Haijiang MENG

Biographic Data

ID8917820
NAMEHaijiang MENG
GIVEN NAMESHaijiang
FAMILY NAMEMENG
SIGNATUREMENG H
VERIFIEDNo
TOTAL WORKS2
TOTAL CITATIONS0
WORKS AS AUTHOR2
WORKS AS EDITOR0
FIRST PUBLICATION YEAR2020
LATEST PUBLICATION YEAR2023
H-INDEX0

  • Differences in motor cortex synaptic plasticity associated with two forms of exercise in older adults

    Haijiang MENG, Hai‐Jiang Meng et al.ARTICLEActa Psychologica Sinica2023

    摘要: 尽管研究发现运动锻炼会导致大脑运动皮层可塑性改变, 但对不同形式运动锻炼老年人初级运动皮层突触可塑性变化的差异性却知之甚少。研究采用经颅磁刺激技术, 横向比较了乒乓球锻炼老年人、太极拳锻炼老年人和久坐老年人在配对联合刺激(PAS25)前、后动作诱发电位和短时程皮层内抑制的变化。结果发现, 经常参与乒乓球和太极拳运动锻炼老年人PAS25后的动作诱发电位振幅持续增强, 且乒乓球锻炼老年人增强的幅度显著高于太极拳锻炼老年人。三组老年人PAS25后各个时间点的短时程皮层内抑制均没有差异性。提示不同形式运动锻炼老年人初级运动皮层突触可塑性增强存在运动项目差异性

  • Functional role of the left dorsolateral prefrontal cortex in procedural motor learning

    Na Cao, Haijiang MENG et al.ARTICLEActa Psychologica Sinica2020

    Procedural motor learning includes sequence learning and random learning. Neuroimaging studies have shown that the dorsolateral prefrontal cortex (DLPFC) and primary motor cortex (M1) play significant roles in procedural motor learning; however, the connectivity between the DLPFC and M1 and its relationship with different procedural motor learning are still unclear. In this study, the serial response time task (SRTT) and transcranial magnetic sti…