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Bacterial-Degradation of Pesticides Residue in Vegetables During Fermentation

机译:发酵过程中蔬菜中农药残留的细菌降解

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Investigation on potential of isolated lactic acid bacteria on the degradation of agricultural pesticides residue in fermentation process was carried out in present study. Selected pesticides were malathion and diazinon. The highest population of bacteria i.e. Lactobacilli,Streptococci,Leuconostoc and Pediococci,was observed in first 24 h of fermentation. After this period the cfu/mL decreased remarkably. The pH of the product reached to 4.0 after 24 h of fermentation and then decreased slowly,as after 72 h did not exceed 3.6. The mixture of lactic acid bacteria showed good capability of decreasing the malathion concentration from 3.5 to 0.5 mg kg~(-1) after 48 h of fermentation. Adapted microorganisms were able to grow in the culture media containing malathion and diazinon. Finally,isolated lactic acid bacteria were considerably more capable of decomposing the pesticides and reducing the pH when applied in mix culture.
机译:本研究对发酵过程中分离出的乳酸菌对农用农药残留降解的潜力进行了研究。选定的农药是马拉硫磷和二嗪农。在发酵的最初24小时内观察到细菌的最高种群,即乳酸杆菌,链球菌,吕氏球菌和Pediococci。在这段时间之后,cfu / mL显着下降。发酵24小时后,产品的pH值达到4.0,然后缓慢降低,因为72小时后不超过3.6。乳酸菌混合物在发酵48小时后具有良好的将马拉硫磷浓度从3.5 mg / kg〜(-1)降低的能力。适应的微生物能够在含有马拉硫磷和二嗪农的培养基中生长。最后,当用于混合培养时,分离出的乳酸菌具有更大的分解农药能力和降低pH的能力。

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