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23 results on '"Tan, Ming"'

1. Disparities in medical recommendations from AI-based chatbots across different countries/regions

Author

Gumilar, Khanisyah E., Indraprasta, Birama R., Hsu, Yu-Cheng, Yu, Zih-Ying, Chen, Hong, Irawan, Budi, Tambunan, Zulkarnain, Wibowo, Bagus M., Nugroho, Hari, Tjokroprawiro, Brahmana A., Dachlan, Erry G., Mulawardhana, Pungky, Rahestyningtyas, Eccita, Pramuditya, Herlangga, Putra, Very Great E., Waluyo, Setyo T., Tan, Nathan R., Folarin, Royhaan, Ibrahim, Ibrahim H., Lin, Cheng-Han, Hung, Tai-Yu, Lu, Ting-Fang, Chen, Yen-Fu, Shih, Yu-Hsiang, Wang, Shao-Jing, Huang, Jingshan, Yates, Clayton C., Lu, Chien-Hsing, Liao, Li-Na, and Tan, Ming

Published
2024
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14. GRHL2-miR-200-ZEB1 maintains the epithelial status of ovarian cancer through transcriptional regulation and histone modification

Author

Chung, Vin Yee, primary, Tan, Tuan Zea, additional, Tan, Ming, additional, Wong, Meng Kang, additional, Kuay, Kuee Theng, additional, Yang, Zhe, additional, Ye, Jieru, additional, Muller, Julius, additional, Koh, Cheryl M., additional, Guccione, Ernesto, additional, Thiery, Jean Paul, additional, and Huang, Ruby Yun-Ju, additional

Published
2016
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15. Knockout of BRD7 results in impaired spermatogenesis and male infertility

Author

Wang, Heran, primary, Zhao, Ran, additional, Guo, Chi, additional, Jiang, Shihe, additional, Yang, Jing, additional, Xu, Yang, additional, Liu, Yukun, additional, Fan, Liqing, additional, Xiong, Wei, additional, Ma, Jian, additional, Peng, Shuping, additional, Zeng, Zhaoyang, additional, Zhou, Yanhong, additional, Li, Xiayu, additional, Li, Zheng, additional, Li, Xiaoling, additional, Schmitt, David C., additional, Tan, Ming, additional, Li, Guiyuan, additional, and Zhou, Ming, additional

Published
2016
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18. Tulane virus recognizes sialic acids as cellular receptors

Author

Tan, Ming, primary, Wei, Chao, additional, Huang, Pengwei, additional, Fan, Qiang, additional, Quigley, Christina, additional, Xia, Ming, additional, Fang, Hao, additional, Zhang, Xufu, additional, Zhong, Weiming, additional, Klassen, John S., additional, and Jiang, Xi, additional

Published
2015
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22. Tilt-structure and high-performance of hierarchical Bi 1.5 Sb 0.5 Te 3 nanopillar arrays.

Author

Tan M, Hao Y, Deng Y, Yan D, and Wu Z

Abstract

The uniquely tilted nanopillar array favorably influence carrier and phonon transport properties. We present an innovative interfacial design concept and a novel tilt-structure of hierarchical Bi 1.5 Sb 0.5 Te 3 nanopillar array comprising unique interfaces from nano-scaled open gaps to coherent grain boundaries, and tilted nanopillars assembled by high-quality nanowires with well oriented growth, utilizing a simple vacuum thermal evaporation technique. The unusual structure Bi 1.5 Sb 0.5 Te 3 nanopillar array with a tilt angle of 45° exhibits a high thermoelectric performance ZT = 1.61 at room temperature. The relatively high ZT value in contrast to that of previously reported Bi 1.5 Sb 0.5 Te 3 materials and the Bi 1.5 Sb 0.5 Te 3 nanopillar array with a tilt angle of 60° or 90° evidently reveals the crucial role of the unique interface and tilt-structure in favorably influencing carrier and phonon transport properties, resulting in a significantly improved ZT value. This method opens a new approach to optimize nano-structure film materials.

Published
2018
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23. Enhanced Evaporation Strength through Fast Water Permeation in Graphene-Oxide Deposition.

Author

Tong WL, Ong WJ, Chai SP, Tan MK, and Hung YM

Abstract

The unique characteristic of fast water permeation in laminated graphene oxide (GO) sheets has facilitated the development of ultrathin and ultrafast nanofiltration membranes. Here we report the application of fast water permeation property of immersed GO deposition for enhancing the performance of a GO/water nanofluid charged two-phase closed thermosyphon (TPCT). By benchmarking its performance against a silver oxide/water nanofluid charged TPCT, the enhancement of evaporation strength is found to be essentially attributed to the fast water permeation property of GO deposition instead of the enhanced surface wettability of the deposited layer. The expansion of interlayer distance between the graphitic planes of GO deposited layer enables intercalation of bilayer water for fast water permeation. The capillary force attributed to the frictionless interaction between the atomically smooth, hydrophobic carbon structures and the well-ordered hydrogen bonds of water molecules is sufficiently strong to overcome the gravitational force. As a result, a thin water film is formed on the GO deposited layers, inducing filmwise evaporation which is more effective than its interfacial counterpart, appreciably enhanced the overall performance of TPCT. This study paves the way for a promising start of employing the fast water permeation property of GO in thermal applications.

Published
2015
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