UC知道园艺专业英语翻译 (在线等！！)
来源：百度知道 编辑：UC知道 时间：2024/06/17 06:06:02
1 many companies were quick to jump on the "biotech wagon" prompted by claims for the potentials to modify plants
2 Monsanto approached the question of ethylene control by genetic engineering tomatoes to expree a gene from Pseudomonas that encodes an enzyme capable of breaking down ACC into metabolites other than ethylene , Which led to similar delay in fruit ripening that could also be overcome by application of ethylene
2 Monsanto approached the question of ethylene control by genetic engineering tomatoes to expree a gene from Pseudomonas that encodes an enzyme capable of breaking down ACC into metabolites other than ethylene , Which led to similar delay in fruit ripening that could also be overcome by application of ethylene
1，许多公司正在迅速地增长的“生物技术”提示索赔潜力修改植物。
2.孟山都接近的问题，乙烯控制基因工程西红柿以expree假单胞菌的基因编码的酶能够分解成代谢产物的行政协调会以外的其他乙烯，从而导致类似延迟果实成熟也可以克服的应用乙烯
好像不是很好~~哈，哈。
许多公司正在迅速地增长的“生物技术”提示索赔潜力修改植物。
孟山都接近的问题，乙烯控制基因工程西红柿以expree假单胞菌的基因编码的酶能够分解成代谢产物的行政协调会以外的其他乙烯，从而导致类似延迟果实成熟也可以克服的应用乙烯
1.许多公司很快就跳上了马车”由“生物索赔的修改的植物
2.接近这个问题的乙烯孟山都公司通过基因工程西红柿,控制expree基因编码的酶的假单胞菌能够打破ACC到代谢物以外,导致类似乙烯延误果实,也可以克服的乙烯
1很多公司迅速增长的“车技”提示索赔潜力修改植物
孟山都接近2的问题乙烯控制基因工程西红柿以expree假单胞菌的基因编码的酶能够分解成代谢产物的行政协调会以外的其他乙烯，从而导致类似延迟果实成熟也可以克服的应用乙烯