1) somatic embryogenesis
胚状体再生
1.
In vitro regeneration of grape can occur both from organogenesis and somatic embryogenesis.
葡萄器官发生型再生途径易产生不定芽 ,但嵌合体的比例较高 ,胚状体再生途径诱导胚状体较困难 ,仅有少部分葡萄品种能成功。
2) somatic embryogenesis
胚状体再生途径
3) Embryoids
胚状体
1.
Inducement of Embryoids of Acanthopanax senticosus in Vitro;
刺五加离体培养中胚状体的诱导
2.
Effect of Diffirent Factors on Induction of Embryoids in Unfertilized Ovaries of Cucumber;
不同因素对黄瓜未受精子房胚状体诱导的影响
3.
The Effects of Inside and Outside Factors Upon the Happening of Plant Embryoids;
内外因素对植物胚状体发生的影响
4) embryoid
胚状体
1.
Studies on Embryoid Induction of Isolated Microspore in Chinese Cabbage;
大白菜游离小孢子胚状体诱导影响因素的研究
2.
Research on the Embryoid Induction of Chinese Cabbage;
大白菜花药培养胚状体诱导研究
3.
Important Factors in Affecting Embryoid Formation of Isolated Microspore Culture on Brassica;
甘蓝游离小孢子培养中影响胚状体形成的主要因素
5) Somatic embryo
胚状体
1.
Analysis of isoenzymatic patterns of POD and EST of somatic embryos in litchi;
荔枝胚状体POD与EST同工酶酶谱分析
2.
Studies on conversion of Apium graveolens artificial seeds in nonsterile soil and activities of POD and PAL during the differentiation of somatic embryo;
旱芹直播土壤人工种子及胚状体分化过程中的POD、PAL活性变化
3.
Somatic embryos at different developmental stages were sectioned and observed under light microscope.
[目的]研究以攸县油茶(Camellia yuhsienensis Hu)成熟子叶为外植体的胚状体发生情况。
6) Embryo
胚状体
1.
Induction of Isolated Microspore Embryogenesis and Plant Regeneration in Radish (Rapanus Sativus L.);
萝卜游离小孢子胚状体诱导与植株再生研究
2.
Embryonic calli could be obtained from explants such as terminal buds and axillary buds of hybrid giant napier inoculated in induced media during tissue culture.
将愈伤组织转接在再分化培养基上即可产生胚状体再生植株 ,获得的再生植株经多次切割后其基部又能产生不定芽形成再生植株 ,由此可获得大量的皇竹草再生植株建立起皇竹草快繁体系 ,为牧草生产提供优质种苗。
3.
The regenerated plantlets were obtained through the embryoids development.
以10个茄子F1为试材进行花药培养,通过对茄子花药培养过程中基因型、激素配比、预处理等条件进行研究,建立了茄子花药培养诱导胚状体成苗体系。
参考词条
植物胚状体
胚状体诱导
胚状体诱导率
体细胞胚(胚状体)
胚状体发生途径
次生胚状体发生
体细胞胚状体
枇杷花药胚状体
子叶型胚状体
离体雌核发育胚状体
球形胚状分化结构
地球同步轨道气象卫星
青海湖盆地
补充资料:金花茶器官培养产生的胚状体
金花茶器官培养产生的胚状体
金花茶器官培养产生的胚状体(以上三幅均为程治英摄)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。