Parkinson’s syndrome is a common diagnostic concept used by neurologists in clinical practice. It refers to a group of clinical syndromes caused by various causes (cerebrovascular disease, cerebral atherosclerosis, infection, poisoning, trauma, drugs, and genetic degeneration, etc.), mainly manifesting as tremor, muscle rigidity, motor retardation, and postural instability. These include primary Parkinson’s disease, Parkinson’s superimposed syndrome, secondary Parkinson’s syndrome and genetic degenerative disease Parkinson’s syndrome. Transcranial magnetic stimulation Transcranial magnetic stimulation for Parkinson’s syndrome can significantly improve the symptoms of tremor, tonicity, depression and insomnia in patients with Parkinson’s disease syndrome. Low frequency/medium frequency electrical stimulation, wax therapy, electronic biofeedback Low frequency electrical stimulation (spastic muscle therapy instrument) can reduce muscle tone by stimulating spastic muscle and antagonistic muscle respectively, low frequency (neuromuscular electrical stimulation)/medium frequency can reduce muscle tone by stimulating antagonistic muscle, wax therapy can reduce muscle tone by treating key muscle with high tone, electronic biofeedback can reduce muscle tone by Electronic biofeedback can correct abnormal gait through active movement and feedback electrical stimulation of the patient; IV. low-frequency electrical stimulation for decreased muscle strength and motor retardation Low-frequency pulsed electrical stimulation for muscle contraction can excite neuromuscular tissue and promote muscle strength recovery in patients with Parkinson’s disease syndrome. Wax therapy, interferential electricity, ultrashort wave, laser, ultraviolet light Wax therapy and ultrashort wave reduce pain by relieving spasm, interferential electricity reduces pain by increasing pain threshold, laser reduces pain by reducing pain-causing substances through light stimulation, ultraviolet light reduces pain by lowering sympathetic ganglia and reducing pain-causing substances; VI. Brain atrophy, nigrostriatal degeneration transcranial magnetic stimulation Magnetic stimulation can effectively protect TH-positive neurons in the nigrostriatal area and TH-positive neurons in the striatal area. neurons and TH-positive fibers in the striatum, thereby increasing dopamine synthesis.