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Hai-tao Zhang  Zi-jian Zhang  Wei-chuan Mo  Ping-dong Hu  Hai-min Ding  Ying Liu  Qian Hua  Rong-qiao He 《蛋白质与细胞》2017,8(7):527-537

Accumulative evidence has shown the adverse effects of a geomagnetic field shielded condition, so called a hypomagnetic field (HMF), on the metabolic processes and oxidative stress in animals and cells. However, the underlying mechanism remains unclear. In this study, we evaluate the role of HMF on the regulation of cellular reactive oxygen species (ROS) in human neuroblastoma SH-SY5Y cells. We found that HMF exposure led to ROS decrease, and that restoring the decrease by additional H₂O₂ rescued the HMF-enhanced cell proliferation. The measurements on ROS related indexes, including total anti-oxidant capacity, H₂O₂ and superoxide anion levels, and superoxide dismutase (SOD) activity and expression, indicated that the HMF reduced H₂O₂ production and inhibited the activity of CuZn-SOD. Moreover, the HMF accelerated the denaturation of CuZn-SOD as well as enhanced aggregation of CuZn-SOD protein, in vitro. Our findings indicate that CuZn-SOD is able to response to the HMF stress and suggest it a mediator of the HMF effect.  相似文献   

    

Li‐Jia Dong  Jian‐Xia Yang  Hong‐Wei Yu  Wei‐Ming He 《Ecology and evolution》2017,7(7):2307-2315

The importance of plant–soil feedback (PSF) has long been recognized, but the current knowledge on PSF patterns and the related mechanisms mainly stems from laboratory experiments. We aimed at addressing PSF effects on community performance and their determinants using an invasive forb Solidago canadensis. To do so, we surveyed 81 pairs of invaded versus uninvaded plots, collected soil samples from these pairwise plots, and performed an experiment with microcosm plant communities. The magnitudes of conditioning soil abiotic properties and soil biotic properties by S. canadensis were similar, but the direction was opposite; altered abiotic and biotic properties influenced the production of subsequent S. canadensis communities and its abundance similarly. These processes shaped neutral S. canadensis–soil feedback effects at the community level. Additionally, the relative dominance of S. canadensis increased with its ability of competitive suppression in the absence and presence of S. canadensis–soil feedbacks, and S. canadensis‐induced decreases in native plant species did not alter soil properties directly. These findings provide a basis for understanding PSF effects and the related mechanisms in the field conditions and also highlight the importance of considering PSFs holistically.  相似文献   

    

Hui Huang  Ying Xiong  Zhensheng Wu  Yuhui He  Xianglin Gao  Zhangyan Zhou  Tao Wang 《Molecular Genetics & Genomic Medicine》2020,8(4)

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Wei He  Jibin Lu 《Molecular Genetics & Genomic Medicine》2020,8(2)

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Xiao Song  Xueyan Wang  Li Ding  Dan He  Jin Sun  Na Xi  Yan Yin  Hui Peng  Lingling Sun 《Molecular Genetics & Genomic Medicine》2020,8(1)

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L. Lacey Knowles  Rob Massatti  Qixin He  Link E. Olson  Hayley C. Lanier 《Journal of Biogeography》2016,43(7):1464-1476

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Aisi Zhu  Naixin Kang  Lihong He  Xianyang Li  Xiaojing Xu  Huanxiang Zhang 《Journal of cellular biochemistry》2016,117(6):1370-1383

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Zhan Yang  Simo Huang  Dayang Zou  Derong Dong  Xiaoming He  Ningwei Liu.  Wei Liu  Liuyu Huang 《Amino acids》2016,48(12):2731-2745

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Miao Long  Shuhua Yang  Wenkui Zhang  Yi Zhang  Peng Li  Yang Guo  Yuan Wang  Xinliang Chen  Jianbin He 《Biological trace element research》2016,173(2):362-371

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Ran‐Jing Tan  He‐Qiang Sun  Wei Zhang  Han‐Mei Yuan  Bin Li  Hong‐Tao Yan  Chun‐Hui Lan  Jun Yang  Zhuo Zhao  Jin‐Jin Wu  Chao Wu 《Helicobacter》2016,21(6):565-574

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