... 氨化作用 ammonification 纤维素分解作用 cellulose decomposition 矿化作用 mineralization ...
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cellulose decomposition bacteria 纤维素分解菌
cellulose decomposition strain 纤维素分解菌
In this paper, we collect all kinds of the excellent cellulose decomposition microbes, screening excellent strains from those microbes.
因此，纤维素酶高产菌株的选育及相关研究成为国内外学者的研究热点。
Zinc could promote the decomposition of cellulose, the formation and transformation of acetic acid, increase the activity of dehydrogenase.
锌在沼气发酵中能促进纤维素的分解、乙酸的形成和转化，提高脱氢酶的活力。
In the meanwhile, it is showed that the direction and objective about the biological decomposition of non - cellulose from Apocynum raw fiber were pointed out.
同时，指出了罗布麻韧皮中非纤维素生物降解研究的难点在于规范收获方法。
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