但是近年来反对的声音开始减弱。许多美国农民已经表示，如果转基因小麦有助于提高产量和利润，他们将欢迎。
But some of that opposition has waned in recent years and many U.S. farmers have said they would welcome a genetically altered wheat if it helped them increase yields and profits.
本文着重探索转基因小麦中外源品质基因在杂交后代中的纯系筛选，同时分析外源基因在后代中的遗传规律。
This paper explores emphatically the selection of pure wheat lines. At the same time, the hereditary law of the foreign quality genes in the generations was also discussed.
两家公司表示，他们希望为北美和澳大利亚市场开发一个高产转基因小麦，但最初的商业化可能在2020年后的某个时间实现。
The companies said they hope to develop a yield enhanced biotech wheat for North American and Australian markets, but initial commercialization will occur sometime after 2020.
我们发现，美国非转基因小麦产量也落后于欧洲，演示美国人生物技术中的选择使转基因以及非转基因作物类型都落后于欧洲。
We found that US yield in non-GM wheat is also falling further behind Europe, demonstrating that American choices in biotechnology penalise both GM and non-GM crop types relative to Europe.
在墨西哥的国际玉米和小麦改良中心，非洲的科学家们把这种专利基因放进非转基因育种技术开发的抗旱玉米中。
The scientists in Africa are placing this proprietary gene inside drought-resistant corn developed by non-transgenic breeding techniques by a Mexico-based research center called CIMMYT.
以转基因耐盐品种8912 2和其受体陇春13号两种小麦为实验材料，研究了小麦幼苗在不同盐浓度胁迫下呼吸途径动态变化。
Using transgenic salt tolerant wheat 89122 and its receptor Longchun 13 as test material, the dynamic changes of respiration pathway of wheat seedlings at different salt concentration were studied.
以转基因耐盐品种8912 2和其受体陇春13号两种小麦为实验材料，研究了小麦幼苗在不同盐浓度胁迫下呼吸途径动态变化。
Using transgenic salt tolerant wheat 89122 and its receptor Longchun 13 as test material, the dynamic changes of respiration pathway of wheat seedlings at different salt concentration were studied.
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