人工接种病菌可自伤口侵入。
In artificial inoculation the fungus can be made invaded through wounds.
完成了品种和病菌互作人工接种试验。
Then these varieties were tested by inoculation with isolates in this study.
探索在田间条件下进行稻曲病的人工接种技术。
Study on inoculation technology of Cistanche Tubulosa in the field;
经人工接种试验，该病菌至少能为害7科14种植物。
Artificial inoculation results showed that the bacteria could infect 14 plant species belonging to 7 families.
人工接种可侵染小麦、大麦、黑麦，及燕麦草，但不侵染燕麦。
Artificial inoculation test showed that wheat barley, rye and oat grass may be infected, but oat not.
筛选合适的发酵剂，人工接种泡菜并与自然发酵泡菜中的风味物质测定比较。
Starter culture was screened and volatile flavours were compared between inoculated fermentation pickle and natural fermentation pickle.
人工接种发酵从发酵周期、乳酸产量、感官评定等各方面都明显优于自然发酵。
Manual fermentation was superior to natural fermentation based on fermentation time, lactic acid production and sensory evaluation.
用从对虾病料提取的无包埋体对虾病毒人工接种淡水的克氏原螯虾，螯虾发病死亡。
After hypodermic inoculation of the Non Occluded Shrimp Virus obtained from diseased prawns , crawfishes suffered and died.
用大肝大脾（ B L S） 因子人工接种3月龄美国王鸽后进行病理学动态研究。
Big liver and spleen disease(BLSD)was produced experimentally by oral inoculation of BLS agent to 3 month American king pigeons.
研究表明，人工接种降解菌2N3可提高土壤中氯嘧磺隆的降解率，有效降低其在土壤中的残留。
The current study showed that the hand-actuated inoculation of 2N3's strain could effectively increase degradation rate of chlorimuron-ethyl in contaminated soil .
在人工接种条件下，BC 2001菌在大田防治中对根结线虫虫口基数的相对抑制率达57.8%。
Under the natural field condition of artificial inoculation, BC2001 presented the control rate of 57.8% on the nematode population.
但由于人工接种剂与土著根瘤菌的竞争结瘤问题一直未得到很好解决，阻碍了这些高效固氮菌株田间应用效果的发挥。
But the application of inoculant in field was blocked as the problem of nodulation competitiveness between inoculant strains and indigenous strains was not been solved completely.
人工接种条件下，病菌能侵染高粱、苏丹草、哥伦布草、玉米、谷子、珍珠粟、薏苡、水稻、燕麦、小麦、狗尾草等禾本科植物。
Under artificial inoculation the pathogen could infect cereal plants such as sorghum sudangrass columbus grass corn foxtail millet pearl millet jobstears rice oat wheat and green foxtail.
并以当地种植的芥菜为原料，采用相同的生产工艺，对比了自然接种和人工接种该两株优良菌株这两种接种方法对产品质量的影响。
The effects of natural incubation and artifical incubation on native leaf mustard to produce fermentatedproducts by the same producing technique were compared.
采用人工接种和酶活性测定的方法，研究转入几丁质酶基因等1～4个抗真菌基因的13个转基因水稻株系对纹枯病的抗性和几丁质酶活性变化规律。
The research was conducted to reveal the regular of resistance to sheath blight and chitinase activities of 13 transgenic rice lines which modified by chitinase gene and other anti-fungal genes.
折流式反应器采用“人工接种活性污泥”的挂膜启动方式所需时间较短，大约经过12天左右的时间即可挂膜成功，COD和氨氮去除率分别稳定在72%、60%左右。
It take about 12 days to succeed in cultivating bio-film using of the method of artificial inoculation with activated sludge, and the removal ratio of COD, NH3-N, gets to 72% and 60%.
目的观察兔骨髓诱导的内皮细胞用纤维蛋白胶接种到骨组织工程支架上，在体外人工骨血管化效果。
Objective To observe angiogenesis of induced endothelial cells in demineralized bone matrix scaffold seed by fibrin sealant in vitro.
同时，人工剪叶接种能引起叶组织内过氧化化物酶同工酶的变化，但变化的主要原因可能不是白叶枯病病菌的侵染所造成，而是剪叶对叶片的伤害所致。
Meanwhile, the inoculation treatment by clipping can cause he change of the peroxidase isozymes of the inoculated leaves, but it was the cut, not the pathogen, that resulted in the change.
结论：复合法所得原代复合细胞接种于人工真皮，体外培养6天可大量增殖，初步获得组织工程皮肤。
Conclusion: The complex cells, inoculated into artificial dermis, cultured 6 days in vitro, showed proper proliferation. Tissue engineering skins were constructed preliminary.
利用愈伤组织法对咖啡短体线虫进行了人工繁殖，并分析讨论了温度、培养时间、接种量对繁殖量的影响。
Pratylenchus coffea was monoxenically reproduced on carrot disk culture, and the effect of time, temperature, and inoculum density on reproduction were discussed in the study.
目的观察兔骨髓诱导的内皮细胞用纤维蛋白胶接种到骨组织工程支架上，在体外人工骨血管化效果。
Objective To observe angiogenesis of induced endothelial cells(ECs) in demineralized bone matrix scaffold seed by fibrin sealant in vitro.
目的观察兔骨髓诱导的内皮细胞用纤维蛋白胶接种到骨组织工程支架上，在体外人工骨血管化效果。
Values of radionuclide bone imaging to dynamically monitor revascularization of tissue-engineered bone graft in repairing bone defect of rabbits;
通过扫描电镜观察人工花器接种后的花柱、花丝等部位，可看到病菌萌发侵入的情况。
The germination and invasion of conidium could be observed on the surface of the flowers by SEM. The germinating conidium and invading hyphae could also be observed in…
通过扫描电镜观察人工花器接种后的花柱、花丝等部位，可看到病菌萌发侵入的情况。
The germination and invasion of conidium could be observed on the surface of the flowers by SEM. The germinating conidium and invading hyphae could also be observed in…
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