“3S”技术在遵义现代烟草农业建设中的应用

介绍了"3S"技术在烟草行业的应用背景,结合遵义市的地理环境介绍了"3S"技术在遵义烟叶生产中的价值和意义,针对遵义市近年来烟叶生产中的实际需求,重点分析了"3S"技术在遵义烟草中可能应用的领域。"3S"技术在遵义烟草可能应用的领域有:烟叶种植面积的检测和核查、产量估计、山区地形地貌三维立体展示、烟田轮作、自然灾害监测与评估、烟叶基础配套工程分布合理性分析及监管。"3S"技术在遵义烟草中的研究和应用,对保障遵义烟草商业"十二五规划"中烟叶科技目标的实现,推动传统烟叶生产转向现代烟草农业有着重要的意义。     

Aerosol delivery of trail pheromone disrupts the foraging of the red imported fire ant,Solenopsis invicta

BACKGROUND: The fire ant, Solenopsis invicta, is one of the most aggressive and invasive species in the world. The trail pheromone Z,E‐α‐farnesene (91% purity) was prepared, and disruption of worker trail orientation was tested using an ethanol‐based aerosol formulation presenting a single puff of this compound by airbrush and compressed air. Trail‐following behaviour was recorded by overhead webcam and ants digitised before and after presentation of the aerosol treatment at four rates (1.6, 16, 160 and 1600 ng cm^?2). RESULTS: Ants preferred 110 ng cm^?1 over 11, 1.1 and 0.11 ng cm^?1 for trail following. Within seconds of presentation of 1600 ng cm^?2, the highest dose tested, trail disruption was observed. Disruption was evident as reduced arrival success and reduction in the trail integrity statistic (r²), as well as increased deviation from the trail (deg). The distribution of walking track angles was also flattened. CONCLUSIONS: The feasibility of using aerosol for delivery of trail pheromone was demonstrated, but the need for high purity combined with the difficulty of commercial supply makes this technique impractical. However, the commercial production of Z,E‐α‐farnesene of high purity by industrial biotechnology or from (E)‐nerolidol may be possible in future, which would facilitate further development of trail pheromone disruption of S. invicta. Copyright © 2012 Society of Chemical Industry     

杂交水稻新组合嘉优3号高产制种技术

介绍了嘉优3号父母本的特征特性,总结了其高产制种技术,以期为该品种制种提供技术参考。     

不同药剂防治银杏大蚕蛾药效研究

进行不同药剂防治银杏大蚕蛾药效研究,结果表明:参试各药剂对银杏大蚕蛾均有一定的防治效果,其中以90%晶体敌百虫800倍液防治效果最好,防效达97.32%。     

S3C2410A中STN型LCD显示驱动的实现

通过对LCD显示原理的分析和对嵌入式芯片S3C2410A中LCD控制器的研究,设计了STNLCD的硬件驱动电路和软件驱动程序,完成了在S3C2410A中对STN LCD驱动的设计.实验结果显示LCD上图像显示稳定清晰,达到设计要求.该设计可用于大部分嵌入式芯片对STNLCD的驱动,是嵌入式系统中实现LCD驱动的一套较好解决方案.     

中华补血草Syntaxin基因的克隆(英文)

[目的]对中华补血草Syntaxin基因进行克隆。[方法]以中华补血草叶片为材料,提取总RNA并进行反转录反应。依据已知Syntaxin基因5’端EST序列信息设计巢式引物,以反转录得到的cDNA为模板,利用2轮PCR扩增cDNA3’末端(3’RACE),获得Syntaxin基因3’端序列。[结果]获得1090bp的DNA片段。分析表明,该片段编码LsSyntaxin全长基因,其中开放阅读框长816bp,编码271个氨基酸。该基因编码的Syntaxin蛋白相对分子量为30254.3Da,理论等电点为5.55。[结论]为研究Syntaxin基因在补血草中的功能及其在补血草泌盐过程的作用奠定了基础。     

3F原则在可持续的园林景观设计中的应用研究

以可持续园林景观所涉及的生态伦理为启示,分析了在高速发达的信息社会,日益严重的生存环境问题以及可持续的生态系统问题已经严重影响到当代人和后代人的发展需求。结合日常生活中对园林景观的设计研究,发现必须以可持续发展的园林景观设计理论作为根本指针,在设计中充分考虑符合生态系统的设计原则,科学地解决生命有机体之间、有机体与环境发展之间的相互关系,运用科学发展观来促进人、环境和生物体之间的平衡,为人类创造适宜生理、心理的健康园林景观环境。     

基于3DGIS技术的新一代跨区域联合人影作业系统

为了应对全球气候变暖及极端天气气候事件日益增多的形势,增强社会防灾减灾的能力,基于跨区域联合人影作业的需求,研发了新一代三维人影作业系统,系统集成了三维地理信息、GPS定位和虚拟现实技术,加入基础地理信息和人工影响天气专题信息矢量数据,实现了人工影响天气基本业务信息、预警预报信息、防灾减灾信息和其他决策支持信息的立体、综合、有效的管理。     

Study on high and steep slope stability Based on 3D laser scanning

Dangerous mountain construction projects block of high and steep slope stability is the important issue of security and disaster prevention, investigation on the surface of the dangerous mountain high and steep slope rock mass structure is the key to the analysis of the problem. The high slope of a major project of the Lancang River, the application of 3D laser scanning technique to study the long-distance survey analysis of rock mass structure analysis method to analyze the distribution of the surface space of the high and steep slope rock mass structure, statistical analysis direction of the advantages of the structure surface and the distribution of rock blocks, as the basis for the application of limit equilibrium analysis method to study the stability of rock blocks of the high and steep slope.     

丙型肝炎病毒NS4B蛋白调控Hep3B细胞非折叠蛋白质反应研究

研究表达的丙型肝炎病毒(HCV)NS4B对Hep3B细胞非折叠蛋白质反应的影响。NS4B重组真核表达质粒pcDNA3.1(-)NS4B通过脂质体转染Hep3B细胞,G418筛选和Western blot鉴定稳定转染细胞;RT-PCR检测稳定转染细胞内XBP1 mRNA剪接,Western blot鉴定ATF6蛋白切割,荧光素酶试验检测稳定转染细胞内GRP78和XBP1启动子活性。G418筛选和Western Blot鉴定证实获得稳定表达NS4B的Hep3B细胞;在该细胞内,XBP1 mRNA剪接、ATF6切割、XBP1和Grp78启动子激活均被检测到。NS4B在Hep3B的稳定表达诱导了非折叠蛋白质反应。