule mechanoreceptors to reflex mastication and jaw-muscle activity across human and animal studies, shaping functional patterns. Evidence includes deep mechanoreceptors [5], reflex mastication [15], cat TMJ afferent discharges [16], stress-related jaw responses [11], and broader TMJ physiology [20], plus reflex innervation concepts [1].

• Morphogenesis and structural pathology guide reconstruction from development to intervention. The morphogenesis of the TMJ [17] informs disk-related changes [9] and ankylosis-focused cases [4][14], shaping subsequent surgical management approaches [19].

• Clinical TMJ care appears as a multidisciplinary framework blending dentistry, otolaryngology, and rehabilitation, anchored in diagnostic/management schemata and dental health assessments. Key threads include the dentist-otolaryngologist role [13], diagnosis/management [18], dental health studies [8], and broad surgical/rehab options [7][19].

• Psychological and symptomology dimensions accompany TMJ dysfunction, integrating female personality studies [6], clinical psychology perspectives [3], symptomatology reviews [2], and stress-induced musculoskeletal responses [11].

• Surgical reconstruction and replacement strategies reveal a trajectory from disease to intervention, highlighting ankylosis management, prosthetic considerations, and orthognathic involvement across multiple reports [7], [19], [4], [14].