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Your search keyword '"Cao, Li-Ping"' showing total 380 results
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380 results on '"Cao, Li-Ping"'

1. Transcriptomic decoding of regional cortical vulnerability to major depressive disorder

Author

Zhu, Jiajia, Chen, Xiao, Lu, Bin, Li, Xue-Ying, Wang, Zi-Han, Cao, Li-Ping, Chen, Guan-Mao, Chen, Jian-Shan, Chen, Tao, Chen, Tao-Lin, Cheng, Yu-Qi, Chu, Zhao-Song, Cui, Shi-Xian, Cui, Xi-Long, Deng, Zhao-Yu, Gong, Qi-Yong, Guo, Wen-Bin, He, Can-Can, Hu, Zheng-Jia-Yi, Huang, Qian, Ji, Xin-Lei, Jia, Feng-Nan, Kuang, Li, Li, Bao-Juan, Li, Feng, Li, Hui-Xian, Li, Tao, Lian, Tao, Liao, Yi-Fan, Liu, Xiao-Yun, Liu, Yan-Song, Liu, Zhe-Ning, Long, Yi-Cheng, Lu, Jian-Ping, Qiu, Jiang, Shan, Xiao-Xiao, Si, Tian-Mei, Sun, Peng-Feng, Wang, Chuan-Yue, Wang, Hua-Ning, Wang, Xiang, Wang, Ying, Wang, Yu-Wei, Wu, Xiao-Ping, Wu, Xin-Ran, Wu, Yan-Kun, Xie, Chun-Ming, Xie, Guang-Rong, Xie, Peng, Xu, Xiu-Feng, Xue, Zhen-Peng, Yang, Hong, Yu, Hua, Yuan, Min-Lan, Yuan, Yong-Gui, Zhang, Ai-Xia, Zhao, Jing-Ping, Zhang, Ke-Rang, Zhang, Wei, Zhang, Zi-Jing, Yan, Chao-Gan, and Yu, Yongqiang

Published
2024
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13. Analysis of the phytochemical components of Prunella vulgaris using high‐performance liquid chromatography quadrupole time‐of‐flight mass spectrometry combined with molecular networking and assessment of their antioxidant and anti‐α‐glucosidase activities

Author

Cao, Li‐ping, Li, Yi‐min, Li, Shu‐guang, and Ren, Qiang

Abstract

Prunella vulgaris has long been used in traditional medicine and is consumed as a tea in China. Here, the total phenolic and flavonoid concentrations of plants from different geographical regions were measured. It was found that the total phenolic acid concentration ranged from 4.15 to 8.82 g of gallic acid equivalent per 100 g of dry weight (DW), and the total flavonoid concentration was 4.67–7.33 g of rutin equivalent per 100 g DW. Antioxidant activities were measured using 2,2‐diphenyl‐1‐picrylhydrazyl and 2,2′‐azino‐bis‐(3‐ethylbenzothiazoline‐6‐sulfonic acid) diammonium salt, and the results ranged from 73.47% to 94.43% and 74.54% to 93.39%, respectively, whereas α‐glucosidase inhibition was between 75.31% and 95.49%. Correlation analysis showed that the total flavonoids in P. vulgaris had superior antioxidant and anti‐α‐glucosidase activities compared to the total phenolic compounds. The active components of P. vulgaris were analyzed using high‐performance liquid chromatography quadrupole time‐of‐flight mass spectrometry combined with both classical molecular networking and feature‐based molecular networking on the Global Natural Products Social platform, identifying 32 compounds, namely 14 flavonoids, 12 phenolic compounds, and 6 other chemical components. These results could provide useful information on the use of P. vulgaris as a functional tea. [ABSTRACT FROM AUTHOR]

Published
2024
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15. The Complexity of Functional Connectivity Profiles of the Subgenual Anterior Cingulate Cortex and Dorsal Lateral Prefrontal Cortex in Major Depressive Disorder: a DIRECT Consortium Study

Author

Yan, Chao-Gan, primary, Chen, Xiao, additional, Lu, Bin, additional, Wang, Yu-Wei, additional, Li, Xue-Ying, additional, Wang, Zi-Han, additional, Li, Hui-Xian, additional, Liao, Yi-Fan, additional, Blumberger, Daniel, additional, Castellanos, Francisco, additional, Cao, Li-Ping, additional, Chen, Guan-Mao, additional, Chen, Jian-Shan, additional, Chen, Tao, additional, Chen, Tao-Lin, additional, Cheng, Yu-Qi, additional, Chu, Zhao-Song, additional, Cui, Shi-Xian, additional, Cui, Xi-Long, additional, Deng, Zhao-Yu, additional, Gong, Qiyong, additional, Guo, Wen-Bin, additional, He, Can-Can, additional, Hu, Zheng-Jia-Yi, additional, Huang, Qian, additional, Ji, Xin-Lei, additional, Jia, Feng-Nan, additional, Kuang, Li, additional, Li, Bao-Juan, additional, Li, Feng, additional, Li, Tao, additional, Lian, Tao, additional, Liu, Xiao-Yun, additional, Liu, Yan-song, additional, Liu, Zhe-Ning, additional, Long, Yi-Cheng, additional, Lu, Jian-Ping, additional, Qiu, Jiang, additional, Shan, Xiao-Xiao, additional, Si, Tianmei, additional, Sun, Peng-Feng, additional, Wang, Chuan-Yue, additional, Wang, Huaning, additional, Wang, Xiang, additional, Wang, Ying, additional, Wu, Xiao-Ping, additional, Wu, Xinran, additional, Wu, Yan-Kun, additional, Xie, Chun-Ming, additional, Xie, Guang-Rong, additional, Xie, Peng, additional, Xu, Xiu-Feng, additional, Xue, Zhen-Peng, additional, Yang, Hong, additional, Yang, Jian, additional, Yu, Hua, additional, Yu, Yong-Qiang, additional, Yuan, Min-Lan, additional, Yuan, Yong-Gui, additional, Zang, Yu-Feng, additional, Zhang, Ai-Xia, additional, Zhang, Ke-Rang, additional, Zhang, Wei, additional, Zhang, Zi-Jing, additional, Zhao, Jing-Ping, additional, Zhu, Jia-Jia, additional, Zuo, Xi-Nian, additional, and Consortium, the DIRECT, additional

Published
2023
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23. Research progress in catalysts for the treatment of carbon soot particulate matter in diesel engine exhaust.

Author

SHU Rong-lu, DU Yi-fan, LI Qing-min, CAO Li-ping, DU Yuan, ZHAO Hui, YANG Chao-ying, ZHANG Cun-she, WANG Yue, and WANG Wei

Subjects
DIESEL motor exhaust gas, PARTICULATE matter, METAL catalysts, COLLOIDAL carbon, CATALYSTS
Abstract

This paper reviews the various types of catalysts used in diesel exhaust treatment and introduces the advantages and disadvantages of precious metal catalysts and non-precious metal catalysts in detail. It is found that precious metal catalysts have high performance but are expensive, while non-precious metal catalysts are inexpensive and still have good performance. The spinel, chalcocite, hydrotalcite and copper-iron ore catalysts all have special crystal structures that cause crystal structure defects during the doping of other elements, resulting in more surface adsorbed oxygen and thus increased catalytic performance. Among them, other mixed metal oxides were also found to have good catalytic properties. This paper also summarizes the main preparation methods of the catalysts and finds that different preparation methods can change the structural characteristics of the catalysts and thus improve the catalytic performance. [ABSTRACT FROM AUTHOR]

Published
2023

47. Additional file 3 of An in vitro bioengineered model of the human arterial neurovascular unit to study neurodegenerative diseases

Author

Robert, Jerome, Weilinger, Nicholas L., Cao, Li-Ping, Cataldi, Stefano, Button, Emily B., Stukas, Sophie, Martin, Emma M., Seibler, Philip, Gilmour, Megan, Caffrey, Tara M., Elyn M. Rowe, Jianjia Fan, MacVicar, Brian, Farrer, Matthew J., and Wellington, Cheryl L.

Abstract

Additional file 3: Supplemental Figure 3. Aβ40 and Aβ42 concentration in circulation media. (a) Aβ40 and (b) Aβ42 levels in circulation media of tissue composed of EC and SCM (bipartite), EC, SMC and astrocyte (tripartite) and EC, SMC, astrocytes and neurons (NVU) after 1 or 3 weeks in culture were quantified by ELISA. Points in graphed data represent individual bioengineered vessels, bars represent mean, error bars represent ±SEM and analysed by one way ANOVA. Values below the detection of the ELISA are plotted in gray. * = p

Published
2020
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48. Additional file 2 of An in vitro bioengineered model of the human arterial neurovascular unit to study neurodegenerative diseases

Author

Robert, Jerome, Weilinger, Nicholas L., Cao, Li-Ping, Cataldi, Stefano, Button, Emily B., Stukas, Sophie, Martin, Emma M., Seibler, Philip, Gilmour, Megan, Caffrey, Tara M., Elyn M. Rowe, Jianjia Fan, MacVicar, Brian, Farrer, Matthew J., and Wellington, Cheryl L.

Abstract

Additional file 2: Supplemental Figure 2. Histological characterization and function of bioengineered arterial NVU. a) The histological structure of the arterial NVU was assessed by H&E staining. b) The astrocytes in arterial NVU were further analyzed with immunostaining against aquaporin 4 (AQ4). Barrier integrity was assessed by measuring permeability of 250 μg/ml of 4 kDa FITC-dextran circulated through the lumen for 2 h. Points in graphed data represent individual bioengineered vessels, bars represent mean, error bars represent ±SEM. ABL = antelumen.

Published
2020
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49. Additional file 1 of An in vitro bioengineered model of the human arterial neurovascular unit to study neurodegenerative diseases

Author

Robert, Jerome, Weilinger, Nicholas L., Cao, Li-Ping, Cataldi, Stefano, Button, Emily B., Stukas, Sophie, Martin, Emma M., Seibler, Philip, Gilmour, Megan, Caffrey, Tara M., Elyn M. Rowe, Jianjia Fan, MacVicar, Brian, Farrer, Matthew J., and Wellington, Cheryl L.

Subjects
nervous system, cardiovascular system
Abstract

Additional file 1: Supplemental Figure 1. Histological structure of human arterial NVU. a) Human cortex (Brodmann area 9) were stained against a) vWF (EC marker), αSMA (SMC marker) and GFAP (astrocyte marker) and against b) MAP 2 (neuron marker), αSMA (SMC marker) and GFAP (astrocyte marker) to visualize the cerebrovasculature.

Published
2020
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50. Additional file 4 of An in vitro bioengineered model of the human arterial neurovascular unit to study neurodegenerative diseases

Author

Robert, Jerome, Weilinger, Nicholas L., Cao, Li-Ping, Cataldi, Stefano, Button, Emily B., Stukas, Sophie, Martin, Emma M., Seibler, Philip, Gilmour, Megan, Caffrey, Tara M., Elyn M. Rowe, Jianjia Fan, MacVicar, Brian, Farrer, Matthew J., and Wellington, Cheryl L.

Abstract

Additional file 4: Supplemental Figure 4. Aβ and p-tau histology. Cryopreserved bioengineered arterial NVU were cut longitudinally to show a cross-section of the NVU wall. a) Immunohistochemistry against OC fibril confirmed the deposition of Aβ fibril both in the neuron layer (β-tub III positive, white arrow) as well as deeper in the vascular wall (blue arrows). b) The expression of Aβ was further investigated by staining against Aβ 1–16. Positive signal was found both deep in the vascular wall (white arrow) as well as co-localized within MAP 2 positive cells (yellow arrow). c) Immunohistochemistry against AT8 suggest the deposition of p-tau both within neuron (MAP 2 positive, yellow arrow) as well as extracellular (white arrow), purple arrow shows the remaining of the scaffold. Human brains were used as representative staining pattern. ABL = albumen.

Published
2020
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