On the crayfish axon, dual microelectrode intracellular stimulation and recording experiments were conducted, with experimental observations indicating that the level of membrane resistance in small crayfish axons was raised (P 0.5, indicating no significant difference in the recovery rate among the four outcome measures.
Discussion: The pathogenesis of temporomandibular joint disorder syndrome has not been fully elucidated. This disease is considered to be divided into three types: functional, structural disorder, and organic failure. This group of patients mostly exhibited dysfunction, mainly due to hyperfunction of the lateral pterygoid muscle, spasm of the lateral pterygoid muscle, injury to the back of the joint, or convulsion of the masticatory muscle group. The effect of ultrasound on the affected areas improves local blood circulation, enhances metabolism, and increases cell viability through mechanical, thermal, and physicochemical effects. Thus, it improves the performance status of local tissues, restoring the function of the inferior temporal joint and muscle group to normal. At the same time, under the action of the ultrasonic wave, more strong orange penetrates the local skin, playing a role in local tissue and inhibiting inflammatory responses induced by mechanical factors. This further restores muscle function. The therapy integrates sound ultrasound and prednisone in a dual role, offering simplicity, safety, and reliability, and is regarded as an effective method for treating temporomandibular joint disorder syndrome.