这些蛋白质(包括LB)统称根瘤素。
These proteins are known collectively (including LB) as nodulins.
豆科植物凝集素在对根瘤菌的识别中起重要作用。
The leguminous lectin played an important role in the recognition of Rhizobia.
结果表明：帕米尔高原豆科植物根瘤菌在碳氮源利用、抗生素敏感性、对染料抗性程度等方面存在着差异。
The results revealed that the leguminous rhizobia in Pamirs Plateau differed in USES of single carbon and nitrogen sources, antibiotic sensitivity, and dye resistance.
根瘤菌特异性地结合在根须末端，粘附在一种叫做凝集素的特殊植物蛋白之后进入根须。
The rhizobia bind specifically to the root hair tip, attaching to special plant proteins called lectins.
该重组体在大豆根上能结瘤，并且从根瘤中分离出的后代品系对盐、抗生素和毒素仍保持同样高的抗性。
The strains isolated from nodules of the recombinant grown on soybean root main-tain the same high tolerance to salt, antibiotics and toxin.
近年来研究表明识别根瘤菌的因子是豆科植物根上的凝集素。
In recent years, molecular interaction between host legume plants and rhizobial bacteria implies that the factor of recognizing rhizobia is the lectin on the roots of host plants.
分离物回接到原宿主植物检测其促生能力，筛选出29个较好的根瘤菌株，对其溶磷、分泌植物生长素能力进行了初步研究。
As many as 730 isolates were obtained, from which 29 strains were selected according to their ability to promote plant growth.
分离物回接到原宿主植物检测其促生能力，筛选出29个较好的根瘤菌株，对其溶磷、分泌植物生长素能力进行了初步研究。
As many as 730 isolates were obtained, from which 29 strains were selected according to their ability to promote plant growth.
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