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build an efficient cell factory to achieve "all green" production of acrylic acid efficiently, so | build an efficient cell factory to achieve "all green" production of acrylic acid efficiently, so | ||
we choose glycerol as the raw material for microbial cell factories to produce bulk chemical products. | we choose glycerol as the raw material for microbial cell factories to produce bulk chemical products. | ||
− | Glycerol has the advantage of being cheap and | + | Glycerol has the advantage of being cheap and environmentally-friendly, and allaying the pressure on |
the by-product waste in the production of biodiesel. In addition, compared to glucose, xylose and | the by-product waste in the production of biodiesel. In addition, compared to glucose, xylose and | ||
other carbohydrate substrates, glycerol metabolism can produce higher reducing power. | other carbohydrate substrates, glycerol metabolism can produce higher reducing power. | ||
<br><br> Complex synthetic pathway, vague synthetic mechanism and low efficiency of the synthesis, are the | <br><br> Complex synthetic pathway, vague synthetic mechanism and low efficiency of the synthesis, are the | ||
− | current shortcomings of acrylic biosynthesis method. How to | + | current shortcomings of acrylic biosynthesis method.How to come up with a short and efficient acrylic biosynthetic pathway to build a highly efficient acrylic acid biosynthetic factory is the key to success! This is also |
− | + | ||
the entry point for our project this year. | the entry point for our project this year. | ||
<br><br> In the previous experiments, we further demonstrated the new function of ceaS2 enzyme, which can | <br><br> In the previous experiments, we further demonstrated the new function of ceaS2 enzyme, which can |
Revision as of 16:23, 1 November 2017