1) jinggangmycin
井岗霉素
1.
Sensitivity of Rhizoctonia Cerealis and R.solani to Jinggangmycin and Some Factors Influencing the Sensitivity;
稻、麦纹枯病菌对井岗霉素的敏感性及其影响因素的研究
2.
The field tests of 6 compounded bio-pesticides showed that 1 350 g/hm2 85% Bt·15% Abamectin and 75% Bt·25% Jinggangmycin had the best insecticidal effect.
25%井岗霉素处理杀虫效果最高。
2) Validamycin A
井冈霉素
1.
Determination of Validamycin A Residues in Soil by Precolumn Derivatization and Capillary Gas Chromatography;
柱前衍生化毛细管气相色谱法测定土壤中井冈霉素A残留
2.
The active components,buprofezin,Shachongdan and validamycin A in the wettable powder were determined by RP-HPLC.
采用Ｃ１８色谱柱和紫外检测器，对病虫清可湿性粉剂中的三种活性成分噻嗪酮、杀虫单和井冈霉素的含量进行反相高效液相色谱测定，以外标法面积定量。
3.
But validamycin A is hardly effective ((EC50=66.
绿亨一号和多菌灵在室内条件下对白绢菌的菌丝有很强的抑制作用,其EC50分别为5 49mg L和8 84mg L,而井冈霉素为66 07mg L。
3) Jinggangmeisu
井冈霉素
1.
Optimization of Production Processes of Agricultural Antibiotics Jinggangmeisu;
井冈霉素生产工艺优化研究
2.
Synthesis of Polyacrylic Acid Resin and Its Application in Jinggangmeisu Extraction;
新型聚丙烯酸树脂的合成及其在井冈霉素纯化中的应用
3.
Controling of Bacterial-infection in the Fermentation Process of Jinggangmeisu;
井冈霉素发酵工艺中染菌的控制
4) jinggangmycin A
井冈霉素A
1.
Studies on the Toxicity and Mechanism of Jinggangmycin A on Rhizoctonia solani AG-1 IA[ in vitro (on PDA) and in vivo (in rice plant)];
井冈霉素A对水稻纹枯病菌的毒力和作用机理研究
2.
Based upon the analysis of the physicochemica properties of soil,Influence of bacillus thuringiensis and jinggangmycin A on soil invertase activitiy in different concentration and PH were measured in simulated conditions with 3,5-Dinitrosalicylic Acid Colorimeitry.
研究了不同模拟条件下苏云金杆菌、井冈霉素A对土壤蔗糖酶活性的影响。
3.
jinggangensis Yen was treated by UV,60Coγ Radial and UV with HNO2 respectively, a high-yield Jinggangmycins A strain F-101 was obtained, the Jinggangmycin A yield was 33.
jinggangensis Yen)KN-16经紫外线、60Coγ射线、亚硝酸-紫外线复合诱变处理,摇瓶发酵筛选得到一株井冈霉素A高产菌株F-101,该菌株产井冈霉素A含量较出发菌株提高了33。
5) Jinggangmycin
井冈霉素
1.
Selection of Nitrogen Sources and Proportion of Carbon and Nitrogen of Jinggangmycin of Streptomyces hygroscupicus;
吸水链霉菌井冈霉素发酵中氮源及碳氮比的优选
2.
Study on the Streptomycin Resistance Screening of High-yield Strain of Jinggangmycin;
链霉素抗性筛选井冈霉素高产菌株的研究
3.
Biological characters of the resistant mutant of Rhizoctonia solani to Jinggangmycin;
水稻纹枯病菌抗井冈霉素突变体的生物学特性
6) Validamycin
[vælidə'maisin]
井冈霉素
1.
Exploring and Methods of Control Bacterial-Infection of Validamycin-Ferntation;
井冈霉素发酵染菌的研究和制服方法
2.
Enhancements of the Mixtures of Carbendazim and Validamycin to Rhizoctonia solani;
多菌灵、井冈霉素及其复配剂对水稻纹枯病菌的增效作用
3.
The mutagenic effect of the validamycin producing strain implanted by titianmium (Ⅰ) ion;
钛离子注入井冈霉素生产菌株的诱变效应
补充资料：圣井岗古建群
圣井岗古建群位于邯郸市西北10公里，邯武公路北侧，占地面积13亩。因位居丘丘陵岗地，故称圣井岗。其主体建筑由南至北，在中轴线上，有戏楼，山门，前殿， 后殿中轴线东侧有钟楼，东道房，东配殿，送子奶奶庙。西侧有鼓楼，西道房，配殿，眼光奶奶庙。其整体布局，以中轴线为主，东西两侧对称统一。
戏楼位于古建群南端，北距山门墙28米，台基略方形，南北长9，8米东西宽9米,为卷棚式悬山式灰瓦顶，侧面的结构以前后两个单体叠压在一起，而顶部南北面坡又形成一体。专家认为这种地方性结构形成比较特殊，为它处所罕见。
前殿（九龙圣母殿）面宽五间，进深三间，前后廊悬山灰瓦顶。殿内神像前有一古井深丈余，碑载"雨不溢，旱不涸"，故名圣井。旧时附近省县每逢年纷纷前来请牌求雨，应验后即来还牌。近年维修，井内出土百余块银，铜，铁牌。据载，清同治六年京都大旱，帝令礼部尚书前来求雨，应验后金牌还之。
后殿，面宽五间，进深三间，前后廊悬山式灰瓦顶，殿前原有殿，现仅有遗址。碑载，其建筑始于元代仁宗仁延佑三年（公元1313年），称"尤王庙"。后经维修扩建，现存规模属明清时代形成。该建筑规模宏伟，是一处可与黄梁梦吕仙祠媲美的古代建筑群，为市郊游览胜地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条