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首页> 外文期刊>Folia microbiologica >Fungal cultures of tar bush and creosote bush for production of two phenolic antioxidants (Pyrocatechol and Gallic acid)
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Fungal cultures of tar bush and creosote bush for production of two phenolic antioxidants (Pyrocatechol and Gallic acid)

机译:焦油灌木和杂酚油灌木的真菌培养物,用于生产两种酚类抗氧化剂(邻苯二酚和没食子酸)

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摘要

'Tar bush' and 'creosote bush' were substrates of fungal cultivation for tannase production and gallic acid and pyrocatechol accumulation. Aspergillus niger GH1 grew similarly on both plant materials under solid state culture conditions, reaching maximal levels after 4 d. Fungal strain degraded all tannin content of creosote bush after 4 d of fermentation and > 75 % of tar bush after 5 d. Higher level of tannase activity was detected in tar bush fermentation. Biotransformation of tannins to gallic acid was high (93 % in creosote bush and 89 % in tar bush). Pyrocatechol was released poorly. Kinetic parameters of tannin conversion were calculated.
机译:“塔尔灌木丛”和“杂酚丛生灌木”是用于鞣酸生产以及没食子酸和邻苯二酚积累的真菌栽培基质。黑曲霉GH1在固态培养条件下在两种植物材料上均相似生长,在4 d后达到最​​大水平。真菌菌株在发酵4天后降解了杂酚丛的所有单宁含量,在5天后降解了焦油丛的> 75%。在焦油灌木发酵中检测到较高的鞣酸酶活性水平。单宁酸向没食子酸的生物转化率很高(杂酚丛中为93%,焦油丛中为89%)。邻苯二酚释放不佳。计算单宁转化的动力学参数。

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