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Biosynthesis of Low Molecular Weight Bacterial Cellulose

机译:低分子量细菌纤维素的生物合成

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The biosynthesis of low molecular weight bacterial cellulose (LMBC) by Static culture of Acetobacter xylinum HN001 has been investigated. The medium was prepared with coconut-water by adding sugar and N-compounds. Several conditions effected LMBC yields, such as start pH value of culture medium, culture temperature and culture time were investigated. In view of high yield of LMBC, the optimal culture time and culture temperature was about 70 hours and 32℃ with yield of LMBC 1.2g/L. Molecular weight (MW) and molecular weight distribution (MWD) of LMBC were tested by GFC. Results showed that, though the start pH value of culture medium varied from 3.5 to 5.5, the MW of the product cellulose varied not notable and MWD of LMBC were all almost 1.3.
机译:研究了木醋杆菌HN001的静态培养生物合成低分子量细菌纤维素(LMBC)。通过加入糖和N-化合物用椰子水制备培养基。研究了影响LMBC产量的几个条件,例如培养基的起始pH值,培养温度和培养时间。鉴于LMBC的高产量,最佳培养时间和培养温度约为70小时32℃,LMBC的产量为1.2g / L。通过GFC测试LMBC的分子量(MW)和分子量分布(MWD)。结果显示,尽管培养基的起始pH值在3.5至5.5之间变化,但是产物纤维素的MW变化显着,并且LMBC的MWD都几乎为1.3。

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