3-Methyl-4-Nitrobenzoate Derivates as Antifungal Drug Candidates: Biological and In Silico Evaluation by Alana R. Ferreira, Yunierkis P. Castillo, Ana C. M. Andrade, Diego F. Nóbrega, João Paulo G. de Oliveira, Tamires C. Lima, Ricardo D. de Castro, Damião P. de Sousa

“…The Candida genus includes many opportunistic pathogens of great clinical importance, being commonly involved in several superficial and systemic human fungal infections. …”
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Copper Adsorption Using Hydroxyapatite Derived from Bovine Bone by Lingchang Kong, Xin Liu, Guocheng Lv, Tianming Liu, Peijun Zhang, Yuxin Li, Bin Chen, Libing Liao

“…Low cost, seepage stability, and great longevity are considered within PRB reactive media. …”
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Automatically Constructing Multi-Dimensional Resource Space by Extracting Class Trees From Texts for Operating and Analyzing Texts From Multiple Abstraction Dimensions by Jian Zhou, Jiazheng Li, Sirui Zhuge, Hai Zhuge

“…The proposed approach not only greatly extends the pattern-based approach to finding abstraction relation from texts with a high coverage but also verifies the feasibility of automatically extracting abstraction dimensions from texts. …”
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Small peptides from non-edible fish waste with antimicrobial activity by Wonganu Benjamaporn, Roytrakul Sittiruk

“…The results revealed that synthesized peptides; GGLGVGGY GLSGWAS have a great 50% inhibitory activity against S. typhimurium ATCC 13311…”
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Review on Hydrological Effects of Eucalyptus Plantation by HUANG Jun, JIN Pingwei, JIANG Xuebing

“…This paper reviewed the research progress of hydrological effects of eucalyptus plantations at home and abroad,and analyzed the research results of eucalyptus plantations such as evapotranspiration and vegetation interception,rainfall production and soil water.On the whole,there is no research conclusion that eucalyptus plantations are “pumping machines”,but the negative impact of eucalyptus plantations on regional water cycle and water balance does exist.Evaporation of eucalyptus plantations,rainfall interception,forest land flow and soil water are affected by factors such as species and age,canopy structure,rainfall and rotation system.The evapotranspiration rules of single eucalyptus and eucalyptus plantations were basically the same,and the daily evaporation was between 0.5 mm and 6.5 mm,which was significantly higher than that of other forest stands,and showed a trend of first increasing and then decreasing with the increase of tree age.The rainfall interception in different eucalyptus plantations varied greatly,generally accounting for 10%~30% of rainfall,and there was a positive correlation with rainfall overall,and the trend of increasing first and then decreasing with the increase of tree age.After the establishment of eucalyptus plantations,the surface runoff production in the area decreased significantly,especially in dry years.However,after felling,the base flow,runoff and peak flow of the catchment area gradually increased and returned to pre-afforestation levels.After the establishment of eucalyptus plantations,soil water content and water storage showed a downward trend,and the negative effect on soil water gradually decreased with the increase of tree age.However,short-cut eucalyptus plantations had a great negative impact on soil water,and it was difficult to effectively replenish soil water even in the rainy season with abundant rainfall.At present,there are still many problems in the research on the hydrological effects of eucalyptus plantations in China,and the follow-up should strengthen the long-series multi-temporal and spatial scale positioning monitoring,carry out the research and development of physical hydrological models of eucalyptus plantations,and provide technical support for the construction,felling management and soil water use regulation of eucalyptus plantations.…”
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Exploring Key Elements and Performance of BIM and VR Technologies in the Project Management of Assembled Buildings by Zhi-hong He, Tao Liu

“…In particular, the application of BIM and VR technologies has been of great help to the development of assembled buildings. …”
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An Assessment on Balkan Historiography by Abdulkadir Macit

“…As a result, the Balkans have made great progress with the strong contribution and influence of Muslims in historiography. …”
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Modelling of statically loaded single pile taking into account nonlinearity of foundation soil by F. S. Shkoliar, D. V. Rogozinnikova

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FORMATION OF THE TRAIT-SPECIFIC GROUP IN VIR'S TABLE BEET COLLECTION: ENVIRONMENTAL PLASTICITY AND STABILITY by D. V. Sokolova

“…Information on the characteristics of the reaction of genotypes to different habitat conditions is of great importance for  solving practical problems of breeding. …”
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Application of BPNN Optimized by Fireworks Algorithm on Structural Bearing Capacity Analysis of Transmission Tower under Icing Conditions by Jian Guo, Wu Guo

“…The structural bearing capacity under icing is greatly affected by meteorological conditions and environmental factors, which has strong randomness and complexity, and brings a series of urgent problems to the structural stability of transmission towers. …”
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An Hourly Prediction Model of Relativistic Electrons Based on Empirical Mode Decomposition by Yedong Qian, Jianwei Yang, Hua Zhang, Chao Shen, Yewen Wu

“…Meanwhile, we compare with the prediction values without using empirical mode decomposition. The result shows a great improvement using this method. Furthermore, it shows that the nonstationary nature of the electron flux time series has a great impact on the prediction of relativistic electrons.…”
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Mechanism of Permeability Evolution for Reservoir Sandstone with Different Physical Properties by Xianshan Liu, Ming Xu, Ke Wang

“…Therefore, it is worth pointing out that rock physical properties have a great influence on the reservoir permeability under complex extraction conditions and cannot be ignored, which is necessary to improve the recovery ratio and productivity.…”
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Cultures of Display: The Mirror of Imperialism by John M. MacKenzie

“…However, the development of a great range of studies of cultural aspects of empire seemed to contradict both these approaches. …”
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Land Use Change in Zhengzhou during 2000—2021 and Its Impact on Comprehensive Runoff Coefficient by JIANG Yu, WANG Xinghan, ZHOU Xiaoxue, CHEN Jingxia, YU Guosong, WU Dan, KUANG Gaoming, CHEN Haihua, LI Shubo, BAI Chunxiang, DU Dejie, LAN Zhenwei

“…Flood disasters are a prominent water safety problem for the major cities in China.Land use change has a great impact on the formation of flood disasters,and the comprehensive runoff coefficient is an important factor in response to the hydrological process of floods.Therefore,studying land use change and its impact on the comprehensive runoff coefficient is of great significance.With land use classification data from three phases of Landsat remote sensing images of Zhengzhou for 2000—2021,the spatio-temporal evolution characteristics of land use in Zhengzhou were analyzed,and the regional comprehensive runoff coefficient and the urban ground hardening rate were calculated.The following observations could be made from the results:① The land use in Zhengzhou underwent drastic changes during 2000—2021.Specifically,the area of construction land increased by 1 425.97 km²,while those of forest/grassland and cultivated land decreased by 777.25 km² and 810.88 km²,respectively.② The percentage of the total area of land use conversion in Zhengzhou during 2000—2021 was 43.39%,and the conversion mainly took place among cultivated land,forest/grassland,and construction land.During the period of 2000—2014,the land use conversion was mainly from cultivated land and forest/grassland to construction land and from forest/grassland to cultivated land.During the period of 2014—2021,it was mainly from cultivated land to forest/grassland and construction land and from forest/grassland and construction land to cultivated land.③ During 2000—2021,the urban ground hardening rate of Zhengzhou increased from 12.32% to 31.14%,and its comprehensive runoff coefficient grew from 0.24 to 0.40.…”
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Field Investigation on Thermal Regime of Permafrost and Talik in a River Terrace, the Interior of Qinghai-Tibet Plateau by Yunzhi Zhang, Furong Liu, Xingbing Wang, Pengfei He, Jinggang Cui, Yishan Wang, Yanhu Mu

“…To carry out engineering construction in a permafrost area, it is of great importance to grasp the spatial distribution of permafrost and its hydrothermal characteristics within the scope of engineering activities. …”
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Construction of an Intelligent Analysis Model for Website Information Based on Big Data and Cloud Computing Technology by Ronghua Chen, Bei Yang

“…The nearby use of this software’s personnel density distribution and other functions provides great convenience for personal travel, which can facilitate the real-time planning of travel plans, and has great practical and practical significance. …”
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Fire Resistance of Building Structures and Fire Protection Materials: Bibliometric Analysis by Marina Victorovna Gravit, Irina Leonidovna Kotlyarskaya, Olga Alexandrovna Zybina, Dmitriy Alexandrovich Korolchenko, Zhmagul Smagulovich Nuguzhinov

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A Qualitative Exploration of Motivation to Self-Manage and Styles of Self-Management amongst People Living with Type 2 Diabetes by Paul Newton, Koula Asimakopoulou, Sasha Scambler

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OVERVIEW OF THE EPIDEMIC SITUATION ON CERTAIN INFECTIOUS ANIMAL DISEASES IN THE RUSSIAN FEDERATION IN 2018 by N. S. Bardina, A. V. Varkentin, A. K. Karaulov

“…The specified above infections cause great damage to animal husbandry in the country which has a negative impact on its export potential. …”
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Predictors of Medical Students’ Adoption of Emergency Medicine Virtual Simulation Platforms by Lingjiao Tang, Yu Ning, Hui Lv, Xuebin Li, Aihe Tang

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