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  1. Article ; Online: Factors Affecting the Trade Dependence Relationship of Asian Countries with China

    Wei Yang / Feihuang Xue / Jinfeng Shi / Yanmin Shao / Di Wang

    Sustainability, Vol 13, Iss 10844, p

    Implications for China’s Belt and Road Initiative

    2021  Volume 10844

    Abstract: China’s Belt and Road Initiative (B&R) has received much doubts about its impact on Asian countries. This paper studies the B&R effect from a new perspective of the trade dependence relationship, and explores this B&R impact on the influencing factors of ...

    Abstract China’s Belt and Road Initiative (B&R) has received much doubts about its impact on Asian countries. This paper studies the B&R effect from a new perspective of the trade dependence relationship, and explores this B&R impact on the influencing factors of the degree of trade dependence. By implementing a series of grouping analyses on influencing factors, this paper analyses the impact of four national characteristics, including Asian countries’ income levels, geographical location characteristics, social development levels and intimacy with China, and finally gives a robust test by combining alternative indicators of trade dependence degree based on information entropy. The empirical results show that trade dependence degree has increased after implementing the B&R, but its downward growth rate shows that the B&R has not taken over the trade dependence. The inhibiting effects of energy exports on the degree of trade dependence deny the trade binding hypothesis due to the increasing energy of export trade. Trade openness and infrastructure development had a negative effect on the degree of trade dependence, while their cross-product term weakened their respective inhibitory effects, and even more after B&R. Meanwhile, the asymmetry of trade and FDI have a significantly positive impact on the degree of trade dependence. Moreover, grouping national characteristics will bring the promoting or inhibiting effects of these influencing factors on the degree of trade dependence. The robust test presents conclusions. This paper enriches the research content on the B&R, and the findings can provide some implications on the selection of trade partners and the sustainable development of the B&R.
    Keywords China’s Belt and Road Initiative ; trade dependence degree ; energy exports ; trade openness ; influencing factors ; Environmental effects of industries and plants ; TD194-195 ; Renewable energy sources ; TJ807-830 ; Environmental sciences ; GE1-350
    Subject code 381
    Language English
    Publishing date 2021-09-01T00:00:00Z
    Publisher MDPI AG
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  2. Article ; Online: Sustainable Evolution of China’s Regional Energy Efficiency Based on a Weighted SBM Model with Energy Substitutability

    Wei Yang / Zudi Lu / Di Wang / Yanmin Shao / Jinfeng Shi

    Sustainability, Vol 12, Iss 10073, p

    2020  Volume 10073

    Abstract: The rapid economy expansion in China has substantially increased energy consumption. Under the stringent environmental policy and the requirement of green economy development, the accurate assessment and analysis of energy efficiency is an increasingly ... ...

    Abstract The rapid economy expansion in China has substantially increased energy consumption. Under the stringent environmental policy and the requirement of green economy development, the accurate assessment and analysis of energy efficiency is an increasingly significant issue for energy development policy making in China. This study uses the weighted slacks-based model (weighted SBM) considering the energy substitutability to evaluate the regional energy efficiency (EE) in 29 Chinese provinces, from 1991 to 2015, and explores the sustainable evolution characteristics of EE by comparative and convergence analyses from different perspectives. The empirical results show that EE has significant geographic differences. On the one hand, EE increases from the west to the east of China, and its volatility has a rising trend over the period 1991–2015. Only the EE in the eastern area had a stable rising trend, and the EE differences are difficult to reduce in the short term. On the other hand, the economic zones in the south of China, such as Central Bohai, Pearl River Delta, and Yangtze River Delta, have higher EE. We also find a significant EE improvement occurred during the Eleventh and the Twelfth Five-Year plans. By means of the convergence analysis of energy efficiency across different areas and economic zones over different time intervals, it is shown that EE in the southeast coast provinces have a better catching-up effect and adjustment rate toward the efficient frontier, while the western inland provinces are less effective over the period 1991–2005. Further, we empirically find that the industry policies including industry transfer policy promote EE globally, but the regional differences and fluctuations in EE remain serious. Certain policy implications are discussed with regard to sustainable regional development and an effective industry transfer policy.
    Keywords energy efficiency ; energy substitutability ; weighted SBM ; convergence ; Environmental effects of industries and plants ; TD194-195 ; Renewable energy sources ; TJ807-830 ; Environmental sciences ; GE1-350
    Subject code 950
    Language English
    Publishing date 2020-12-01T00:00:00Z
    Publisher MDPI AG
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  3. Article ; Online: Design Analysis of a Passive Buffer System for Space-Assembled Segmented Mirrors

    Xupeng Li / Wei Wang / Jinfeng Shi / Yanjun Qu / Xuewu Fan

    Applied Sciences, Vol 9, Iss 5, p

    2019  Volume 985

    Abstract: This paper presents a passive buffer system of connection mechanism for space-assembled segmented mirrors. The purpose of assembling telescope in space is to overcome the limits of launch volume and mass to support ever increasing aperture sizes. Using ... ...

    Abstract This paper presents a passive buffer system of connection mechanism for space-assembled segmented mirrors. The purpose of assembling telescope in space is to overcome the limits of launch volume and mass to support ever increasing aperture sizes. Using this buffer system, the docking impact between two mirror segments can be alleviated effectively. In this paper, first, a design methodology called “double-elastic contact model” is developed. Then, the design details and operation principle of the connection mechanism, are presented to validate the passive buffer system. Finally, by comparing the traditional docking system, the simulated results of dynamic performance show that the proposed buffer system can absorb the impact energy effectively and is considerably suitable for assembling the space optical system.
    Keywords passive buffer system ; space assembled telescope ; double-elastic contact model ; dynamic performance ; Technology ; T ; Engineering (General). Civil engineering (General) ; TA1-2040 ; Biology (General) ; QH301-705.5 ; Physics ; QC1-999 ; Chemistry ; QD1-999
    Language English
    Publishing date 2019-03-01T00:00:00Z
    Publisher MDPI AG
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  4. Article ; Online: Identification and Functional Characterization of CsMYCs in Cucumber Glandular Trichome Development

    Zhongxuan Feng / Lei Sun / Mingming Dong / Shanshan Fan / Kexin Shi / Yixin Qu / Liyan Zhu / Jinfeng Shi / Wujun Wang / Yihan Liu / Xiaofeng Chen / Yiqun Weng / Xingwang Liu / Huazhong Ren

    International Journal of Molecular Sciences, Vol 24, Iss 6435, p

    2023  Volume 6435

    Abstract: Glandular trichomes (GTs), specialized structures formed by the differentiation of plant epidermal cells, are known to play important roles in the resistance of plants to external biotic and abiotic stresses. These structures are capable of storing and ... ...

    Abstract Glandular trichomes (GTs), specialized structures formed by the differentiation of plant epidermal cells, are known to play important roles in the resistance of plants to external biotic and abiotic stresses. These structures are capable of storing and secreting secondary metabolites, which often have important agricultural and medicinal values. In order to better understand the molecular developmental mechanisms of GTs, studies have been conducted in a variety of crops, including tomato ( Solanum lycopersicum ), sweetworm ( Artemisia annua ), and cotton ( Gossypium hirsutum ). The MYC transcription factor of the basic helix-loop-helix (bHLH) transcription factor family has been found to play an important role in GT development. In this study, a total of 13 cucumber MYC transcription factors were identified in the cucumber ( Cucumis sativus L.) genome. After performing phylogenetic analyses and conserved motifs on the 13 CsMYCs in comparison to previously reported MYC transcription factors that regulate trichome development, seven candidate MYC transcription factors were selected. Through virus-induced gene silencing (VIGS), CsMYC2 is found to negatively regulate GT formation while CsMYC4 , CsMYC5 , CsMYC6 , CsMYC7 , and CsMYC8 are found to positively regulate GT formation. Furthermore, the two master effector genes, CsMYC2 and CsMYC7 , are observed to have similar expression patterns indicating that they co-regulate the balance of GT development in an antagonistic way.
    Keywords bHLH ; MYC ; glandular trichome ; cucumber ; VIGS ; Biology (General) ; QH301-705.5 ; Chemistry ; QD1-999
    Language English
    Publishing date 2023-03-01T00:00:00Z
    Publisher MDPI AG
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  5. Article ; Online: Rapid discovery of chemical constituents and absorbed components in rat serum after oral administration of Fuzi-Lizhong pill based on high-throughput HPLC-Q-TOF/MS analysis

    Zhen Zhang / Maoyuan Jiang / Xinyi Wei / Jinfeng Shi / Zhao Geng / Shasha Yang / Chaomei Fu / Li Guo

    Chinese Medicine, Vol 14, Iss 1, Pp 1-

    2019  Volume 22

    Abstract: Abstract Background Fuzi-Lizhong pill (FZLZP), which was first recorded in the Classic–“Taiping Huimin Heji Ju Fang” of the Song Dynasty, has been widely used to treat gastrointestinal disease in clinic for thousands of years in China. However, an in- ... ...

    Abstract Abstract Background Fuzi-Lizhong pill (FZLZP), which was first recorded in the Classic–“Taiping Huimin Heji Ju Fang” of the Song Dynasty, has been widely used to treat gastrointestinal disease in clinic for thousands of years in China. However, an in-depth understanding of the chemical constituents of FZLZP and its potential bioactive constituents is lacking. Methods A simple, sensitive and selective method of high-performance liquid chromatography coupled with quadrupole-time-of-flight high-definition mass spectrometry (HPLC-Q-TOF/MS) and automated data analysis (Agilent MassHunter Qualitative Analysis B.06.00 Workstation Software) was developed to simultaneously identify the chemical constituents of FZLZP and the absorbed prototypes as well as the metabolites in rat serum after the oral administration of FZLZP. Results Sixty-seven compounds, including alkaloids, flavonoids, triterpenes, gingerols, phenylpropanoids and volatile oil, in the FZLZP extract were tentatively characterized by comparing the retention time and mass spectrometry data and retrieving the reference literatures. Additionally, 23 prototype compounds and 3 metabolites in the rat serum samples were identified after oral administration of FZLZP, which might be the potential active components in vivo. In addition, the absorption of alkaloids decreased when Aconitum carmichaeli Debx. was in the form of combined application as a prescription compared to when it was in the form of herb powder. Conclusions Herein, the chemical constituent in vitro and the absorbed compounds in the serum of a traditional Chinese formula, Fuzi-Lizhong pill, were fully characterized using a rapid and comprehensive analysis approach based on high-performance liquid chromatography combined with quadrupole time-of-flight mass spectrometry coupled to MassHunter Qualitative Analysis software data processing approach. The results provide helpful chemical information on FZLZP for further pharmacology and active mechanism research. In view of the bioactive constitutes that ...
    Keywords Fuzi-Lizhong pill ; Chemical constituents ; Bioactive compounds ; Metabolites ; Traditional Chinese herbal medicine ; High-performance liquid chromatography–electrospray ionization/quadrupole-time-of-flight high definition mass spectrometry ; Other systems of medicine ; RZ201-999
    Subject code 540
    Language English
    Publishing date 2019-03-01T00:00:00Z
    Publisher BMC
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  6. Article ; Online: Comparative sequence analysis of the Ghd7 orthologous regions revealed movement of Ghd7 in the grass genomes.

    Lu Yang / Tieyan Liu / Bo Li / Yi Sui / Jinfeng Chen / Jinfeng Shi / Rod A Wing / Mingsheng Chen

    PLoS ONE, Vol 7, Iss 11, p e

    2012  Volume 50236

    Abstract: Ghd7 is an important rice gene that has a major effect on several agronomic traits, including yield. To reveal the origin of Ghd7 and sequence evolution of this locus, we performed a comparative sequence analysis of the Ghd7 orthologous regions from ten ... ...

    Abstract Ghd7 is an important rice gene that has a major effect on several agronomic traits, including yield. To reveal the origin of Ghd7 and sequence evolution of this locus, we performed a comparative sequence analysis of the Ghd7 orthologous regions from ten diploid Oryza species, Brachypodium distachyon, sorghum and maize. Sequence analysis demonstrated high gene collinearity across the genus Oryza and a disruption of collinearity among non-Oryza species. In particular, Ghd7 was not present in orthologous positions except in Oryza species. The Ghd7 regions were found to have low gene densities and high contents of repetitive elements, and that the sizes of orthologous regions varied tremendously. The large transposable element contents resulted in a high frequency of pseudogenization and gene movement events surrounding the Ghd7 loci. Annotation information and cytological experiments have indicated that Ghd7 is a heterochromatic gene. Ghd7 orthologs were identified in B. distachyon, sorghum and maize by phylogenetic analysis; however, the positions of orthologous genes differed dramatically as a consequence of gene movements in grasses. Rather, we identified sequence remnants of gene movement of Ghd7 mediated by illegitimate recombination in the B. distachyon genome.
    Keywords Medicine ; R ; Science ; Q
    Subject code 572
    Language English
    Publishing date 2012-01-01T00:00:00Z
    Publisher Public Library of Science (PLoS)
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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  7. Article ; Online: World Congress Integrative Medicine & Health 2017

    Carolyn Ee / Sharmala Thuraisingam / Marie Pirotta / Simon French / Charlie Xue / Helena Teede / Agnete E. Kristoffersen / Fuschia Sirois / Trine Stub / Jennifer Engler / Stefanie Joos / Corina Güthlin / Jennifer Felenda / Christiane Beckmann / Florian Stintzing / Roni Evans / Gert Bronfort / Daniel Keefe / Anna Taberko /
    Linda Hanson / Alex Haley / Haiwei Ma / Joseph Jolton / Lana Yarosh / Francis Keefe / Jung Nam / Liwanag Ojala / Mary J. Kreitzer / Careen Fink / Karin Kraft / Andrew Flower / George Lewith / Kim Harman / Beth Stuart / Felicity L. Bishop / Jane Frawley / Lilla Füleki / Eva Kiss / Tamas Vancsik / Tibor Krenacs / Martha Funabashi / Katherine A. Pohlman / Silvano Mior / Haymo Thiel / Michael D. Hill / David J. Cassidy / Michael Westaway / Jerome Yager / Eric Hurwitz / Gregory N. Kawchuk / Maeve O’Beirne / Sunita Vohra / Isabelle Gaboury / Chantal Morin / Katharina Gaertner / Loredana Torchetti / Martin Frei-Erb / Michael Kundi / Michael Frass / Eugenia Gallo / Valentina Maggini / Mattia Comite / Francesco Sofi / Sonia Baccetti / Alfredo Vannacci / Mariella Di Stefano / Maria V. Monechi / Luigi Gori / Elio Rossi / Fabio Firenzuoli / Rocco D. Mediati / Giovanna Ballerini / Paula Gardiner / Anna S. Lestoquoy / Lily Negash / Sarah Stillman / Prachi Shah / Jane Liebschutz / Pamela Adelstein / Christine Farrell-Riley / Ivy Brackup / Brian Penti / Robert Saper / Isabel Giralt Sampedro / Gilda Carvajal / Andreas Gleiss / Marie M. Gross / Dorothea Brendlin / Jonas Röttger / Wiebke Stritter / Georg Seifert / Noelle Grzanna / Rainer Stange / Peter W. Guendling / Wen Gu / Yan Lu / Jie Wang / Chengcheng Zhang / Hua Bai / Yuxi He / Xiaoxu Zhang / Zhengju Zhang / Dali Wang / Fengxian Meng / Alexander Hagel / Heinz Albrecht / Claudia Vollbracht / Wolfgang Dauth / Wolfgang Hagel / Francesco Vitali / Ingo Ganzleben / Hans Schultis / Peter Konturek / Jürgen Stein / Markus Neurath / Martin Raithel / Bianka Krick / Heidemarie Haller / Petra Klose / Gustav Dobos / Sherko Kümmel / Holger Cramer / Felix J. Saha / Anna Kowoll / Barbara Ebner / Bettina Berger / Kyung-Eun Choi / Lisha He / Han Wang / X. He / C. Gu / Y. Zhang / Linhua Zhao / Xiaolin Tong / Xinhui He / Chengjuan Gu / Ying Zhang / Robin S. T. Ho / Vincent C. H. Chung / Xinyin Wu / Charlene H. L. Wong / Justin C. Y. Wu / Samuel Y. S. Wong / Alexander Y. L. Lau / Regina W. S. Sit / Wendy Wong / Michelle Holmes / Felicity Bishop / Lynn Calman / Dave Newell / Jonathan Field / Win L. Htut / Dongwoon Han / Da I. Choi / Soo J. Choi / Ha Y. Kim / Jung H. Hwang / Ching W. Huang / Bo H. Jang / Fang P. Chen / Seong G. Ko / Wenjing Huang / De Jin / Fengmei Lian / Soobin Jang / Kyeong H. Kim / Eun K. Lee / Seung H. Sun / Ho Y. Go / Youme Ko / Sunju Park / Yong C. Shin / Hubert Janik / Natalie Greiffenhagen / Jürgen Bolte / Mariusz Jaworski / Miroslawa Adamus / Aleksandra Dobrzynska / Michael Jeitler / Jessica Jaspers / Christel von Scheidt / Barbara Koch / Andreas Michalsen / Nico Steckhan / Christian Kessler / Wen-jing Huang / Bing Pang / Feng-Mei Lian / Miek Jong / Erik Baars / Anja Glockmann / Harald Hamre / Mosaburo Kainuma / Aya Murakami / Toshio Kubota / Daisuke Kobayashi / Yasuhiro Sumoto / Norihiro Furusyo / Shin-Ichi Ando / Takao Shimazoe / Olaf Kelber / S. Verjee / Eva Gorgus / Dieter Schrenk / Kathi Kemper / Ellie Hill / Nisha Rao / Gregg Gascon / John Mahan / Gunver Kienle / Jörg Dietrich / Claudia Schmoor / Roman Huber / Weon H. Kim / Mansoor Ahmed / Luzhu He / Jung Hye Hwang / Nora Meggyeshazi / Csaba Kovago / Anne K. Klaus / Roland Zerm / Danilo Pranga / Thomas Ostermann / Marcus Reif / Hans Broder von Laue / Benno Brinkhaus / Matthias Kröz / Daniela Rodrigues Recchia / Hans B. von Laue / Christien T. Klein-Laansma / Mats Jong / Cornelia von Hagens / Jean P. Jansen / Herman van Wietmarschen / Miek C. Jong / Seung-Ho Sun / Ho-Yeon Go / Chan-Yong Jeon / Yun-Kyung Song / Seong-Gyu Ko / Anna K. Koch / Sybille Rabsilber / Romy Lauche / Jost Langhorst / Milena Trifunovic-Koenig / Evi Koster / Diana Delnoij / Lena Kroll / Kathrin Weiss / Ai Kubo / Sarah Hendlish / Andrea Altschuler / Nancy Connolly / Andy Avins / Jon Wardle / David Lee / David Sibbritt / Jon Adams / Crystal Park / Gita Mishra / Johann Lechner / Inseon Lee / Younbyoung Chae / Jisu Lee / Seung H. Cho / Yujin Choi / Jee Y. Lee / Han S. Ryu / Sung S. Yoon / Hye K. Oh / Lyun K. Hyun / Jin O. Kim / Seong W. Yoon / Ju-Yeon Lee / Sang-Hoon Shin / Min Jang / Indra Müller / So-Hyun Janson Park / Lance Laird / Suzanne Mitchell / Xiaofei Li / Yunhui Wang / Jianhua Zhen / He Yu / Tiegang Liu / Xiaohong Gu / Hui Liu / Weiguo Ma / Xuezheng Shang / Yu Bai / Wei Liu / Collin Rooney / Amos Smith / Shirlene Lopes / Marcelo Demarzo / Maria do Patrocínio Nunes / Peter Lorenz / Carsten Gründemann / Miriam Heinrich / Manuel Garcia-Käufer / Franziska Grunewald / Silke Messerschmidt / Anja Herrick / Kim Gruber / Matthias Knödler / Carmen Steinborn / Taoying Lu / Lixin Wang / Darong Wu / Christina M Luberto / Daniel L. Hall / Emma Chad-Friedman / Suzanne Lechner / Elyse R. Park / Christina M. Luberto / Elyse Park / Janice Goodman / Sonja Luer / Matthias Heri / Klaus von Ammon / Ida Landini / Andrea Lapucci / Stefania Nobili / Enrico Mini / Clare McDermott / Selwyn Richards / Diane Cox / Sarah Frossell / Geraldine Leydon / Caroline Eyles / Hilly Raphael / Rachael Rogers / Michelle Selby / Charlotte Adler / Jo Allam / Xiangwei Bu / Honghong Zhang / Jianpeng Zhang / Michael Mikolasek / Jonas Berg / Claudia Witt / Jürgen Barth / Ivan Miskulin / Zdenka Lalic / Maja Miskulin / Albina Dumic / Damir Sebo / Aleksandar Vcev / Nasr A. A. Mohammed / Soo Jeung Choi / Hyea Bin Im / Anwesha Mukherjee / Amit Kandhare / Subhash Bodhankar / Prasad Thakurdesai / Niki Munk / Erica Evans / Amanda Froman / Matthew Kline / Matthew J. Bair / Frauke Musial / Terje Alræk / Harald J. Hamre / Lars Björkman / Vinjar M. Fønnebø / Feng-mei Lian / Qing Ni / Xiao-lin Tong / Xin-long Li / Wen-ke Liu / Shuo Feng / Xi-yan Zhao / Yu-jiao Zheng / Xue-min Zhao / Yi-qun Lin / Tian-yu Zhao / Xi-Yan Zhao / Hui Che Phd / Chen Zhang / Feng Liu / Lin-hua Zhao / Ru Ye / Cheng-juan Gu / Wenbo Peng / Diana De Carvalho / Mohamed El-Bayoumi / Bob Haig / Kimbalin Kelly / Darrell J. Wade / Emanuela Portalupi / Giampietro Gobo / Luigi Bellavita / Chiara Guglielmetti / Christa Raak / Myriam Teuber / Friedrich Molsberger / Ulrich von Rath / Ulrike Reichelt / Uta Schwanebeck / Sabine Zeil / Christian Vogelberg / Dolores Rodríguez Veintimilla / Guerrero Tapia Mery / Marisol Maldonado Villavicencio / Sandra Herrera Moran / Christian Sachse / Peter W Gündlin / Monirsadat Sahebkarkhorasani / Hoda Azizi / Dania Schumann / Tobias Sundberg / Matthew J. Leach / Susana Seca / Henry Greten / Sugir Selliah / Anu Shakya / Ha Yun Kim / Hyea B. Im / Anna Sherbakova / Gudrun Ulrich-Merzenich / Heba Abdel-Aziz / Erica Sibinga / Lindsey Webb / Jonathan Ellen / Kari Skrautvol / Dagfinn Nåden / Rhayun Song / Weronika Grabowska / Kamila Osypiuk / Gloria V. Diaz / Paolo Bonato / Moonkyoung Park / Jeffrey Hausdorff / Michael Fox / Lewis R. Sudarsky / Daniel Tarsy / James Novakowski / Eric A. Macklin / Peter M. Wayne / Inok Hwang / Sukhee Ahn / Myung-Ah Lee / Min K. Sohn / Oleg Sorokin / Dagmar Heydeck / Astrid Borchert / Christoph-Daniel Hohmann / Harmut Kühn / Clemens Kirschbaum / Tobias Stalder / Barbara Stöckigt / Michael Teut / Ralf Suhr / Daniela Sulmann / Chris Streeter / Patrica Gerbarg / Marisa Silveri / Richard Brown / John Jensen / Britta Rutert / Angelika Eggert / Alfred Längler / Christine Holmberg / Jin Sun / Xin Deng / Wen-Yuan Li / Bin Wen / Nicola Robinson / Jian-Ping Liu / Hyun K. Sung / Narae Yang / Seon M. Shin / Hee Jung / Young J. Kim / Woo S. Jung / Tae Y. Park / Kiyoshi Suzuki / Toshinori Ito / Seiya Uchida / Seika Kamohara / Naoya Ono / Mitsuyuki Takamura / Ayumu Yokochi / Kazuo Maruyama / Patricio Tapia / Katarzyna Thabaut / Anja Thronicke / Megan Steele / Harald Matthes / Cornelia Herbstreit / Friedemann Schad / Jiaxing Tian / Libo Yang / Tian Tian / Hewei Zhang / Xia Tian / CongCong Wang / Qian Yun Chai / Lijuan Zhang / Ruyu Xia / Na Huang / Yutong Fei / Jianpin Liu / Natalie Trent / Mindy Miraglia / Jeffrey Dusek / Edi Pasalis / Sat B. Khalsa / Milena Trifunovic-König / Anna Koch / Lisa Uebelacker / Geoffrey Tremont / Lee Gillette / Gary Epstein-Lubow / David Strong / Ana Abrantes / Audrey Tyrka / Tanya Tran / Brandon Gaudiano / Ivan Miller / Gerhild Ullmann / Yuhua Li / Sujata Vaidya / Vinod Marathe / Ana C. Vale / Jacquelyne Motta / Fabíola Donadão / Angela C. Valente / Luana C. Carvalho Valente / Ricardo Ghelman / Dusan Vesovic / Dragan Jevdic / Aleksandar Jevdic / Katarina Jevdic / Mihael Djacic / Dragica Letic / Drago Bozic / Marija Markovic / Slobodan Dunjic / Gordana Ruscuklic / Dezire Baksa / Kenan Vrca / Ann Vincent / Dietlind Wahner-Roedler / Mary Whipple / Maria M. Vogelius / Iris Friesecke / Peter W. Gündling / Saswati Mahapatra / Rebecca Hynes / Kimberly Van Rooy / Sherry Looker / Aditya Ghosh / Brent Bauer / Susanne Cutshall / Harald Walach / Ana Borges Flores / Michael Ofner / Andreas Kastner / Gerhard Schwarzl / Hermann Schwameder / Nathalie Alexander / Gerda Strutzenberger / Xianwei Bu / Jianping Zhang / Shang Wang / Jinfeng Shi / Yu Hao / Jun Wu / Zeji Qiu / Yuh-Hai Wang / Chi-Jung Lou / Sam Watts / Peter Wayne / Gloria Vergara-Diaz / Brian Gow / Jose Miranda / Lewis Sudarsky / Eric Macklin / Kathrin Wode / Jenny Bergqvist / Britt-Marie Bernhardsson / Johanna Hök Nordberg / Lena Sharp / Roger Henriksson / Yeonju Woo / Min K. Hyun / Hao Wu / Tian-Fang Wang / Yan Zhao / Yu Wei / Lei Tian / Lei He / Xue Wang / Ruohan Wu / Mei Han / Patrina H. Y. Caldwell / Shigang Liu / Jing Zhang / Jianping Liu / Qianyun Chai / Zhongning Guo / Congcong Wang / Zhijun Liu / Xun Li / I. J. Yang / V. Ruberio Lincha / S. H. Ahn / D. U. Lee / H. M. Shin / Lu Yang / N. Yang / H. Sung / S. M. Shin / H. Y. Go / H. Jung / Y. Kim / T. Y. Park / Angela Yap / Yu H. Kwan / Chuen S. Tan / Syed Ibrahim / Seng B. Ang / Alfred Yayi / Jeong E. Yoo / Ho R. Yoo / Sae B. Jang / Hye L. Lee / Ala’a Youssef / Shahira Ezzat / Amira Abdel Motaal / Hesham El-Askary / Xiaotong Yu / Yashan Cui / Younghee Yun / Jin-Hyang Ahn / Bo-Hyung Jang / Kyu-Seok Kim / Inhwa Choi / Augustina Glinz / Fadime ten Brink / Arnd Büssing / Christoph Gutenbrunner / Bert Helbrecht / Tiesheng Fang / Fengxion Meng / Zhiming Shen / Ruixin Zhang / Fan Wu / Ming Li / Xinyun Xuan / Xueyong Shen / Ke Ren / Brian Berman / Zian Zheng / Yuxiang Wan / Xueyan Ma / Fei Dong / Suzie Zick / Richard Harris / Go E. Bae / Jung N. Kwon / Hye Y. Lee / Jong K. Nam / Sang D. Lee / Dong H. Lee / Ji Y. Han / Young J. Yun / Ji H. Lee / Hye L. Park / Seong H. Park / Chiara Bocci / Giovanni B. Ivaldi / Ilaria Vietti / Ilaria Meaglia / Marta Guffi / Rubina Ruggiero / Marita Gualea / Emanuela Longa / Massimo Bonucci / Sarah Croke / Lourdes Diaz Rodriguez / Juan C. Caracuel-Martínez / Manuel F. Fajardo-Rodríguez / Angélica Ariza-García / Francisca García-De la Fuente / Manuel Arroyo-Morales / Maria S. Estrems / Vicente G. Gómez / Mónica Valero Sabater / Rosaria Ferreri / Simonetta Bernardini / Roberto Pulcri / Franco Cracolici / Massimo Rinaldi / Claudio Porciani / Peter Fisher / John Hughes / Ariadna Mendoza / Hugh MacPherson / Jacqueline Filshie / Antonia Di Francesco / Alberto Bernardini / Monica Messe / Vincenzo Primitivo / Piera A. Iasella / Monica Taminato / Jaqueline Do Carmo Alcantara / Katia R. De Oliveira / Debora C. De Azevedo Rodrigues / Juliana R. Campana Mumme / Olga K. Matsumoto Sunakozawa / Vicente Odone Filho / Joshua Goldenberg / Andrew Day / Masa Sasagawa / Lesley Ward / Kieran Cooley / Thora Gunnarsdottir / Ingibjorg Hjaltadottir / Mahdie Hajimonfarednejad / Nicole Hannan / Rut Hellsing / Susanne Andermo / Maria Arman / Iris von Hörsten / Patricia Vásquez Torrielo / Carmen L. Andrade Vilaró / Francisco Cerda Cabrera / Henny Hui / Eric Ziea / Dora Tsui / Joyce Hsieh / Christine Lam / Edith Chan / Mark P. Jensen / Samuel L. Battalio / Joy Chan / Karlyn A. Edwards / Kevin J. Gertz / Melissa A. Day / Leslie H. Sherlin / Dawn M. Ehde / Bo-Hyoung Jang / Anja Börner / Jihong Lee / Boram Lee / Gyu T. Chang / Alejandra Menassa / Yoshiharu Motoo / Jürgen Müller / Sabine Rabini / Bettina Vinson / Martin Storr / Martin Niemeijer / Joop Hoekman / Wied Ruijssenaaars / Faith C. Njoku / Arne J. Norheim / Filiz Okumus / Halime Oncu-Celik

    BMC Complementary and Alternative Medicine, Vol 17, Iss S1, Pp 1-

    part two

    2017  Volume 65

    Keywords Other systems of medicine ; RZ201-999
    Language English
    Publishing date 2017-06-01T00:00:00Z
    Publisher BMC
    Document type Article ; Online
    Database BASE - Bielefeld Academic Search Engine (life sciences selection)

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