| 1. | The colonization of rhizobia on the roots of legumes and nonlegumes has been well documented .
豆科和非豆科植物根上瘤菌的群集现象曾被很好地证实过。
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| 2. | laboratory cultures of the rhizobia can fix only under special cultural conditions.
实验室培养的根瘤菌只有在特殊培养条件下才能固氮。
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| 3. | Further research will, no doubt, be aimed towards further characterization of both rhizobium and plant genes .
勿庸置疑，今后的研究应该进一步认识根瘤菌和植物双方基因的特征。
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| 4. | Legume rhizospheres stimulate more growth of rhizobia than do the rhizospheres of nonlegumes or soil apart from the roots .
豆科植物的根际比非豆科植物的根际或离根土壤更能刺激根瘤菌的生长。
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| 5. | They, using agglutination, complementfixation, and precipitate tests, divided rhizobium cultures from 18 legumes into nine characteristic serological groups .
他们用凝集作用，补体结合试验和沉淀素试验把从18种豆科植物分离出来的根瘤菌培养物分成9个具有特点的根瘤菌血清类群。
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| 6. | Phenotypic diversity of rhizobia isolated from bayi town in linzht area
林芝地区八一镇根瘤菌的表型多样性研究
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| 7. | Biological characteristics of indigenous rhizobia from soybean in the north area
北方地区大豆根瘤菌的生物学特性
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| 8. | Effects of inoculated rhizobia and humic - acid fertilizer in soil on wind erosion
接种根瘤菌和腐殖酸肥处理下的土壤风蚀效应分析
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| 9. | Oil , brazil nut oil , soya bean , rhizobium fredii , and plant energy polypeptide , etc
清油，巴西果油，大豆根瘤菌，植物能量多肽。
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| 10. | Effect of inoculation of arbuscular mycorrhizal fungi and rhizobium on the p uptake in faba bean maize intercropping system
真菌与根瘤菌对其吸磷量的影响
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