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troscopy study［J］. Front Neurol，2022，13：965856 15：728151
［21］NI J，JIANG W，GONG X，et al. Effect of rTMS interven⁃ ［33］MA X C，PENG Y，ZHONG L D，et al. Hemodynamic sig⁃
tion on upper limb motor function after stroke：a study nal changes during volitional swallowing in dysphagia pa⁃
based on fNIRS［J］. Front Aging Neurosci，2022，14： tients with different unilateral hemispheric stroke and
1077218 brainstem stroke：a near⁃infrared spectroscopy study［J］.
［22］WANG H W，XIONG X，ZHANG K X，et al. Motor net⁃ Brain Res Bull，2024，207：110880
work reorganization after motor imagery training in stroke ［34］LIN S S，WANG D，SANG H J，et al. Predicting poststroke
patients with moderate to severe upper limb impairment［J］. dyskinesia with resting ⁃ state functional connectivity in
CNS Neurosci Ther，2023，29（2）：619-632 the motor network［J］. Neurophotonics，2023，10（2）：
［23］HE X，LEI L，YU G，et al. Asymmetric cortical activation 025001
in healthy and hemiplegic individuals during walking：a ［35］HAN Q Y，ZHANG M，LI W H，et al. Wavelet coherence
functional near ⁃ infrared spectroscopy neuroimaging analysis of prefrontal tissue oxyhaemoglobin signals as
study［J］. Front Neurol，2022，13：1044982 measured using near⁃infrared spectroscopy in elderly sub⁃
［24］CLARK D J，ROSE D K，BUTERA K A，et al. Rehabilita⁃ jects with cerebral infarction［J］. Microvasc Res，2014，
tion with accurate adaptability walking tasks or steady 95：108-115
state walking：a randomized clinical trial in adults post⁃ ［36］LAMBERTI N，MANFREDINI F，NARDI F，et al. Corti⁃
stroke［J］. Clin Rehabil，2021，35（8）：1196-1206 cal oxygenation during a motor task to evaluate recovery
［25］CALIANDRO P，MOLTENI F，SIMBOLOTTI C，et al. Exo⁃ in subacute stroke patients：a study with near ⁃ infrared
skeleton⁃assisted gait in chronic stroke：an EMG and func⁃ spectroscopy［J］. Neurol Int，2022，14（2）：322-335
tional near⁃infrared spectroscopy study of muscle activa⁃ ［37］WANG D，WANG J，ZHAO H B，et al. The relationship
tion patterns and prefrontal cortex activity［J］. Clin Neuro⁃ between the prefrontal cortex and limb motor function in
physiol，2020，131（8）：1775-1781 stroke：a study based on resting⁃state functional near⁃in⁃
［26］LIM S B，YANG C L，PETERS S，et al. Phase⁃dependent frared spectroscopy［J］. Brain Res，2023，1805：148269
brain activation of the frontal and parietal regions during ［38］孙妍玉，吴 晋. 神经网络重塑促进脑卒中后功能修复
walking after stroke ⁃ an fNIRS study［J］. Front Neurol， 的研究进展［J］. 南京医科大学学报（自然科学版），
2022，13：904722 2023，43（4）：577-581
［27］FUJIMOTO H，MIHARA M，HATTORI N，et al. Cortical SUN Y Y，WU J. Research progress on the critical role of
changes underlying balance recovery in patients with neural network remodeling in functional recovery after
hemiplegic stroke［J］. Neuroimage，2014，85（Pt 1）：547- stroke［J］. Journal of Nanjing Medical University（Natural
554 Sciences），2023，43（4）：577-581
［28］MIHARA M，FUJIMOTO H，HATTORI N，et al. Effect of ［39］XU G C，HUO C C，YIN J H，et al. Test⁃retest reliability
neurofeedback facilitation on poststroke gait and balance of fNIRS in resting⁃state cortical activity and brain net⁃
recovery［J］. Neurology，2021，96（21）：e2587-e2598 work assessment in stroke patients［J］. Biomed Opt Ex⁃
［29］KOYANAGI M，YAMADA M，HIGASHI T，et al. The use⁃ press，2023，14（8）：4217-4236
fulness of functional near⁃infrared spectroscopy for the as⁃ ［40］XU G C，CHEN T D，YIN J H，et al. Lateralization of cor⁃
sessment of post⁃stroke depression［J］. Front Hum Neuro⁃ tical activity，networks，and hemodynamic lag after stroke：
sci，2021，15：680847 a resting⁃state fNIRS study［J］. J Biophotonics，2024，17
［30］KONG Y，PENG W N，LI J，et al. Alteration in brain func⁃ （7）：e202400012
tional connectivity in patients with post⁃stroke cognitive ［41］YE S J，TAO L，GONG S，et al. Upper limb motor assess⁃
impairment during memory task：a fNIRS study［J］. J ment for stroke with force，muscle activation and interhemi⁃
Stroke Cerebrovasc Dis，2023，32（9）：107280 spheric balance indices based on sEMG and fNIRS［J］.
［31］OBAYASHI S. The supplementary motor area responsible Front Neurol，2024，15：1337230
for word retrieval decline after acute thalamic stroke re⁃ ［42］CHEN S M，ZHANG X L，CHEN X X，et al. The assess⁃
vealed by coupled SPECT and near⁃infrared spectros⁃ ment of interhemispheric imbalance using functional near⁃
copy［J］. Brain Sci，2020，10（4）：247 infrared spectroscopic and transcranial magnetic stimula⁃
［32］GILMORE N，YÜCEL M A，LI X G，et al. Investigating tion for predicting motor outcome after stroke［J］. Front
language and domain⁃general processing in neurotypicals Neurosci，2023，17：1231693
and individuals with aphasia ⁃ a functional near ⁃ infrared ［43］YANG Z，YE L，YANG L N，et al. Early screening of post⁃
spectroscopy pilot study［J］. Front Hum Neurosci，2021， stroke fall risk：a simultaneous multimodal fNIRs ⁃ EMG