bth

Analysis the BTH Region Coordination of Logistics and Economy Based on SD Model

基于SD模型的京津冀地区物流与经济协调发展分析

BTH Systematic Induction to Defense - related Enzymes in Wheat Leaves

BTH对小麦叶片防卫相关酶的系统诱导作用

BTH reduced chlorophyll content in leaves , with increase of spraying times .

BTH处理降低了叶片叶绿素含量。

Effects of BTH treatment on storability of Chinese flowering cabbage

BTH处理对菜心耐贮性的影响研究

The activity of PAL increased the most quickly , it reached higher only one day after BTH treatment .

这四种酶中，PAL的变化最快，它在BTH处理后1d活性已达到一个很大的值。

Study on inducement of BTH to resistance effectiveness of Xinjiang Hami melon

BTH对新疆甜瓜抗病性的诱导研究

Effect of BTH Treatment on Yield , Quality , and Resistance to Leaf Disease of Hami Melon

BTH处理对哈密瓜品质产量及抗叶部病害的影响

The latent infection rate of fruit was reduced significantly with BTH and Harpin treatment .

BTH和Harpin可以明显降低果实生长发育期间潜伏侵染的真菌带菌率。

Index of fruit shape decreased by BTH treatment and increased by KDF treatment at harvest .

BTH处理使果形指数下降，KDF提高了果实整齐度。

You 're really something , Mary Bth . I hope those kids appreciate you .

你真不错，玛丽.贝思。我希望孩子们能感激你。

Above-mentioned activity of defense enzyme and content of resistance & disease substances gradually increased along with BTH treatment times .

上述抗性酶活性的提高及抗性物质含量的积累随着处理次数的增加而依次增加。

The activity of PPO had been increased after BTH treatment and reached the maximum one day after inoculation .

PPO的活性在BTH处理后一直呈缓慢上升趋势，接种后1d就急剧上升到最大值。

Studies on effect of resistance induced by BTH in cucumber against Cladosporium cucumerinum

苯丙噻重氮（BTH）诱导黄瓜幼苗抗黑星病的研究

The development of disease could be controlled effectively by using 50 μ g / ml BTH at the stage of preliminary disease .

对已发生霜霉病的大棚黄瓜于发病初期用50μg/ml的BTH诱导处理，病害发展可得到有效控制。

The attractive action of BTH on Xinjiang melon peroxidase

BTH对新疆甜瓜过氧化物酶的系统诱导作用

BTH or SA treatment also can promote the accumulation of total phenolics and flavonoid contents . 3 .

BTH和SA处理也能促进叶片内总酚、类黄酮的积累。

Purification and Identification of a Pathogenesis-related Protein in Intercellular Fluids of Cucumber Leaves Induced by BTH

BTH诱导的一种黄瓜叶片胞间隙病程相关蛋白的纯化及鉴定

The latent infection rate of BTH or Harpin was 23.53 % and 25 % compared with the control .

BTH和Harpin处理者的潜伏侵染率分别为对照的23.53%和25%。

So Trifluralin , Nitralin and BTH had great application potentialities and worth to research .

因此，具有极高的研究价值和应用潜力。

Efficiency of Cucumber Resistance Induced by BTH to Downy Mildew and Activities of Defense-related Enzymes in Cucumber Plants

BTH诱导黄瓜对霜霉病的抗性及两种防卫相关酶活性的变化

The mechanisms involved in increasing disease-resistance of peach fruit after 1-MCP , BTH and PHC treatment were also discussed .

并探讨了1-MCP、BTH和PHC提高久保桃采后抗病性的抗病机制。

In the determination of confirming cucumber with SAR , 100mg / kg BTH solution has the best inducing effect .

在确定黄瓜SAR的检测中，喷施100mg/kg的BTH溶液的诱导抗病效果最好。

The preformed antifungal compounds and phenolic compounds were increased in fruit after treatment with BTH or Harpin .

BTH或Harpin处理可提高果实体内预合成抗菌物质及总酚的含量。

Disease of fruit and leaf of powdery mildew and bacterial spot were suppressed by BTH treatment during development stages of melon .

BTH处理对甜瓜品质、产量没有影响，降低了甜瓜果实病害，抑制了白粉病和细菌性角斑病的发展。

Defense enzymes and disease resistance substances induction in muskmelons by preharvest benzothiazole ( BTH ) spraying

采前苯丙噻重氮（BTH）处理对厚皮甜瓜果实防御酶及抗性物质的诱导

BTH preharvest treatment also reduced significantly cracks and disease of fruit , increased the marketable rate of melons after stored at cold storage .

对降低果实的裂纹和病害方面有一定的作用，可提高果实冷藏后的商品率；

The results indicate that the BTH induced resistance against the bacterial leaf blight disease was most likely to be a response of systemic acquired resistance .

结果表明，BTH诱导对白叶枯病的抗性是一种系统获得抗性反应。

BTH treatment also promoted the accumulation of total phenolics , hydroxyproline-rich glycoprotein ( HRGP ) and lignin .

增加总酚、富含羟脯氨酸糖蛋白（HRGP）及木质素含量。

The plant elicitor is a new kind of plant fungicide discovered in recent years , of which benzothiadiazole ( BTH ) is the important one .

植物抗病诱导剂是近年来发现的一种新型植物杀菌剂，苯并噻二唑类（BTH）就是其中重要的一类。

BTH had a higher efficiency to induce GUS expression than SA indicated by GUS staining strength and had no phytotoxicity to plant within effective concentration .

化学诱导剂BTH的诱导效率高于SA，且在有效诱导浓度范围内对植株没有生理毒性或所产生的生理毒性难以从表象观察到。