We examined the effects of mild strains of TMV on the tobacco plants.
考察了弱毒株本身对烟草植株的影响。
The TMV also induced the formation of Thromboxane A2 (TXA2) of platelets.
TMV还可以诱导血小板血栓恶烷A_2的形成。
Two year's serological detection indicated that PVY and TMV were the most prevalent viruses in Mengyin.
通过两年的血清学检测，证明pvy和TMV是蒙阴烟区的主要病毒病毒。
The main characters, types, appraisal and genetic rule of differentiation of tomato TMV and CMV were reviewed.
对番茄病毒病的主要症状、类型，番茄上TMV、CM V株系分化的鉴定及其遗传规律的研究现状进行了综述。
BABA derivatives also showed potential to induce resistance against TMV, CMV, phytophthora blight and nematodes.
BABA衍生物对TMV、CMV、疫病和根结线虫亦表现出一定的诱抗潜能。
TMV and CMV can compound infection. They not only cause the plant quality poor but create the huge economic loss.
TMV可以与CMV复合侵染，不仅造成植物品质的下降同时可以造成巨大的经济损失。
It is very important to understand the laws of Tobacco Mosaic virus (TMV) inactivation under different water bodies and temperatures.
了解植物病毒在不同水体与温度条件下的灭活规律具有重要的理论与实际意义。
The inhibition rate on TMV of the extract from lotus leaves with 95%(V/V) ethanol by Soxhlet extractor, reflux and cold soak are all 100%.
用体积分数95%的乙醇为溶剂，采用索氏提取、回流提取和冷浸提取时，所得提取物对TMV的抑制率均为100%。
VFB could induce the host to have resistance against diseases, and strengthen its antiviral capability to tobacco mosaic tobamovirus(TMV).
可见，VFB是一种良好的植物源病毒抑制剂，可诱导植物产生抗病性，增强对TMV侵染的抵抗力。
The magnitude on grey correlation degree between disease resistance and nutrient substance was Phytophthora blight, CMV, TMV Bacterial scab of Capsicum.
抗病性性状与营养成份间总体关联度大小顺序为疫病、CMV、TMV、疮痂病。
The result of the anti-TMV substances controlling effecting showed that only XD02 hadcertain directly passivation effect, which had 63.67% controlling effect.
三种抗病毒剂对烟草普通花叶病的室内防治试验结果表明，仅XD02对病毒有一定的直接钝化作用，防治效果达到了63.67％。
Sequence of TMV relative contents of different organs on plants after inoculated from the highest to the lowest is below: corolla, ovary, calyx, stamen, pistil.
接种TMV后烟株花器病毒相对含量由高到低的排列顺序是：花冠，子房，花萼，雄蕊，雌蕊。
He passivation test of TMV in vitro shows that BABAs anti-TMV effect may largely depends on its induction of plant defence system rather than passives TMV directly.
MV的体外钝化试验验证了BABA并非直接作用于病毒，其表现出对病毒的防治效果很可能来源于其对植物的诱导抗病性作用。
The experiment has proved that TMV-RNA multiplied vigorously in tobacco protoplasts with cellular nucleuses, while hardly multiplied in cytoplasts separated from nucleuses.
本试验证明了TMV - RNA在有细胞核的烟草原生质体中能大量增殖，但在无核的胞质体中却难以增殖。
Methods Using(local) lesion and leaf discs assay, extracts from 162 medicinal plant species belonging to 78 families in China were screened for antiviral activity against TMV.
方法采用局部枯斑法和叶碟法对我国78科162种药用植物提取物的抗TM V侵染和增殖作用进行测定。
In tobacco plants treated with plant activator protein, TMV coat protein in lesions decreased by 22.75%, in leaf diminished by 25%, and the content of RNA of TMV reduced by 28%.
烟草经植物激活蛋白处理后再接种TMV，枯斑中TMV外壳蛋白含量减少22.75%；叶片中外壳蛋白含量减少25%，TMV中RNA含量减少28%。
The total protein composition and the thylakoid membranes polypeptide composition of tobacco leaves infected by tobacco mosaic virus (TMV) or treated with Ningnanmycin were studied.
对烟草花叶病毒（TMV）侵染、宁南霉素钝化处理的烟草叶片进行了叶片全蛋白多肽组分、类囊体膜蛋白组成的分析。
VA , a anti viral agent from plants, could inactivate TMV in vitro , when it was mixed with TMV and inoculated by means of half leaf. The inhibition rate of necrotic local lesions was 80.0%.
用植物源抗病毒制剂VA与烟草花叶病毒（TMV）混合，经枯斑半叶法接种，结果证明，VA对TMV有较强的体外钝化作用，体外钝化后的枯斑抑制率为80 .0 % ；
The higher temperature of the water body, the faster the inactivation rate of TMV. Besides the environmental temperature, some water quality factors also influence the inactivation rate of TMV.
此外，某些水质因子也影响TMV的灭活效率，其中可溶性盐的存在及其含量对TMV的灭活会因所处的环境不同而异；
The results showed that TMV spread mainly by clipping with very high efficiency, and clipping was the most important and effective approach of tobacco mosaic spreading in floating seedbed system.
结果表明：各种剪叶方式均能传播TMV，而且传播效率极高，剪叶是漂浮育苗中TMV引起的烟草普通花叶病在苗期传播的最主要、最有效的途径。
The results showed that TMV spread mainly by clipping with very high efficiency, and clipping was the most important and effective approach of tobacco mosaic spreading in floating seedbed system.
结果表明：各种剪叶方式均能传播TMV，而且传播效率极高，剪叶是漂浮育苗中TMV引起的烟草普通花叶病在苗期传播的最主要、最有效的途径。
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