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The Biotechnological Potentials of Bacteria Isolated from Pars?k Cave, Turkey

机译:从PARS中分离的细菌的生物技术潜力?K洞穴,土耳其

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Since cave ecosystems have extraordinary environmental conditions, these ecosystems offer opportunities for microbiological studies. In this study, cultivable bacteria isolated from Pars?k cave, Turkey, were investigated regarding enzyme profiles, antibiotic resistance and potential for production of antimicrobial agents. The metabolic properties of 321 bacterial isolates were determined. The most produced enzyme by the isolates was found to be tyrosine arylamidase. The enzymatic reactions of the bacteria showed that Pars?k cave isolates have high aminopeptidase activity. The highest antibiotic resistance frequency of the isolates was 38.6% against ampicillin. While the isolates displayed variable inhibition rates against tested pathogenic microorganisms, they showed the highest inhibition against Candida albicans . The results show that the bacteria isolated from Pars?k cave have potential for further studies related to biotechnological applications. The study findings contribute increased knowledge on metabolic peculiarities of bacteria isolated from cave ecosystems.
机译:由于洞穴生态系统具有非凡的环境条件,因此这些生态系统提供了微生物研究的机会。在这项研究中,研究了从PARS?K洞穴,火鸡中分离的可种植细菌,关于酶谱,抗生素耐药性和生产抗微生物剂的潜力。测定321个细菌分离株的代谢性质。发现分离物最多的酶是酪氨酸芳基酰胺酶。细菌的酶促反应表明,PARβ洞穴分离物具有高氨基肽酶活性。氨苄青霉素的分离物的最高抗生素抗性频率为38.6%。虽然分离株呈现对测试的病原微生物的可变抑制率,但它们显示出对念珠菌蛋白的抑制最高的抑制作用。结果表明,从PARS中分离的细菌罐洞穴具有与生物技术应用有关的进一步研究的潜力。研究结果有助于增加从洞穴生态系统中分离的细菌的代谢特性知识。

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