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ICSSHE-22 & ABENS-22 Sept. 20-22, 2022 Barcelona (Spain)最新文献

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Soil Pollution with Heavy Metals and Their Accumulation in Plants: A Review 土壤重金属污染及其在植物体内的积累研究进展
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922219
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引用次数: 0
Crypto Currency Revolution in India during Covid times : A Sociological perspective 新冠时期印度的加密货币革命:社会学视角
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922405
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引用次数: 0
Stabilization of Enzymes for Biotechnological Applications 生物技术应用中酶的稳定
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922221
Monica Dragomirescu, Isidora Radulov, Adina Berbecea, Ionela Hotea, Laura Crista, Olimpia Iordanescu1, Sorin Gaspar, Gabriela Preda
The biotechnological applications use stable and eco-friendly biocatalysts, with good operational properties, reusable and easily separable. An efficient method of improving the stability of enzymes as biocatalysts may be the immobilization. The enzymes immobilization research objectives are obtaining stable and versatile insoluble enzyme preparations with high enzymatic activity, capable of catalyzing the reactions of their natural and unnatural substrates. If active and stable water – insoluble enzymes, immobilized enzymes having appropriate substrate specificity can be obtained, it becomes possible to use enzymes conveniently in the same way as ordinary solid catalysts in synthetic biochemical reactions. In addition, since enzymes can catalyse specific reactions under mild conditions (normal temperature and pressure), application of immobilized enzymes in large scale bioconversion processes can reduce energy requirements. For some specific applications simple immobilization methods can be used. To increase the catalytic efficiency of immobilized enzyme preparations combinations of these methods can be handled to maximize the advantages presented by them. The physico-chemical properties of the supports used for enzymes immobilization influence the enzymatic activity and the immobilization yields of the immobilized preparations. The aimed of this work was to find efficient methods to stabilize enzymatic preparations with a good balance between costs associated and biocatalytic efficiency.
生物技术应用采用稳定、环保、操作性能好、可重复使用、易分离的生物催化剂。固定化可能是提高酶作为生物催化剂稳定性的有效方法。酶固定化的研究目标是获得稳定和通用的高酶活性的不溶性酶制剂,能够催化其天然和非天然底物的反应。如果能获得活性稳定的水不溶酶和具有适当底物特异性的固定化酶,就有可能像使用普通固体催化剂一样方便地用于合成生化反应。此外,由于酶可以在温和条件下(常温常压)催化特定反应,因此固定化酶在大规模生物转化过程中的应用可以减少能量需求。对于一些特定的应用,可以使用简单的固定方法。为了提高固定化酶制剂的催化效率,可以将这些方法组合起来处理,以最大限度地发挥它们所具有的优势。固定化载体的理化性质影响固定化制剂的酶活性和固定化产率。这项工作的目的是找到有效的方法来稳定酶制剂与成本相关和生物催化效率之间的良好平衡。
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引用次数: 1
Digital Transaction and Economic Empowerment in India 印度的数字交易和经济赋权
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922404
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引用次数: 0
The Rise of LatinX and Indigenous Metal 拉丁和本土金属的兴起
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922415
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引用次数: 0
Effects of Physico-chemical Parameters and Acid Rain Water on the Mobility of PAHs from Coal Tar 理化参数和酸雨对煤焦油中多环芳烃迁移性的影响
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922228
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引用次数: 0
The Impact of Complex Foliar Fertilization on Rapeseed Cultivation 叶面复合施肥对油菜栽培的影响
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922220
Crista Florin, Imbrea Florin, Radulov Isidora, Bănățean Dunea Ionuț, Dragomirescu Monica, Lato Alina, Crista Laura
The aim of this paper is to study the influence of foliar fertilization on rapeseed cultivation. Rapeseed is currently one of the most important species of oil plants in the world, being cultivated for oil-rich seeds.The research was carried out in the agricultural year 2019-2020 in the experimental field of the Agrochemistry discipline located within the Experimental Teaching Station of the University of Agricultural Sciences and Veterinary Medicine of Banat in Timişoara, respectively Cioreni Farm.Foliar fertilizers have the role of calibrating and forming active growth intervals correlated with productivity factors. Foliar fertilization provides cultivated plants with the necessary nutrients during the growing season.Following the study, it was observed that foliar fertilization led to a significant increase in seed production and lipid content.Foliar fertilization is a method that quickly corrects nutrient deficiency and doses avoid toxicity.
研究了叶面施肥对油菜籽栽培的影响。油菜籽是目前世界上最重要的油料植物之一,因其富含油料而被广泛栽培。研究于2019-2020农业年在位于timi oara巴纳特农业科学大学和巴纳特兽医大学实验教学站的农业化学学科实验田进行,分别为Cioreni农场。叶面施肥具有调节和形成与生产力因子相关的活跃生长间隔的作用。叶面施肥在生长季节为栽培植物提供必要的营养。研究发现,叶面施肥显著提高了种子产量和脂质含量。叶面施肥是一种快速纠正营养缺乏和剂量避免毒性的方法。
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引用次数: 0
Overpopulation : A Curse Or Boon for Developing Nations? 人口过剩:对发展中国家是祸还是福?
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922406
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引用次数: 0
Athens’s Theatre Culture as a Theatrical Tourism Product 作为戏剧旅游产品的雅典戏剧文化
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922426
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引用次数: 0
The Influence of Intensive Fertilization on Some Indicators of Groundwater Quality in the Area of the Western Plain of Romania 罗马尼亚西部平原地区强化施肥对地下水水质若干指标的影响
Pub Date : 2022-09-20 DOI: 10.17758/heaig11.h0922217
Adina Berbecea, Isidora Radulov, Alina Lațo, Monica Dragomirescu, Ionela Hotea, Laura Crista, Nicoleta Vicar
After the change of the communist regime and the takeover of agricultural areas by private permits, they, in the context of the presence on the market of a limited range of chemical fertilizers at low prices, began their irrational application, in order to obtain large yields. Although most farmers currently apply fertilizer resources on a scientific basis, the effect of previous practices is still felt, affecting groundwater quality. This paper aims to assess the impact of chemical fertilizers on water quality indicators in a former rural area, now peri urban in the Banat Plain. 10 water sampling points were established (wells and boreholes), and the sampling was done over a period of 6 months (from November 2020 till June 2021). The parameters determined and the range of values were: pH: 6,65 ÷ 7,90; NO3- (mg·l-1): 1,23 ÷ 158,15; NO2- (mg·l-1): 0 ÷ 10,76; NH4+ (mg·l-1): 0 ÷ 5,12, EC (μS/cm): 420 ÷ 1918; PO43- (mg·l-1): 0,0107 ÷ 1,518; Cl- (mg·l-1): 9,35 ÷ 174; SO42- (mg·l-1): 18,79 ÷229,18. The interdependencies between these parameters were also studied.
在共产主义政权更替和私人许可接管农业区之后,在市场上以低廉的价格存在有限范围的化肥的情况下,他们开始不合理地施用化肥,以获得大量产量。虽然目前大多数农民在科学的基础上施用肥料资源,但以前的做法的影响仍然存在,影响地下水质量。本文旨在评估化肥对巴纳特平原一个原农村地区、现城郊地区水质指标的影响,建立了10个水样点(井和钻孔),采样时间为6个月(2020年11月至2021年6月)。测定的参数及取值范围为:pH: 6,65 ÷ 7,90;NO3- (mg·l-1): 1,23 ÷ 158,15;NO2- (mg·l-1): 0 ÷ 10,76;NH4+ (mg·l-1): 0 ÷ 5,12, EC (μS/cm): 420 ÷ 1918;PO43- (mg·l-1): 0,0107 ÷ 1,518;Cl- (mg·l-1): 9,35 ÷ 174;SO42- (mg·l-1): 18,79 ÷229,18。还研究了这些参数之间的相互依赖性。
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引用次数: 0
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ICSSHE-22 & ABENS-22 Sept. 20-22, 2022 Barcelona (Spain)
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