广佛智城:基于电商平台的产商综合体

从2015年年初由李克强总理提出"互联网+",短短一年多时间,"互联网+"的浪潮已经席卷我们生活中的各行各业,各企业无不提出了他们的转型战略并着手实施。笔者在进行了大量的分析调查和实地调研后,以处于珠三角的"广佛智城"为例,对一种全新的商业模式——产商综合体作一个详细的分析及阐述。

调研i文教产城商〃融合:文创事业发展的新引擎

文化创意事业生态可持续营造,需要通过探索未来机制创新、体制优化后,紧密结合文创事业“锻长板、补短板”这一核心工作来协同实现。从“文、教、产、城、商”五个維度相互嵌合发展视角入手,面向全球对标,面向未来建标,持续创建一批“大文创、大设计、大时尚”的成果库、数据库和智力库,串联起一批实习园地、研究高地、流通传播基地体系构建显得正当时。随着人、物、场三要素中对“场”的数字虚拟体验能级的提升,城市数字化转型带来的必将是更符合贴切人性需求的高品质空间环境,高校文化空间场域在十四五期间以何种新模式、新面貌面向社会更广泛地开放,以促成“大设计大时尚软实力+基建装备硬实力”协同发展蓝图,是笔者研究的出发点所在,更需要社会各利益相关方共同来描绘、耕耘。

产教融合型跨境电商企业人才培育路径研究

产教融合型跨境电商企业是培养跨境电商行业大批高素质创新人才和技术技能人才的重要渠道,可以推动构建教育和产业统筹融合的发展格局。文章从产教融合型跨境电商企业的可行性、产教融合型跨境电商企业培养人才的途径和方法以及具体应用等方面进行研究和分析。

电子商务浅谈

进入九十年代以来,随着计算机网络、通信技术的日益发展和融合,以及Internet的普及应用,电子商务作为商业贸易领域中一种先进的交易方式,已经风靡全球。 Internet作为继报纸、广播、电视后的第四大媒体,已经成为未来经济的重要特征,而电子商务作为数字化网络与以两高一低(高增长、高就业、低膨胀)为特征的“新经济”之间的内在联系,成为企业在未来取得生存和发展的必然选择。

麦套春棉早熟高产优质配套栽培技术

麦棉两熟是黄淮海平原的主要种植制度之一,以地膜覆盖为中心的配套促早栽培措施是实现麦套春棉早熟高产优质的关键技术。一、选择适宜的麦棉搭配品种小麦要选用早熟、耐迟播、抗病、矮秆抗倒伏、大穗大粒型、高产优质的品种,如85中33、预麦18、鲁克15等;棉花宜选用丰产、优质、兼抗枯黄萎病的中熟或中早熟品种,如中棉所12、中棉所19、中棉所17等。

Wavy Distribution of Trace Elements in Phytolacca Samples from Different Areas

To study the distribution of 25 elements, i.e. Be, Cd, Ce, Cr, Cu, Dy, Er,Eu, Gd, Ge, Ho, La, Lu, Mo, Nd, Pb, Pr, Sm, Sr, Tb, Tl, Tm, Y, Yb and Zn in Phytolacca, atraditional Chinese medicinal herb, collected from nine areas of P. R. China. Methods Twenty-fiveelements in Phytolacca including essential elements, toxic elements and rare earth elements intraditional Chinese medicinal herbs from different areas were analyzed by ICP-MS. Results The 25elements in Phytolacca were determined by ICP-MS under optimized conditions. The detection limitswere 0.003 -0.71 ng·mL^(-1). The recoveries were 88% - 118% . The relative standard deviations ofthe measurements were 1.7% - 13.3%. Conclusion The determined concentrations of elements inPhytolacca acinosa Roxb vary from one area to another; however, the distribution tendency ofelements in all the samples is similar. The distribution tendency of rare earth elements inPhytolacca acinosa Roxb is consistent with that in nature.

Selection of Third-party Logistics Provider for Agricultural Products Based on System Comprehensive Evaluation

Through the analysis on the meanings and features as well as the ad- vantages of the third-party logistics for agricultural products, the quantization index system for the selection of third-party logistics providers for agricultural products was constructed based on the system comprehensive evaluation theory. Analytic hierar- chy process （AHP） was used to determine the weight of the index system of each level, and AHP and fuzzy comprehensive evaluation method were used to determine the selection steps for the third-party logistics providers for agricultural products. The method was proved to be scientific and reasonable through calculation examples.

Initial Research of Four Strobilurin Fungicides' Effect on the Quality and Yield Formation of Fruit Vegetables

Objective] The effects of four QoI fungicides on potato and tomato and cumumber quality and yield formation under disease-free conditions were studied in order to research the physiological effects of four QoI fungicides on these fruit veg-etables and explore the range of minium dose for the obvious physiological effect and the dose for the maximum effect. [Method] The effects of four strobilurin fungi-cides on yield formation and quality were studied under disease-free conditions in the field. Two applications of each strobilurin fungicide were designed. The yield and commercial ratio for each application were investigated. [Results] The minimum dose for the obvious physical effect on potato and tomato and cucumber was lower than 133 mg/L , the dose for maximum effect on patoto and cucumber of the four stro-bilurin fungicides maybe also lower than 667 mg/L. The dose of fenaminstrobin and pyraoxystrobin for maximum effect on tomato maybe also lower than 667 mg/L. [Conclusion] The study suggested that enotroburin, fenaminstrobin, pyrametostrobin and pyraoxystrobin were able to increase the yield and ratio of high quality potato and cucumber and tomato.

Biodiversity and biotechnological potential of mangrove-associated fungi

This review describes the present hot research areas of mangrove-associated fungi, including its biodiversity, ecological roles, novel metabolites productions and biotechnological potential. Mangrove-associated fungi were divided into saprophytic, parasitic and true symbiotic fungi based on its ecological roles. Saprophytic fungi are fundamental to decomposition and energy flow of mangrove, additionally, their potential toxicity also exists. Pathogenic fungi have significant effects on mangrove survival, growth, and fitness. Endophytic fungi, the most prolific source of diverse bioactive compounds found among that of mangrove-associated fungi, are found in most species of mangroves. Although a significant number of reports focused on the antimicrobial, insecticidal and other bioactive metabolites as well as many novel enzymes isolatcd from mangrove-associated fungi, and many of those metabolites from endophytic fungi are suspected to be of significant to mangrove, only few studies have provided convincing evidence for symbiotic producers in mangrove. Hence, this paper discusses the present progress of molecular methods used to correlate the ecological roles of endophytic fungi with their bioactive metabolites;, meanwhile, the potential of using metabolic engineering and post-genomic approaches to isolate more novel enzymes and bioactive compounds and to make their possible commercial application was also discussed.

2016 Chinese guidelines for the management of dyslipidemia in adults

Abbreviations ACS： acute coronary syndrome ALT： alanine aminotransferase Apo： apolipoprotein ASCVD： atherosclerotic cardiovascular disease AST： aspartate aminotransferase

Improving the Size and Market Value of an Underutilised Yam （Dioscorea esculenta） in Ghana： Implications for Crop Breeding and Production Choices

Yam, Dioscorea esculenta which is a high value commodity is a threatened species in Ghana, due to several factors including neglect on the part of science, technology, research and development. Different doses of radiation were use to improve the size and market value of D. esculenta to promote it effective use and enhance effective conservation. We observed through repeated experiments that irradiation of yam planting material at 40 Gy gave the best results producing a M1 generation with a decreased number of tubers but with an increased tuber size per vine. Some yam characteristics are valued more than others, and prices vary across species, time, and market sites. Tuber weight exhibits an increasing marginal value and price per kilogram increases above an optimum size; therefore, yam producers and dealers derive additional reward from extra-large tubers. We conclude that, to effectively access and benefit from urban markets, producers should focus on the improved size and conical shaped-tubers, which are easy to process and meet the aesthetic qualities preferred by urban consumers. The implications for research on improved variety development to reduce poverty and for crop and resource management practices are drawn.

Multi-enzymes Production Studies in Single Tray Solid State Fermentation with Opened and Closed System

The robustness ofA. awamori and A. oryzae as enzyme producers is exploited in fungal fermentation on agricultural solid waste. High-level production of extracellular glucoamylase, protease, cellulase and xylanase has been achieved. Three different types of ＇waste＇ solids （wheat bran, soybean hulls and rapeseed meal） have been used in studies of solid state fermentation （SSF）. The enzymes could be produced in significant levels by continuously supplying oxygen （02） through the tray system known as ＂closed＂ and ＂opened＂ tray systems. A perforated tray system was developed in this study that permits direct access to 02. Testing the tray system with different perforated mesh aperture sizes in this study did not yield different results in growth performance of A. awamori and A. oryzae. A. awamori and A. oryzae can be very versatile in producing various enzymes with different substrates with different starch, protein, hemiceilulose and cellulose contents. These studies indicate that A. awamori is more suitable for the efficient production of multiple enzymes in the closed system including xylanase and cellulase, while the production of glucoamylase and protease is superior in the opened system. A. oryzae is more suitable for the efficient production of protease and cellulase in the closed system, while the production of protease is more favourable the opened system. A. awamori efficiently consumed starch in wheat bran medium and produced very high glucoamylase activity, and after that, the fungus efficiently produced other enzymes to degrade other complex nutrients such as protein, hemicellulose and cellulose. Meanwhile, A. oryzae efficiently consumed protein in rapeseed meal and produced very high protease activity. The ability of both filamentous fungi, to convert biomass through SSF bioconversion will have a great impact on food and agro-industry in every aspect of life from food and medicine to fuel.

Microstructure evolution of aluminum-lithium alloy 2195 undergoing commercial production

Microstructures of three kinds of typical product states for commercially fabricated alloy 2195 were observed.It is found that the hot-rolled plate is characterized by a fibrous structure containing fine,polygonized substructures;and the cold-rolled sheet was characterized by a "pan-caked" grain structure containing high density dislocation cells.The product under near peak-aging temper is proved to contain a large amount of dispersive,plate-shaped T1(Al2CuLi) precipitates,together with a small fraction of θ'(Al2Cu) plates,exhibiting a desirable combination of mechanical properties.Analyses using scanning electron microscopy reveal that many coarse,irregular-shaped Al7Cu2Fe constituent particles exist in all product states,which indicates that intermediate heat treatments have little influence on this iron-caused,detrimental phase.The formation and evolution of microstructures for different product states of alloy 2195 were discussed in view point of the commercial production condition.

Medium-Pressure Hydro-upgrading (MHUG) Technology for Producing Clean Diesel Fuel

Abstract： This article introduces the development and application of the medium-pressure hydro-upgrading （MHUG） tech- nology developed by the Research Institute of Petroleum Processing （RIPP）. The MHUG technology based on the chemistry of diesel hydro-upgrading reactions has the advantages of flexible product slate and excellent product quality that can in- crease the cetane rating of diesel fuel up to more than 15 units. The hydrotreating and hydro-upgrading catalysts associated with the MHUG technology have outstanding performance to meet the demand of MHUG technology for hydro-saturation and selective ring-opening of aromatic rings. New MHUG process flow scheme can further increase the yield and selectivity of target products. Commercial application of multiple MHUG units has revealed that the MHUG technology designated for clean diesel production features good feedstock adaptability and operating stability.

Identification and characterization of microRNAs in raw milk during different periods of lactation, commercial fluid, and powdered milk products

Recent baby formula milk powder contamination incidents have shown that the classic markers or standards in milk quality control are insufficient in identifying ＂manipulated＂ poor-quality milk. In the present study, we demonstrated for the first time that cow milk contains large amounts of microRNAs （miRNAs） and that the unique expression profile of milk-specific miRNAs can serve as a novel indicator and possible new standard for the quafity control of raw milk and milk-related commercial products, such as fluid milk and powdered formula milk. First, using Solexa sequencing, we systematically screened miRNA expression in raw milk and identified a total of 245 miR- NAs in raw milk. Unlike other classic biomarkers whose expression levels are nearly identical at different periods of lactation, individual miRNAs can be significantly altered during lactation process, implicating that miRNAs may be a more accurate indicator to reflect the quality alteration of milk. Second, using TaqMan probe-based miRNA quantitative RT-PCR, we further identified seven miRNAs that have a relatively consistent expression throughout the lactation process, and more importantly, the expression profile of these seven milk-specific miRNAs can serve as an ideal biomarker for discriminating poor-quality or ＂manipulated＂ milk from pure raw milk, as well as for the quality control of commercial milk products, such as fluid milk and powdered formula milk. Together, our findings provide a basis for understanding the physiological role of milk miRNAs and a new potential standard for determining the quality of raw milk or milk-related commercial products.

Investigating the Use of Translation Continuation Tasks in Commercial Translation Teaching: A Study on Translating User Manuals

Based on the xu-argument, this study investigated the use of translation continuation tasks in commercial translation instruction. Forty-four second-year Business English majors at a Chinese university participated in the study. They were divided into equal-sized control and experimental groups. Members of the experimental group were asked to read Chinese-English parallel texts from a user manual, while those of the control group were asked to read the Chinese text only.Subsequently, both groups were required to translate the continued Chinese text into English. The results indicated the following: 1) the experimental group’s translated text was of significantly higher quality than that of the control group;and 2) the experimental group’s translations were well-aligned with the original text in their use of terminology, sentence structure, and stylistic features. The study concludes by suggesting that translation continuation tasks can improve commercial translation instruction and hence should be further applied in practice.

Growth, Proximate Composition and Pigment Production of Tetraselmis chuii Cultured with Aquaculture Wastewater

Microalgae are cultured commercially as healthy food, cosmetic products, food preservatives, and a source of valuable compounds. However, the high cost of commercial culture medium is one of the challenges to microalgal production. Therefore, it is essential to find an alternative cost-effective culture medium. Aquaculture wastewater is considered as a highly potential candidate due to its high nutrient content and large quantity generated from the rapid growth of aquaculture sector. In this study, Tetraselmis chuii cultured in different media with or without wastewater was evaluated for its growth, proximate composition and carotenoid production. The results showed that significantly(P < 0.05) higher growth(4.3 × 105 cells mL^(-1)) and protein(56.4% dry weight), lipid(44% dry weight) and carbohydrate(20% of dry weight) contents were found in T. chuii when they were cultured in the combination of both wastewater and Conway(wastewater + Conway) medium. However, carotenoid production of T. chuii was significantly increased(P < 0.05) when it was cultured in wastewater only, followed by Conway + wastewater and Conway medium only. Therefore, the incorporation of wastewater with commercial medium Convey is recommended for a cost-effective microalgae culture, as well as for the enhancement of growth and nutritional content of microalgae.

City Networks of Online Commodity Services in China:Empirical Analysis of Tmall Clothing and Electronic Retailers

City networks have been a critical topic in the fields of urban geography and regional economics. Numerous studies have explored city networks, focusing mainly on infrastructure and industrial networks. Unlike traditional urban network of which the major measuring indexes are population sizes and entity industries, online commodity service networks could reflect well the influencing of emerging economies, especially the Internet economy, on city networks. This study analyzes and reveals structural features of China's city networks through online commodity services, providing the internet economic approach on city networks. Results indicate that the core cities of online commodity service networks are mainly concentrated in eastern coastal areas. In addition, spatial polarization and layer structure of network connections are obvious, descending from the centers in eastern China to peripheral cities in central and western China. Online commodity services of different cities show apparent differences and uncertainties in terms of specialization rates of international connection, which presents a tendency toward diversification. Online commodity service networks are not only associated with goods production, supply, and consumption in physical space but also reflect virtual information, capital, and technology flows, thus providing a new empirical approach for understanding city networks in information and internet economic age.

Charcoal Production in a Cocoa-Farming Area： Plant Species Used and Their Sources

The authors investigated the plant species used for charcoal production and their sources and the willingness of the producers to plant charcoal-making species. Furthermore, the authors indirectly determined the involvement of farmers in charcoal production in Atwima Mponua District of Ghana. A total of 120 producers were interviewed and simple ranking was used for the analysis. Twenty-three plant species were used with the first, second, third and fourth which were Celtis mildbraediL Cylicodiscus gabunensis, Margaritoria discoides and Amphimas pterocarpoides respectively. However, the Amphimas pterocarpoides was not among the traditional charcoal-producing species. The wood used came from seven different sources. None of the charcoal producers had a plantation of charcoal-producing species. Only 13 % of the producers were willing to plant, 87% of them who were not willing to plant indicated that they would leave charcoal production if the resource got finished. The 120 charcoal producers were made up roughly of 56% males, and 44% females and in which 69.2% of them were farmers.

Biodynamic Practices, Eco-label Wines and Millennial Consumers

Abstract： The objective of this study was to provide insights on the motivations behind the decision of biodynamic producers in the United States to shift to biodynamic practices in the vineyard and winemaking process. The second objective of the study was to evaluate the perceptions of the consumers regarding eco-label wines, with a direct focus on the attitudes of millennial generation. Two surveys, one directed to biodynamic producers in the United States and the other to a group of Californian wine consumers were distributed during spring and fall of 2010. Findings from the first survey reveal that biodynamic producers are engaged in biodynamic practices out of socially motivated reasons rather than economic factors. Results from the consumer survey suggest a generally uninformed generation of consumers about eco-label wines and particularly about the practices associated with these products. This lack of information heavily influences their behavioral decisions and attitudes and points out to the critical need for consumer education.