Patyka V P, Ovsiienko O L, Kalinichenko A V
Mikrobiol Z. 2014 May-Jun;76(3):18-23.
The data presents about analytical selection of root nodule bacteria of Melilotus to obtain bacterial fertilizer under sweet clover, presowing inoculation of it seeds and form a legume-rhizobial effective symbiosis. From natural melilot population a number of new strains had been allocated, inoculation of them was contributed to an increase of height. biomass Melilotus albus Medik., and nitrogenase activity in comparison to the influence of the existing production strains. The identification of most effective strains Sinorhizobium meliloti had been determined.
该数据展示了关于在草木犀下分析选择根瘤菌以获得细菌肥料、对其种子进行播种前接种并形成豆科植物-根瘤菌有效共生的情况。从天然草木犀群体中分离出了许多新菌株，与现有生产菌株的影响相比，接种这些新菌株有助于提高白花草木犀的株高、生物量以及固氮酶活性。已确定了最有效的苜蓿中华根瘤菌菌株。
