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1. The Most-Cited Authors Who Published Papers in JMIR mHealth and uHealth Using the Authorship-Weighted Scheme: Bibliometric Analysis

Author

Kan, Wei-Chih, Chou, Willy, Chien, Tsair-Wei, Yeh, Yu-Tsen, and Chou, Po-Hsin

Subjects
Information technology, T58.5-58.64, Public aspects of medicine, RA1-1270
Abstract

BackgroundMany previous papers have investigated most-cited articles or most productive authors in academics, but few have studied most-cited authors. Two challenges are faced in doing so, one of which is that some different authors will have the same name in the bibliometric data, and the second is that coauthors’ contributions are different in the article byline. No study has dealt with the matter of duplicate names in bibliometric data. Although betweenness centrality (BC) is one of the most popular degrees of density in social network analysis (SNA), few have applied the BC algorithm to interpret a network’s characteristics. A quantitative scheme must be used for calculating weighted author credits and then applying the metrics in comparison. ObjectiveThis study aimed to apply the BC algorithm to examine possible identical names in a network and report the most-cited authors for a journal related to international mobile health (mHealth) research. MethodsWe obtained 676 abstracts from Medline based on the keywords “JMIR mHealth and uHealth” (Journal) on June 30, 2018. The author names, countries/areas, and author-defined keywords were recorded. The BCs were then calculated for the following: (1) the most-cited authors displayed on Google Maps; (2) the geographical distribution of countries/areas for the first author; and (3) the keywords dispersed by BC and related to article topics in comparison on citation indices. Pajek software was used to yield the BC for each entity (or node). Bibliometric indices, including h-, g-, and x-indexes, the mean of core articles on g(Ag)=sum (citations on g-core/publications on g-core), and author impact factor (AIF), were applied. ResultsWe found that the most-cited author was Sherif M Badawy (from the United States), who had published six articles on JMIR mHealth and uHealth with high bibliometric indices (h=3; AIF=8.47; x=4.68; Ag=5.26). We also found that the two countries with the highest BC were the United States and the United Kingdom and that the two keyword clusters of mHealth and telemedicine earned the highest indices in comparison to other counterparts. All visual representations were successfully displayed on Google Maps. ConclusionsThe most cited authors were selected using the authorship-weighted scheme (AWS), and the keywords of mHealth and telemedicine were more highly cited than other counterparts. The results on Google Maps are novel and unique as knowledge concept maps for understanding the feature of a journal. The research approaches used in this study (ie, BC and AWS) can be applied to other bibliometric analyses in the future.

Published
2020
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20. Comparison of the Oral Calcimimetics Evocalcet and Cinacalcet in East Asian Patients on Hemodialysis with Secondary Hyperparathyroidism

Author

Xinling, Liang, Shuangxin, Liu, Sijia, Li, Lixia, Xu, Zhiming, Ye, Zhonglin, Feng, Renwei, Huang, Zhilian, Li, Wei, Chen, Xunhua, Zheng, Naya, Huang, Zhen, Ai, Xin, Wang, former PI, Ni, Zhaohui, present PI, Renhua, Lu, Jianxiao, Shen, Yijun, Zhou, Xinghui, Lin, Yuanyuan, Xie, Jiahui, Zhang, Miaolin, Che, Yan, Fang, Huihua, Pang, Xinyu, Su, Leyi, Gu, Wei, Jin, Peipei, Zhao, Yiwei, Shen, Liou, Zao, Wei, Lu, Haidong, Huang, Gang, Ji, Hao, Li, Deguang, Wang, Liang, Yuan, Lihong, Ding, Xuerong, Wang, Huai, Li, Hong, Liu, Fang, Yuan, Panai, Song, An, Zhou, Xiaojun, Chen, Xiejia, Li, Liyu, He, Xia, Tan, Jing, Chen, Minmin, Zhang, Qian, Zhang, Jing, Qian, Yaozhong, Kong, Youyuan, Chen, Wei, Shen, Guanqing, Xiao, Dezhen, Chen, Dao, Li, Aizhen, Hou, Xiaolei, Li, Hanchang, He, Huizhen, Ye, Zhuxing, Sun, Xiran, Zhang, Weiwei, Shan, Jing, Xue, Yong, Chen, Changying, Xing, Li, Li, Xiangbao, Yu, Kang, Liu, Yifei, Ge, Yili, Xu, Zhimin, Huang, Jingjing, Wu, Bicheng, Liu, Yan, Tu, Mingming, Pan, Hongli, Lin, Dapeng, Wang, Qingyang, Meng, Renna, Luo, Guohua, Ding, Ming, Shi, Changjian, Qiu, Xifeng, Lv, Guojuan, Zhang, Liping, Jiang, Ning, Ding, Huiying, Zhao, Shumin, Bao, Shen, Chen, Qiaojing, Liang, Mei, Zhang, Kanfu, Peng, Pan, Xie, Qian, Yuan, Yan, Zhuo, Shaohua, Li, Yonghui, Mao, Ban, Zhao, Songlan, Wang, Xianguang, Chen, Xiaonong, Chen, Chenni, Gao, Haijin, Yu, Qinjie, Weng, Yuanmeng, Jin, Xiaobo, Ma, Ping, Luo, Dan, Gao, Man, Wu, Yonghui, Qi, Ping, Zhang, Xiaoying, Du, Lihui, Qu, Chunping, Xu, Kaixiang, Sheng, Yi, Yang, Song, Wang, Xinkui, Tian, Hongxia, Guo, Wenhan, Bao, Weifeng, Lin, Sijia, Zhou, Zhuan, Cui, Wenling, Yang, Kaijie, Su, Lian, He, Zhihong, Zhou, Yu, Zheng, Shubei, Zheng, Lingwei, Jin, Yan, Chen, Min, Pan, Wu, Chia-Chao, SungShuei-Liong Lin, Chih-Chien, Wu, Ming-Shiou, Huang, Jenq-Wen, Chiang, Wen Chih, Chiang, Chih-Kang, Yang, Shao-Yu, Wu, Vin-Cent, Huang, Tao-Min, Chen, Yi-Ting, Lai, Tai-Shuan, Lai, Chun-Fu, Tarng, Der-Cherng, Ou, Shuo-Ming, Yang, Chih-Yu, Tseng, Wei-Cheng, Lin, Yao-Ping, Sung, Junne-Ming, Kuo, Te-Hui, Chang, Yu-Tzu, Wu, An-Bang, Lin, Wei-Hung, Fang, Hua-Chang, Chen, Hsin-Yu, Hsu, Chih-Yang, Lee, Po-Tsang, Chen, Chien-Liang, Chou, Kang-Ju, Ho, Tzung-Yu, Lee, Chien-Te, Ng, Hwee-Yeong, Lee, Yueh-Ting, Chiu, Yi-Wen, Kuo, Hung-Tien, Hung, Chi-Chih, Kuo, Mei-Chuan, Lee, Jia-Jung, Tsai, Jer-Chia, Chang, Jer-Ming, Lee-Moay, Lim, Hwang, Shang-Jyh, Hwang, Jyh-Chang, Wang, Hsien-Yi, Kan, Wei-Chih, Wu, Chia-Chun, Jiang, Ming-Yan, Chien, Chih-Chiang, Wu, Ming-Ju, Tsai, Shang-Feng, Chen, Cheng-Hsu, Chen, Hsi-Hsien, Kao, Chih-Chin, Lin, Yen-Chung, Wu, Yueh-Lin, Yeh, Shu-Ching, Mao Chan, Daniel Tak, Yee Mok, Maggie Ming, Yuen Kwan, Lorraine Pui, Wang Chan, Gary Chi, Kim, Yong-Lim, Cho, Jang-Hee, Lim, Jeong-Hoon, Jung, Hee-Yeon, Park, Sun-Hee, Kim, Chan-Duck, Kim, Kyu Yeun, Park, Jung Tak, Yoo, Tae-Hyun, Han, Seung Hyeok, Chung, Wookyung, Jung, Ji Yong, Lee, Hyun Hee, Chang, Jae Hyun, Ro, Han, Kim, Ae Jin, Lee, Jong Soo, Park, Jongha, Park, Kyung Sun, Yoo, Kyoung Don, Chang, Tae Ik, Kang, Ea Wha, Park, Kyoung Sook, Jin, Kyubok, Kim, Yaerim, Paek, Jinhyuk, Park, Wooyeong, Han, Seungyeup, Kwon, Ohyun, Park, Sung Bae, Kim, Myung-gyu, Oh, SeWon, Lee, Jung Pyo, Lee, Jeonghwan, Jung, Jihoon, Park, Cheol Whee, Kim, Hyung Duk, Kim, Sunggyun, Song, Youngrim, Joo, Narae, Lee, Hyungsuk, Choi, Bum-Soon, Park, Hoon Suk, Ban, Tae Hyun, Liang, Xinling, Lu, Kuo-Cheng, Chan, Tak Mao, Fukagawa, Masafumi, Kinoshita, Jun, Nagai, Chisato, Kojima, Masahiro, and Yu, Xueqing

Published
2023
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27. Global Literacies Research Diversity: A Manifesto for Change

Author

Tierney, Robert J., Smith, Graham Hingangaroa, and Kan, Wei

Abstract

The essay explores the issue of globalization of literacy education research and offers a manifesto to ignite a commitment for a global eclectic for literacy education research. The manifesto's tenets are drawn from an interrogation of the current dominance of a Western-centric orientation, and from the interviews with postcolonial critics, indigenous sages, global and southern scholars.

Published
2021
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40. An acoustic invisible gateway

Author

Zhu, Yi-Fan, Zou, Xin-Ye, Liang, Bin, Kan, Wei-Wei, Yang, Jun, and Cheng, Jian-Chun

Subjects
Physics - Classical Physics
Abstract

The recently-emerged concept of "invisible gateway" with the extraordinary capability to block the waves but allow the passage of other entities has attracted great attentions due to the general interests in illusion devices. However, the possibility to realize such a fascinating phenomenon for acoustic waves has not yet been explored, which should be of paramount significance for acoustical applications but would necessarily involve experimental difficulty. Here we design and experimentally demonstrate an acoustic invisible gateway (AIG) capable of concealing a channel under the detection of sound. Instead of "restoring" a whole block of background medium by using transformation acoustics that inevitably requires complementary or restoring media with extreme parameters, we propose an inherently distinct methodology that only aims at engineering the surface impedance at the "gate" to mimic a rigid "wall" and can be conveniently implemented by decorating meta-structures behind the channel. Such a simple yet effective design of AIG also enables analyzing the physics behind this extraordinary phenomenon in an analytical manner, which agrees quite well with the numerical and experimental results. Furthermore, our scheme offers possibility to manipulate the symmetry of AIGs freely, which is proven both theoretically and experimentally by demonstrating two distinctive examples of one-way and two-way AIGs. We anticipate the realization of AIGs will open new avenues to illusion acoustics with potential applications in acoustic measurement and acoustic device, and provide inspirations for similar researches in other fields., Comment: 20 pages, 4 figures

Published
2015

42. Hyperbaric Oxygen Therapy Improved Neovascularisation Following Limb Ischaemia—The Role of ROS Mitigation.

Author

Lin, You‐Cheng, Shih, Jhih‐Yuan, Lin, Yu‐Wen, Niu, Ko‐Chi, Hong, Chon‐Seng, Chen, Zhih‐Cherng, Pan, Shin‐Chen, Chang, Tzu‐Yen, Kan, Wei‐Chih, and Chang, Wei‐Ting

Subjects
VASCULAR endothelial growth factors, HYPERBARIC oxygenation, PERFUSION imaging, REACTIVE oxygen species, ENDOTHELIUM diseases
Abstract

Hyperbaric oxygen (HBO) therapy has emerged as a potential treatment, shown to enhance blood flow and angiogenesis. However, specific effects and mechanisms of HBO on limb ischaemia responding to a hypoxic environment remain largely unknown. We aimed to investigate the therapeutic potential of HBO in the treatment of limb ischaemia. Following limb ischaemia surgery, we evaluated the angiogenic capacity in wild‐type C57BL/6J mice subjected to HBO treatment (100% oxygen at 3 ATA for 1 h/day for five consecutive days) compared to untreated controls. Notably, through laser Doppler perfusion imaging and CD31 staining mice receiving HBO postlimb ischaemia surgery exhibited significantly enhanced angiogenic capability and reduced ROS expression compared to nontreated counterparts. Additionally, in vitro experiments were conducted to investigate whether HBO could mitigate endothelial cell dysfunction and reactive oxygen species (ROS) production triggered by oxygen–glucose deprivation (OGD). HBO treatment rescued the impaired proliferation, migration and tube formation of endothelial cells following OGD. Mechanistically, HBO upregulated the expression of proangiogenic proteins, including vascular endothelial growth factor (VEGF), haem oxygenase‐1 (HO‐1), hypoxia‐inducible factor 1 (HIF‐1) and nuclear factor erythroid 2–related factor 2 (Nrf2). Collectively, HBO treatment shows promise in augmenting the endogenous angiogenic potential and suppressing ROS levels in limb ischaemia. [ABSTRACT FROM AUTHOR]

Published
2024
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