One of the most successful medical applications has been the engineering of yeast to produce a precursor of the antimalarial drug artemisinin, a natural product of the plant Artemesia annua.
比较成功的医疗应用之一是制成酵母来生产抗虐药物黄蒿素前导-黄花蒿的自然物质。
Laboratories around the world are now filled with preternaturally youthful, or prematurely old, yeast, worms, fruit flies and mice created through genetic engineering.
全世界的实验室里现在都充斥著通过基因工程而变得超常年轻或过早衰老的酵母菌、蠕虫、果蝇和老鼠。
Because source limited, utilize gene engineering produce from bacterium or yeast for realize industrialization, it is the effective way of solving its imbalance between supply and demand.
由于来源有限，利用基因工程技术从细菌或酵母中生产人溶菌酶实现产业化，是解决其供需矛盾的有效途径。
So metabolic engineering of xylose fermentation is an attractive approach, for example, yeast engineered for xylose metabolism.
因此通过代谢工程获得更好的能够发酵木糖的工程菌是非常有吸引力的一条途径。
So metabolic engineering of xylose fermentation is an attractive approach, for example, yeast engineered for xylose metabolism.
因此通过代谢工程获得更好的能够发酵木糖的工程菌是非常有吸引力的一条途径。
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