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Compared with the control, 10–50 mg/L ALA had no significant effect on the leaf water use efficiency at flowering and milky stage, while increased the leaf water use efficiency significantly at dough stage.

在开花期和乳熟期，10～50 mg/L ALA处理的叶片水分利用效率与对照没有显著性差异，但在腊熟期，叶片水分利用效率较对照有显著性提高。

At flowering and milky stage the increased net photosynthesis rate in 10–50 mg/L ALA treatment was mainly due to the decrease of stomatal limitation, while at dough stage it was mainly contributed to the decrease of nonstomatal limitation caused by decreased photosynthetic capacity of mesophyll cells.

在开花期和乳熟期，ALA提高叶片的净光合速率主要是由于减少了光合的气孔限制；而在腊熟期则主要是由于减少了光合的非气孔限制。

This is all good unless an early frost or freeze occurs before we exit corn's dough stage and beans pod setting stage by month's end.

除非在月底玉米蜡熟期结束和大豆结荚期结束前出现霜冻，否则无法改变目前良好的生长情况。

The results indicated that the SS expression in sweet sorghum leaves and stems was lower at early growth stages, increased dramatically at late growth stages (flowering, grain filling, and dough stage), and reached the highest level at flowering stage.

结果表明，甜高粱叶片和茎秆中的SS蛋白质表达量在发育早期较低，发育后期（开花期、灌浆期和腊熟期）明显升高，在开花期最高。

The results were as follows: The stomatal conductance of winter wheat flag leaves treated with 10–50 mg/L ALA were significantly higher than that of the control (0 mg/L ALA); however the promotive effects of 10–50 mg/L ALA on stomatal conductance at flowering and milky stage was stronger than at dough stage. Applying 10–50 mg/L ALA increased the net photosynthesisrate of winter wheat flag leaves.

结果表明，10～50 mg/L ALA处理的叶片气孔导度高于不喷施的对照，但在开花期和乳熟期对气孔导度的促进作用大于腊熟期；叶片净光合速率也明显高于对照。

Results show that the automatic regulating ability of the active oxygen scavenging system of RS and HS patterns are stronger than that of CS. The activities range of SOD and POD of RS and HS patterns are stable. The content of MDA at dough stage under NC pattern is lower than that under other patterns, while the content of soluble protein under NC pattern is higher than that under other patterns, which represents the characteristics of delayed maturity.

结果表明：与常规耕作秸秆还田模式相比，旋耕秸秆还田和耙耕秸秆还田模式旗叶衰老过程中活性氧清除系统的自动调节能力较强，SOD、POD活性变化幅度较常规耕作模式平稳；免耕覆盖模式小麦旗叶在蜡熟期MDA含量显著低于其他模式，而可溶性蛋白含量显著高于其他模式，表现出明显的贪青晚熟的特点。

The results of SS investigating indicated that the SS protein expression in leaf at seedling stage was high comparatively, when at jointing and heading stage, SS expression was low in leaves and stems, along with sorghum development, since flowering stage, SS expression increased sharply, decreased at dough stage.

2对SS表达检测结果表明，甜高粱苗期叶片中SS蛋白质表达量较高，拔节、抽穗期叶片和茎中SS蛋白质表达量较低，随着高粱的生长发育，开花以后叶片和茎中SS的表达量普遍升高，腊熟期略有下降。

The results showed that, in the period from anthesis to dough stage, photosynthetic rate and photosynthesis yield and relative electron transport rate of flag leaves, light transmission rate of population were improved by low seeding density cultivation, change trend of them among different wheat varieties were the same.

结果表明，在从扬花到蜡熟期，稀植栽培可使小麦旗叶光合速率、光合量子产量、相对电子传递速率和群体透光率提高，各品种之间变化较为一致。

To better understand the mechanism of sucrose accumulation, the correlation of sucrose content and sucrose phosphate synthetase、sucrose synthase expression was analyzed by monitoring the expression of SPS in leaves and stems.(1) The results of SPS investigating indicated that the sucrose content, the expression of SPS in leaves and stems were increased along with the growth of sorghum, reached the highest level at grain filling stage, and decreased at dough stage.

1对SPS表达检测结果表明，在高粱的生长发育过程中，茎中蔗糖含量、叶片和茎中SPS蛋白质表达量持续上升，灌浆期达到最高，腊熟期略有下降，它们之间的变化趋势基本一致，甜高粱茎蔗糖含量与叶片SPS蛋白质的表达相关系数为0.895，与茎SPS蛋白质的表达相关系数为0.781；甜高粱和普通高粱相比，其叶片中SPS表达量差别不明显，而甜高粱茎中SPS表达量明显高于普通高粱。

Results indicated that at filling stage, milky stage and dough stage, changing of enzymes with growing stage were the same trend, the activities of superoxide dismutase reduced sharply then increased slightly; catalase declined all the time; peroxedase increased earlier then reduced, malondialdehyde increased straight.

结果表明：各施肥条件下，各种酶在灌浆期、乳熟期和蜡熟期随玉米生育期的推进呈现出相同的变化趋势，SOD活性先急剧降低，后稍有回升；CAT活性呈下降趋势；POD活性先增后降；MDA含量一直呈上升趋势。

You can do some assertiveness training.

你可以进行一些自信训练。

We were well on the path to making a rear-wheel-drive global platform," says Mays."

我们正致力于建立一个后轮驱动的平台，"Mays这样说道。"