Neurological Rehabilitation
One of the birthplaces of neurorehabilitation in China, it is a benchmark neurorehabilitation specialty department配套 with the National Center for Neurological Diseases, benchmarked against the International Society of Physical Medicine and Rehabilitation Medicine (ISPRM), and undertakes comprehensive rehabilitation treatment for severe brain injury, spinal cord injury, and complex neurological dysfunction.
Historical Origins and Spiritual Inheritance:
Founded by Professor Wang Maobin, the department integrates the Neurorehabilitation Treatment Center, Functional Therapy Department, Acupuncture Department, and Massage Department on the basis of physiotherapy. It is one of the earliest rehabilitation medicine departments in China focusing on neurofunctional rehabilitation and highlighting the rehabilitation of acute and complex critical illnesses. Professor Wang Maobin is a pioneer of neurorehabilitation medicine in my country. The department has successfully treated patients with serious nerve injuries, such as Liu Hairuo, a Hong Kong Phoenix TV anchor; Luo Jinyong, a Yunnan anti-drug hero; and Tan Jixiong, a Wuhan special police officer, generating a significant impact both domestically and internationally. Professor Song Weiqun, as the first chairman of the Critical Care Rehabilitation Professional Committee of the Chinese Association of Rehabilitation Medicine, spearheaded the compilation of the first "Guidelines for Critical Care Rehabilitation" in China, promoting the development of critical care rehabilitation medicine in the country.
Core business operational efficiency:
The department is a national key clinical specialty base, a national key professional base for resident physician training, and one of the first standardized training bases for rehabilitation medicine in Beijing. It is equipped with advanced equipment such as upper limb functional rehabilitation robots, intelligent lower limb gait training systems (walking robots), repetitive transcranial magnetic stimulation devices, transcranial direct current stimulation devices, and computer-aided cognitive and language assessment and training systems. Its clinical research and treatment in motor dysfunction, aphasia, articulation and swallowing disorders, cognitive impairment rehabilitation, and assessment and arousal of consciousness are among the leading in China. It is a master's and doctoral degree training center and postdoctoral research station of Capital Medical University. Professor Song Weiqun has trained more than 40 master's, doctoral and postdoctoral students, and edited more than 20 textbooks and monographs. Among them, "Rehabilitation Medicine (4th Edition)" won the first prize of the first National Excellent Textbook Award. He has published nearly 40 SCI papers and more than 160 core journal papers.
Discipline Positioning and Benchmarking:
This is the first specialized department in China to provide early and comprehensive clinical rehabilitation for critically ill patients in neurology and neurosurgery. Professor Song Weiqun serves as Vice President of the Chinese Association of Rehabilitation Medicine, Vice President of the Rehabilitation Physician Branch of the Chinese Medical Association, Chairman of the Committee on Rehabilitation of Consciousness Disorders of the Chinese Association of Rehabilitation Medicine, Honorary Chairman of the Committee on Critical Care Rehabilitation, and President of the Rehabilitation Medicine Specialist Branch of the Beijing Medical Association. The department's research on repetitive transcranial magnetic stimulation for visuospatial neglect was cited in the 2016 American Heart Association/American Stroke Association Guidelines for Adult Stroke Rehabilitation and the 2017 Australian Stroke Foundation Clinical Guidelines for Stroke Management. In the field of brain-computer interface-based early functional reconstruction after stroke, the department is deeply involved in the national major chronic disease project "Research on Digital and Intelligent Holistic Rehabilitation Strategies for the Entire Course of Stroke," integrating cutting-edge technologies such as brain-computer interfaces, wearable devices, vagal nerve electrical stimulation, and transcranial temporal interference stimulation to construct an integrated digital and intelligent rehabilitation system encompassing screening, assessment, rehabilitation, and monitoring.

