Recently, the Department of Rehabilitation Medicine at the Affiliated Hospital of Shijiazhuang Medical College successfully completed the installation and commissioning of a comprehensive brain-computer interface (BCI) rehabilitation training system, officially putting it into clinical use. With this addition, the department has integrated a suite of modern, multi-dimensional rehabilitation equipment-including hyperbaric oxygen chambers, transcranial magnetic stimulation (TMS) devices, a standardized sunlit rehabilitation hall, and intelligent BCI rehabilitation robots-supported by 200 dedicated rehabilitation inpatient beds. This establishes an integrated, smart rehabilitation center covering the full spectrum of neurological, motor, cognitive, and physical function recovery, leveraging cutting-edge technology to empower rehabilitation care while upholding the dignity of patients throughout their recovery journey.
The core of rehabilitation medicine has never been solely about restoring physical function; it is equally about helping patients regain the ability to live independently and preserving their dignity and self-respect. Patients suffering from severe functional impairments-often caused by stroke, spinal cord injury, or traumatic brain injury-frequently face long-term challenges such as limited mobility, cognitive or sensory deficits, and difficulty moving independently. Requiring constant assistance for daily living and basic movements, these patients are highly susceptible to feelings of inferiority and pessimism, often losing confidence in their ability to live independently. With years of deep expertise in the field, our Department of Rehabilitation Medicine is dedicated to the core mission of enabling patients to return to life with dignity. We continuously align ourselves with cutting-edge international rehabilitation technologies and upgrade our clinical hardware systems.
The newly introduced Brain-Computer Interface (BCI) rehabilitation system comprises a comprehensive suite of equipment, including a BCI signal acquisition workstation, an upper-limb rehabilitation robot, a finger joint rehabilitation trainer, an active-passive trainer for upper and lower limbs, a lower-limb exoskeleton, and a multi-channel neural signal acquisition helmet. This system precisely captures neural motor signals from the brain to establish a "brain-device-limb" closed-loop rehabilitation pathway. Designed for patients with conditions such as post-stroke hemiplegia, brain injury, and motor deficits, the system transcends the limitations of traditional passive rehabilitation. It encourages patients to actively engage their neural pathways in the training process, simultaneously facilitating cognitive assessment, fine motor skills for the hand, coordinated upper- and lower-limb movement, and neural remodeling to repair damaged motor nerves at the source. Equipped with a visual data monitoring terminal, the system records the entire rehabilitation process, providing objective, quantitative data that enables physicians to formulate personalized rehabilitation plans and deliver precise, individualized interventions.
Leveraging a comprehensive hardware infrastructure, the department has established a complete, closed-loop rehabilitation system characterized by tiered care and the integration of Traditional Chinese and Western medicine. Hyperbaric oxygen chambers facilitate brain tissue protection and neural repair for conditions such as cerebral ischemia, brain injury, and hypoxic dysfunction; transcranial magnetic stimulation (TMS) devices precisely modulate cortical excitability, effectively alleviating issues like cognitive impairment, limb spasticity, and mood disorders; an open-plan, sunlit rehabilitation hall equipped with standardized exercise apparatus meets the daily functional training needs of patients with mild conditions or those in the recovery phase; and a state-of-the-art brain-computer interface (BCI) system addresses intractable rehabilitation challenges, such as severe paralysis and dissociation between consciousness and motor function. With 200 dedicated inpatient rehabilitation beds, the department fully accommodates the long-term and phased inpatient needs of diverse patient groups, delivering seamless, one-stop rehabilitation management that spans the entire continuum of care-from acute-phase arousal and recovery-phase functional restoration to the final transition to home-based rehabilitation.
In its clinical practice, the department consistently upholds the service philosophy of "technology with a human touch, rehabilitation with dignity." For patients with severe functional impairments who lack independent mobility, the department utilizes intelligent robotic systems-such as brain-computer interfaces-that enable limb movements (including grasping, flexion/extension, and stepping) based solely on mental intent, without requiring active physical exertion from the patient. This empowers paralyzed patients to regain control over their limbs. The training incorporates immersive interactive interfaces to minimize the clinical, impersonal feel of mechanical therapy and employs a phased, progressive training regimen to steadily enhance the patient's capacity for independent movement. This approach helps patients gradually achieve the ability to eat, dress, and walk independently, thereby overcoming the plight of total reliance on others for care. Furthermore, the department provides psychological support and rehabilitation education; a team of medical staff and rehabilitation therapists offers one-on-one guidance throughout the training process, closely monitoring the patient's mental well-being and alleviating feelings of inferiority or anxiety associated with their impairment, ensuring that patients maintain their sense of independence and dignity throughout their rehabilitation journey.
As a teaching hospital directly affiliated with Shijiazhuang Medical College, our Department of Rehabilitation Medicine fulfills a threefold mission: clinical diagnosis and treatment, medical education, and research into rehabilitation technologies. The implementation of cutting-edge international rehabilitation equipment-such as brain-computer interfaces-not only elevates the regional standard of care for severe neurological rehabilitation but also provides a real-world clinical training platform for the college's rehabilitation therapy programs, while driving research into the localized clinical application of advanced rehabilitation technologies. The department remains committed to tracking global innovations and protocols in rehabilitation medicine, continuously upgrading its "smart rehabilitation" infrastructure, and optimizing full-cycle rehabilitation care pathways. Grounded in advanced medical technology and driven by a philosophy of compassionate care, we strive to provide high-quality, empathetic, and dignified rehabilitation services to patients with various functional impairments across North China, helping them return to their families and reintegrate into society.