Study on Emphasizing the Efficiency of a Cellulosolytic Preparation on the Hydrolyzed Wood Wastes

A. Ionescu, A. Casarica, R. Stoica, Nicoleta Ene
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Abstract

According to the literature data, the cellulose, the most abundant organic molecule on Earth, is found mainly as a structural component of plants and algal cell walls, it is also produced by some animals such as tunicates, and it can be produced also by several bacteria, by a natural pathway or by biotechnology. Due to this situation, there are many studies focused on the use of this kind of renewable source and having as their issues the preparation of different valuable products, such as sugars, ethanol. Different chemicals, the whole yeasts biomass valorization with agricultural applications or for biofuels development. Our issue of this present study was to verify if we can avoid the microbial additional activity during the process, mostly while the conversion starts from some materials already pretreated, such as the paper and cellulose industry’s wastes, by using them as substrate in an optimized culture media formula, for the further yeasts strains development.
强调纤维素水解制备对木材废弃物水解效率的研究
根据文献资料,纤维素是地球上最丰富的有机分子,主要作为植物和藻类细胞壁的结构成分存在,一些动物如被囊动物也会产生纤维素,一些细菌也可以通过自然途径或生物技术产生纤维素。由于这种情况,有许多研究集中在这种可再生资源的利用上,并将其作为他们的问题制备不同的有价值的产品,如糖,乙醇。不同的化学物质,整个酵母生物质价值与农业应用或用于生物燃料的发展。我们本研究的问题是验证我们是否可以在过程中避免微生物的额外活性,主要是在一些已经预处理的材料开始转化时,如造纸和纤维素工业的废物,通过将它们作为优化培养基配方的底物,用于进一步的酵母菌株发展。
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