查询词典 maize

Maize leaves have Kranz anatomy and show extreme cellular differentiation between bundle sheath and mesophyll cells, which have specialized metabolic roles.

玉米叶片的解剖和查看克兰兹极端细胞分化之间的维管束鞘和叶肉细胞，其中有专门的代谢作用。

Leaf blade is the most important part for the building of maize plant architecture, and skeleton construction of leaf midrib is very important for precise descriptions of leaf blade architecture.

叶片是其重要的器官之一，而叶片造型的主要任务是叶片中脉曲线的设计。

In order to obtain the 3-D coordinate of maize leaf midrib, field experiment was conducted and 3-D coordinates of 36 plants were collected with 3-D digitzer.

为了获得玉米植株叶片中脉的三维形态，作者采用三维数字化仪测量了36株玉米群体中脉的空间坐标。

When, in experiments, these caterpillars were fed milkweed leaves dusted with pollen from modified maize plants, they died.

E答案：空中运动的花粉一般聚集在m植物中间的叶子，而蝴蝶只吃m植物上层柔软的叶子。

When rats were fed Monsanto's genetically modi?ed maize Mon 863, they didn't fare too well.

当老鼠被喂食孟山度公司的转基因玉米 Mon 863 以后，它们的状况不佳。

Using rice Actl promoter or maize Ubil promoter,three monocot expression vectors,pMG6,pMG7 andpMG15,were constructed together with the bar or hpt as selective marker.

利用水稻Act1启动子或玉米Ubil启动子，为GFM cryIA基因构建了带有bar或hpt选择标记基因的植物表达载体pMG6、pMG7和pMG15。

The study in this paper, a Pollen-specific Lysine-rich Protein cDNA, from tomato by RT-PCR was obtained. A plant expression plasmid pBIUB-TSB was constructed and lysgene was under the control of maize ubiquitin promoter which is the highest efficient monocotyledon promoter.

本实验通过RT-PCR从番茄花粉中获得高效特异表达的高赖氨酸基因TSB的cDNA序列，构建其受控于单子叶植物Ubil强启动子下的高效表达质粒pBIUB-TSB。

Physiological and biochemical changes of monocotyledonous plant maize (Zea mays L.) were studied and the protective effects of nitric oxide against iron deficiency induced injury were analyzed simutaniously. The plants were grown in monofactor controlled solutions using solution cultural method and the full expanded fourth leaves were used in all of the experiments. The biochemical and the molecular mechanisms of iron induced injury and the protective mechanisms of NO against iron deficiency induced injury were studied.

本实验以溶液培养单因子控制方法研究了单子叶植物玉米在缺铁培养条件下结构、生理、生化的变化以及NO对缺铁植物的保护作用，发现了缺铁胁迫对植物损伤的生理生化及分子机理，以及NO在植物缺铁胁迫下对植物的保护机制，对于植物的缺铁研究和NO在植物中的保护机制研究都有极其的理论和实践价值。

Inducible and constitutive expression vectors for monocotyledonous plants were constructed and used to transfer into maize calli. Plants were differentiated and regenerated from the positive calli screened with gradient concentration of hygromycin. 4 transformed plants with inducible expression vector and 2 with con

PCR检测获得4株用诱导型表达载体转化的植株和2株用组成型表达载体转化的植株，为进一步研究抗逆相关转录因子基因分eb在单子叶中的表达调控，培育抗逆玉米材料打下基础。

Maize dwarf mosaic disease is one of major problems in corn growing area all over the world. The disease can cause great economic damage in some areas.

玉米矮花叶病是国内外玉米产区分布最广、为害最重的病害之一，常造成严重的经济损失。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。