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苏联出血热的研究

国际流行病学传染病学杂志 1984年第3期11卷 125-126页

作者： tkachenko E A 龚爱宝

据记载,苏联有3种类型的出血热,即西伯利亚西部地区的鄂木斯出血热(oHF),苏联欧洲部分的南部和中亚的克里米亚-刚果出血热(CCHF)及苏联欧洲部分和远东地区的肾综合征出血热(HFRS)。oHF 和 CCHF 在人群中呈散在流行,每年人类的病例不超过... 详细信息

据记载,苏联有3种类型的出血热,即西伯利亚西部地区的鄂木斯出血热(oHF),苏联欧洲部分的南部和中亚的克里米亚-刚果出血热(CCHF)及苏联欧洲部分和远东地区的肾综合征出血热(HFRS)。oHF 和 CCHF 在人群中呈散在流行,每年人类的病例不超过2～5例,其重要性不如 HFRS。苏联的 HFRS 在各种动物的传染病中占优势,而人类的病例超过了动物HFRS 的例数,在过去5年里,苏联 HFRS发病率有普遍增加的趋势,发病率出现了高峰年和低峰年。

关键词： HFRS 疫区出血热抗原苏维埃社会主义共和国联盟苏联

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Sterilization complexes based on ILU-type electron accelerators

作者： (Schwartz Baron)施瓦茨 (Zaitsev peter)扎伊采夫 (tkachenko Vadim)特卡琴科

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Nuclear Science and Techniques 2011年第1期22卷 13-17页

作者： V.V.Bezuglov A.A.Bryazgin L.A.Voronin V.A.Gorbunov E.N.Kokin M.V.Korobeynikov A.N.Lukin I.G.Makarov S.A.Maximov A.D.panfilov V.S.podobaev V.M.Radchenko A.V.Sidorov V.V.Tarnetskiy M.A.Tiunov V.o.tkachenko B.L.Faktorovich E.A.Shtarklev K.N.Chernov Budker Institute of Nuclear physics Siberian BranchRussian Academy of Science 11 Academician Lavrentyev av.Novosibirsk 630090Russia

This paper describes the industrial electron accelerators of the ILU type and their usage for *** ILU machines produced by Budker Institute of Nuclear physics have energy range of 0.8-10 MeV and beam power up to 100 kW,and they are working in industries all over the *** ILU-10 and ILU-14 machines are described as well as the industrial sterilization facility based on ILU-6,ILU-10 and ILU-14 machines.

关键词：电子加速器菌物 U型物理研究所能量范围基础设施 MeV 工业

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“传奇公园”缔造“传奇”——奔萨国际雕塑创作营

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雕塑 2017年第6期 86-88页

作者：尤里奔萨国际雕塑创作营传奇雕塑公园基金会

＂奔萨国际雕塑创作营＂是全球规模最大、最著名的雕塑创作营之一。它每年举办一次,从2008年至今已经连续举办九届。2012、2013、2014三年的奔萨国际雕塑创作营,是在联合国教科文组织的支持下举办的。在之前的九届＂奔萨国际雕塑创作营... 详细信息

＂奔萨国际雕塑创作营＂是全球规模最大、最著名的雕塑创作营之一。它每年举办一次,从2008年至今已经连续举办九届。2012、2013、2014三年的奔萨国际雕塑创作营,是在联合国教科文组织的支持下举办的。在之前的九届＂奔萨国际雕塑创作营＂中,共有来自69个国家的250位艺术家参加了该创作营。同时,他们创作的300多件雕塑作品,也被收藏在＂传奇雕塑公园＂和＂奔萨艺术长廊＂。

关键词：雕塑创作 “传奇” 国际公园联合国教科文组织缔造 2008年雕塑作品

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多瑙河流域沙棘群体——沙棘雄株品种遴选

国际沙棘研究与开发 2007年第4期5卷 33-37页

作者：梁月温秀凤 A.p.Lebeda T.E.tkachenko N.I.Dzhurenko 北京林业大学水土保持学院水利部水土保持植物开发管理中心 National Botanical Garden Timiryazevska St.1Kyiv-01014Ukraine

在多瑙河三角洲,沙棘组成了那里复杂而独特的生物群落,沙棘群落是主要的生物主体,并主要分布于多瑙河三角洲。目前的研究成果,主要集中在优良个体的选择、沙棘父本性状的描述,繁殖能力的大小以及苗木标准等。父本选择关注的特性主要有:... 详细信息

在多瑙河三角洲,沙棘组成了那里复杂而独特的生物群落,沙棘群落是主要的生物主体,并主要分布于多瑙河三角洲。目前的研究成果,主要集中在优良个体的选择、沙棘父本性状的描述,繁殖能力的大小以及苗木标准等。父本选择关注的特性主要有:冠形、叶片的大小和色泽、枝条每年增加的长度和萌条数、10cm长的萌芽的数目、开花期花粉的大小和活力。对于选出来的优良个体,大量用于选种、园艺、林木培育(公园的绿化)、植物改良、林业等。这种沙棘具有较高的发芽率,叶产量高的特性,因此是制药行业非常好的贮备材料。

关键词：沙棘多瑙河流域父本选择乌克兰

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Nanobiotechnology for the Detection and Control of Waterborne parasites

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open Journal of Ecology 2021年第3期11卷 203-223页

作者： Wafaa M. Hikal Amra Bratovcic Rowida S. Baeshen Kirill G. tkachenko Hussein A. H. Said-Al Ahl Department of Biology Faculty of Science University of Tabuk Tabuk KSA Water pollution Research Department Environmental Research Division National Research Centre Giza Egypt Department of physical Chemistry and Electrochemistry Faculty of Technology University of Tuzla Tuzla Bosnia and Herzegovina V. L. Komarov Botanical Institute of the Russian Academy of Sciences Saint Petersburg Russia Medicinal and Aromatic plants Research Department National Research Centre Giza Egypt

Nowadays, the fast development of nanobiotechnology, has led to rapid diagnosis of important infectious diseases such as arboviruses-borne diseases, vector-borne infections and waterborne parasites diseases and others in order to reduce and avoid further dissemination of the infections within the general population. Furthermore, new nanomedicines based on the application of silver and gold nanoparticles which are less toxic, more effective, and that does not generate resistance could help to solve the problems of parasitic disease like leishmaniasis and chagas disease. It turns out that the combination of nanoparticles with antibiotics not only reduces the toxicity of both agents towards human cells but also enhances their ability to destroy bacteria by facilitating the binding of antibiotics to the microbes. Moreover, combining nanoparticles with antimicrobial peptides and essential oils with nanoparticles generates genuine synergy against microbial resistance.

关键词： parasites Water Nanobiotechnology Control

X-Ray Diffractometry and Raman Spectroscopy Investigation of Irradiated Layered III-VI Crystals

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材料科学与工程（中英文A版） 2012年第7期2卷 537-543页

作者： Zakhar Dmytrovych Kovalyuk oleg Mykolayovych Sydor oksana Anatoliivna Sydor Volodymyr Grygorovych tkachenko Igor Mykolayovych Maksymchuk Volodymyr Ivanovych Dubinko pavlo Mykolayovych ostapchuk Chernivtsi Department of the Institute of Materials Science problems Chernivtsi 58001 Ukraine Institute of Materials Science problems Kyiv 03680 Ukraine National Scientific Center "Kharkiv physico-Technical Institute " Kharkiv 61108 Ukraine

pineapple (<i>Ananas comosus</i>L. Merr.), Waste Streams, Characterisation and Valorisation: An overview

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open Journal of Ecology 2021年第9期11卷 610-634页

作者： Wafaa M. Hikal Abeer A. Mahmoud Hussein A. H. Said-Al Ahl Amra Bratovcic Kirill G. tkachenko Miroslava Kačániová Ronald Maldonado Rodriguez Department of Biology Faculty of Science University of Tabuk Tabuk Saudi Arabia Water pollution Research Department Environmental Research Division National Research Centre 33 El-Bohouth St. Dokki Giza Egypt Department of Botany (plant physiology Section) Faculty of Agriculture Cairo University Giza Egypt Medicinal and Aromatic plants Research Department National Research Centre 33 El-Bohouth St. Dokki Giza Egypt Department of physical Chemistry and Electrochemistry Faculty of Technology University of Tuzla Tuzla Bosnia and Herzegovina V. L. Komarov Botanical Institute of the Russian Academy of Sciences Saint Petersburg Russia Department of Fruit Science Viticulture and Enology Faculty of Horticulture and Landscape Engineering Slovak University of Agriculture Nitra Slovakia Department of Bioenergetics Food Analysis and Microbiology Institute of Food Technology and Nutrition University of Rzeszow Cwiklinskiej 1 Rzeszow Poland The Fluoromatics Laboratory 10 Rue du Vieux-Moulin 1213 Onex Geneva Switzerland

processing pineapple industry produces huge amounts of waste thus contributing to worsen the global environmental problem. Valorising pineapple waste through further processing until it is transformed into valuable products using environmentally friendly techniques is both, a challenge, and an opportunity. The aim of this review is to characterize and highlight the phytochemical constituents of pineapple peel, their biological activity, and to evaluate the current state-of-art for the utilization of pineapple waste from the processing industry for obtaining pharmaceuticals, food, and beverages, biocombustibles, biodegradable fibers, and other different usage. pineapple residues are rich in many bioactive compounds such as ferulic acid, vitamin A and C as antioxidant, and containing alkaloids, flavonoids, saponins, tannins, cardiac glycoside, steroids, triterpenoids and phytosterols may provide a good source of several beneficial properties, as well as bromelain that showed significant anticancer activity. Also, pineapple processing residues contain important volatile compounds used as aroma enhancing products and have high potential to produce value-added natural essences. pineapple peels can be used as nonpharmacological therapeutical in the form of processed food and instant drinks;its potent natural antimicrobial properties may be applied for food conservation and as potential leads to discover new drugs to control some infectious microbial. pineapple waste is a promising source of metabolites for therapeutics, functional foods, and cosmeceutical applications.

关键词： pineapple peel Ananas comosus phytochemical Constituents Antioxidant Activity Anticancer Antimicrobial Activities

Nanopesticides and Nanofertilizers and Agricultural Development: Scopes, Advances and Applications

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open Journal of Ecology 2021年第4期11卷 301-316页

作者： Amra Bratovcic Wafaa M. Hikal Hussein A. H. Said-Al Ahl Kirill G. tkachenko Rowida S. Baeshen Ali S. Sabra Hoda Sany Department of physical Chemistry and Electrochemistry Faculty of Technology University of Tuzla Tuzla Bosnia and Herzegovina Department of Biology Faculty of Science University of Tabuk Tabuk Saudi Arabia Water pollution Research Department Environmental Research Division National Research Centre Dokki Giza Egypt Medicinal and Aromatic plants Research Department National Research Centre Dokki Giza Egypt V. L. Komarov Botanical Institute of the Russian Academy of Sciences Saint Petersburg Russia Department of Botany (plant physiology Section) Faculty of Agriculture Cairo University Giza Egypt

Excessive use of pesticides and fertilizers in agriculture in order to increase yields has proved unnecessary because a large part of them remain unused and have negative effects on the environment and human health. Therefore, it is a great challenge for farmers to replace the application of pesticides and fertilizers with nanopesticides and nanofertilizers, with the aim of reducing the use of mineral fertilizers and increasing yields, as well as supporting agricultural development. This review provides a detailed overview of the classification of pesticides, commonly used nanoparticles in agriculture and their function, as well as impact of nanopesticides and nanofertilizers on the environment. The application of nanopesticides and nanofertilizers and new delivery mechanisms to improve crop productivity are reviewed and described. particularly, the advantage of the nanoencapsulation process is emphasized for both pesticides and fertilizers. For hydrophobic pesticides, it may be a tool to provide greater stability, dispersion in aqueous media, and allowing a controlled release of the active compound, which increases its effectiveness. In nanofertilizers, micro- or macronutrients can be encapsulated by nanomaterials which allow to release of nutrients into the soil gradually and in a controlled way maintaining soil fertility, thus preventing eutrophication and pollution of water resources. Risks assessment of application of nanopesticides and nanofertilizers in agriculture are required for their correct and safe application.

关键词： Nanotechnology Agriculture Nanopesticides Nanofertilizers