不定芽再生率以上部叶片最高。
The regeneration rating of the adventitious buds from the top leaves was highest?
品种的叶片愈伤组织诱导和不定芽再生的影响。
The effects of growth regulator and cultural time on the adventitious shoot regeneration from leaves were investigated.
植物的不定芽再生过程涉及众多基因及其互作。
In vitro shoot regeneration is a developmental process that multiple genes and their interactions are involved in.
“红宝石无核”的叶柄不定芽再生率远远低于其叶片。
Rate of bud regeneration of'Ruby Seedless'was greater from leaves than petioles.
根系粗壮发达，密生根瘤，其根上的不定芽再生能力强，能使根系向水平方向蔓延。
Root system is sturdy develop, give birth to root nodule closely, the errant bud on its root recovery capability is strong, can make root system spreads to horizontal way.
采用正交设计法，研究外植体、BA和NAA浓度三因素对苹果不定芽再生频率的影响。
The effects of explants, concentration of BA and concentration of NAA on regeneration rates of apple were studied using orthogonal design.
通过三因素三水平正交试验，对基本培养基、ZT及IAA对叶片不定芽再生的影响进行了研究。
Effects of basal media, ZT and IAA on adventitious shoot regeneration were studied through orthogonal design trial L9 (34).
结果表明：TDZ对赤霞珠离体叶片、叶柄不定芽再生有诱导作用，对叶片、叶柄的最高诱导率分别为18.06%和28.57%；
The result indicated that TDZ had effect on the adventitious buds induction of "Carbernet Sauvignon". Adventitious bud regenerating rate from leaf and petiole is 18.06% and 28.57%, respectively.
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.
低盐浓度的WPM培养基尽管对不定芽诱导没有优势，但可维持再生不定芽的正常生长。
Low-salt medium (WPM), while had no advantages over other media on the induction of adventitious buds, supported the continuous growth of adventitious buds of Mandshurican ash.
上胚轴是再生不定芽的最佳外植体类型。
Epicotyl segments were the optimal explants for adventitious buds regeneration.
平邑甜茶’为天然三倍体，由于材料的特殊性，其外植体比苹果属其他植物再生不定芽要困难。
Malus hupehensis is natural triploid, due to its special materials, its explants is more difficult to regenerate adventitious buds than other plants of Malus.
目前，农杆菌介导法是苹果上应用的主要转化方法，叶片再生不定芽途径是被广泛应用的受体系统。
At present, Agrobacterium mediated transformation of leaves are widely adopted in apples, and transgenic shoots were mainly obtained from adventitious bud regeneration.
通过诱导愈伤组织再分化和直接诱导不定芽这两种途径获得了石竹的再生植株。
The regenerated plantlets in Dianthus chinensis were obtained by two methods: through the redifferentiation of the callus and the adventitious buds induced directly from the explant.
在组培体系建立过程中发现再生不定芽中存在生长优于对照的个体，是否为体细胞无性系变异有待进一步研究。
And further investigation are required to determine if the buds growing faster are as a result of somaclonal variation generated from the culture.
水杨酸（SA）也抑制不定芽的再生。
率为再生出不定芽的叶数占接种总叶数的百分比。
Note: Regeneration rate is that No. regeneration leaves is in the percentage of No. leaves inoculated.
另外，以叶片再生不定芽为试材，进行了不同激素组合对百合增殖和生根的研究。
For the multiplication and root development of the adventitious bud from leaf disc, hormone concentration and composition were also examined in this study.
再生频率为平均每叶再生出的不定芽。
Regeneration frequency is the average No. regeneration shoots that a leaf regenerated.
再生频率为平均每叶再生出的不定芽。
Regeneration frequency is the average No. regeneration shoots that a leaf regenerated.
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