DP - 2009年11月12日,TA - 当前世界环境PG - 299-306 VI - 10 IP - 12 4099 - www.a-i-l-s-a.com/article/194/ 4100 - www.a-i-l-s-a.com/article/194/ ab - 在此本研究从制药工业中收集了土壤样本即Sai Meera Pharmaceuticals,Chennai。筛选样品,在含有10mg苯酚和萘的矿物琼脂培养基中分离出10种菌落,并命名为P1至P10。筛选的菌落富含含有苯酚和萘5天的液体最小培养基。富集的菌落在含有增加量的苯酚和萘含有潜在菌株的矿物琼脂平板上。选择潜在的菌株并命名为P7和P10。使用4-氨基脱乙烯法研究了潜在的菌株进行降解能力,通过600nm的比色O.D值计算降解能力。对pH和温度的优化进行了潜在菌株的最大劣化。P7和P10菌株在中性pH下表现出更好的生长。P7菌株在28℃和37℃下表现出良好的生长,但P10菌株在28℃下显示出更好的生长。 Immobilization of the potential strains was carried out for the better and maximum degradation and their degradation ability was calculated by 4-amino antipyrene method. Immobilized cells can be reused for further degradation. The potential strains P7 was identified as Bacillus sp and P10 was identified as Brachybacterium sp.