烯效唑

烯效唑是一种高效植物生长延缓剂，近年来广泛应用于植物生产中的各个领域。

Uniconazole is a high efficient plant growth retardant , which was applied extensively in many aspects of plant production in recent years .

烯效唑则使根系的生长总体上趋于平缓，即适当减弱前期生长，加强中后期根系生长。

Uniconazole made root grow more evenly in the whole growth period , namely moderately weakened root growth at early stage and strengthened at late stage .

同时在小麦萌发早期烯效唑处理促进~3H-胸苷掺入可能反映了烯效唑有助于萌发中DNA修复和DNA复制，为种子萌发奠定较好的基础。

At the same time , the incorporating 3H-TdR reflected DNA repairing and coping in the early period of wheat seeds germination .

IAA与亚种间杂交稻籽粒发育的关系及烯效唑的调节

The Relationship Between IAA and Grain Development of Indica-Japonica Hybrid Rice and Regulation with S-07

烯效唑对小麦生育后期冠层叶叶面积、旗叶的净光合速率（Pn）有显著提高作用，从而增强了小麦的发育优势；

S-3307 Treatments significantly increase the canopy leaf area and flag leaf net photosynthetic rate , so enhanced wheat growth .

烯效唑处理后根系活力提高，浓度间以40mg／kg处理效果最好。

S-3307 increased root activity .

烯效唑是一种高效低毒的植物生长延缓剂，其作用机理是阻碍GA的生物合成，从而延缓植物生长。

S-3307 is a kind of plant growth retardant high-efficient and low toxicity . Its function is biosynthesis of hindering GA to delay plant growth .

烯效唑处理后，对小麦幼苗期（三叶前）间的根系活力的影响为低浓度促进，高浓度抑制，最佳浓度为20mg／kg。

Lower S-3307 treatments enhanced on root active of wheat seedling , higher S-3307 treatments inhibited , and the concentration 20mg / kg was best .

烯效唑（S-3307）对冬小麦生长发育的影响

Effect of S-3307 on growth of Winter Wheat

烯效唑处理后，分蘖节IAA的含量减少，ZT含量提高，因而有利于分蘖的发生；

S-3307 Treatments decreased IAA content in tillering node , while it largly improve ZT content , which were benifited for tiller appearance .

植物生长调节剂烯效唑（S3307）和赤霉素（GA3）组合使用对温州蜜柑果实的生长具有保果壮果的增效作用。

The synergistical effect on protecting and swelling fruit of citrusfruity growth is obtained by combined utilization of S3307 and GA3 .

因此在柑桔生产上应用赤霉素（GA）+烯效唑（S3307）组合是一种有效的增产增质措施。

Therefore the author proposed that combine use with GA and S 3307 application to the production of citrus will be an effective way for higher yield and quality .

4烯效唑处理提高了玉米苗期的抗旱性，在干旱条件下植株根冠比增加，叶片SOD活性提高，质膜相对透性和MDA含量相对减少，同时减缓了光合速率和叶绿素含量的下降过程。

S-3307 treatments increased root-top ratio and the superoxide dismutase activity , prevented electrolyte leakage and the enhancing of MDA content , reduced the injuries caused by the soil drought in chlorophyll , and inhibited the reducing of photosynthetic rate during water stress .

在弱光生态环境条件下，研究了烯效唑（S-3307）干拌种对不同密度冬小麦蛋白质组分及加工品质的影响，分析了蛋白质各组分含量与加工品质的关系。

Effects of S-3307 ( Uniconazole ) application on amount to content of protein components and processing quality of wheat grain were studied in more rain and low light stress environment .

结果表明，赤霉素（GA）+烯效唑（S3307）组合使用既能提高果实着果率、产量，显著提高单果重，改善果实外观内质；

The result showed that combine use with GA and S 3307 increased the fruit setting percentage and the yield , increased markedly weight of each fruit , improved the quality of outward appearance and inner of the fruit .

采用盆栽试验，观察测定了烯效唑（S3307）对湖南稷子抗盐性及整株水平Na+、K+选择性和游离脯氨酸分配的影响。

A pot experiment was conducted to study effects of plant growth regulator & uniconazole ( S3307 ) on salt resistance , selectivity for K ~ + over Na ~ + and distribution of free proline at whole plant level in E.

烯效唑化控技术对水稻的增产效果

The Effect of S-07 Chemical Control Technique on Rice Yeild

烯效唑对杂交水稻籽粒灌浆及产量的影响研究

Effects of S-3307 on Rice Grain Filling and Yield

烯效唑处理提高了分蘖节、叶片、茎杆和穗中的全氮含量和分蘖节中的糖含量。

S-3307 Treatments significantly enhanced the nitrogen metabolism and carbohydrate in tiller node .

烯效唑对小麦抗冷性影响的研究

Effects of S_ ( 3307 ) Applied to Seeds on Cold Resistance in Wheat

烯效唑对氮代谢的促进作用大于对糖代谢。

And the effects of S-3307 on nitrogen metabolism was higher than carbohydrate metabolism .

烯效唑对小麦叶片衰老的调控研究

Studies on the Effects of S-3307 Applied to Seed on Leaf Senescence of Wheat

烯效唑对玉米的壮苗机理研究

Studies on the Mechanism of Soaked Seeds With S-3307 on High Quality Plant of Maize

烯效唑包衣处理对种子发芽无不良影响；

Uniconzole in coating film on the seeds was no harmful influence to seed germination .

烯效唑浸种对杂交稻秧苗素质及籽粒产量的影响

Effect of seed soaked in S-07 on the seedling quality and grain Yield of Hybrid Rice

光、温及土壤水分条件会影响烯效唑的生物效应。

Light , temperature and soil moisture could affect the biological efficacy of S-07 on rice seedling .

调制剂和烯效唑对水稻秧苗体内防御酶系及抗病性的影响

Effects of Seedling-Stimulating Agent and S_ ( 3307 ) on Defensive Enzyme System and Disease Resistance of Rice Seedlings

烯效唑促进寒富苹果果实着色的最佳喷施浓度和机理研究

Slection of the Best Concentration of S_ ( 3307 ) for the Coloring of " Hanfu " Apple Fruit and Its Mechanism

用调制剂和烯效唑处理育苗床土，在生长箱内对三叶期的水稻秧苗高强度接种病原菌。

In nursery soil treated with S3307 , and seedling-stimulating agent , three-leaf rice seedlings were inoculated with pathogenic bacteria under higher intensity .

烯效唑处理后，籽粒内可溶性糖含量在前期（强势粒）或前中期（弱势粒）提高，为籽粒内淀粉的合成奠定了物质基础；

S-3307 treatment increased soluble sugar content of superior grain at early filling stage and that of inferior grain in early and middle filling period .