... 丁□菌素 butirosin 丁醇发酵 butanol fermentation 丁酸杆菌属 Butyribacterium ...
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The extractive fermentation with oleyl alcohol could enhance the performance of butanol fermentation as it could avoid inhibition.
利用油醇作为丁醇萃取剂进行萃取发酵可以解除丁醇的抑制和阻碍作用,从而极大地提高丁醇发酵生产强度。
参考来源 - 以油醇为高效萃取剂的丁醇萃取发酵和回收萃余液中溶剂产物的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
但是，异丁醇并不能像乙醇那样可以由微生物发酵糖分轻易制得。
But it's not easy to produce isobutanol with the help of microbes like the ones that ferment those sugars into ethanol.
丁醇本来是从糖发酵生产的，每加仑丁醇燃烧比乙醇释放更多能量，它还可以通过现有的输油管运输。
Butanol, which is typically made by fermenting sugar, packs more energy per gallon than ethanol and can be shipped via existing oil pipelines.
于是，皮特·梅尼霍德突变了酵母菌的基因组，用可以生产异丁醇的酶学途径的基因代替了那些控制乙醇发酵的基因。
So Peter Meinhold rewired the yeast genome, replacing genes that controlled ethanol fermentation with genes for a enzymatic pathway that would produce isobutanol.
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