Recovery from the brain damage caused by stroke, traumatic brain injury,
or brain tumors is typically difficult. In recent years, neuromodulation met
hods using repetitive transcranial magnetic stimulation (rTMS) have been
developed to stimulate residual brain areas and promote brain function re
covery. Multiple international and multicenter studies and retrospective ar
ticles have confirmed that rTMS is a safe and highly evidence-based treat
ment for neurological disorders. Our team is among the earliest in the cou
ntry to develop rTMS for treating language impairment associated with br
ain disorders. Since 2010, we have received support from the National Sci
ence Council and have been actively involved in innovative research, inclu
ding non-invasive vagus nerve stimulation to enhance pharyngeal articula
tion and swallowing function recovery. Our team has also established standardized treatment protocols for various functional domains, including m
otor, language, swallowing, and cognitive functions. In recent years, we ha
ve integrated precision medicine, neuroimaging technology, and smart he
althcare to enhance treatment efficacy. Virtual reality (VR) therapy has bee
n widely used in the rehabilitation of motor and cognitive functions. Howe
ver, there is a lack of development in the context of Chinese language. We
have pioneered the use of a Chinese phonetic model in VR, which amplifie
s and enhances oral pronunciation, providing visual and realistic stimuli to
facilitate Chinese language learning. Both rTMS and VR have demonstrate
d superior effects in academic and clinical settings individually. However, t
here is currently no research on the combination of these two methods w
orldwide. We have innovatively linked these two systems to achieve a mul
tiplied therapeutic effect. We have found that when the brain receives TM
S stimulation while simultaneously receiving visual and auditory stimuli fr
om VR, synchronous learning effects can be induced.