Page 23 - 南京医科大学自然版

第45卷第5期 聂 萍，王兆露，唐金荣. 功能性近红外脑光谱成像技术在脑卒中领域中的应用［J］.
2025年5月 南京医科大学学报（自然科学版），2025，45（5）：605-611 ·609 ·

作者贡献声明： Noninvasive assessment of cerebral perfusion and oxygen⁃
聂萍负责论文撰写与修改；王兆露和唐金荣负责研究方 ation in acute ischemic stroke by near⁃infrared spectrosco⁃
向指导、论文修改。 py［J］. Eur Neurol，2009，62（6）：338-343
Author’s Contributions： ［10］KLEIN F，DEBENER S，WITT K，et al. fMRI⁃based vali⁃
NIE Ping wrote the initial draft of the manuscript and re⁃ dation of continuous⁃wave fNIRS of supplementary motor
vised the manuscript；WANG Zhaolu and TANG Jinrong were re⁃ area activation during motor execution and motor imag⁃
sponsible for research direction guidance and paper revision. ery［J］. Sci Rep，2022，12（1）：3570
［参考文献］ ［11］KAINERSTORFER J M，SASSAROLI A，HALLACOGLU
B，et al. Practical steps for applying a new dynamic model
［1］ IADECOLA C，BUCKWALTER M S，ANRATHER J. Im⁃
to near ⁃ infrared spectroscopy measurements of hemody⁃
mune responses to stroke：mechanisms，modulation，and
namic oscillations and transient changes：implications for
therapeutic potential［J］. J Clin Invest，2020，130（6）：
cerebrovascular and functional brain studies［J］. Acad Ra⁃
2777-2788
diol，2014，21（2）：185-196
［2］《中国脑卒中防治报告》编写组，王陇德.《中国脑卒中
［12］GAO T X，LIU S，WANG X，et al. Stroke analysis and rec⁃
防治报告 2021》概要［J］. 中国脑血管病杂志，2023，20
ognition in functional near⁃infrared spectroscopy signals
（11）：783-792
using machine learning methods［J］. Biomed Opt Ex⁃
Report on stroke prevention and treatment in China Writ⁃
press，2023，14（8）：4246-4260
ing Group，WANG L D. Brief report on stroke prevention
［13］DIONÍSIO A，DUARTE I C，PATRÍCIO M，et al. The use
and treatment in China，2021［J］. Chinese Journal of
of repetitive transcranial magnetic stimulation for stroke
Cerebrovascular Disease，2023，20（11）：783-792
rehabilitation：a systematic review［J］. J Stroke Cerebro⁃
［3］ YAMAZAKI R，INOUE Y，MATSUDA Y，et al. Laterality
vasc Dis，2018，27（1）：1-31
of prefrontal hemodynamic response measured by func⁃
［14］LEÓN RUIZ M，RODRÍGUEZ SARASA M L，SANJUÁN
tional near⁃infrared spectroscopy before and after repeti⁃
RODRÍGUEZ L，et al. Current evidence on transcranial
tive transcranial magnetic stimulation：a potential bio⁃
magnetic stimulation and its potential usefulness in post⁃
marker of clinical outcome［J］. Psychiatry Res，2022， stroke neurorehabilitation：opening new doors to the treat⁃
310：114444 ment of cerebrovascular disease［J］. Neurologia（Engl
［4］ RICHER N，DOWNEY R J，DAVID HAIRSTON W，et al. Ed），2018，33（7）：459-472
Motion and muscle artifact removal validation using an ［15］MURATA Y，HIGO N，HAYASHI T，et al. Temporal plas⁃
electrical head phantom，robotic motion platform，and du⁃ ticity involved in recovery from manual dexterity deficit
al layer mobile EEG［J］. IEEE Trans Neural Syst Rehabil after motor cortex lesion in macaque monkeys［J］. J Neu⁃
Eng，2020，28（8）：1825-1835 rosci，2015，35（1）：84-95
［5］ 近红外脑功能成像临床应用专家共识编写组. 近红外 ［16］LIU J C，WANG C H. Microstructure and genetic polymor⁃
脑功能成像临床应用专家共识［J］. 中国老年保健医 phisms：role in motor rehabilitation after subcortical
学，2021，19（2）：3-9 stroke［J］. Front Aging Neurosci，2022，14：813756
Expert consensus on clinical application of near⁃infrared ［17］KATO H，IZUMIYAMA M，KOIZUMI H，et al. Near⁃infra⁃
brain functional imaging technology writing group. Expert red spectroscopic topography as a tool to monitor motor re⁃
consensus on clinical application of near ⁃ infrared brain organization after hemiparetic stroke：a comparison with
imaging technology［J］. Chinese Journal of Geriatric Care， functional MRI［J］. Stroke，2002，33（8）：2032-2036
2021，19（2）：3-9 ［18］TAKEDA K，GOMI Y，IMAI I，et al. Shift of motor activa⁃
［6］ WALSH K B. Non⁃invasive sensor technology for prehos⁃ tion areas during recovery from hemiparesis after cerebral
pital stroke diagnosis：current status and future direc⁃ infarction：a longitudinal study with near ⁃ infrared spec⁃
tions［J］. Int J Stroke，2019，14（6）：592-602 troscopy［J］. Neurosci Res，2007，59（2）：136-144
［7］ HUO C C，XU G C，XIE H，et al. Functional near⁃infrared ［19］YANG C L，LIM S B，PETERS S，et al. Cortical activation
spectroscopy in non⁃invasive neuromodulation［J］. Neural during shoulder and finger movements in healthy adults：a
Regen Res，2024，19（7）：1517-1522 functional near ⁃ infrared spectroscopy（fNIRS）study［J］.
［8］ CHEN W，LU G，LICHTY W. Localizing the focus of isch⁃ Front Hum Neurosci，2020，14：260
emic stroke with near infrared spectroscopy［J］. Chin Med ［20］SUI Y X，KAN C J，ZHU S Z，et al. Resting⁃state function⁃
J（Engl），2002，115（1）：84-88 al connectivity for determining outcomes in upper extremi⁃
［9］ TERBORG C，GRÖSCHEL K，PETROVITCH A，et al. ty function after stroke：a functional near⁃infrared spec⁃