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Does exercise have a protective effect on cognitive function under hypoxia? A systematic review with meta-analysis Journal article
Jung,Myungjin, Zou,Liye, Yu,Jane Jie, Ryu,Seungho, Kong,Zhaowei, Yang,Lin, Kang,Minsoo, Lin,Jingyuan, Li,Hong, Smith,Lee, Loprinzi,Paul D.. Does exercise have a protective effect on cognitive function under hypoxia? A systematic review with meta-analysis[J]. Journal of Sport and Health Science, 2020, 9(6), 562-577.
Authors:  Jung,Myungjin;  Zou,Liye;  Yu,Jane Jie;  Ryu,Seungho;  Kong,Zhaowei; et al.
Adobe PDF | Favorite | TC[WOS]:32 TC[Scopus]:37  IF:9.7/9.2 | Submit date：2020/11/06
Cognition  Executive Function  Exercise  Hypoxia  Memory  
Effects of Acute Normobaric Hypoxia on Memory Interference Journal article
Loprinzi,Paul D., Matalgah,Aala’a, Crawford,Lindsay, Yu,Jane J., Kong,Zhaowei, Wang,Bo, Liu,Shijie, Zou,Liye. Effects of Acute Normobaric Hypoxia on Memory Interference[J]. Brain Sciences, 2019, 9(11), 323.
Authors:  Loprinzi,Paul D.;  Matalgah,Aala’a;  Crawford,Lindsay;  Yu,Jane J.;  Kong,Zhaowei; et al.
Favorite | TC[WOS]:11 TC[Scopus]:10  IF:2.7/3.0 | Submit date：2020/11/06
Bdnf  Cognition  Hypoxia  Neuroprotection  Normoxia  
Superior effects of modified chen-style Tai Chi versus 24-style Tai Chi on cognitive function, fitness, and balance performance in adults over 55 Journal article
Zou,Liye, Loprinzi,Paul D., Yu,Jane Jie, Yang,Lin, Li,Chunxiao, Yeung,Albert S., Kong,Zhaowei, Chiou,Shin Yi, Xiao,Tao. Superior effects of modified chen-style Tai Chi versus 24-style Tai Chi on cognitive function, fitness, and balance performance in adults over 55[J]. Brain Sciences, 2019, 9(5).
Authors:  Zou,Liye;  Loprinzi,Paul D.;  Yu,Jane Jie;  Yang,Lin;  Li,Chunxiao; et al.
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Aging  Balance  Cognition  Mind-body Exercise  Tai Chi  
Tai chi as an alternative exercise to improve physical fitness for children and adolescents with intellectual disability Journal article
Kong,Zhaowei, Sze,Tat Ming, Yu,Jane Jie, Loprinzi,Paul D., Xiao,Tao, Yeung,Albert S., Li,Chunxiao, Zhang,Hua, Zou,Liye. Tai chi as an alternative exercise to improve physical fitness for children and adolescents with intellectual disability[J]. International Journal of Environmental Research and Public Health, 2019, 16(7), 1-12.
Authors:  Kong,Zhaowei;  Sze,Tat Ming;  Yu,Jane Jie;  Loprinzi,Paul D.;  Xiao,Tao; et al.
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Aerobic Exercise  Balance  Bmi  Coordination  Developmental Disability  Flexibility  Mind-body Movement  
Severe hypoxia does not offset the benefits of exercise on cognitive function in sedentary young women Journal article
Lei,On Kei, Kong,Zhaowei, Loprinzi,Paul D., Shi,Qingde, Sun,Shengyan, Zou,Liye, Hu,Yang, Nie,Jinlei. Severe hypoxia does not offset the benefits of exercise on cognitive function in sedentary young women[J]. International Journal of Environmental Research and Public Health, 2019, 16(6).
Authors:  Lei,On Kei;  Kong,Zhaowei;  Loprinzi,Paul D.;  Shi,Qingde;  Sun,Shengyan; et al.
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Accuracy  Exercise  Hypoxia  Peripheral Oxygen Saturation  Reaction Time  
The effects of tai chi on markers of atherosclerosis, lower-limb physical function, and cognitive ability in adults aged over 60: A randomized controlled trial Journal article
Zhou,Shengwen, Zhang,Yanjie, Kong,Zhaowei, Loprinzi,Paul D., Hu,Yang, Ye,Jiajie, Liu,Shijie, Yu,Jane Jie, Zou,Liye. The effects of tai chi on markers of atherosclerosis, lower-limb physical function, and cognitive ability in adults aged over 60: A randomized controlled trial[J]. International Journal of Environmental Research and Public Health, 2019, 16(5).
Authors:  Zhou,Shengwen;  Zhang,Yanjie;  Kong,Zhaowei;  Loprinzi,Paul D.;  Hu,Yang; et al.
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Aging  Arterial Stiffness  Balance  Cognition  Mind-body Exercise  Tai Chi  
The effects of high-intensity interval exercise and hypoxia on cognition in sedentary young adults Journal article
Sun,Shengyan, Loprinzi,Paul D., Guan,Hongwei, Zou,Liye, Kong,Zhaowei, Hu,Yang, Shi,Qingde, Nie,Jinlei. The effects of high-intensity interval exercise and hypoxia on cognition in sedentary young adults[J]. Medicina, 2019, 55(2).
Authors:  Sun,Shengyan;  Loprinzi,Paul D.;  Guan,Hongwei;  Zou,Liye;  Kong,Zhaowei; et al.
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Cognitive Function  Go/no-go Task  Peripheral Oxygen Saturation  Reaction Time  Response Accuracy