建立了有效的离体培养扩繁体系。
Have set up effective rapid propagation system in vitro of Zingiber officinal Rose.
研究了影响大麦花药离体培养反应的一些因素。
Several factors influencing barley anther culture response were investigated.
弱磁场短时间处理，也能获得良好的离体培养效果。
Good effect of in vitro culture can be obtained by weak magnetic field and short time treatment.
取新鲜健康人脐带，离体培养人脐动脉平滑肌细胞。
Fresh healthy human umbilical cord was obtained and human umbilical artery smooth muscle cells were cultured in vitro.
研究了温度与棉花生长发育及幼胚离体培养的关系。
The relationship between air temperature and plant grow th and development and embryo development of cotton was studied.
以MS作为基本培养基，离体培养千头菊带腋芽茎段。
Stem segments of Chrysanthemum morifolium with axillary bud were cultured in vitro on base MS medium.
并探讨了二者在离体培养条件下可能的转化方式和途径。
We discussed the possible pattern and path that the two alkaloids transformed in vitro culture system.
辐射可使离体培养细胞膜穿孔，细胞上清离子浓度明显变化。
Radiation may induce membrane perforation in cultured endothelial cells, and the ionic concentration in culture medium was increased obviously after radiation.
目的测定细胞离体培养中的人视网膜胶质细胞切线方向收缩。
Objective To measure the tangential contraction of human retinal glial cell in vitro.
目的：探索成釉细胞离体培养方法，建立成釉细胞体外模型。
Objective: the main idea of this study was to explore the method of the normal ameloblast culture in vitro.
低温处理对离体培养棉花胚珠轮廓面积的大小也有相似的影响。
The occupied area of cultured ovule and fibers affected by low temperature had similar trend to the length of the fiber.
芦笋的花药、花粉、茎尖及原生质体经离体培养均可再生植株。
The anther, pollen, stem point and bioplast cultured in vitro can be plant.
对7个葡萄二倍体与四倍体杂交组合的胚珠进行离体培养研究。
In vitro of ovules in 7 cross combination between diploid and tetraploid cultivars of grape were studied in this experiment.
利用植物组织培养法进行丽水野生白芨进行离体培养快速繁殖试验研究。
Studied the tissue cultures and rapid propagation of Lishui wildness Bletilla striate.
方法在离体培养的A549细胞上，用膜片钳全细胞模式记录氯通道电流。
Methods the chloride channel currents were recorded in cultured A549 cells by using the whole-cell mode of patch clamp techniques.
用轮回式部分双列杂交法对大麦花药离体培养力进行基因型差异及配合力分析。
Genotype difference and combing ability of barley anther culture response was investigated by the way of circulated partial diallel crossing.
用轮回式部分双列杂交法对大麦花药离体培养力进行基因型差异及配合力分析。
Genotype difference and combing ability of barley anther culture response were investigated by the way of circulated partial diallel crossing.
极早熟桃品种“春蕾”果实硬熟期的幼胚在胚珠离体培养条件下维持胚性生长。
The young embryo of super-early maturing peach variety 'Chunlei 'at fruit hard-ripe stage maintain embryonic growth under the conditions of in vitro culture of ovule.
离体培养的单个心肌细胞的搏动频率特性的研究是生物节律研究的重要内容之一。
The study of beating frequencies of cultured cardiac myocytes is an important subject in study of biological rhythms.
采用平板和离体培养法测定S-921菌株及其发酵液对苹果树腐烂病菌的作用。
The effects of S-921 strain (Streptomyces aureus) and its fermented broth on apple tree canker, Valsa mali, were tested by plating and free culture methods.
试验选用唐古特白刺幼嫩茎段和叶片作为材料，研究白刺不同外植体的离体培养技术。
The infancy stem segments and leaves of Nitraria tangutorum were taken as explants and cultured in vitro to induce the plant regeneration.
在离体培养条件下，比较了不同浓度、不同处理时间的秋水仙素对东方百合的诱变效果。
In in vitro culture, Lilium Oriental was treated with colchicines at different concentrations and time duration.
通过花药离体培养技术开展植物单倍体育种工作是现代生物技术育种最有效的手段之一。
The technology of anthers culture in vitro is one of the best effective methods of modern biology breeding for plant haploid breeding.
本试验采用甘蔗愈伤组织作离体培养，在培养基中加入甘蔗黑穗病粗毒素滤液为选择压力。
In this paper sugarcane callus was cultured in vitro on the medium with smut toxin filter solution which was used as selection pressure in this experiment.
以离体培养筛选出的耐盐小麦变异系及其后代为材料，对其耐盐稳定性进行有关生理生化特性分析。
Salt tolerant wheat variety that selecting under salt stress in vitro, and their progeny were studied on genetic stability by biochemical analysis.
结果表明，离体培养24小时的原生质体表面产生一些突起小泡，有时可见少量纤维组分的形成。
The results showed that after 24 h in culture a number of protruding vesicles, as well as a small amount of fibrillar component were formed on the surface of protoplasts.
目前已建立了成熟的西瓜高效离体培养再生体系，主要应用于优良种苗快繁与重要性状遗传转化研究；
The highly efficiency in vitro culture and regeneration system were established and used for seedling rapid propagation and genetic transformation.
目前已建立了成熟的西瓜高效离体培养再生体系，主要应用于优良种苗快繁与重要性状遗传转化研究；
The highly efficiency in vitro culture and regeneration system were established and used for seedling rapid propagation and genetic transformation.
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