Fuhong Li

Biographic Data

ID4619280
NAMEFuhong Li
GIVEN NAMESFuhong
FAMILY NAMELi
SIGNATURELI F
AFFILIATIONSAmazon (United States)
ORCID0000-0003-4679-7775
VERIFIEDYes
TOTAL WORKS6
TOTAL CITATIONS2
WORKS AS AUTHOR6
WORKS AS EDITOR0
FIRST PUBLICATION YEAR2017
LATEST PUBLICATION YEAR2025
H-INDEX1

  • Number, size, and space associated in a common system by distinct mechanisms

    Open AccessBihua CAO, Zhenwei Su et al.ARTICLEPsychological Research2025

  • The cognitive neural mechanism of deinhibition

    Jiwen Chen, Xiaoqin Mai et al.ARTICLEActa Psychologica Sinica2025

  • Doing more for less? New evidence on lobbying and government contracts

    Open AccessSenay Agca, Deniz Igan et al.ARTICLEJournal of Economic Behavior &…2025Cited by: 2References: 1

  • Hierarchical control in task switching

    Jianxiao Wu, Bihua CAO et al.ARTICLEActa Psychologica Sinica2022

    摘要: 认知控制的主要研究范式之一是任务切换。以往研究发现切换代价受到认知控制层级性的调节, 但鲜有研究探索这一调节过程的动态神经机制。本研究通过嵌套的线索-任务切换范式考察不同层级任务切换代价的差异及其神经机制。在实验中, 要求被试完成高低两种层级任务, 低层级任务要求被试判断数字大小(或奇偶); 高层级任务则须先加工数字的某一语义特征(如当前数字是否是偶数), 然后进行大小判断。行为结果表明, 高层级任务切换代价显著大于低层级任务切换代价。线索锁时的脑电结果表明, 层级效应最早出现于P2成分, 切换效应(切换与重复之差)在CNV成分上受到任务层级的调控, 反映了在任务目标重构阶段给予高层级任务更多的选择性注意以及更高的主动性控制。目标锁时的脑电结果表明, 在N2及慢波(SP)成分上, 高层级任务切换与重复的波幅差异相比低层级任务显著更大, 反映了在抑制旧任务集与重构新反应集的过程中增强的反应性控制。这些结果为任务设置重构论和认知控制的层级性提供了新的证据

  • SNARC effect modulated by central executive control

    Open AccessPing Zhang, Bihua CAO et al.ARTICLEPsychological Research2021

  • Moxibustion Has a Positive Effect on Pulmonary Fibrosis

    Open AccessLin Cheng, Rong Li et al.ARTICLEAfrican Journal of Traditional…2017

    Background: An increasing number of people suffered idiopathic pulmonary fibrosis (IPF) and the current treatment was far from clinical satisfaction. Moxibustion, another effective and safe unconventional therapy, had been introduced to treat this refractory disease. The study aimed to investigate the effect of moxibustion on a bleomycin A5-induced pulmonary fibrosis model”. Please add a” before bleomycin A5. Please capital Eosin in Hematoxylin a…