嗜热真菌产热酶研究进展:一个工业应用金矿

Ifra Erum Mohammad, S. Syed, Maheswara Reddy Darukamalli, Krishna Satya Alapati
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引用次数: 0

摘要

嗜热真菌通常被认为是极好的来源,因为它们生长在20-50°C的极端恶劣温度下。它们有能力生产工业上密切相关的耐热酶,能够承受工业化程序的严峻环境,并在食品、纸张、饲料、纸浆和纺织工业中超过了商业可接受性。许多嗜热真菌的分离株是具有生物技术价值的酶的来源,如果胶酶、漆酶、木聚糖酶、植酸酶、蛋白酶和纤维素酶等,这些酶表现出高水平的耐温性,最高可达72°C。尽管人们对它们知之甚少,但它们已经在许多方面帮助了人类,而且还有更多的东西可以奉献。在随后的几年里,由于耐热酶在生物燃料中的作用,预计其利用率将呈指数级增长。在这篇综述中,我描述了它们与各自栖息地的分离、耐热酶的生产及其在工业中的应用,这有助于科学家突破工业生物技术领域。
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Review on Thermozymes Produced by Thermophilic Fungi: A Gold Mine for Industrial Applications
Thermophilic fungi have often been proposed as magnificent sources, since, they grow in extremely harsh temperatures, ranging between 20-50 °C. They have ability to produce industrially germane thermo-resistant enzymes that can endure the austere environment of industrialized procedures, and have outspread mercantile acceptability in food, paper, feed, pulp and also in textile industries. The isolates of numerous thermophilic fungi are sources of biotechnologically valuable enzymes like pectinases, laccases, xylanases, phytases, proteases and cellulases etc., which display high levels of temperature tolerances up to a maximum range of 72 °C. Despite lesser-known knowledge about them, they have already aided humans in many ways and still have lot more to give. In the subsequent years, the utilization of thermostable enzymes is anticipated to escalate exponentially due to their role in biofuels. In this review I describe about their isolation from their respective habitat, production of thermostable enzymes and their applications in industry, which helped scientists to break through the field of Industrial Biotechnology.
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