GA3 inhibited callus initiation of longan and litchi;
GA3抑制了龙眼和荔枝的愈伤组织的产生；
The exogenous hormones (6-BA, GA3)inhibited senescence and lipid peroxidation of leaves.
外源激素（6-BA，GA＿3）防衰时抑制了叶片的膜脂过氧化作用。
Spraying GA3 reasonable can be increased to improve the height, outcrossing rate and yield.
合理喷施赤霉素可以增加株高、提高母本异交结实率和产量。
Effects of light, GA3 and sucrose on anthocyanin accumulation in maize roots were investigated.
以玉米胚根为试材，初步研究了光、GA 3、蔗糖对根中花色素苷积累的影响。
The results is satisfying when it is used in detecting the GA3 of various fruits and vegetables.
利用这种检测方法检测各类水果和蔬菜中的GA3都能得到满意的结果。
The effects of adding GA3 and ABA after 15 days of pollination on kernel development are versus to that before.
但授粉15天后添加的GA_3及ABA，其对籽粒发育的效果均表现出与前期相反的趋势。
The effects of exogenous GA3 and ABA treatments on quality of Cara Cara orange before fruit coloring were studied.
以生长一致的红肉脐橙成年植株为试材，研究了果实转色前外源GA3和ABA处理对果实品质的影响。
Overshadow treatment before defoliation could reduce GA3 content slightly, but its effect on ABA content was little.
落叶前遮荫处理使GA3含量稍有降低，但对ABA影响不大。
Gibberellin (GA3) is a kind of plant growth regulator pesticides. When GA3 is used excessively, it would produce a certain toxicity.
赤霉素(GA3)是一种植物生长调节剂类农药，当大量使用时会产生一定毒性。
The synergistical effect on protecting and swelling fruit of citrusfruity growth is obtained by combined utilization of S3307 and GA3.
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 results showed that GA3 treatment improved the rind brightness but decreased the rind redness, rind yellowness and individual fruit weight;
结果表明，外源GA3处理提高了果皮亮度，但降低了果皮红色度、黄色度和单果重；
Higher GA3 content in single ridge stage might delay heading date, but higher IAA content in floret differentiation stage might shorten heading date.
单棱期较高水平的GA 3具有延长抽穗期的作用，而小花分化期较高水平的IAA含量则具有缩短抽穗期的作用。
In this paper, we established an analysis method detecting the GA3 residue in fruit and vegetables with high-performance liquid chromatography (HPLC).
本文建立了使用高效液相色谱(HPLC)对水果和蔬菜中的GA 3残留进行分析检测的方法。
In the toped and untoped tobacco when applied with hormone, both content of IAA and GA3 increased but others decreased in tobacco that treated with IAA and GA3;
打顶与不打顶喷施外源植物激素的处理中，IAA和GA_3均可使叶和根中该激素含量提高，而其他激素含量下降；
The concentration of ABA and GA3 and ZR of stipe tissue were determined in the different development stage of the tiny button, the button, the egg, the elongation and the mature.
测定了草菇菌柄在小纽扣期、纽扣期、蛋形期、伸长期以及成熟期等不同发育时期中，内源激素ABA、GA3、ZR的浓度变化。
After 40 days of treatment with high nitrogen, IAA and GA3 concentrations in needles were higher than the control, but on the 80th day they are both went back to the control level.
高氮处理第40天时，植株针叶的IAA、GA_3浓度比正常供氮植株的高，到处理第80天时又恢复到与正常供氮的一致。
The effects of GA3 and IAA with different concentrations and combinations on the dynamic accumulation of holocellulose and chlorophyl content in Neosinocalamus affinis were studied.
以慈竹为材料，研究不同浓度和配比的GA3和IAA对综纤维和叶绿素含量动态积累的调控效应，为纸浆用竹的遗传改良研究提供理论依据。
Spraying growth regulators in later dormant period with GA3 and 6-ba made the starch content reduce quickly and increased the content of soluble sugar sharply, but ABA had no effect.
外源生长调节剂也影响了主要呼吸基质的含量：外源GA 3、6 -BA引起花芽中淀粉含量迅速降低，可溶性糖含量迅速升高，但ABA的影响效应不显著。
To discuss the influence of allogenic substances on the quality of non-astringent persimmon, certain concentration of glutanic acid, 6-BA, GA3, urea and KH2PO4 were sprayed on fruits of Fuju.
为探讨外源物质对甜柿果实品质的影响，试验对甜柿品种富有的果实喷洒一定浓度的谷氨酸、6-BA、GA3、尿素和磷酸二氢钾溶液。
The results indicated that the rooting ability of transgenic plants was enhanced. Endogenous hormones(IAA, GA3)derived from roots, stems and leaves were significantly different from controls.
结果表明：转基因植株生根能力强，根、茎、叶各部位内源激素（IAA、GA3）与对照差异明显；
The synthesis of GA3 was promoted and synthesis of ABA was inhibited after long photoperiod treatment, contrary to that, short photoperiod treatment raised ABA content and reduced GA3 content sharply.
长光周期处理促进了GA3的合成，抑制了ABA的生成，从而抑制了休眠，而短光周期处理显著提高了ABA的含量，降低了GA3的含量。
The synthesis of GA3 was promoted and synthesis of ABA was inhibited after long photoperiod treatment, contrary to that, short photoperiod treatment raised ABA content and reduced GA3 content sharply.
长光周期处理促进了GA3的合成，抑制了ABA的生成，从而抑制了休眠，而短光周期处理显著提高了ABA的含量，降低了GA3的含量。
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