 In this study, we proposed a novel functional near-infrared spectroscopy (fNIRS)-based frontoparietal functional connectivity (FC) neurofeedback training paradigm related to working memory  . Compared with conventional cognitive training studies, we chose the frontoparietal network, a key brain region for cognitive function modulation  as neurofeedback, resulting in strong targeting effect.
<clarity>  In this study, we proposed a novel functional near-infrared spectroscopy (fNIRS)-based frontoparietal functional connectivity (FC) neurofeedback training paradigm related to working memory  . Compared with conventional cognitive training studies, we chose the frontoparietal network, a key brain region for cognitive function modulation  as neurofeedback, resulting in strong targeting effect.
 In this study, we investigated a novel functional near-infrared spectroscopy (fNIRS)-based frontoparietal functional connectivity (FC) neurofeedback training paradigm related to working memory . Compared with conventional cognitive training studies, we chose the frontoparietal network, a key brain region for cognitive function modulation as neurofeedback, resulting in strong targeting effect.