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Immobilized Atrazine Degrading Bacteria by Different Material

机译:不同材料固定化阿特拉津降解菌

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The research chose the alginate sodium and PVA as the materials to immobilize the atrazine degrading bacteria. Four methods were adopted: alginate sodium adsorption method, alginate sodium embedding method, PVA boric cross linking method and PVA freezing method. The degrading effects and the characteristics of the atrazine degrading bacteria in the two materials were studied respectively. The result showed that the alginate sodium embedding method was the best, the most suitable temperature for the two strains was 30°C, and the most suitable pH value for the strains were among 4 to 7 in the condition of carbon source, and the most suitable pH value for the strains which used atrazine as the sole carbon and nitrogen source were 4-6. When the immobilized atrazine degrading bacteria J2 (cultured in the carbon source condition) and J6 (cultured in the condition which uses atrazine as the sole carbon and nitrogen sources), which immobilized by the alginate sodium embedding method were put into the soil, the degradation rate reached more than 95%.
机译:研究选择了藻酸钠和PVA作为固定阿特拉津降解菌的材料。采用了四种方法:藻酸钠吸附法,藻酸钠包埋法,PVA硼交联法和PVA冷冻法。分别研究了两种材料中阿特拉津降解菌的降解效果和特性。结果表明,海藻酸钠包埋法是最好的,两个菌株最合适的温度为30℃,在碳源条件下,最合适的pH值为4〜7之间,最合适。以阿特拉津为唯一碳源和氮源的菌株的适宜pH值为4-6。将通过藻酸钠包埋法固定化的固定化at去津降解菌J2(在碳源条件下培养)和J6(在以at去津为唯一碳和氮源的条件下培养)放入土壤中时,降解率达到95%以上。

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