颞下颌关节是人体唯一左右联动、相互协调的关节,下颌运动受颞下颌关节和神经肌肉系统支配可直接反映口颌系统的生理功能,对下颌运动轨迹进行研究有助于医师了解颞下颌关节相关疾病的生理病理,辅助诊断及评估干预治疗手段。本文就下颌...颞下颌关节是人体唯一左右联动、相互协调的关节,下颌运动受颞下颌关节和神经肌肉系统支配可直接反映口颌系统的生理功能,对下颌运动轨迹进行研究有助于医师了解颞下颌关节相关疾病的生理病理,辅助诊断及评估干预治疗手段。本文就下颌运动、下颌运动分析系统的下颌运动轨迹及肌电图在颞下颌关节疾病中的应用作一综述。The temporomandibular joint (TMJ) is the only joint with bilateral linkage and mutual coordination, and the mandibular movement governed by the TMJ and neuromuscular system can directly reflect the physiological function of the stomatognathic system. The study of the trajectory of mandibular movement can help physicians to understand the physiology and pathology of the TMJ related diseases, and to assist in the diagnosis and evaluation of the intervention and treatment means. This paper reviews the mandibular movement, the mandibular movement analysis system to record the mandibular movement trajectory, and electromyography in temporomandibular joint diseases.展开更多
文摘颞下颌关节是人体唯一左右联动、相互协调的关节,下颌运动受颞下颌关节和神经肌肉系统支配可直接反映口颌系统的生理功能,对下颌运动轨迹进行研究有助于医师了解颞下颌关节相关疾病的生理病理,辅助诊断及评估干预治疗手段。本文就下颌运动、下颌运动分析系统的下颌运动轨迹及肌电图在颞下颌关节疾病中的应用作一综述。The temporomandibular joint (TMJ) is the only joint with bilateral linkage and mutual coordination, and the mandibular movement governed by the TMJ and neuromuscular system can directly reflect the physiological function of the stomatognathic system. The study of the trajectory of mandibular movement can help physicians to understand the physiology and pathology of the TMJ related diseases, and to assist in the diagnosis and evaluation of the intervention and treatment means. This paper reviews the mandibular movement, the mandibular movement analysis system to record the mandibular movement trajectory, and electromyography in temporomandibular joint diseases.
