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首页> 外文期刊>Biochemical Engineering Journal >Preparation of vanillin by bioconversion in a silicon rubber membrane bioreactor
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Preparation of vanillin by bioconversion in a silicon rubber membrane bioreactor

机译:在硅橡胶膜生物反应器中通过生物转化制备香兰素

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摘要

In this study, the bioconversion of clove oil into vanillin using soybean lipoxygenase (SBLOX) as biocatalyst was investigated in a silicon rubber membrane bioreactor (SRMBR) and shaking flasks. High performance liquid chromatography (HPLC) analysis indicated that the vanillin concentration was 8.14 mg/L after 36 h of conversion in a shaking flask. It reached up to 121.53 mg/L in the receiving solution after 36 h of conversion in the SRMBR. The conversion rate of clove oil was 0.033% in the shaking flask. It was 1.01% in the SRMBR. The peak area ratio of vanillin in the receiving solution of the SRMBR was 70.08%. By adding activated carbon into the conversion broth of the SRMBR, the vanillin concentration in the receiving solution reached 140.27 mg/L, the conversion rate of clove oil increased to 1.14%, and the peak area ratio of vanillin in the receiving solution reached 93.53%.
机译:在这项研究中,在硅橡胶膜生物反应器(SRMBR)和摇瓶中,研究了使用大豆脂氧合酶(SBLOX)作为生物催化剂将丁香油生物转化为香兰素。高效液相色谱(HPLC)分析表明,在摇瓶中转化36 h后,香兰素浓度为8.14 mg / L。在SRMBR中转化36小时后,其在接收溶液中的浓度达到121.53 mg / L。摇瓶中丁香油的转化率为0.033%。 SRMBR中为1.01%。 SRMBR的接收溶液中香兰素的峰面积比为70.08%。通过在SRMBR的转化液中加入活性炭,使接收溶液中香兰素的浓度达到140.27 mg / L,丁香油的转化率提高到1.14%,接收溶液中香兰素的峰面积比达到93.53%。 。

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