A Comparative Study of Cellulase Production: Minireview

V. Singh, D. Sharma, Sweta B. Prajapati, Anchal Bamal, S. Tyagi
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引用次数: 2

Abstract

Cellulose is one of the most abundant polymers on earth. It is present in huge amount in the various wastes of agricultural produce. Cellulase enzyme can be produced by using these wastes. Cellulase enzyme has been produced by a wide range of microbial flora such as fungi and bacteria. Production conditions for the production of cellulase enzymes has been optimized using one factor variable at a time approach. Various production conditions such as carbon source, nitrogen source, pH, temperature, incubation temperature and inoculum size have to optimized for maximum enzyme production. This review describes the production of cellulase enzyme using various agricultural wastes, which are reported in the literature till now. In this, we have mentioned the various microbial species, which are able to produce cellulase under optimum conditions. In this we have also discusses the comparative production of cellulase enzyme using submerged and solid-state fermentation. In today’s world, due to wide role of industrial enzymes in commercial market makes them more popular and we have to focus on more research towards their production using cheap substrates. These substrates are available annually and also environmentally friendly to use. The above-mentioned methods are very useful for the production of cellulase by reducing disposal problem of these agro-wastes. These substrates are more efficiently consumed by a potential strain like microbes, plants, etc. for production of cellulase enzyme. By this review, we are trying to explore the more potent source of cellulase production both in terms of increased productivity as well as quality.
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纤维素酶生产的比较研究综述
纤维素是地球上最丰富的聚合物之一。它大量存在于农产品的各种废弃物中。利用这些废物可以生产纤维素酶。纤维素酶是由多种微生物菌群如真菌和细菌产生的。采用单因素变量法对纤维素酶的生产条件进行了优化。各种生产条件,如碳源、氮源、pH、温度、孵育温度和接种量都必须优化,以最大限度地生产酶。本文综述了目前文献报道的利用各种农业废弃物生产纤维素酶的研究进展。在这里,我们已经提到了在最佳条件下能够生产纤维素酶的各种微生物种类。在此,我们还讨论了纤维素酶的比较生产使用沉液发酵和固态发酵。在当今世界,由于工业酶在商业市场上的广泛作用使它们更受欢迎,我们必须关注更多的研究,利用廉价的底物生产它们。这些基材每年都有,而且使用起来也很环保。上述方法减少了这些农业废弃物的处理问题,有助于纤维素酶的生产。这些底物被微生物、植物等潜在菌株更有效地消耗,用于生产纤维素酶。通过这篇综述,我们试图在提高生产力和质量方面探索更有效的纤维素酶生产来源。
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