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468 results on '"Tao, Weiwei"'

1. IFI35 regulates non-canonical NF-κB signaling to maintain glioblastoma stem cells and recruit tumor-associated macrophages

Author

Li, Daqi, Wang, Xiefeng, Chen, Kexin, Shan, Danyang, Cui, Gaoyuan, Yuan, Wei, Lin, Qiankun, Gimple, Ryan C., Dixit, Deobrat, Lu, Chenfei, Gu, Danling, You, Hao, Gao, Jiancheng, Li, Yangqing, Kang, Tao, Yang, Junlei, Yu, Hang, Song, Kefan, Shi, Zhumei, Fan, Xiao, Wu, Qiulian, Gao, Wei, Zhu, Zhe, Man, Jianghong, Wang, Qianghu, Lin, Fan, Tao, Weiwei, Mack, Stephen C., Chen, Yun, Zhang, Junxia, Li, Chaojun, Zhang, Nu, You, Yongping, Qian, Xu, Yang, Kailin, Rich, Jeremy N., Zhang, Qian, and Wang, Xiuxing

Published
2024
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21. Figure S1-S6, Table S1 from β2-Microglobulin Maintains Glioblastoma Stem Cells and Induces M2-like Polarization of Tumor-Associated Macrophages

Author

Li, Daqi, primary, Zhang, Qian, primary, Li, Lu, primary, Chen, Kexin, primary, Yang, Junlei, primary, Dixit, Deobrat, primary, Gimple, Ryan C., primary, Ci, Shusheng, primary, Lu, Chenfei, primary, Hu, Lang, primary, Gao, Jiancheng, primary, Shan, Danyang, primary, Li, Yangqing, primary, Zhang, Junxia, primary, Shi, Zhumei, primary, Gu, Danling, primary, Yuan, Wei, primary, Wu, Qiulian, primary, Yang, Kailin, primary, Zhao, Linjie, primary, Qiu, Zhixin, primary, Lv, Deguan, primary, Gao, Wei, primary, Yang, Hui, primary, Lin, Fan, primary, Wang, Qianghu, primary, Man, Jianghong, primary, Li, Chaojun, primary, Tao, Weiwei, primary, Agnihotri, Sameer, primary, Qian, Xu, primary, Shi, Yu, primary, You, Yongping, primary, Zhang, Nu, primary, Rich, Jeremy N., primary, and Wang, Xiuxing, primary

Published
2023
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22. Data from β2-Microglobulin Maintains Glioblastoma Stem Cells and Induces M2-like Polarization of Tumor-Associated Macrophages

Author

Li, Daqi, primary, Zhang, Qian, primary, Li, Lu, primary, Chen, Kexin, primary, Yang, Junlei, primary, Dixit, Deobrat, primary, Gimple, Ryan C., primary, Ci, Shusheng, primary, Lu, Chenfei, primary, Hu, Lang, primary, Gao, Jiancheng, primary, Shan, Danyang, primary, Li, Yangqing, primary, Zhang, Junxia, primary, Shi, Zhumei, primary, Gu, Danling, primary, Yuan, Wei, primary, Wu, Qiulian, primary, Yang, Kailin, primary, Zhao, Linjie, primary, Qiu, Zhixin, primary, Lv, Deguan, primary, Gao, Wei, primary, Yang, Hui, primary, Lin, Fan, primary, Wang, Qianghu, primary, Man, Jianghong, primary, Li, Chaojun, primary, Tao, Weiwei, primary, Agnihotri, Sameer, primary, Qian, Xu, primary, Shi, Yu, primary, You, Yongping, primary, Zhang, Nu, primary, Rich, Jeremy N., primary, and Wang, Xiuxing, primary

Published
2023
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27. Supplementary Data 1 from Dual Role of CXCL8 in Maintaining the Mesenchymal State of Glioblastoma Stem Cells and M2-Like Tumor-Associated Macrophages

Author

Yuan, Wei, primary, Zhang, Qian, primary, Gu, Danling, primary, Lu, Chenfei, primary, Dixit, Deobrat, primary, Gimple, Ryan C., primary, Gao, Yisu, primary, Gao, Jiancheng, primary, Li, Daqi, primary, Shan, Danyang, primary, Hu, Lang, primary, Li, Lu, primary, Li, Yangqing, primary, Ci, Shusheng, primary, You, Hao, primary, Yan, Linping, primary, Chen, Kexin, primary, Zhao, Ningwei, primary, Xu, Chuanhai, primary, Lan, Jianyun, primary, Liu, Dong, primary, Zhang, Junxia, primary, Shi, Zhumei, primary, Wu, Qiulian, primary, Yang, Kailin, primary, Zhao, Linjie, primary, Qiu, Zhixin, primary, Lv, Deguang, primary, Gao, Wei, primary, Yang, Hui, primary, Lin, Fan, primary, Wang, Qianghu, primary, Man, Jianghong, primary, Li, Chaojun, primary, Tao, Weiwei, primary, Agnihotri, Sameer, primary, Qian, Xu, primary, Mack, Stephen C., primary, Zhang, Nu, primary, You, Yongping, primary, Rich, Jeremy N., primary, Sun, Guan, primary, and Wang, Xiuxing, primary

Published
2023
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28. Data from Dual Role of CXCL8 in Maintaining the Mesenchymal State of Glioblastoma Stem Cells and M2-Like Tumor-Associated Macrophages

Author

Yuan, Wei, primary, Zhang, Qian, primary, Gu, Danling, primary, Lu, Chenfei, primary, Dixit, Deobrat, primary, Gimple, Ryan C., primary, Gao, Yisu, primary, Gao, Jiancheng, primary, Li, Daqi, primary, Shan, Danyang, primary, Hu, Lang, primary, Li, Lu, primary, Li, Yangqing, primary, Ci, Shusheng, primary, You, Hao, primary, Yan, Linping, primary, Chen, Kexin, primary, Zhao, Ningwei, primary, Xu, Chuanhai, primary, Lan, Jianyun, primary, Liu, Dong, primary, Zhang, Junxia, primary, Shi, Zhumei, primary, Wu, Qiulian, primary, Yang, Kailin, primary, Zhao, Linjie, primary, Qiu, Zhixin, primary, Lv, Deguang, primary, Gao, Wei, primary, Yang, Hui, primary, Lin, Fan, primary, Wang, Qianghu, primary, Man, Jianghong, primary, Li, Chaojun, primary, Tao, Weiwei, primary, Agnihotri, Sameer, primary, Qian, Xu, primary, Mack, Stephen C., primary, Zhang, Nu, primary, You, Yongping, primary, Rich, Jeremy N., primary, Sun, Guan, primary, and Wang, Xiuxing, primary

Published
2023
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32. The role of binding site on the mechanical unfolding mechanism of ubiquitin.

Author

Cao, Penghui, Yoon, Gwonchan, Tao, Weiwei, Eom, Kilho, and Park, Harold S

Subjects
Isoleucine, Ubiquitin, Binding Sites, Protein Structure, Secondary, Protein Structure, Tertiary, Stress, Mechanical, Molecular Dynamics Simulation, Protein Unfolding, Protein Structure, Secondary, Tertiary, Stress, Mechanical
Abstract

We apply novel atomistic simulations based on potential energy surface exploration to investigate the constant force-induced unfolding of ubiquitin. At the experimentally-studied force clamping level of 100 pN, we find a new unfolding mechanism starting with the detachment between β5 and β3 involving the binding site of ubiquitin, the Ile44 residue. This new unfolding pathway leads to the discovery of new intermediate configurations, which correspond to the end-to-end extensions previously seen experimentally. More importantly, it demonstrates the novel finding that the binding site of ubiquitin can be responsible not only for its biological functions, but also its unfolding dynamics. We also report in contrast to previous single molecule constant force experiments that when the clamping force becomes smaller than about 300 pN, the number of intermediate configurations increases dramatically, where almost all unfolding events at 100 pN involve an intermediate configuration. By directly calculating the life times of the intermediate configurations from the height of the barriers that were crossed on the potential energy surface, we demonstrate that these intermediate states were likely not observed experimentally due to their lifetimes typically being about two orders of magnitude smaller than the experimental temporal resolution.

Published
2015

37. Supplementary Figure from β2-Microglobulin Maintains Glioblastoma Stem Cells and Induces M2-like Polarization of Tumor-Associated Macrophages

Author

Li, Daqi, primary, Zhang, Qian, primary, Li, Lu, primary, Chen, Kexin, primary, Yang, Junlei, primary, Dixit, Deobrat, primary, Gimple, Ryan C., primary, Ci, Shusheng, primary, Lu, Chenfei, primary, Hu, Lang, primary, Gao, Jiancheng, primary, Shan, Danyang, primary, Li, Yangqing, primary, Zhang, Junxia, primary, Shi, Zhumei, primary, Gu, Danling, primary, Yuan, Wei, primary, Wu, Qiulian, primary, Yang, Kailin, primary, Zhao, Linjie, primary, Qiu, Zhixin, primary, Lv, Deguang, primary, Gao, Wei, primary, Yang, Hui, primary, Lin, Fan, primary, Wang, Qianghu, primary, Man, Jianghong, primary, Li, Chaojun, primary, Tao, Weiwei, primary, Agnihotri, Sameer, primary, Qian, Xu, primary, Shi, Yu, primary, You, Yongping, primary, Zhang, Nu, primary, Rich, Jeremy N., primary, and Wang, Xiuxing, primary

Published
2023
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38. SREBP2 maintains glioblastoma stem cells through keeping the balance between cholesterol biosynthesis and uptake

Author

Gu, Danling, primary, Zhou, Fengqi, additional, You, Hao, additional, Gao, Jiancheng, additional, Kang, Tao, additional, Dixit, Deobrat, additional, Wu, Qiulian, additional, Yang, Kailin, additional, Ci, Shusheng, additional, Shan, Danyang, additional, Fan, Xiao, additional, Yuan, Wei, additional, Zhang, Qian, additional, Lu, Chenfei, additional, Li, Daqi, additional, Zhao, Ningwei, additional, Shi, Zhumei, additional, Gao, Wei, additional, Lin, Fan, additional, Man, Jianghong, additional, Wang, Qianghu, additional, Qian, Xu, additional, Mack, Stephen C, additional, Tao, Weiwei, additional, Agnihotri, Sameer, additional, Zhang, Nu, additional, You, Yongping, additional, Rich, Jeremy N, additional, Zhang, Junxia, additional, and Wang, Xiuxing, additional

Published
2023
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42. Novel INHAT repressor drives glioblastoma growth by promoting ribosomal DNA transcription in glioma stem cells

Author

Tao, Weiwei, primary, Lei, Hong, additional, Luo, Wenlong, additional, Huang, Zhi, additional, Ling, Peng, additional, Guo, Mengyue, additional, Wan, Lihao, additional, Zhai, Kui, additional, Huang, Qian, additional, Wu, Qiulian, additional, Xu, Shutong, additional, Zeng, Liang, additional, Wang, Xiuxing, additional, Dong, Zhiqiang, additional, Rich, Jeremy N, additional, and Bao, Shideng, additional

Published
2022
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