带腋芽茎段优于带顶芽茎段。
The stem with axillary buds is better than that with apical buds.
富士苹果黄化茎段再生不定芽的研究。
Adventitious buds regeneration from etiolated internode segment of apple cultivar Nagafu no.
最适外植体为双腋芽茎段；
茎段是较好的转化受体。
The stem sections were better receptors for Torenia Fournier transformation.
且叶切片外植体的转化频率高于茎段外植体。
The transformation frequency from leaf explants was higher than that from stem explants.
以矮牵牛的叶片、茎段为外植体进行组织培养。
The leaves and stem segments of common petunia as the explants were cultured.
结果表明：茎段、茎芽是诱导丛芽的较好试材。
The results showed that the stem segments and stem bud were better for inducing cluster buds.
结果表明：幼龄的茎段是诱导愈伤组织的最佳材料。
The results indicated that young stem segments were the best explants in the callus induction.
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.
本发明还涉及包含至少一个节的禾本科作物植物的茎段。
It also relates to a stem section of a gramineous crop plant comprising at least one node.
盐桦愈伤组织高效诱导和不定芽分化的最适外植体为茎段；
Results showed that the immature stems are good explants of callus induction and adventitious bud differentiation;
以长寿花为材料，研究了其茎尖和带腋芽茎段组织培养技术。
The tissue culture technology about shoot-tip and stem with auxiliary bud of Kalanchoe Blossfeldian, which were used as explant, were studied.
以佛手山药块茎、叶片、茎段为外植体，探讨了其组织培养技术。
Tissue culture of Dioscorea opposita "foshou" was studied with explants such as tubers, leaves, stem segments.
愈伤组织成苗途径的适宜外植体为去皮茎段，取材最佳季节是夏季。
To get regenerated buds from callus, the stem without epidermis was the optimum explant and the most fitting season to gather the stem was summer.
以月季良种红衣主教带腋芽茎段为外植体进行离体快速繁殖研究 。
Stems with axillary buds from Cardinal, elite of China rose, were used as explants for in vitro rapid propagation.
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。
Using axillary nodes as explants, a high frequency plantlet regeneration system induced by thidiazuron (TDZ) was established.
以带芽茎段、茎尖做外植体，建立了红叶乌桕的组织培养和再生体系。
The explants from Euphorbia cotinifolia(L. ) stem fragments and shoot tips were used to establish culture in vitro and regeneration system.
以茎段、芽和叶片为材料，探讨了红千层愈伤组织诱导及植株再生的方法。
Taking stem segment, bud and leaf as materials, this paper made a study of callus induction and plant regeneration in Callistemon rigidus R.
方法采用正交试验设计和完全随机实验设计筛选罗汉果脱毒苗茎段增殖培养基。
Methods the selection of the fitting shoot segment multiplying culture media was studied by orthogonal test design and completely random experimental design.
结果表明，丰花月季叶片和茎段是诱导愈伤组织和进行细胞悬浮培养的理想外植体；
The result indicated that both leaf and stem explants were suitable for cell suspension.
取山嵛菜带腋芽茎段作为外植体进行组织培养，利用长出的新芽直接诱导生成丛生芽。
The techniques of tissue culture and rapid propagation were studied by using stem with axillary bud as explants.
以金边瑞香茎段为外植体，探讨了不同培养基对愈伤组织诱导、愈伤组织分化的影响。
These young stems as explants placed on different media formed calli, whose amount then increased by different cultures on different media and for different generations.
留兰香、丝瓜、松叶菊的茎尖或茎段外植体分化芽和它们的试管繁殖的报道尚属首次。
Bud formation of stem tips or stem segments of Mentha spicata, Luffa cylindrica, and Mcsembryanthemum sp. and their propagate in vitro are reported for the first time.
以安祖花的叶片、叶柄、带腋芽茎段为外植体进行组织培养，对其快速繁殖进行了研究。
To establish the technical system of rapid propagation, the young leaves, petioles, and stems with buds of Anthurium andraeanum were cultured.
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。
The results showed that shoot segment in vitro survive rate is larger in spring than in autumn, and green dense callus could form plantlet.
组培芽苗进行气培生根培养前经外源糖溶液处理可显著提高气培茎段生根率和根系质量。
The percentage and quality of rooting are significantly improved when the tube plantlets are treated by exogenous sugar before rooting by air culture method.
系统研究了丹参茎段、叶片和花药外植体的培养方法和植株再生技术，获得了大量的试管苗。
The induction of callus and regenerated plantlets from stem, leaf and anther were systematically studied in Salvia Miltiorrhiza Bge, and a vast amount of shoots were obtained.
本研究首次以新疆特有品种“喀什哈尔”葡萄为材料进行了建立叶片、茎段再生体系的研究。
The results showed:1. An efficient system of asepsis culture has been established from stems with axillary buds.
本研究首次以新疆特有品种“喀什哈尔”葡萄为材料进行了建立叶片、茎段再生体系的研究。
The results showed:1. An efficient system of asepsis culture has been established from stems with axillary buds.
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