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- BlatteUa germanica 德国小蠊
- An iris, especially a white-flowered form of Iris germanica. 鸢尾鸢尾属植物，尤指开白花的德国鸢尾
- Results The invasion rate of Blattella germanica was 58.33%. 结果12所商务楼中德国小蠊侵害率为58。33%25。
- Conclusion SH is an effective pathogenic Strain to control Blattella germanica. 结论SH菌株是防治德国小蠊的有效致病菌株。
- Objective To separate automatically the imagoes and larvae of Blattela germanica. 摘要目的将成虫和幼虫在自然状态下自动分离。
- The results indicated that the dwarf plants of Iris germanica could be obtained through repeated backcrossing to the dwarf parent. 以花色为主要观赏指标的鸢尾矮生植株需通过与矮生亲本的反复回交筛选得到。
- Any of several species of iris having a fragrant rootstock,especially a variety of the hybrid Iris germanica. 鸢尾科植物一种鸢尾种类植物，有芳香的根状茎，尤指德国鸢尾的杂交变种
- A deciduous European tree(Mespilus germanica) having white flowers and edible apple-shaped fruit. 欧楂欧洲落叶乔木（欧查属欧查），有白色花朵和与苹果形状相似的可食果实
- Any of several species of iris having a fragrant rootstock, especially a variety of the hybrid Iris germanica. 鸢尾科植物一种鸢尾种类植物，有芳香的根状茎，尤指德国鸢尾的杂交变种
- Three kinds of granule were used for killing Blat tella germanica with same method in three storied building. 在三栋商住楼用相同的方法灭蟑,观察3种灭蟑颗粒剂的效果。
- Objective To observe the efficacy of 2.5% Weide suspension for Blattella germanica control. 目的观察2.;5%25卫得悬浮剂防治德国小蠊效果。
- Integrated methods to control German cockroaches, Blattella germanica (L.), were carried out in a shopping mall. 目的：探索大型综合性商厦防制蜚蠊方法，分析侵害的途径。
- Objective To study effective methods for controlling Blattella germanica in special places. 目的研究特殊场所控制德国小蠊侵害的方法。
- Objective To look for an effective method for killing Blattella germanica in storied building. 目的寻找一种适合于有效控制商住楼德国小蠊的方法。
- ObjectiveTo observe the controlling efficacy of gel bait against Blattella germanica. 目的观察杀蟑胶饵大面积防治德国小蠊的效果。
- Objective To find the reasons for invasion and spread of Blattella germanica in commercial building in Shanghai. 目的了解上海商务楼内德国小蠊侵害及扩散的原因。方法用0。
- Objective To investigate the distribution situation of Blattella germanica in Yuxi City. 目的了解玉溪市德国小蠊的分布状况。方法采用目测法选点调查。
- The results showed that there existed 115, 116 and 141 polypeptide spots in Periplaneta,americana P. japonica and Blattella germanica, respectively. 美洲大蠊、日本大蠊和德国小蠊分别显示多肽斑点115、116和141个;三者均大部分分布在43KD以下、pH6.;32以下和pH7
- The sIgE positive rates to Periplaneta americana, Periplaneta fidiginosa and Blattella germanica were 23. 5% , 16. 0% and 14. 0% respectively. 美洲大蠊、黑胸大蠊和德国小蠊sIgE阳性率分别为23.;5%25、16
