The result declares that transmission of VP in willow stem (salix babylonica) plantlet can be evoked.
结果表明，该方法可诱发副溶血弧菌在柳茎植株上的传播。
The effect of PPF and DIF on plantlet growth of potato in vitro under photoautotrophic condition was investigated.
研究了光通量和昼夜温差对自养培养马铃薯试管苗生长的影响。
Vermiculite is the best plantlet substrate .
移栽采用蛭石作为苗床基质。
Study on Multiple Shoot Induction and Plantlet Regeneration of Kale;
羽衣甘蓝成熟小孢子胚转到固体培养基上可直接萌发成苗。
Dry culture medium was favor of regenerating plantlet, optimum AGAR content was 1.2%.
较干燥的培养基更利于小孢子胚成苗，最适的琼脂含量是1.2%。
The results are as follows: The genotype affect plantlet regeneration of microspore embryoids;
结果表明：基因型影响着小孢子胚状体的再生苗形成；
The tube plantlet cultured on 1/2 MS medium could produce roots and NAA was optimum for root number.
MS培养基无论是否添加萘乙酸，蓝猪儿试管苗都能发生不定根，萘乙酸使不定根的数目增多，分布密集。
By using the improved isothiocyanate method, total RNAs were extracted from leaves of sterile Maca plantlet.
以玛咖无菌苗叶片为材料，通过改良的异硫氰酸胍法提取其总rna。
Chloropphyll content of tissue culture plantlet dealed with led is also higher than traditional daylight lamp.
三种LED光源处理下的组培苗叶绿素含量也都比传统组培的日光灯处理下要高。
This paper discusses the researching actuality inland and overseas of tissue culture plantlet transplant robot.
本文阐述了组培苗移植机器人的国内外研究现状。
The cutting method of transferring operation exerted a significant effect on the height of the in vitro plantlet.
转接操作中对无菌秧苗的不同切割方法显著影响到繁殖系数，但对无菌秧苗的株高影响不大。
It was discussed that cross combination is the key factor to increase the green plantlet regeneration rate of wheat.
因此，选择适当的杂交组合是提高小麦花粉植株再生频率的关键。
The culture condition of callus formation and plantlet regeneration of revers genic sterile rice variety FHS was studied.
以反向核不育水稻品系FHS为研究材料，对其成熟胚愈伤组织的诱导及其再生条件进行了研究。
Azithromycin could also cure plantlet thoroughly, but it poison plantlet seriously, survival rate and cured rate were low.
阿奇霉素也可使带病组培苗转健但对植株毒害作用较大，成活率和转健率低。
Variation potential (V. P.) transmission in the xylem of willow plantlet was recorded using outside cell electrode records.
用胞外电极记录了柳茎木质部中的变异电波传递。
BY1 that could colonized and expanded on the plantlet leaves, unbodied leaves and potted plant leaves cause foliage disease.
BY 1在组培苗叶片、离体叶片、盆栽苗叶片上均能迅速定殖和扩展，引起叶片病害。
Using axillary nodes as explants, a high frequency plantlet regeneration system induced by thidiazuron (TDZ) was established.
以茎段为外植体，经tDZ诱导后，建立了甘露子的高频再生体系。
The amylose content was not related to the callus induced percentage, growth rate or green plantlet redifferentiation percentage.
直链淀粉的含量与愈伤组织诱导率、生长速率、绿苗分化率的相关均未达到显著水平。
This paper deal with the expounding the present research of somatic embryogenesis of woody plants and their plantlet regenerations.
本文对木本植物体细胞胚胎发生及植株再生的研究现状进行了论述。
In the process of tissue culture plantlet production, the plantlet bottle with small entrance is used for reducing bacteria pollution.
在工厂化组培苗生产过程中，为减少病菌污染，生产上多采用细口培养瓶育苗。
The system of vitro plantlet regeneration from the leaves of tetraploids of Paulownia elongate and Paulownia fortunei was established.
以叶片为外植体，建立了同源四倍体兰考泡桐和白花泡桐体外植株再生系统。
It approximately took 13 weeks to complete the transition from callus induction to in vitro plantlet transplantation to perlite matrix.
从诱导愈伤组织到组培苗在珍珠岩中过渡成活，大约需要13周。
The results showed that shoot segment in vitro survive rate is larger in spring than in autumn, and green dense callus could form plantlet.
结果表明当年生枝条茎段组织培养春天比秋天成活率高，绿色致密的愈伤组织能够成苗。
A plantlet had been obtained. Histological sections proved that the embryos had a typical histological structure of monocot somatic embryos.
组织学切片证明所诱导的愈伤组织是胚性组织，其所产生的体胚具有典型的单子叶植物体细胞胚的组织结构。
This paper studied the effect of component, concentration and cultivation condition of culture medium on strawberry virus-free cuvette plantlet.
试验对影响草莓脱毒试管苗玻璃化的培养基成分和浓度以及培养条件等因素进行了探讨研究。
Mcanwhile, a set of technique for inducing plantlet regeneration from calluses ofS011203 with adventitious roots removed was given in this paper.
并研究了从S011203愈伤组织上切取不定根诱导植株再生的配套技术。
The result of trail-production indicates that the automatically transport system of tissue culture plantlet can accomplish what the work requires.
试制结果表明，所研制的组培苗自动输送系统能够完成所需工作要求。
The result of trail-production indicates that the automatically transport system of tissue culture plantlet can accomplish what the work requires.
试制结果表明，所研制的组培苗自动输送系统能够完成所需工作要求。
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