110 research outputs found
DS_10.1177_0363546520906142 – Supplemental material for Comparison of Leukocyte-Rich Platelet-Rich Plasma and Leukocyte-Poor Platelet-Rich Plasma on Achilles Tendinopathy at an Early Stage in a Rabbit Model
No full textSupplemental material, DS_10.1177_0363546520906142 for Comparison of Leukocyte-Rich Platelet-Rich Plasma and Leukocyte-Poor Platelet-Rich Plasma on Achilles Tendinopathy at an Early Stage in a Rabbit Model by Guangyao Jiang, Yifan Wu, Jiahong Meng, Fengfeng Wu, Sihao Li, Mu Lin, Xin Gao, Weishan Chen, Shigui Yan, Ruijian Yan, Gang Feng, Zhiyuan Cheng and Jianqiao Hong in The American Journal of Sports Medicine</p
Interprovincial Border Disputes-the case of Lake Weishan
No full textIn China, interprovincial border areas could become a destabilizing source for both social stability and economic development. One of the most typical cases has been that of boundary disputes stemming from inaccurate borderlines between provinces. This article, based on field surveys and relevant official documents, shows that the interprovincial tensions at Lake Weishan have been aggravated by the ambiguity in the interprovincial delimitation, a lack of respect for the rule of law on interprovincial relations, and, to a certain extent, nepotism from both central and provincial governments.Area StudiesSSCI0ARTICLE75531-5502
Bolivaritettix circocephalus Zheng 1992
No full text1. Bolivaritettix circocephalus Zheng, 1992 (Figs. 2, 24A) Bolivaritettix circocephalus Zheng, 1992d: 83 [description] (holotype —♁, China: Tibet, Mêdog, in IZCAS). Formosatettix torulosinota Zheng & Mao, 2002: 94 [description] (holotype — ♀, China: Yunnan prov., Weishan County, in IZSNU, examined); Zheng & OuCCCCC, 2004: 107; Zheng, 2005: 367; Deng Zheng & Wei, 2007b: 327; Deng, 2016: 283; Wei, Deng & Lu, 2019:1009; syn. nov. Type material examined. Holotype Formosatettix torulosinota, ♀, larva, China: Yunnan prov., Weishan County, 13. June 1996, in IZSNU. Notes. We examined the type specimen of Formosatettix torulosinota and found that it has hind wings. Therefore, it belongs to a winged pygmy grasshopper species other than Formosatettix. However, its hind wings have only radial venation, without cross-veins (Fig. 2C), indicating that it is a nymph. The type specimen of F. torulosinota is in poor condition with the abdomen and hind legs missing, but there is evidence indicating that it is a nymph. In the original description of Formosatettix torulosinota, Zheng & Mao (2002) provided a drawing showing that the antegenicular teeth of the dorsal margin before the knee of the hind femora were absent (Fig. 2E). Formosatettix torulosinota (Zheng & Mao, 2002) syn. n. represents a nymph of Bolivaritettix circocephalus. It has slightly truncate posterior angles in the pronotal lateral lobes, dense protuberances on the pronotal surface, obtuse humeral angle, interhumeral carina, and a narrow vertex.Published as part of Deng, Wei-An, Luo, Jie-Ling, Huang, Chao-Mei & Lin, Li-Liang, 2023, Review of the genus Formosatettix Tinkham (Orthoptera: Tetrigidae) with description of new taxa, new synonymy and an updated key to species, pp. 201-243 in Zootaxa 5228 (3) on pages 207-208, DOI: 10.11646/zootaxa.5228.3.1, http://zenodo.org/record/753234
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No full textAll literature on the effects of nitrogen deposition on carbon, nitrogen and phosphorus chemometric characteristics of grassland ecosystems from 1uie1 2000 to 31 December 2021 were searched in the web of science core set database, and a total of 14912 papers were included for visualization and analysis on CiteSpace 6.1.R3 software after de-duplication.</p
Resilience Evaluation of Ports along the Maritime Silk Road from the Perspective of Investment and Construction
No full textSince the establishment of the “Belt and Road” initiative, the investment and construction of ports along the 21st Century Maritime Silk Road have received extensive attention from the international community. The evaluation of ports is of great significance to investors’ investments and construction of ports around the world, so it is very necessary to establish a reasonable port evaluation system. At present, there are few studies on defining and evaluating port resilience, and the existing port evaluation index system has defects. Therefore, according to the similarity between cities and ports, this paper introduces the concept of “three-dimensional space” and the “system of systems” theory of cities and divides the resilience of ports along the Maritime Silk Road into three-dimensional spaces of “physical-society-information.” The CRITIC-entropy method and the TOPSIS method constructed a port resilience evaluation model along the Maritime Silk Road and quantitatively evaluated and analyzed the comprehensive resilience and subspatial resilience of 28 ports along the 21st Century Maritime Silk Road. The results show that the route network port degree, the annual throughput of the port container, and the number of fixed broadband subscribers per 100 people are the key indicators that affect the port’s physical space resilience, social space resilience, and information space resilience. Also, coordinated physical, social, and information spatial resilience development plays a catalytic role in improving overall resilience. Therefore, the investment of ports along the Maritime Silk Road should adopt corresponding and more targeted investment plans according to the actual resilience of each port. The research provides new ideas and directions for investors to invest in port construction and has certain practical guiding significance for the increase of investors’ income and the sound development of the national economy
Relationship between mosquito survivorship in WHO insecticide susceptibility bioassay and frequency of <i>kdr</i> alleles (L1014F and L1014S) combined of <i>Culex pipiens pallens</i>.
No full text<p>Numbers in the figure corresponds to the following sample localities: 1, Nanjing; 2, Wuxi; 3, Weishan; 4, Huaibei; 5, Qingdao; and 6, Tangkou.</p
Map of China showing the distribution of mosquito sampling sites.
No full text<p>1, Wuxi (31°33′58.47″N, 120°18′9.88″E); 2, Nanjing (32°3′30.11″N, 118°47′47.28″E); 3, Huaibei (33°57′13.67″N, 116°47′56.95″E); 4, Weishan (34°48′25.40″N, 117°7′43.69″E; 5, Tangkou (34°52′34.97″N, 117°22′53.69″E); and 6, Qingdao (36°3′58.85″N, 120°22′57.98″E).</p
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