Eighty percent of patients with Parkinson's disease (PD) demonstrate dysfunctions in various motor status switches, such as difficulties in standing up, gait initiation, and freezing while walking. 1 These dysfunctions are the first intrinsic causes associated with falls and are closely related to cognitive impairment, often leading to restrictions in the patient's quality of life. [2][3][4] In addition, with disease progression, these dysfunctions are resistant to dopaminergic treatment and deep brain stimulation (DBS). 5,6 Therefore, revealing the neurophysiological patterns underlying different motor statuses, including sitting, standing, walking, dual-task walking, and freezing of gait, is essential for developing the optimized therapy.