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5,311 results on '"Wang, Xiaojing"'

556. Supplementary Data from Chromatin Remodeling Induced by ARID1A Loss in Lung Cancer Promotes Glycolysis and Confers JQ1 Vulnerability

Author

Liu, Xiaoyu, primary, Li, Zhi, primary, Wang, Zhongmin, primary, Liu, Fei, primary, Zhang, Linling, primary, Ke, Jingjing, primary, Xu, Xu, primary, Zhang, Yuefang, primary, Yuan, Yiting, primary, Wei, Tao, primary, Shan, Qungang, primary, Chen, Yingjie, primary, Huang, Wei, primary, Gao, Jie, primary, Wu, Nan, primary, Chen, Fuliang, primary, Sun, Lunquan, primary, Qiu, Zilong, primary, Deng, Yuezhen, primary, and Wang, Xiaojing, primary

Published
2023
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557. Supplement from HLA-B*57:01 Confers Susceptibility to Pazopanib-Associated Liver Injury in Patients with Cancer

Author

Xu, Chun-Fang, primary, Johnson, Toby, primary, Wang, Xiaojing, primary, Carpenter, Chris, primary, Graves, Alan P., primary, Warren, Liling, primary, Xue, Zhengyu, primary, King, Karen S., primary, Fraser, Dana J., primary, Stinnett, Sandy, primary, Briley, Linda P., primary, Mitrica, Ionel, primary, Spraggs, Colin F., primary, Nelson, Matthew R., primary, Tada, Hiroomi, primary, du Bois, Andreas, primary, Powles, Thomas, primary, Kaplowitz, Neil, primary, and Pandite, Lini N., primary

Published
2023
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558. Supplementary File 4 from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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563. Supplmentary File 1 from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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564. Supplementary information from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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566. Supplementary File 5 from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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567. Supplementary File 3 from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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568. Supplmentary File 2 from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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570. Data from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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572. Supplementary Tables from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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573. Supplementary Figures 1-9 from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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574. Data Supplement from Nuclear Factor of Activated T-cell Activity Is Associated with Metastatic Capacity in Colon Cancer

Author

Tripathi, Manish K., primary, Deane, Natasha G., primary, Zhu, Jing, primary, An, Hanbing, primary, Mima, Shinji, primary, Wang, Xiaojing, primary, Padmanabhan, Sekhar, primary, Shi, Zhiao, primary, Prodduturi, Naresh, primary, Ciombor, Kristen K., primary, Chen, Xi, primary, Washington, M. Kay, primary, Zhang, Bing, primary, and Beauchamp, R. Daniel, primary

Published
2023
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589. Social Behavior Atlas: A computational framework for tracking and mapping 3D close interactions of free-moving animals

Author

Han, Yaning, primary, Chen, Ke, additional, Wang, Yunke, additional, Liu, Wenhao, additional, Wang, Xiaojing, additional, Liao, Jiahui, additional, Huang, Yiting, additional, Han, Chuanliang, additional, Huang, Kang, additional, Zhang, Jiajia, additional, Cai, Shengyuan, additional, Wang, Zhouwei, additional, Wu, Yongji, additional, Gao, Gao, additional, Wang, Nan, additional, Li, Jinxiu, additional, Song, Yangwangzi, additional, Li, Jing, additional, Wang, Guodong, additional, Wang, Liping, additional, Zhang, Yaping, additional, and Wei, Pengfei, additional

Published
2023
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590. A Target Recycling Amplification Process for the Digital Detection of Exosomal MicroRNAs through Photonic Resonator Absorption Microscopy

Author

Wang, Xiaojing, primary, Shepherd, Skye, additional, Li, Nantao, additional, Che, Congnyu, additional, Song, Tingjie, additional, Xiong, Yanyu, additional, Palm, Isabella Rose, additional, Zhao, Bin, additional, Kohli, Manish, additional, Demirci, Utkan, additional, Lu, Yi, additional, and Cunningham, Brian T., additional

Published
2023
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595. Straw return increases crop production by improving soil organic carbon sequestration and soil aggregation in a long-term wheat–cotton cropping system

Author

Yang, Changqin, Wang, Xiaojing, Li, Jianan, Zhang, Guowei, Shu, Hongmei, Hu, Wei, Han, Huanyong, Liu, Ruixian, and Guo, Zichun

Abstract

Straw return is a promising strategy for managing soil organic carbon (SOC) and improving yield stability. However, the optimal straw return strategy for sustainable crop production in the wheat (Triticum aestivumL.)–cotton (Gossypium hirsutumL.) cropping system remains uncertain. The objective of this study was to quantify the long-term (10 years) impact of carbon (C) input on SOC sequestration, soil aggregation and crop yields in a wheat–cotton cropping system in the Yangtze River Valley, China. Five treatments were arranged with a single-factor randomized design as follows: no straw return (Control), return of wheat straw only (Wt), return of cotton straw only (Ct), return of 50% wheat and 50% cotton straw (Wh-Ch) and return of 100% wheat and 100% cotton straw (Wt-Ct). In comparison to the Control, the SOC content increased by 8.4 to 20.2% under straw return. A significant linear positive correlation between SOC sequestration and C input (1.42–7.19 Mg ha−1yr−1) (P<0.05) was detected. The percentages of aggregates of sizes >2 and 1–2 mm at the 0–20 cm soil depth were also significantly elevated under straw return, with the greatest increase of the aggregate stability in the Wt-Ct treatment (28.1%). The average wheat yields increased by 12.4–36.0% and cotton yields increased by 29.4–73.7%, and significantly linear positive correlations were also detected between C input and the yields of wheat and cotton. The average sustainable yield index (SYI) reached a maximum value of 0.69 when the C input was 7.08 Mg ha−1yr−1, which was close to the maximum value (SYI of 0.69, C input of 7.19 Mg ha−1yr–1) in the Wt-Ct treatment. Overall, the return of both wheat and cotton straw was the best strategy for improving SOC sequestration, soil aggregation, yields and their sustainability in the wheat–cotton rotation system.

Published
2024
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596. Dietary Fat Composition Affects Hepatic Angiogenesis and Lymphangiogenesis in Hepatitis C Virus Core Gene Transgenic Mice

Author

Diao, Pan, Wang, Yaping, Jia, Fangping, Wang, Xiaojing, Hu, Xiao, Kimura, Takefumi, Sato, Yoshiko, Moriya, Kyoji, Koike, Kazuhiko, Nakayama, Jun, and Tanaka, Naoki

Abstract

Introduction:Previous research has demonstrated that an isocaloric diet rich in trans-fatty acid (TFA), saturated fatty acid (SFA), and cholesterol (Chol) promoted steatosis-derived hepatic tumorigenesis in hepatitis C virus core gene transgenic (HCVcpTg) mice in different manners. Growth factor signaling and ensuing angiogenesis/lymphangiogenesis are key factors in hepatic tumorigenesis that have become recent therapeutic targets for hepatocellular carcinoma. However, the influence of dietary fat composition on these factors remains unclear. This study investigated whether the type of dietary fat would have a specific impact on hepatic angiogenesis/lymphangiogenesis in HCVcpTg mice. Methods:Male HCVcpTg mice were treated with a control diet, an isocaloric diet containing 1.5% cholesterol (Chol diet), or a diet replacing soybean oil with hydrogenated coconut oil (SFA diet) for a period of 15 months or with shortening (TFA diet) for 5 months. The degree of angiogenesis/lymphangiogenesis and the expression of growth factors, including fibroblast growth factor (FGF), vascular endothelial growth factor (VEGF), and platelet-derived growth factor (PDGF), were evaluated in non-tumorous liver tissues using quantitative mRNA measurement, immunoblot analysis, and immunohistochemistry. Results:Long-term feeding of SFA and TFA diets to HCVcpTg mice increased the expressions of vascular endothelial cell indicators, such as CD31 and TEK receptor tyrosine kinase, in addition to lymphatic vessel endothelial hyaluronan receptor 1, indicating that angiogenesis/lymphangiogenesis were upregulated only by these fatty acid-enriched diets. This promoting effect correlated with elevated VEGF-C and FGF receptor 2 and 3 levels in the liver. c-Jun N-terminal kinase (JNK) and hypoxia-inducible factor (HIF) 1α, both key regulators of VEGF-C expression, were enhanced in the SFA- and TFA-rich diet groups as well. The Chol diet significantly increased the expressions of such growth factors as FGF2 and PDGF subunit B, without any detectable impact on angiogenesis/lymphangiogenesis. Conclusion:This study revealed that diets rich in SFA and TFA, but not Chol, might stimulate hepatic angiogenesis/lymphangiogenesis mainly through the JNK-HIF1α-VEGF-C axis. Our observations indicate the importance of dietary fat species for preventing hepatic tumorigenesis.

Published
2023
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