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spore formation
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  产孢
     The results showed that the optimal temperature of spore germination, hyphal growth and spore formation of B. cinerea was from 20 to 22 ℃.
     结果表明,该菌孢子萌发、菌丝生长和产孢的适宜温度为20-22℃;
短句来源
     The spore formation was best on asparagines and peptone. The optimum temperature was 22C~25C (12 h displace).
     菌丝生长最适温度为25~28℃,产孢最适温度为12 h 22℃~12 h 25℃。
短句来源
     For the growth and spore production of yam anthracnose (Colletotrichum gloeosporioides), the best medium was PYA, the optimum temperature was 25~30℃and the optimum pH was 6~8. Fluorescence-neutral light promoted spore formation while dark day inhibited it.
     山药炭疽病菌在PYA上生长和产孢最好,菌丝生长和产孢的适温为25~30℃,适宜pH为6~8,荧光-自然光和黑光-自然光可促进产孢而全黑暗有抑制作用。
短句来源
     The optimum temperature and pH value of the mycelium grew and the sporulation were 20℃~30℃ and 6~9 on PDA. The fluorescence promoted the spore formation.
     在 P D A 上,该菌菌丝生长及产孢的适温20℃~30℃,适宜p H6~9,荧光可促进产孢
短句来源
     The optimum temperature and pH value were 20-30℃ and 6-9 , respectively. The fluorescence promoted the spore formation while the blacklight fluorescence inhibited it.
     菌丝生长和产孢的适温20~30℃,适宜pH6~9,荧光可促进产孢而黑光有抑制作用。
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     The results showed that the optimal temperature of spore germination, hyphal growth and spore formation of B. cinerea was from 20 to 22 ℃.
     结果表明,该菌子萌发、菌丝生长和产的适宜温度为20-22℃;
短句来源
     The spore formation was best on asparagines and peptone. The optimum temperature was 22C~25C (12 h displace).
     菌丝生长最适温度为25~28℃,产最适温度为12 h 22℃~12 h 25℃。
短句来源
     For the growth and spore production of yam anthracnose (Colletotrichum gloeosporioides), the best medium was PYA, the optimum temperature was 25~30℃and the optimum pH was 6~8. Fluorescence-neutral light promoted spore formation while dark day inhibited it.
     山药炭疽病菌在PYA上生长和产最好,菌丝生长和产的适温为25~30℃,适宜pH为6~8,荧光-自然光和黑光-自然光可促进产而全黑暗有抑制作用。
短句来源
     The optimum temperature and pH value of the mycelium grew and the sporulation were 20℃~30℃ and 6~9 on PDA. The fluorescence promoted the spore formation.
     在 P D A 上,该菌菌丝生长及产的适温20℃~30℃,适宜p H6~9,荧光可促进产
短句来源
     The optimum temperature and pH value were 20-30℃ and 6-9 , respectively. The fluorescence promoted the spore formation while the blacklight fluorescence inhibited it.
     菌丝生长和产的适温20~30℃,适宜pH6~9,荧光可促进产而黑光有抑制作用。
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  形成孢子
     Almost no spore formed, when the hyphae was treated by 50μg/mL, at which the inhibitory rate on spore formation of Pestalotia funereal was 83.8%.
     浓度提高到50μg/mL时,水稻稻瘟病菌基本不形成孢子,对松赤枯病菌的孢子形成抑制率达83.8%。
短句来源
  “spore formation”译为未确定词的双语例句
     RELATIONSHIP BETWEEN SPORE FORMATION AND PHB SYNTHESIS BY BACILLUS CEREUS
     蜡质芽孢杆菌(Bacillus cereus)芽孢的形成及与PHB的关系
短句来源
     It has a notable inhibition effect on spore formation,a complete inhibition takes place when the dosage is at the level of 22.66 mg/L.
     对孢子形成也有一定的阻碍作用,22.66mg/L完全抑制孢子形成。
短句来源
     Likewise, the chain length of B. cereus was markedly longer in 0 5 g·L -1 and 0 25 g·L -1 riboflavin groups, together with the delayed spore formation of B. cereus.
     0 2 5 g·L-1核黄素组 ,在 72h内活菌数均增加 ,约 0 5~ 315倍 ,链长度增加 ,芽胞形成时间延迟。
短句来源
     The results showed that Mn 2+ influenced the D-ribose synthesis and the spore formation obviously.
     发现Mn2 +对该突变株合成D 核糖和形成芽孢具有非常显著的影响。
短句来源
     Nutrition requirements for spore formation by Bacillus licheniformis isolate BH_1
     营养对生防菌株BH_1芽孢产量的影响研究
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  spore formation
It was assayed by the HPLC method in healthy and diseased (inoculated by the powdery mildew causative agent) plants (from inoculation to the stage of pathogen spore formation).
      
Alkaliphilic streptomycetes can be morphologically differentiated from other actinomycetes based on their high radial rates of colony growth and increased spore formation in alkaline media as compared to neutral media.
      
When bacilli grew under the cultivation conditions that resulted in a low-zero spore percentage, 10-4-10-3 M HSL cancelled the inhibition of spore formation.
      
It is shown that the efficiency of spore formation is the only characteristic among those investigated which correlated with colony morphology of the S or R type.
      
The process of spore formation was restored in the S revertants, but they differed both from the wild type and from each other.
      
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We have shown that some growth substances existed in water chestnut. These substances could be extracted with alcohol, adsorbed on active carbon and retained on the anion exchange resins which could be eluted with 3N formic acid. The physio- logical activities were shown to be capable of: promoting the callus growth of Par- thenocissus tricuspidata Pench and Nicotiana tabacum L.; accelerating the callus forma- tion of Vitis vinifera L.; inducing the bud formation from cambium of N. tabacum L.; the root formation...

We have shown that some growth substances existed in water chestnut. These substances could be extracted with alcohol, adsorbed on active carbon and retained on the anion exchange resins which could be eluted with 3N formic acid. The physio- logical activities were shown to be capable of: promoting the callus growth of Par- thenocissus tricuspidata Pench and Nicotiana tabacum L.; accelerating the callus forma- tion of Vitis vinifera L.; inducing the bud formation from cambium of N. tabacum L.; the root formation from the cutting of Hibiscus syriacus L.; the breaking of dormancy of potato tubers; the growth of pea and rice embryos cultured in vitro and stimulating the growth and spore formation of Aspergillus niger van Tieghem. However, these growth substances were not effective toward the straight growth of wheat coleo- ptile, neither effectire towards the growth of rice seedlings nor the retention of chlo- rophyll in detached leaves. Bioassay and preliminary chemical identification shown that the effective subs- tances for growth in water chestnut probably are not due to auxin, gibberellin or cytokinin.

本文对荸荠汁中生理活性物质进行了初步的分离,分为荸荠汁原液,乙醇提取液。活性炭吸附部分。阴离子交换树脂3N甲酸法脱部分和纸层析分离部分等;并用各种植物材料和方法对提取分离的各个部分广泛地进行了生理效应实验。结果表明荸荠汁中的活性物质能促进烟草髓和爬山虎愈伤组织的生长,加速葡萄茎段形成愈伤组织,诱导烟草形成层生芽,刺激豌豆胚和水稻胚的生长,促进黄瓜离体子叶的扩大和叶绿素的形成,加速木槿插枝生根,和刺激黑麯霉的生长和孢子的形成。荸荠汁促进各种植物器官和组织生长的效应类似于椰子乳。还用胚芽鞘垂直生长、水稻幼苗生长和菸草髓愈伤组织的生长等鉴定生长素、赤霉素和激动素的比较专一的方法对荸荠汁进行了比较实验,结果表明荸荠汁对以上植物和组织的生长都没有以上三种物质的专一作用。由此初步证明荸荠汁中起作用的生理活性物质不是生长素、赤霉素。但是肯定的结果还必须将活性物质完全分离提纯,并且用物理化学的方法进行鉴定。这方面的工作正在进行中。

The larch blight, caused by Diaporthe conorum (Desm.)Niessl, is recently prevalent in larch plantation in Liaoning province of China. Phomopsis is its asexual generation. Our inoculating experiments show that the fungus penetrates the host through the wounds. The period of incubation is found to be 11 to 15 days. Larix leptolepis (Sieb. et Zucc.) Gordon and Larix principis-rupprechtii Mayr. are easily affected. The fungus overwinters in pycnidia or as a mass of hyphae. The fungal mycetium develops in various...

The larch blight, caused by Diaporthe conorum (Desm.)Niessl, is recently prevalent in larch plantation in Liaoning province of China. Phomopsis is its asexual generation. Our inoculating experiments show that the fungus penetrates the host through the wounds. The period of incubation is found to be 11 to 15 days. Larix leptolepis (Sieb. et Zucc.) Gordon and Larix principis-rupprechtii Mayr. are easily affected. The fungus overwinters in pycnidia or as a mass of hyphae. The fungal mycetium develops in various media. Potato-glucose agar is the best one for spore formation. Conidia and conidiophore develop at tem.perature of 25-28℃,even below the temperature of 7-20℃.The disease occurs in the middle of June or at the end of June. Trees, especially the yaung trees, can often be affected. The 10-15 year-old trees are the most severe victims.

本文报导了落叶松干枯病的病原菌鉴定,菌种分离培养,致病性鉴定等试验研究结果。

The species of coccidia were investigated on rabbits from seven farms in different prefectures of Jiangsu Province.The investigation included the observation of the size, shape, colour and structure of the oocyst before and after spore formation, and the time for sporulation.Twelve species of coccidia in rabbits were found. They are: (1)Eimeria stiedai, (2) E. magna, (3) E. piriformis, (4) E. intestinalis, (5) E.irresidua, (6) E. elongate, (7) E. media, (8) E. perforans, (9) E.exigua, (10) E. coeeicola,...

The species of coccidia were investigated on rabbits from seven farms in different prefectures of Jiangsu Province.The investigation included the observation of the size, shape, colour and structure of the oocyst before and after spore formation, and the time for sporulation.Twelve species of coccidia in rabbits were found. They are: (1)Eimeria stiedai, (2) E. magna, (3) E. piriformis, (4) E. intestinalis, (5) E.irresidua, (6) E. elongate, (7) E. media, (8) E. perforans, (9) E.exigua, (10) E. coeeicola, (11) E. nagpurensis, (12) E. matsubayashii,Among them the species of E.elongate, E.nagpurensis and E.matsubayashii are reported for the first time in our country and the species of E. stiedai, E.intestinalis, E. magna, E. irresidua, E. media, E. perforans and E. coecicola are widly distributed in all prefectures of Jiangsu Province,The Key to these species is given.

对江苏省七个地区七个兔场免只的球虫种类进行了研究。本研究包括观察在孢子形成前和孢子形成后其卵囊的大小、形状、颜色和结构,以及孢子形成所需的时间。有12种球虫被发现,它们是(见图1—12): (1)斯氏艾美尔球虫,(2)大型艾美尔球虫, (3)梨形艾美尔球虫,(4)肠艾美尔球虫, (5)无残艾美尔球虫,(6)长形艾美尔球虫, (7)中型艾美尔球虫,(8)穿孔艾美尔球虫, (9)小型艾美尔球虫,(10)盲肠艾美尔球虫, (11)那格浦尔艾美尔球虫,(12)松林艾美尔球虫。 其中,长形尔美尔球虫,那格浦尔艾美尔球虫和松林艾美尔球虫为国内首次报道。斯氏艾美尔球虫,肠艾美尔球虫,大型艾美尔球虫,无残艾美尔球虫,中型艾美尔球虫、穿孔艾美尔球虫和盲肠艾美尔球虫等七种广泛地分布于江苏省每个地区,对这些种制作了检索表。

 
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