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This yeast tolerates the high
levels of both ethanol and glucose, while producing ethanol faster
than the yeast that was un-engineered.
Raising the efficiency has been the main focus for ethanol researchers and producers. This high tolerance this ethanol yeast displays, proved to be much more rapid in the fermentation process. In fact the new ethanol yeast produced approximately 50 percent more ethanol during a 21 hour period than the normal yeast previously used. Using this approach to engineer similar tolerance traits in industrial yeast, could dramatically impact ethanol production. This is a multi stop process. Cornstarch or another source of glucose is broken down into single sugar molecules, this is done by enzymes. This is when the yeast ferments the glucose into ethanol and carbon dioxide. These developments in manufacturing and technology of ethanol, with the use of yeast, improves ethanol, making it much more attractive for not only consumers, but producers as well. More efficient, and cost effective, makes ethanol yeast valuable in the production of ethanol
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