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Viability of Azotobacter Consortium in Auxin Production

机译:偶氮细菌结束的可行性

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Azotobacter is a kind of rhizobacteria which is abundant in soil and having beneficial for plants due to its ability to produce auxin. Each isolated Azotobacter from Eco Urban Farming ITS were able to produce auxin individually. However, the isolated Azotobacter consortium was prefer to produce more auxin than the individual one. Synergism test were carried out in order to verify non-antagonism among Azotobacter isolates. Auxin production test was conducted by inoculating 100 ml of Azotobacter consortium starter in 400 ml nutrient broth by addition of 1.000 ppm of L-tryptophan while shaking 100 rpm in rotary shaker at room temperature for 8 weeks. Auxin concentration was measured spectrophotometrically according to the Salkowski method. The Azotobacter consortium showed living synergistically and able to produce 1,82 ppm auxin in 2 hours incubation time although the concentration was tend to decrease periodically.
机译:Azotobacter是一种流离虫,其在土壤中丰富,并且由于其产生养肝剂的能力而对植物有益。来自Eco城市农业的每个孤立的Azotobacter都能够单独生产养肝毒素。然而,孤立的偶像杆菌聚集术优选地产生比个体的制造更多的植物素。进行协同性试验,以验证偶氮杆菌分离物之间的非拮抗作用。通过在室温下在旋转振荡器中加入1.000ppm,通过在400ml营养液中接种100ml燃料聚集肉汤,通过在室温下在旋转振荡器中加入100ml营养液中的100ml燃料汤,通过加入1.000ppm,进行毒素生产试验。根据Salkowski方法分光光度测量植化素浓度。偶氮杆菌联盟在2小时孵育时间中表现出协同效应和能够在2小时内产生1,82ppm毒素,尽管浓度趋于定期减少。

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