氧化微杆菌zb11和paeniglutamicibacterium sulsulus zb48对荞麦内生特性的研究

E. G. Makovsky, O. Chernykh, E. Prishchepenko, V. Agoltsov
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引用次数: 0

摘要

矿业公司密集开采造成的土壤污染给动物健康、获取环境友好型产品造成了严重问题。在被列为重金属的金属中,有一些元素会对人和动物的身体产生不利影响,抑制酶活性,并具有累积特性,直至毒性指标,导致大规模的功能障碍。被重金属污染的畜产品也会引起人类的疾病,导致呼吸、神经、肿瘤和其他疾病。土壤修复费用非常昂贵。近年来,生物修复和植物修复已成为创新、经济、安全的重金属土壤修复方法。这些方法的组合已被采用作为土壤恢复的协同工具。当务之急是寻找能够促进植物生长的有效细菌,这些细菌既可以作为生物肥料,又可以作为生物修复微生物,同时还具有内生特性。这有助于吸收金属的细菌进入植物,这些植物可以很容易地连根拔起,以去除大多数重金属污染物。微生物的内生特性是选择性的,这取决于寄主植物。利用氧化微杆菌ZB11和硫Paeniglutamicibacter ZB48进行内生特性研究。用氧化微杆菌ZB11和硫Paeniglutamicibacter ZB48菌株处理荞麦(Fagopyrum esculentum),发现这两种菌株在LB培养基上表现出内生特性。菌株氧化微杆菌ZB11在根和茎上表现出内生活性。硫Paeniglutamicibacter ZB48在基茎以上4cm处的根和茎上表现出内生活性,与氧化微杆菌ZB11相比表现出较好的内生活性。报道了氧化微杆菌ZB11和硫paeniglutamicibacterium ZB48对荞麦(Fagopyrum esculentum)的内生特性。荞麦是一种很好的植物修复材料。
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ENDOPHYTIC PROPERTIES OF STRAINS OF MICROORGANISMS MICROBACTERIUM OXYDANS ZB11 AND PAENIGLUTAMICIBACTER SULFUREUS ZB48 ON FAGOPYRUM ESCULENTUM
Soil pollution as a result of intensive exploitation by mining companies creates a serious problem for animal health, obtaining environmentally friendly products. Among the metals that are classified as heavy, there are elements that adversely affect the body of humans and animals, inhibiting enzymatic activity, and having cumulation properties, up to toxic indicators, resulting in large-scale functional disorders. Livestock products contaminated with heavy metals also cause pathologies in humans, leading to respiratory, nervous, oncological and other diseases. Soil remediation costs are very expensive. Recently, bioremediation and phytoremediation have become innovative, cost-effective and safe methods of soil recovery from heavy metals. A combination of these methods has been adopted as a synergistic tool for soil restoration. The priority is the search for effective bacteria that promote plant growth, which serve as a biofertilizer, a bioremediation microbe, and also have endophytic properties. This helps metal-absorbing bacteria enter the plant and these plants can be easily uprooted to remove most heavy metal contaminants. The endophytic properties of microbes are selective depending on the host plant. To study the endophytic properties, we used the microorganisms Microbacterium oxydans ZB11 and Paeniglutamicibacter sulfureus ZB48. Fagopyrum esculentum was treated with strains of microorganisms Microbacterium oxydans ZB11 and Paeniglutamicibacter sulfureus ZB48, which exhibit endophytic properties on LB medium. The strain Microbacterium oxydans ZB11 showed endophytic activity on the root and stem. Paeniglutamicibacter sulfureus ZB48 showed endophytic activity on roots and stems 4 cm above the basal stem, showing good endophytic activity compared to Microbacterium oxydans ZB11. We report the endophytic properties of Microbacterium oxydans ZB11 and Paeniglutamicibacter sulfureus ZB48 on buckwheat (Fagopyrum esculentum). Fagopyrum esculentum is known as a good plant for phytoremediation.
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