不同操作参数对黑曲霉降解鸡毛的影响:深层发酵条件下的研究

Faisal Javeed, M. G. Shahid, A. Javed
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引用次数: 1

摘要

真菌黑曲霉(Aspergillus niger, ATCC 1015)具有在角质材料上生长的能力,因此选择该菌株对鸡毛的生物降解进行研究。研究了底物浓度、pH值、培养温度、酵母浸出液浓度和发酵培养基体积对发酵过程的影响。黑曲霉生长在由麦芽提取物和琼脂组成的固体培养基上,因为它具有快速生长的能力。在标准优化条件下,5天后底物完全生物降解(0.70±0.03 U/mL)。对不同操作参数对鸡毛生物降解的影响进行了研究,结果表明,在培养温度40℃、底物浓度0.5 g/100 mL、酵母浸膏浓度8 g/100 mL、发酵培养基pH为7、发酵培养基体积为50 mL时,鸡毛的角化作用最大。本研究表明,黑曲霉可能被证明是产生角化酶和生物降解鸡毛的潜在候选菌株。
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Effect of Different Operational Parameters on Bio-degradation of Chicken Feathers by Aspergillus niger: Investigation Under Submerged Fermentation Process
Fungal strain, Aspergillus niger (ATCC 1015) has ability to grow on keratinous material therefore, it was selected for the investigating bio-degradation of chicken feathers. Different operational parameters were studied under submerged fermentation process i.e. effect of substrate concentration, effect of pH, effect of incubation temperature, effect of yeast extract concentration and effect of volume of fermentation medium. A. niger was grown on solid medium of malt extract and agar, due to its ability of rapid growth on it. Complete bio-degradation of the substrate was achieved after 5 days (0.70±0.03 U/mL) under standard optimized conditions. Investigation of different operational parameters on bio-degradation of chicken feathers revealed, maximum keratinolytic was observed at 40 °C incubation temperature, at 0.5 g/100 mL of substrate concentration, 8 g/100 mL concentration of yeast extract, at 7 pH of the fermentation medium and at 50 mL volume of fermentation medium. The present study suggests that A. niger could prove to be a potential candidate for production of keratinase and bio-degradation of chicken feathers.
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